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    • 2. 发明授权
    • Electrophoresis apparatus with an electric controller and cover
    • 具有电控制器和盖的电泳装置
    • US06462922B2
    • 2002-10-08
    • US09895916
    • 2001-06-29
    • Akio OoikeKouichi KudoEizo SugimotoMasato MurakamiHiromu Ishibashi
    • Akio OoikeKouichi KudoEizo SugimotoMasato MurakamiHiromu Ishibashi
    • H02H710
    • G01N27/44713
    • The electrophoresis apparatus comprises rectifier (A) which rectifies an AC current from a universal AC power source and outputs a rectified wave, an electrophoresis cell and an electric controller which applies an electric output from the rectifier (A) to a carrier disposed in the electrophoresis cell, the elastic controller comprising a controller (3) for indirectly controlling, in accordance with external inputs, a driving section (6) which controls an electric output from the rectifier circuit. The electrophoresis cell unit defines a recess for receiving the electric controller, and a cover is positionable over the electrophoresis cell unit. The cover includes a cover terminal, where the cover and cover terminal are shaped to electrically connect an output terminal of the electric controller to an input terminal of the electrophoresis cell unit when the cell covers the electrophoresis cell unit.
    • 电泳装置包括:整流器(A),其对来自通用AC电源的AC电流进行整流,并输出整流波,电泳单元和电控制器,其将从整流器(A)输出的电输出施加到设置在电泳中的载体 弹性控制器包括用于根据外部输入间接地控制驱动部分(6)的控制器(3),驱动部分(6)控制来自整流器电路的电力输出。 电泳单元单元限定用于接收电控制器的凹部,并且盖可定位在电泳单元单元上。 所述盖包括盖终端,其中所述盖和盖终端被成形为当所述单元覆盖所述电泳单元单元时,将所述电控制器的输出端子与所述电泳单元单元的输入端电连接。
    • 3. 发明授权
    • Simplified electrophoresis apparatus
    • 简化电泳仪
    • US06451192B1
    • 2002-09-17
    • US09513314
    • 2000-02-25
    • Akio OoikeKouichi KudoEizo SugimotoMasato MurakamiHiromu Ishibashi
    • Akio OoikeKouichi KudoEizo SugimotoMasato MurakamiHiromu Ishibashi
    • G01N2727
    • G01N27/44713
    • The electrophoresis apparatus comprises rectifier (A) which rectifies an AC current from a universal AC power source and outputs a rectified wave, an electrophoresis cell and an electric controller which applies an electric output from the rectifier (A) to a carrier disposed in the electrophoresis cell, the elastic controller comprising a controller (3) for indirectly controlling, in accordance with external inputs, a driving section (6) which controls an electric output from the rectifier circuit. The electrophoresis cell unit defines a recess for receiving the electric controller, and a cover is positionable over the electrophoresis cell unit. The cover includes a cover terminal, where the cover and cover terminal are shaped to electrically connect an output terminal of the electric controller to an input terminal of the electrophoresis cell unit when the; cell covers the electrophoresis cell unit.
    • 电泳装置包括:整流器(A),其对来自通用AC电源的AC电流进行整流,并输出整流波,电泳单元和电控制器,其将从整流器(A)输出的电输出施加到设置在电泳中的载体 弹性控制器包括用于根据外部输入间接地控制驱动部分(6)的控制器(3),驱动部分(6)控制来自整流器电路的电力输出。 电泳单元单元限定用于接收电控制器的凹部,并且盖可定位在电泳单元单元上。 所述盖包括盖终端,其中盖和盖终端被成形为当电控制器的输出端与电泳单元的输入端电连接时, 细胞覆盖电泳单元。
    • 4. 发明授权
    • Electrophoresis apparatus having an electric controller
    • 具有电控制器的电泳装置
    • US06231740B1
    • 2001-05-15
    • US09315607
    • 1999-05-20
    • Akio OoikeKouichi KudoEizo SugimotoMasato MurakamiHiromu Ishibashi
    • Akio OoikeKouichi KudoEizo SugimotoMasato MurakamiHiromu Ishibashi
    • G01N2726
    • G01N27/44713
    • A simplified electrophoresis apparatus which imposes no excessive operating burden on users, permits stable control, can be configured compact and light in weight, and allows electrophoresis to be carried out as excellently as the conventional electrophoresis apparatus. The electrophoresis apparatus comprises rectifier means (A) which rectifies an AC current from a universal AC power source and outputs a rectified wave, an electrophoresis cell and an electric controller which applies an electric output from said rectifier means (A) to a carrier disposed in the electrophoresis cell, the electric controller comprising control means (3) for indirectly controlling, in accordance with external inputs, a driving section (6) which controls an electric output from the rectifier circuit.
    • 对用户不施加过度的操作负担的简化电泳装置,可以进行稳定的控制,可以构造成小型,重量轻,并且能够像以往的电泳装置那样进行电泳。 电泳装置包括整流装置(A),其对来自通用交流电源的AC电流进行整流,并输出整流波,电泳单元和电控制器,其将来自所述整流装置(A)的电输出施加到布置在 所述电子控制器包括用于根据外部输入间接地控制驱动部分(6)的控制装置(3),所述驱动部分控制来自所述整流器电路的电力输出。
    • 5. 发明授权
    • Focal plane shutter for cameras
    • 焦平面快门相机
    • US06899473B2
    • 2005-05-31
    • US10786599
    • 2004-02-26
    • Kouichi KudoNobuyoshi Inoue
    • Kouichi KudoNobuyoshi Inoue
    • G03B9/36G03B9/08G03B9/18G03B9/40
    • G03B9/18
    • A focal plane shutter for cameras is provided with a shutter blade which can be actuated to both directions for opening and for closing a photographing optical path by an electromagnetic apparatus. When a rotor is rotated to the direction corresponding to the direction of conduction of coils an actuating member which is formed in one with the rotor make arms rotate by its actuating pin and actuates four blades of the shutter blade about upward and downward direction. A brake member rotatably arranged together with on a friction plate on a shaft has bent portions formed near tip portions of the arm portions which are inserted in a slot on a shutter base plate. An operation for opening the shutter blade is braked by the actuating pin contacting, pressing and moving one of the bent portions at termination stage, and a closing operation is braked by the actuating pin contacting, pressing and moving another bent portion at the termination stage. Thus the shutter blade can be braked suitably at the termination stage and stopped early.
    • 用于照相机的焦平面快门设置有快门叶片,该快门叶片可以被驱动到两个方向,以便通过电磁设备打开和关闭拍摄光路。 当转子旋转到对应于线圈传导方向的方向时,与转子一体形成的致动构件使其臂由其致动销旋转并且致动快门叶片的四个叶片绕上下方向。 可转动地布置在轴上的摩擦板上的制动构件具有形成在臂部分的顶端部分附近的弯曲部分,这些弯曲部分插入在快门基板上的狭槽中。 用于打开快门叶片的操作通过致动销在终止阶段接触压紧和移动一个弯曲部分而被制动,并且关闭操作由致动销制动,在终止阶段按压并移动另一个弯曲部分。 因此,快门叶片可以在终止阶段适当地制动并提前停止。
    • 6. 发明申请
    • THERMOFORMING METHOD FOR THERMOFORMING SHEET AND THERMOFORMING APPARATUS
    • 热成型法和热成型设备的热成型方法
    • US20090039556A1
    • 2009-02-12
    • US11914101
    • 2006-05-10
    • Hidetsugu SawadaSatoshi OhyaKousuke AraiKouichi KudoKeisuke Kudo
    • Hidetsugu SawadaSatoshi OhyaKousuke AraiKouichi KudoKeisuke Kudo
    • B29C51/08B29C51/18
    • B29C51/082B29C51/14B29C51/262B29C51/423B29C2791/006
    • The thermoforming method of the present invention is a method that includes thermoplasticizing a portion, including a part 2 which is molded with molds, of a thermoforming sheet 1 in which at least one or more thermoplastic resin layers (A) and a decorative layer (B) were laminated, at a temperature range of (Tg (A)−30)° C. to (Tg (A)+10)° C. with respect to the glass transition temperature (Tg (A)) of the thermoplastic resin layer (A); subsequently clamping by using a pair of frame clamps 14 and 24 both sides of a perimeter around the portion 2, which is molded with the molds, of the sheet 1; expanding the thermoplasticized portion between one mold and the frame clamps by pressing a portion of the one mold 20 onto one surface of the thermoplasticized portion; subsequently bringing the other mold 10 into contact with the thermoplasticized portion from the side opposite to the surface of the thermoplasticized portion that the one mold is in contact with; and mold-clamping the thermoplasticized portion with the one mold 10 and the other mold 20 to mold the thermoforming sheet. According to the present invention, forming at a low temperature in which the design properties can not be adversely affected can be achieved, and formed articles in which wrinkles or the like are not generated can be obtained.
    • 本发明的热成型方法是将热塑性成形片1的至少一层以上的热塑性树脂层(A)和装饰层(B )相对于热塑性树脂层的玻璃化转变温度(Tg(A))在(Tg(A)-30)℃〜(Tg(A)+ 10)℃的温度范围 (一个); 随后通过使用一对框架夹具14和24围绕片材1的用模具模制的部分2的周边的两侧进行夹紧; 通过将一个模具20的一部分压在热塑化部分的一个表面上,使一个模具和框架夹具之间的热塑化部分膨胀; 随后将另一个模具10从与一个模具接触的热塑化部分的表面相对的一侧与热塑性部分接触; 并用一个模具10和另一个模具20将热塑化部分模压,以模制热成型片材。 根据本发明,可以实现在不能不利地影响设计性能的低温下的成型,并且可以获得不产生皱纹等的成型制品。
    • 7. 发明授权
    • Focal-plane shutter for digital camera
    • 数码相机的焦平面快门
    • US06783287B2
    • 2004-08-31
    • US10179289
    • 2002-06-26
    • Kouichi KudoTohru Eguro
    • Kouichi KudoTohru Eguro
    • G03B940
    • G03B9/18
    • When the main power of a camera is turned on, a set member (14) is rotated from an initial position to a set position by an operation member (15) on the camera side and once stops at a midway position. At this time, a second blade group (19) retreats from an aperture (1a) and a first blade group (16) enters the aperture 1a to a position not covering an image pickup device (4), so that the aperture (1a) is opened and it is made possible to display a subject in an electronic viewfinder. When a release button is pressed, the set member (14) is rotated from the midway position to the set position and thus the aperture (1a) is covered with the first blade group (16). After this, when drive members (10, 12) are attracted to iron cores (8, 9) and the set member (14) is restored to the initial position, the drive members perform light exposure operation in order.
    • 当照相机的主电源接通时,通过照相机侧的操作构件(15)将固定构件(14)从初始位置旋转到设定位置,并且一旦在中途位置停止。 此时,第二刀片组(19)从孔(1a)退回并且第一刀片组(16)进入孔1a到不覆盖图像拾取装置(4)的位置,使得孔(1a) 被打开,并且能够在电子取景器中显示被摄体。 当按下释放按钮时,设定构件(14)从中途位置旋转到设定位置,因此孔(1a)被第一叶片组(16)覆盖。 此后,当驱动部件(10,12)被铁芯(8,9)吸引并且固定部件(14)恢复到初始位置时,驱动部件依次进行曝光动作。
    • 8. 发明授权
    • Optical encoding apparatus for measuring displacement of an object using
diffraction gratings and twice-diffracted and twice-transmitted light
    • 光学编码装置,用于使用衍射光栅测量物体的位移,并进行两次衍射和两次透射的光
    • US5574558A
    • 1996-11-12
    • US444873
    • 1995-05-19
    • Kouichi KudoNobuyuki BabaHideo Maeda
    • Kouichi KudoNobuyuki BabaHideo Maeda
    • G01D5/38G01B9/02
    • G01D5/38
    • An optical encoding apparatus is provided which is not affected by fluctuation of wavelength of a light beam due to temperature change, without sacrificing resolution of measurement. The optical encoding apparatus includes a light source for emitting a light beam, a light beam condenser for condensing the light beam emitted by the light source, a first diffraction grating to which light beams condensed by the light beam condenser are directed, and a second diffraction grating to which light beams exiting from the first diffraction grating are directed. Additionally, a displacement information obtaining device is included for obtaining information regarding a displacement of one of the first and second diffraction gratings, the information being obtained according to a twice-diffracted beam and a twice-transmitted beam incident upon the second diffraction grating. The twice-diffracted beam is diffracted by the first diffraction grating, and the twice-transmitted beam is transmitted through the first diffraction grating.
    • 提供一种光学编码装置,其不受温度变化导致的光束波长波动的影响,而不会牺牲测量的分辨率。 光编码装置包括用于发射光束的光源,用于聚光由光源发射的光束的光束聚光器,由光束聚光器聚光的光束被引导到的第一衍射光栅和第二衍射 光栅从第一衍射光栅射出的光束被引导到该光栅。 此外,包括位移信息获取装置,用于获得关于第一和第二衍射光栅之一的位移的信息,该信息是根据双衍射光束获得的信息和入射在第二衍射光栅上的两次透射光束。 两次衍射的光束被第一衍射光栅衍射,并且两次透射的光束被透射通过第一衍射光栅。