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    • 1. 发明授权
    • Power focus device for a camera
    • 摄像机的电源对焦设备
    • US5678074A
    • 1997-10-14
    • US771882
    • 1996-12-23
    • Ryuichi MoriKeiji Osawa
    • Ryuichi MoriKeiji Osawa
    • G02B7/08G03B3/10G03B13/34G03B17/08
    • G03B17/08
    • A power focus device for a camera provides a user-friendly lever interface allowing efficient camera operation. A lever, located outside a camera cover, is movable in two opposing directions but is biased to remain at a neutral position between two extremes of movement. Moving the lever from the neutral position initiates driving the camera lens to focus in either a first or a second direction according to a direction of a displacement of the lever from the neutral position. A speed of focusing is proportional to an amount of displacement of the lever from the neutral position, thus permitting variable high and low speed focusing in both directions for rapid and accurate close-up and infinity focussing. Incorporating a seal into the device permits use in underwater camera applications.
    • 相机的电源对焦设备提供了一个用户友好的手柄接口,从而实现高效的相机操作。 位于相机盖外部的杠杆可在两个相对的方向上移动,但是被偏置以保持在两个极限运动之间的中间位置。 将杠杆从中立位置移动,根据杠杆从中立位置的位移方向开始驱动相机镜头朝第一或第二方向聚焦。 聚焦速度与杠杆从中立位置的位移量成比例,从而允许双向可变的高速和低速聚焦,以实现快速准确的特写和无限远聚焦。 将密封件装入设备允许在水下摄像机应用中使用。
    • 2. 发明授权
    • Power focus device for a camera
    • 摄像机的电源对焦设备
    • US5412445A
    • 1995-05-02
    • US2475
    • 1993-01-08
    • Ryuichi MoriKeiji Osawa
    • Ryuichi MoriKeiji Osawa
    • G02B7/08G03B3/10G03B13/34G03B17/08
    • G03B17/08
    • A power focus device for a camera provides a user-friendly lever interface allowing efficient camera operation. A lever, located outside a camera cover, is movable in two opposing directions but is biased to remain at a neutral position between two extremes of movement. Moving the lever from the neutral position initiates driving the camera lens to focus in either a first or a second direction according to a direction of a displacement of the lever from the neutral position. A speed of focusing is proportional to an amount of displacement of the lever from the neutral position, thus permitting variable high and low speed focusing in both directions for rapid and accurate close-up and infinity focussing. Incorporating a seal into the device permits use in underwater camera applications.
    • 相机的电源对焦设备提供了一个用户友好的手柄接口,从而实现高效的相机操作。 位于相机盖外部的杠杆可在两个相对的方向上移动,但是被偏置以保持在两个极限运动之间的中间位置。 将杠杆从中立位置移动,根据杠杆从中立位置的位移方向开始驱动相机镜头朝第一或第二方向聚焦。 聚焦速度与杠杆从中立位置的位移量成比例,从而允许双向可变的高速和低速聚焦,以实现快速准确的特写和无限远聚焦。 将密封件装入设备允许在水下摄像机应用中使用。
    • 3. 发明授权
    • Starter system for internal combustion engine
    • US06615786B2
    • 2003-09-09
    • US10123249
    • 2002-04-17
    • Ryuichi MoriJunya TachikawaKoichi Fushimi
    • Ryuichi MoriJunya TachikawaKoichi Fushimi
    • F02N700
    • F02N19/00F02N7/00F02N11/00F02N11/006F02N15/046Y10T74/134Y10T74/137
    • There is provided a starter system for an internal combustion engine, which is capable of preventing wear of a brush of an electric motor ascribable to the combined use of the electric motor with a hydraulic actuator and the resulting increase in the rotational resistance due to friction of the brush, as well as capable of using one of the hydraulic actuator and the electric motor without difficulty even when the other is disabled. The hydraulic motor is driven by hydraulic pressure. A rotational shaft of the hydraulic motor is driven for rotation by the hydraulic motor. A rotational shaft of an electric motor extends in parallel with the rotational shaft of the hydraulic motor, and is driven for rotation by the electric motor. A ring gear rotates in unison with the crankshaft. A pinion gear is brought into meshing engagement with the ring gear, for starting the engine. An output shaft is connected to the pinion gear. A first one-way clutch connects the rotational shaft of the hydraulic motor and the output shaft to each other in a disconnectable manner, for transmitting rotation of the hydraulic motor to the output shaft. A second one-way clutch connects the rotational shaft of the electric motor and the output shaft to each other in a disconnectable manner, for transmitting rotation of the rotational shaft of the electric motor to the output shaft.
    • 4. 发明授权
    • Autofocus camera
    • 自动对焦相机
    • US5499074A
    • 1996-03-12
    • US453462
    • 1995-05-30
    • Keiji OhsawaNobuo MatsukawaSunao NishiokaRyuichi MoriYoshiyuki Nakano
    • Keiji OhsawaNobuo MatsukawaSunao NishiokaRyuichi MoriYoshiyuki Nakano
    • G01C3/06G02B7/28G02B7/34G03B13/36
    • G02B7/346
    • An autofocus camera conducts a focus detection operation with one of differently directed sets of photoelectric conversion elements which is given priority according to the detected attitude of the camera. If focusing cannot be effected using the elements given priority, a focus detection operation is automatically conducted with the other elements. Also provided is a camera having a first mode of operation in which focusing detecting operations are conducted which collectively utilize outputs of all of the elements of differently directed sets of photoelectric conversion elements when a first camera attitude is detected, and a second mode of operation in which focusing detecting operations are conducted which collectively disregard the output of at least one conversion element when a second camera attitude is detected.
    • 自动聚焦照相机根据检测到的相机的姿态优先地对不同定向的光电转换元件组中的一个进行焦点检测操作。 如果使用赋予优先权的元素不能进行聚焦,则与其他元素自动进行焦点检测操作。 还提供了具有第一操作模式的相机,其中当检测到第一相机​​姿态时,进行聚焦检测操作,其集体地利用不同定向的光电转换元件组的所有元素的输出,以及第二操作模式 当检测到第二摄像机姿态时,执行聚焦检测操作,其集体地忽略至少一个转换元件的输出。
    • 5. 发明授权
    • Hydraulic pressurizer system
    • 液压加压系统
    • US07481053B2
    • 2009-01-27
    • US11289519
    • 2005-11-30
    • Kazuhiko KitanoOsahide MiyamotoTomohisa KanedaKoichi FushimiRyuichi Mori
    • Kazuhiko KitanoOsahide MiyamotoTomohisa KanedaKoichi FushimiRyuichi Mori
    • F16D31/02
    • B60K6/48F16H61/0025F16H61/0031Y02T10/6221
    • A hydraulic pressurizer system comprises a drive source, which drives a hybrid vehicle, a mechanical oil pump, which is driven by the drive source, an electrical motor, which is activated by a 12V battery, an electrical oil pump, which is driven by the electrical motor, and a control unit, which activates the electrical motor. The pressurizer further comprises a ratio-change mechanism, which is activated by hydraulic oil supplied by the mechanical oil pump and by the electrical oil pump to establish a speed change ratio, at which the rotational driving force of the drive source is transmitted to wheels with a rotational speed change. The control unit memorizes a characteristic value, which is specified from the temperature of the hydraulic oil and from the rotational speed of the electrical motor, and a threshold value for the rotational speed of the electrical motor, which threshold value corresponds to the characteristic value.
    • 液压加压器系统包括驱动混合动力车辆的驱动源,由驱动源驱动的机械油泵,由12V电池驱动的电动马达,电动油泵由 电动机和控制单元,其激活电动机。 该加压器还包括比例改变机构,其由机械油泵和电动油泵供应的液压油启动,以建立变速比,驱动源的旋转驱动力传递到车轮上, 转速变化。 控制单元记录从液压油的温度和电动机的转速指定的特性值,以及该电动机的转速的阈值,该阈值对应于特性值。
    • 6. 发明授权
    • Camera with automatic bracketing device
    • 相机带自动包围设备
    • US5402203A
    • 1995-03-28
    • US3613
    • 1993-01-13
    • Nobuo MatsukawaYasuaki IshiguroMasao OwashiMasaaki TsukamotoRyuichi Mori
    • Nobuo MatsukawaYasuaki IshiguroMasao OwashiMasaaki TsukamotoRyuichi Mori
    • G03B17/36G03B7/091G03B7/08
    • G03B7/093
    • A camera with an automatic bracketing device for permitting photographing of a plurality of frames in group while exposure is stepwise changed under a certain exposure condition solves a problem which is caused when the number of frames to be photographed in a bracketing photographing mode is set larger than the number of remaining available frames of a film.The camera comprises means for calculating the number of remaining available frames based on the number of available frames of the film loaded and the number of photographed frames, means for calculating a proper exposure, means for setting the number of frames to be photographed in a bracketing photographing mode in which a plurality of frames are photographed with changing exposures, and means for setting the number of steps of exposure to be changed in the bracketing photographing mode. When the set number of frames to be photographed is larger than the number of remaining available frames, the set number of frames to be photographed is automatically changed to a number which is no larger than the number of remaining available frames so that a frame with the proper exposure is photographed.
    • 具有自动包围设备的照相机,用于允许在一定曝光条件下逐步改变曝光的同时对组中的多个帧进行拍摄的照相机解决了当以包围拍摄模式拍摄的帧数设定为大于 电影的剩余可用帧数。 照相机包括用于基于所加载的胶片的可用帧的数量和拍摄的帧的数量来计算剩余可用帧的数量的装置,用于计算适当的曝光的装置,用于设置包围的要拍摄的帧的数量的装置 拍摄模式,其中以改变的曝光拍摄多个帧;以及用于设定在包围拍摄模式中要改变的曝光次数的装置。 当要拍摄的设定数量的帧数大于剩余可用帧数时,所设置的要被拍摄的帧数被自动地改变为不大于剩余可用帧数的数量, 拍摄适当的曝光。
    • 8. 发明申请
    • Hydraulic pressurizer system
    • 液压加压系统
    • US20060120876A1
    • 2006-06-08
    • US11289519
    • 2005-11-30
    • Kazuhiko KitanoOsahide MiyamotoTomohisa KanedaKoichi FushimiRyuichi Mori
    • Kazuhiko KitanoOsahide MiyamotoTomohisa KanedaKoichi FushimiRyuichi Mori
    • F04B49/00
    • B60K6/48F16H61/0025F16H61/0031Y02T10/6221
    • A hydraulic pressurizer system 30 comprises a drive source (an engine 2 and a motor generator 4), which drives a hybrid vehicle 1, a mechanical oil pump 20, which is driven by the drive source, an electrical motor 22, which is activated by a 12V battery 24, an electrical oil pump 21, which is driven by the electrical motor 22, and a control unit 15, which activates the electrical motor 22. The pressurizer further comprises a ratio-change mechanism 7, which is activated by hydraulic oil supplied by the mechanical oil pump 20 and by the electrical oil pump 21 to establish a speed change ratio, at which the rotational driving force of the drive source is transmitted to wheels 8 with a rotational speed change. The control unit 15 memorizes a characteristic value CV, which is specified from the temperature of the hydraulic oil and from the rotational speed of the electrical motor 22, and a threshold value NTH2 for the rotational speed Np of the electrical motor 22, which threshold value corresponds to the characteristic value CV. While the control unit 15 is executing a so-called idling-stop control, it cancels the idling-stop control if the rotational speed Np of the electrical motor 22 reaches the threshold value NTH2.
    • 液压加压器系统30包括驱动混合动力车辆1的驱动源(发动机2和电动发电机4),由驱动源驱动的机械油泵20,电动机22由 12V电池24,由电动机22驱动的电动油泵21和启动电动机22的控制单元15。 该加压器还包括比例改变机构7,其由机械油泵20供应的液压油和电动油泵21启动,以建立变速比,驱动源的旋转驱动力被传递 到具有转速变化的车轮8。 控制单元15存储从液压油的温度和电动机22的转速指定的特性值CV和用于转速Np的阈值N TH2 < 电动机22,该阈值对应于特征值CV。 当控制单元15执行所谓的怠速停止控制时,如果电动机22的转速Np达到阈值N TH2,则它取消怠速停止控制。
    • 10. 发明授权
    • Hydraulic engine-starting system in vehicle
    • 汽车液压发动机起动系统
    • US06736099B2
    • 2004-05-18
    • US10141138
    • 2002-05-09
    • Ryuichi MoriJunya TachikawaKoichi Fushimi
    • Ryuichi MoriJunya TachikawaKoichi Fushimi
    • F02N700
    • F02N7/08
    • A hydraulic engine-starting system for cranking and starting an engine for a vehicle having automatically stopping and starting functions by a hydraulic motor. A hydraulic pressure that operates a hydraulic clutch of a transmission is raised promptly by using a hydraulic motor. The hydraulic motor is driven by a hydraulic pressure supplied thereto through a first oil passage from a hydraulic motor-driving device including an oil pump, an accumulator and a solenoid valve, thereby starting the engine. A transmission is disposed in the middle of a second oil passage for returning an oil discharged from the hydraulic motor to the hydraulic motor-driving device. Thus, the hydraulic pressure in the transmission can be raised simultaneously with the start of the engine to enable the engagement of a hydraulic clutch, thereby starting the vehicle promptly, while avoiding generating a shock from the engagement of the hydraulic clutch.
    • 一种液压发动机起动系统,用于起动和启动具有通过液压马达自动停止和启动功能的车辆发动机。 通过使用液压马达来迅速地升高操作变速器的液压离合器的液压。 液压马达由从包括油泵,蓄能器和电磁阀的液压马达驱动装置通过第一油路供给的液压驱动,从而起动发动机。 变速器设置在第二油路的中间,用于将从液压马达排出的油返回到液压马达驱动装置。 因此,变速器中的液压压力可以与发动机起动同时升高,从而能够接合液压离合器,从而迅速地启动车辆,同时避免产生来自液压离合器的接合的冲击。