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    • 7. 发明授权
    • Method and apparatus for detecting the position of defect in a hollow
fiber membrane module
    • 用于检测中空纤维膜组件中缺陷位置的方法和装置
    • US5640236A
    • 1997-06-17
    • US378826
    • 1995-01-27
    • Hideyuki Nagashima
    • Hideyuki Nagashima
    • B01D63/00B01D63/02B01D65/10G01N15/08G01N21/88
    • B01D65/104G01N15/088G01N21/88G01N21/8851G01N21/95692
    • A method and apparatus for detecting, with a high degree of reliability and precision, a two dimensional position of any defects that might be present in a microporous hollow fiber membrane module (10) as manufactured. Detection of defects is carried out in a dark chamber (42) in which the module (10) to be tested is placed. Air carrying fine airborne particles having a particle size larger than the pore size of the micropores of the hollow fibers is forced to flow through the module. A laser beam (54) is projected closely adjacent to the end face (22) of the module to irradiate any particles that have passed the defects. Upon irradiation, the microscopic particles scatter the incident beam and are visualized by scattered light. The light intensity of the visualized scene of particles is magnified by an image intensifier (64) and a video camera (68) generates video signals of the intensified image. The video signals are processed by an image processor (70) which computes and identifies the two dimensional position of the defects.
    • 用于以高度的可靠性和精确度检测可能存在于制造的微孔中空纤维膜组件(10)中的任何缺陷的二维位置的方法和装置。 缺陷的检测是在其中放置待测试的模块(10)的暗室(42)中进行的。 携带具有大于中空纤维的微孔的孔径的颗粒尺寸的空气中的空气中的空气被迫流过模块。 激光束(54)与模块的端面(22)紧密地突出,以照射已经通过缺陷的任何颗粒。 在照射时,微观粒子散射入射光束,并通过散射光显现。 颗粒的可视化场景的光强度由图像增强器(64)放大,并且摄像机(68)产生增强图像的视频信号。 视频信号由计算并识别缺陷的二维位置的图像处理器(70)处理。
    • 9. 发明授权
    • Automatic seat positioning device for a vehicle driver seat
    • 汽车驾驶员座椅的自动座椅定位装置
    • US4467252A
    • 1984-08-21
    • US449737
    • 1982-12-14
    • Hitoshi TakedaHidetaka SuzukiKen KamijoHideyuki Nagashima
    • Hitoshi TakedaHidetaka SuzukiKen KamijoHideyuki Nagashima
    • B60N2/02B60N2/06B60N2/10B60N2/16B60N2/22B60N2/90G05B19/28
    • B60N2/0232B60N2/0248
    • An automatic seat positioning device for a vehicle driver's seat wherein a reversible motor is engaged with one of electromagnetic clutches and rotates so that an associated seat member actuating mechanism moves one of the seat members to a desired position for a specific driver from an initial position upto a maximum movable end. In such an automatic seat positioning device of the construction described above, a seat position detector corresponding to the seat member for detecting that the seat member arrives at a specific position at which the detector is located and a preset control circuit for presetting a counter, which indicates the set position of the seat member by counting the number of rotations of the motor, to a value corresponding to the number of rotations of the motor by which the seat member is moved from an initial starting position to the specific position are provided so that an indication error of the counter can be canceled due to slips which occur whenever the motor is repetitively started and stopped, engaged with the electromagnetic clutch. In addition, the automatic seat positioning device stores the positional data of the seat member set at the desired position from the counted value of the counter in a memory provided therewithin in order to return the current set position of the seat member to an originally set position on a basis of the stored data. In this case, a memory correction circuit is provided which corrects an erroneous stored data to an accurate value corresponding to the actual position in response to the presetting of the counter according to the number of times by which a manual switch which energizes the motor in a normal or reverse direction is operated. Therefore, the seat member can more accurately be returned to the originally set position.
    • 一种用于车辆驾驶员座椅的自动座椅定位装置,其中可逆电动机与电磁离合器之一接合并旋转,使得相关联的座椅构件致动机构将座椅构件中的一个从初始位置移动到特定驾驶员的期望位置, 最大可移动端。 在这样的上述结构的自动座椅定位装置中,对应于座椅构件的座位位置检测器,用于检测座椅构件到达检测器所在的特定位置,以及预设的计数器的预设控制电路, 通过计算马达的转数来表示座椅构件的设定位置,设定为与座椅构件从初始起始位置向特定位置移动的马达的转数相对应的值,使得 由于电动机重复启动停止而与电磁离合器接合时发生的滑移可以消除计数器的指示误差。 此外,自动座椅定位装置将设置在期望位置的座椅构件的位置数据从计数器的计数值存储在其中设置的存储器中,以便将座椅构件的当前设定位置返回到原始设定位置 在存储的数据的基础上。 在这种情况下,提供一种存储器校正电路,其响应于根据计数器的预设而将错误存储的数据校正到与实际位置相对应的精确值,该次数使得电动机在一个 正常或反向操作。 因此,座椅构件能够更准确地返回到原来的设定位置。
    • 10. 发明授权
    • Seat sliding device of a vehicle
    • 车辆座椅滑动装置
    • US4624498A
    • 1986-11-25
    • US734820
    • 1985-05-16
    • Hideyuki NagashimaKouzo Maeda
    • Hideyuki NagashimaKouzo Maeda
    • B60N2/06B60N2/07B60N2/075B60N1/08
    • B60N2/075B60N2/072
    • A stationary rail of generally channel-shaped construction is secured to the vehicle floor so as to have an elongate opening thereof oriented to the direction of movement of a seat mounted thereover. The stationary rail has a coaxially extending main portion or section and coaxially extending guided and guiding portions or members. A movable rail connected to the seat has throughout the length thereof the same cross section as the stationary rail. The movable rail is slidably engaged with the stationary rail in such a manner that the guided and guiding portions thereof are engaged with the corresponding guided and guiding portions of the movable rail in a mutually inverted relationship, having the main portion thereof and the corresponding truck portion of the movable rail spaced. Rollers are embraced by the stationary and movable rails in such a manner that the cylindrical outer surface of each roller engages with both the main portions of the stationary and movable rails.
    • 通常为通道形结构的固定轨道被固定到车辆地板上,以便具有一个细长的开口,其定向为安装在其上的座椅的运动方向。 固定轨道具有同轴延伸的主要部分或部分并同轴延伸的引导部分或部件。 连接到座椅的活动导轨的整个长度上与静止轨道具有相同的横截面。 活动导轨与固定导轨可滑动地接合,使得其导向和引导部分以相互倒置的关系与可移动导轨的相应的引导和引导部分接合,其主要部分和相应的卡车部分 的活动导轨间隔开。 辊子被固定和可动轨道所包围,使得每个滚子的圆柱形外表面与固定和可动轨道的两个主要部分接合。