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    • 1. 发明授权
    • Device for correcting floor level of hydraulic elevator
    • 液压电梯底板水平校正装置
    • US3955649A
    • 1976-05-11
    • US441899
    • 1974-02-12
    • Mitsuaki TakenoshitaKen IchiryuIchiro NakamuraYukio MurakamiHiroshi Yumino
    • Mitsuaki TakenoshitaKen IchiryuIchiro NakamuraYukio MurakamiHiroshi Yumino
    • B66B1/36B66B1/04B66B1/26B66B1/50F15B11/04
    • B66B1/24B66B1/405B66B1/50Y02B50/146
    • A floor level correcting device used in a hydraulic elevator comprises means for electrically detecting the vertical position of the elevator cage with respect to the floor landing and driving means for level correction, provided independent of a main power unit for driving the elevator cage. The detecting means comprises means provided in the elevator shaft and means provided in the elevator cage which detect, in co-operation with each other, the level of the cage with respect to the floor landing of the building in particular whether the cage is stopped in the proper landing position or shifted therefrom, so as to produce an electrical signal in accordance with the detected cage level to transmit the signal to the driving means for level correction. The driving means for level correction comprises an accumulator and an electromagnetic valve and the electromagnetic valve is actuated by the electric signal from the position detecting means, so that the hydraulic fluid in a cylinder forming a part of the driving mechanism of the elevator is withdrawn into a tank, or the hydraulic fluid in the accumulator is conducted into the cylinder to thereby correct the level of the cage.
    • 在液压升降机中使用的地板水平校正装置包括用于电检测电梯轿厢相对于地板着陆的垂直位置的装置和用于驱动电梯轿厢的主电源单元独立设置的用于电平校正的驱动装置。 检测装置包括设置在电梯井中的装置和设置在电梯轿厢中的装置,其相互协调地检测轿厢相对于建筑物的地板楼层的高度,特别是轿厢是否停止 正确的着陆位置或从其移位,以便根据检测到的轿厢电平产生电信号,以将信号发送到驱动装置进行电平校正。 用于电平校正的驱动装置包括蓄电池和电磁阀,并且电磁阀由来自位置检测装置的电信号致动,使得形成电梯的驱动机构的一部分的气缸中的液压流体被撤回 蓄能器或蓄液器中的液压流体被引导到气缸中,从而校正保持架的水平。
    • 4. 发明授权
    • Automatic terminal crimping apparatus
    • 自动端子压接装置
    • US5419025A
    • 1995-05-30
    • US150422
    • 1993-11-10
    • Yukio MurakamiYuji Watanabe
    • Yukio MurakamiYuji Watanabe
    • H01R43/048H01R43/05H01R43/052H01R43/28
    • H01R43/048H01R43/28Y10T29/51Y10T29/514Y10T29/53091Y10T29/53235
    • There is disclosed an automatic terminal crimping apparatus (1) which comprises a cable cutting station (3), a mark positioning station (4), a mark location rotating station (5), a stripping station (6) and a terminal crimping station (7). The mark positioning station (4) includes a television camera (14) for image processing which senses a discrimination mark (8) of a high-voltage resistant cable (2), and circumferentially rotates the high-voltage resistant cable (2) and stops the rotation upon detection of the discrimination mark (8). At the mark location rotating station (5), the high-voltage resistant cable (2) positioned at the mark positioning station (4) is circumferentially rotated through a predetermined angle to orient the discrimination mark 8 in a predetermined direction. The automatic terminal crimping apparatus (1) is thus capable of performing a series of operations including cutting of the high-voltage resistant cable (2), positioning of the discrimination mark (8) with respect to a bent terminal (18), and crimping of the bent terminal (18).
    • 公开了一种自动端子压接装置(1),其包括电缆切割站(3),标记定位站(4),标记位置旋转站(5),剥离站(6)和端子压接站 7)。 标记定位站(4)包括用于感测高耐压电缆(2)的识别标记(8)的用于图像处理的电视摄像机(14),并且周向地旋转耐高压电缆(2)并停止 检测到识别标记(8)时的旋转。 在标记位置旋转站(5)处,位于标记定位站(4)处的耐高压电缆(2)沿周向旋转预定角度,以使识别标记8沿预定方向定向。 因此,自动端子压接装置(1)能够执行一系列操作,包括切断耐高压电缆(2),识别标记(8)相对于弯曲端子(18)的定位,以及压接 的弯曲端子(18)。
    • 7. 发明授权
    • Terminal crimping apparatus with terminal attitude correcting unit
    • 带端子姿态校正单元的端子压接装置
    • US5375317A
    • 1994-12-27
    • US150718
    • 1993-11-12
    • Yukio MurakamiShigeharu Suzuki
    • Yukio MurakamiShigeharu Suzuki
    • H01R43/055
    • H01R43/055Y10T29/49185Y10T29/53235Y10T29/53265
    • There is disclosed a terminal crimping apparatus which comprises a crimping machine (29) for connecting a cable connection portion (2a) of crimp terminals (2) to a cable end by crimping the cable connection portion (2a), a terminal frame supply mechanism (30) for intermittently supplying the crimp terminals (2) in the form of a terminal frame (4) to the crimping machine (29), and a terminal attitude correcting unit (36) for the crimp terminals provided on the way of a supply path of the terminal frame to the crimping machine (29). The terminal frame supply mechanism (30) includes a terminal guide jig (35) having guide grooves (34) for guiding carriers (1) of the terminal frame (4), and the terminal attitude correcting unit (36) is provided on the way of the guide path of the terminal frame (4) by means of the terminal guide jig (35). The terminal attitude correcting unit (36) includes an attitude correcting jig (38) having a groove (37) releasably receiving the cable connection portion (2a) of the crimp terminals (2). The attitude correcting jig (38) is extended and retracted by an air cylinder (39) between an attitude correction position in the supply path in which the cable connection portion (2a) is fitted in the groove (37) and the attitude of the cable connection portion (2a) is corrected to a predetermined direction and a retracted position deviated from the supply path. The terminal crimping apparatus is therefore prevented from crimp-connecting defects of the crimp terminals (2).
    • 公开了一种端子压接装置,其包括用于通过压接电缆连接部分(2a)将压接端子(2)的电缆连接部分(2a)连接到电缆端部的压接机(29),端子框架供应机构 30),用于将端子框架(4)形式的压接端子(2)间歇地供给到压接机(29);以及端子姿态校正单元(36),用于设置在供给路径 的端子框架连接到压接机(29)。 端子架供给机构30包括:端子引导夹具,其具有用于引导端子框架(4)的载体(1)的引导槽(34),并且端子姿势校正单元(36)设置在路上 通过端子引导夹具(35)连接到端子框架(4)的引导路径。 端子姿态校正单元(36)包括具有可释放地容纳压接端子(2)的电缆连接部分(2a)的凹槽(37)的姿态校正夹具(38)。 姿态校正夹具(38)在电缆连接部分(2a)装配在凹槽(37)中的供应路径中的姿态校正位置与电缆的姿态之间由气缸(39)延伸和缩回 连接部分(2a)被校正到预定方向,并且缩回位置偏离供应路径。 因此,可以防止端子压接装置卷曲连接压接端子(2)的缺陷。
    • 9. 发明授权
    • Distributed manufacturing with feedback
    • 分布式制造与反馈
    • US06804569B1
    • 2004-10-12
    • US09561496
    • 2000-04-28
    • Yasuyoshi HiranoTokitaka ItoYukio MurakamiJoseph Freitas
    • Yasuyoshi HiranoTokitaka ItoYukio MurakamiJoseph Freitas
    • G06F1900
    • H04N17/04
    • Methods and apparatus implementing a technique for assembling a device, such as a digital convergence monitor, at more than one site where data is supplied from a first site to a second site and then the data is used in assembly of the device at the second site. In one implementation, a method for assembling a device at more than one manufacturing site includes: at least partially assembling a device at a first manufacturing site; adjusting the device at the first manufacturing site, where the adjustment is recorded in data; sending the data from the first manufacturing site to a second manufacturing site; assembling the device at the second manufacturing site; storing the data in the device; and adjusting the device at the second manufacturing site, where the adjustment at the second manufacturing site is recorded in the data.
    • 在数据从第一站点提供给第二站点的多个站点上实施用于组装诸如数字汇合监视器的设备的技术的方法和装置,然后在第二站点处组装该设备 。 在一个实施方案中,用于在多于一个制造现场组装装置的方法包括:在第一制造现场至少部分地组装装置; 调整在第一制造现场的设备,其中调整记录在数据中; 将数据从第一制造现场发送到第二制造现场; 在第二制造现场组装设备; 将数据存储在设备中; 并且在第二制造现场调整装置,其中第二制造现场的调整被记录在数据中。
    • 10. 发明授权
    • Touch panel with high operability in low temperature environments
    • 触摸面板在低温环境下具有高可操作性
    • US06570707B1
    • 2003-05-27
    • US09708879
    • 2000-11-08
    • Yukio MurakamiShunsuke Hirano
    • Yukio MurakamiShunsuke Hirano
    • G02B530
    • G06F3/045G06F3/0414
    • A touch panel is constructed of a top sheet member having a resistive membrane on its inner surface and a base sheet member having a resistive membrane on its inner surface, the top and base sheet members facing each other with dot spacers being located in between. The top sheet member is formed by laminating a bulge-resistant film, a polarizing plate, a quarter wavelength plate, and a light isotropic film in this order from above. The base sheet member is constructed of a glass sheet and a reinforcement film whose thermal linear expansion coefficient is almost the same as the thermal linear expansion coefficient of the polarizing plate or the quarter wavelength plate included in the top sheet member, the reinforcement film being adhered to the lower surface of the glass sheet.
    • 触摸面板由在其内表面上具有电阻膜的顶片构件和在其内表面上具有电阻膜的基片构件构成,顶片和基片构件彼此面对,点间隔物位于其间。 通过从上方按顺序层叠防胀薄膜,偏振板,四分之一波长板和光各向同性膜而形成顶片部件。 基片构件由玻璃板和加热膜构成,其热线膨胀系数与包括在顶片构件中的偏振板或四分之一波长板的热线膨胀系数几乎相同,增强膜粘附 到玻璃板的下表面。