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    • 1. 发明授权
    • Flexible substrate conveying device
    • 柔性基板输送装置
    • US08528725B2
    • 2013-09-10
    • US13512231
    • 2010-12-02
    • Masanori NishizawaShoji YokoyamaTakanori Yamada
    • Masanori NishizawaShoji YokoyamaTakanori Yamada
    • B65G15/12
    • B65H20/02B65H2301/323B65H2801/87H01L21/67706H01L21/67721H01L31/206Y02E10/50Y02P70/521
    • A conveying device has a substrate conveying device for conveying a flexible substrate while holding the flexible substrate upright, with one end part in a width direction of the flexible substrate being on an upper side; and a substrate retaining device. The substrate retaining device has a pair of grip rollers; a support mechanism rotatably supporting the pair of grip rollers; a transmission mechanism transmitting a force to pressure contact one of the grip rollers with the other grip roller; a first driving device configured to adjust a pressure contact force of the pair of grip rollers; an angle adjusting mechanism configured to incline the pair of grip rollers with respect to a conveying direction of the flexible substrate; and a second driving device configured to adjust an inclination angle of the pair of grip rollers with respect to the conveying direction of the flexible substrate.
    • 输送装置具有用于输送柔性基板的基板输送装置,同时将柔性基板保持直立,柔性基板的宽度方向上的一个端部位于上侧; 和基板保持装置。 基板保持装置具有一对夹持辊; 可旋转地支撑所述一对夹持辊的支撑机构; 传递机构,其传递力以与所述另一夹持辊压力接触所述夹持辊之一; 配置为调节所述一对夹持辊的压力接触力的第一驱动装置; 角度调节机构,其构造成相对于所述柔性基板的输送方向倾斜所述一对夹持辊; 以及第二驱动装置,其构造成调整所述一对夹持辊相对于柔性基板的输送方向的倾斜角度。
    • 3. 发明申请
    • FLEXIBLE SUBSTRATE CONVEYING DEVICE
    • 柔性底板输送装置
    • US20120298298A1
    • 2012-11-29
    • US13512231
    • 2010-12-02
    • Masanori NishizawaShoji YokoyamaTakanori Yamada
    • Masanori NishizawaShoji YokoyamaTakanori Yamada
    • B65H20/02B32B37/20
    • B65H20/02B65H2301/323B65H2801/87H01L21/67706H01L21/67721H01L31/206Y02E10/50Y02P70/521
    • A conveying device has a substrate conveying device for conveying a flexible substrate while holding the flexible substrate upright, with one end part in a width direction of the flexible substrate being on an upper side; and a substrate retaining device. The substrate retaining device has a pair of grip rollers; a support mechanism rotatably supporting the pair of grip rollers; a transmission mechanism transmitting a force to pressure contact one of the grip rollers with the other grip roller; a first driving device configured to adjust a pressure contact force of the pair of grip rollers; an angle adjusting mechanism configured to incline the pair of grip rollers with respect to a conveying direction of the flexible substrate; and a second driving device configured to adjust an inclination angle of the pair of grip rollers with respect to the conveying direction of the flexible substrate.
    • 输送装置具有用于输送柔性基板的基板输送装置,同时将柔性基板保持直立,柔性基板的宽度方向上的一个端部位于上侧; 和基板保持装置。 基板保持装置具有一对夹持辊; 可旋转地支撑所述一对夹持辊的支撑机构; 传递机构,其传递力以与所述另一夹持辊压力接触所述夹持辊之一; 配置为调节所述一对夹持辊的压力接触力的第一驱动装置; 角度调节机构,其构造成相对于所述柔性基板的输送方向倾斜所述一对夹持辊; 以及第二驱动装置,其构造成调整所述一对夹持辊相对于柔性基板的输送方向的倾斜角度。
    • 4. 发明授权
    • Communicatory navigation system
    • 通信导航系统
    • US06202024B1
    • 2001-03-13
    • US09271166
    • 1999-03-18
    • Shoji YokoyamaTomoki KubotaYasuo ItoNaoki GoraiTakashi SugawaraHideaki MoritaSatoshi KitanoHiroki Ishikawa
    • Shoji YokoyamaTomoki KubotaYasuo ItoNaoki GoraiTakashi SugawaraHideaki MoritaSatoshi KitanoHiroki Ishikawa
    • G06G778
    • G08G1/096811G01C21/26G08G1/096844G08G1/096872G08G1/096888
    • Disclosed is a communicatory navigation system including an information center (150), at least one navigation unit (100) each mounted on a vehicle and communication means for allowing bi-directional data communication between the information center and the navigation unit. Data transmission from the navigation unit to the information center is made during a period of communication that begins when the navigation unit become communicatable with the information center and ends when the bi-directional data communication therebetween is disconnected. The navigation unit is provided with a drive route history memory area (131) and an instrument operation history memory area (132), and data in these memory areas are transmitted to the information center, together with the vehicle current position data and the destination position data. The information center determines a recommended drive route from the current position to the destination, not only with reference to its own database (158) but also taking into consideration the history data. For example, if it is determined that there is a traffic accident or heavy traffic jam in some route, a bypass route is determined and transmitted back to the navigation unit. When the previous drive route indicated by data in area (131) is not found in the database (158), it can be recognized as a newly constructed road for inclusion in the database.
    • 公开了一种通信导航系统,包括信息中心(150),安装在车辆上的至少一个导航单元(100)和用于允许信息中心和导航单元之间的双向数据通信的通信装置。 从导航单元到信息中心的数据传输是在导航单元与信息中心通信时开始的通信期间进行的,并且当它们之间的双向数据通信断开时结束。 导航单元设置有驱动路线历史记录区域(131)和仪器操作历史存储区域(132),并且将这些存储区域中的数据与车辆当前位置数据和目的地位置一起发送到信息中心 数据。 信息中心确定从当前位置到目的地的推荐驱动路线,不仅参照其自己的数据库(158),还考虑到历史数据。 例如,如果确定在某些路由中存在交通事故或大量交通堵塞,则确定旁路路由并将其发送回导航单元。 当在数据库(158)中没有找到由区域(131)中的数据指示的先前的驱动路线时,可以将其识别为用于包含在数据库中的新建道路。
    • 8. 发明授权
    • Reduction ratio controlling mechanism for a continuously variable
automatic transmission of a vehicle
    • 一种用于车辆的无级变速自动变速器的减速比控制机构
    • US4699604A
    • 1987-10-13
    • US862158
    • 1986-05-12
    • Shoji Yokoyama
    • Shoji Yokoyama
    • B60W30/18B62M9/04F16H61/66F16H61/662B60K41/14F16H55/52
    • B60W30/18B60W10/04B60W10/101B60W30/1819F16H61/66F16H61/66259Y10T477/62429
    • A reduction ratio controlling mechanism provided within the hydraulic control system of a continuously variable automatic transmission of a vehicle including a V-belt type continuously variable transmission which comprises an input pulley and an output pulley, the effective diameter of each of said pulleys being variable by means of a corresponding hydraulic servomechanism, and a V-belt extending between said input and said output pulleys, for changing the reduction ratio of said continuously variable transmission by supplying a hydraulic fluid to and by draining same from the hydraulic servomechanism of said input pulley.The reduction ratio controlling mechanism comprises an electromagnetic up-shift valve and an electromagnetic down-shift valve each capable of producing a solenoid pressure corresponding to the running condition of the vehicle by regulating the line pressure applied thereto, and a reduction ratio control valve having a spool movable under the control of the spring force of a spring provided on one side of the spool and the solenoid pressure applied to the other side of the spool.The spring force of the spring works in the direction of movement of the spool during down-shift operation.
    • 一种减速比控制机构,其设置在包括输入滑轮和输出滑轮的V形带式无级变速器的车辆的无级变速自动变速器的液压控制系统内,每个所述滑轮的有效直径可由 相应的液压伺服机构的装置和在所述输入和所述输出滑轮之间延伸的V形带,用于通过向所述输入滑轮的液压伺服机构供给液压流体并通过从所述输入滑轮的液压伺服机构排放来改变所述无级变速器的减速比。 减速比控制机构包括电磁升降阀和电磁降档阀,每个阀能够通过调节施加在其上的管路压力而产生对应于车辆行驶状态的螺线管压力;以及减速比控制阀,具有 阀芯可以在设置在阀芯一侧的弹簧的弹簧力的控制下运动,并且螺线管压力施加到阀芯的另一侧。 弹簧的弹簧力在向下换档操作期间沿着滑阀的运动方向工作。
    • 9. 发明授权
    • Lock-up clutch controller for the fluid coupling of an automotive
automatic transmission
    • 用于汽车自动变速器的液力联轴器的锁止离合器控制器
    • US4664235A
    • 1987-05-12
    • US895598
    • 1986-08-15
    • Shoji YokoyamaNobuaki Miki
    • Shoji YokoyamaNobuaki Miki
    • F16H45/02F16H61/14F16D47/06
    • F16H45/02F16H61/143Y10T477/73
    • A lock-up clutch controller for the fluid coupling of an automotive automatic transmission, capable of making a lock-up clutch provided in the fluid coupling for directly coupling the input shaft and the output shaft of the fluid coupling engage or disengage smoothly responsive to an electric duty signal applied to a lock-up operation control solenoid valve. The lock-up clutch controller includes, as essential components, a lock-up clutch relay valve (a spool valve), a lock-up clutch control valve (a spool valve) and the lock-up operation control solenoid valve which operates in accordance with an electrical duty ratio signal to control the lock-up relay valve and the lock-up operation control valve so that the working fluid is supplied to the fluid coupling or the fluid coupling is drained appropriately for the smooth engagement and disengagement of the lock-up clutch. The torque of the lock-up clutch can be controlled so as to be increased or decreased gradually or maintained at a magnitude allowing slippage by applying a gradually variable electrical duty ratio signal to the lock-up operation control solenoid valve.
    • 一种用于汽车自动变速器的流体联轴器的锁止离合器控制器,其能够使设置在流体联轴器中的用于直接联接输入轴和流体联轴器的输出轴的锁止离合器响应于 电力信号施加到锁定操作控制电磁阀。 锁止离合器控制器包括作为主要部件的锁定离合器继动阀(滑阀),锁止离合器控制阀(滑阀)和按照操作的锁止操作控制电磁阀 具有电占空比信号以控制锁定继动阀和锁定操作控制阀,使得工作流体被供应到流体联接器或流体联接器被适当地排出以便锁定 - 离合器。 锁定离合器的扭矩可以通过向锁定操作控制电磁阀施加逐渐变化的电占空比信号而被控制成逐渐增大或减小或保持在允许滑移的大小。