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    • 1. 发明申请
    • RUDDER ANGLE DETECTING DEVICE OF STEERING GEAR
    • RUDDER角度检测转向齿轮装置
    • US20080278714A1
    • 2008-11-13
    • US12107866
    • 2008-04-23
    • Yukio TomitaKenjiro NabeshimaTakayuki WakabayashiHirotaka Yamamoto
    • Yukio TomitaKenjiro NabeshimaTakayuki WakabayashiHirotaka Yamamoto
    • G01B11/26
    • B63H25/36
    • The inner cylindrical body is mounted on the top surface of the rudder-stock; the outer cylindrical body is put on the inner cylindrical body exteriorly; the gudgeon pin provided on the top reverse surface of the outer cylindrical body is inserted into the gudgeon provided on the top surface of the inner cylindrical body; the pin protruded on the top surface of the outer cylindrical body is inserted into the chest fixated to the supports; the rotational movement checking device, that obstructs the pin to rotate, and at the same time, permits it to be displaced in the radial direction, is provided inside the chest; the scale is provided on the outer circumferential surface of the inner cylindrical body; and, the rudder angle detecting optical sensors facing the scale are mounted on the inner circumferential surface of the outer cylindrical body.
    • 内筒体安装在舵杆的顶面上; 外筒体外部放置在内筒体上; 设置在外筒体的顶面上的舵杆插入设置在内筒体的上表面上的舵柄上; 突出在外筒体顶表面上的销插入固定在支架上的胸部; 所述旋转运动检查装置在所述胸部内设置有阻止所述销旋转的同时允许其沿径向移位的旋转运动检查装置, 在内筒体的外周面上设置刻度尺; 并且面向刻度的舵角检测光学传感器安装在外筒体的内周面上。
    • 2. 发明授权
    • Rudder angle detecting device of steering gear
    • 舵机舵角检测装置
    • US07872739B2
    • 2011-01-18
    • US12107866
    • 2008-04-23
    • Yukio TomitaKenjiro NabeshimaTakayuki WakabayashiHirotaka Yamamoto
    • Yukio TomitaKenjiro NabeshimaTakayuki WakabayashiHirotaka Yamamoto
    • G01B11/26
    • B63H25/36
    • The inner cylindrical body is mounted on the top surface of the rudder-stock; the outer cylindrical body is put on the inner cylindrical body exteriorly; the gudgeon pin provided on the top reverse surface of the outer cylindrical body is inserted into the gudgeon provided on the top surface of the inner cylindrical body; the pin protruded on the top surface of the outer cylindrical body is inserted into the chest fixated to the supports; the rotational movement checking device, that obstructs the pin to rotate, and at the same time, permits it to be displaced in the radial direction, is provided inside the chest; the scale is provided on the outer circumferential surface of the inner cylindrical body; and, the rudder angle detecting optical sensors facing the scale are mounted on the inner circumferential surface of the outer cylindrical body.
    • 内筒体安装在舵杆的顶面上; 外筒体外部放置在内筒体上; 设置在外筒体的顶面上的舵杆插入设置在内筒体的上表面上的舵柄上; 突出在外筒体顶表面上的销插入固定在支架上的胸部; 所述旋转运动检查装置在所述胸部内设置有阻止所述销旋转的同时允许其沿径向移位的旋转运动检查装置, 在内筒体的外周面上设置刻度尺; 并且面向刻度的舵角检测光学传感器安装在外筒体的内周面上。
    • 5. 发明授权
    • Twin-rudder system for large ship
    • 双舵系统为大型船
    • US06886485B2
    • 2005-05-03
    • US10477247
    • 2002-05-07
    • Yukio TomitaKenjiro NabeshimaToshihiko AriiTakanori Wakabayashi
    • Yukio TomitaKenjiro NabeshimaToshihiko AriiTakanori Wakabayashi
    • B63H1/20B63H25/38B63H25/06
    • B63H25/38B63H2025/066
    • In such a high lift twin-rudder system that: a pair of high lift rudders 1, 2 is arranged behind a single propeller 3; the respective high lift rudder 1, 2 has a top end plate 6, 7 and a bottom end plate 8, 9 at the top end and the bottom of a rudder blade 4, 5; the respective rudder blade 4, 5 is provided with a reaction fin 10, 11, protruding from an inboard face of the rudder blade 4, 5 on a nearly same level with the axis of the propeller 3, that is originated nearly from the leading edge portion toward the rear and has a fixed chord length; the reaction fin 10 of the rudder blade 4 that faces on the board-side where the propeller blades rotate in the ascending direction assumes a posture that makes such attack angle that the ratio of a forward vectored thrust to a drag, both produced by a propeller slip stream having a stream component in the ascending direction, becomes maximum; and the reaction fin 11 of the rudder blade 5 that faces on the board-side where the propeller blades rotate in the descending direction assumes a posture that makes such attack angle that the ratio of a forward vectored thrust to a drag, both produced by a propeller slip stream having a stream component in the descending direction, becomes maximum, the respective rudder blade 4, 5 is so constituted that a chord length is of 60˜45% of a propeller diameter.
    • 在这样的高升力双舵系统中,一对高升程舵1,2设置在单个螺旋桨3的后面; 相应的高升程舵1,2在舵叶4,5的顶端和底部具有顶端板6,7和底端板8,9; 各个舵刃4,5设置有反作用翅片10,11,其从舵刃4,5的内侧面以与螺旋桨3的轴线几乎相同的高度突出,其几何从前缘 朝向后方并具有固定的弦长; 方向舵叶片4的面对螺旋桨叶片沿上升方向旋转的板侧的反作用翅片10呈现出这样一种姿态,其使得由螺旋桨产生的向前矢量推力与拖曳的比例 具有沿上升方向的流分量的滑流变为最大; 并且舵叶5的面向螺旋桨叶片沿下降方向旋转的板侧的反作用翅片11呈现出这样的姿势,即使得由向前方向的推力与阻力的比例 具有沿下降方向的流分量的螺旋桨滑流变为最大,各个舵叶4,5构成为弦长为螺旋桨直径的60〜45%。
    • 7. 发明授权
    • Apparatus for feeding waste tire chips
    • 废轮胎芯片供料装置
    • US4645065A
    • 1987-02-24
    • US707910
    • 1985-03-04
    • Yukio TomitaTakayuki WakabayashiMitsunobu MatsudaNobuji ShibamotoYoshihiro Yamashiro
    • Yukio TomitaTakayuki WakabayashiMitsunobu MatsudaNobuji ShibamotoYoshihiro Yamashiro
    • B65G43/08B65G47/57B65G65/46F23G5/44F23K3/00
    • B65G43/08F23G5/444
    • An apparatus for feeding waste tire chips (12) to an incinerator (11) having a feed chute (13) comprises a container (17) provided with a screw feeder (22, 23) at its bottom, upper and lower two vibrating feeders (24A), (24B), and a transfer conveyor (36) extending between the lower vibrating feeder (24B) and the feed chute (13). The screw feeder (22, 23) is controlled by a first controller (34) in response to an output signal from a first photoswitch (33) which is mounted on the upper vibrating feeder (24A) for detecting the quantity of chips delivered from the container (17). The transfer conveyor (36) and the lower vibrating feeder (24B) are controlled by a second controller (42) in accordance with an output signal from a second photoswitch (41) which is mounted on the feed chute (13) for detecting the quantity of chips to be fed to the incinerator (11) at a time. The upper vibrating feeder (24 A) is intermittently operated by a third controller (43).
    • 一种用于将垃圾轮胎碎片(12)供给到具有进料槽(13)的焚化炉(11)的设备包括:容器(17),其底部设有螺旋进料器(22,23),上下两个振动给料器 (24B),以及在下振动进料器(24B)和进料槽(13)之间延伸的转移输送器(36)。 响应于来自安装在上振动给料器(24A)上的第一光开关(33)的输出信号,螺旋给料器(22,23)由第一控制器(34)控制,用于检测从 容器(17)。 转印输送机(36)和下振动给料器(24B)由第二控制器(42)根据来自安装在进料槽(13)上的第二光开关(41)的输出信号来控制,用于检测数量 的一次供给到焚化炉(11)的芯片。 上振动给料器(24A)由第三控制器(43)间歇地操作。