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    • 1. 发明授权
    • Driving mode switching apparatus and control method therefor
    • 驱动方式切换装置及其控制方法
    • US07665748B2
    • 2010-02-23
    • US11569859
    • 2005-12-20
    • Tokuji Okada
    • Tokuji Okada
    • B62D7/16
    • G05G9/04B62D1/12B62D7/026B62D7/1509
    • A driving form switching apparatus enabling even a user of wheelchair who cannot freely use limb to easily change over a driving form by single hand self-operation. By using a differential gear mechanism or a combination mechanism comprising pinions and racks, the rotating, tilting and shifting motions of a steering lever are transmitted to two rotating shafts. Drums are directly coupled to the two rotating shafts, and the rotations of the two rotating shafts are transmitted to steering shafts through flexible wires as first connecting means. Also, the steering shafts for wheels are parallel- or cross-connected by second connecting means. Thus, the driving forms of a four-wheel drive vehicle such as back and forth traveling, counter-clockwise turning, clockwise turning, turning on the spot, parallel traveling, stopping and braking, etc, can be switched by a single-hand simple operation.
    • 一种驱动形式切换装置,即使是不能自由使用肢体的轮椅的使用者也可以通过单手自我操作轻松地改变驾驶形式。 通过使用差速齿轮机构或包括小齿轮和齿条的组合机构,转向杆的旋转,倾斜和移动运动被传递到两个旋转轴。 鼓直接联接到两个旋转轴,并且两个旋转轴的旋转通过柔性线作为第一连接装置传递到转向轴。 而且,用于车轮的转向轴由第二连接装置平行或交叉连接。 因此,可以通过单手简单的方式切换四轮驱动车辆的驱动形式,诸如前后行进,逆时针转动,顺时针转动,现场转向,平行行驶,停止和制动等 操作。
    • 2. 发明授权
    • Tactile sensor
    • 触觉传感器
    • US4747313A
    • 1988-05-31
    • US2938
    • 1987-01-13
    • Tokuji Okada
    • Tokuji Okada
    • G01B21/00B25J19/02G01L5/00G01L5/16
    • G01L5/166G01L5/161
    • A tactile sensor comprises a sensitive shell including a support rod, a sensor body for holding the support rod such that the sensitive shell is capable of three-dimensional operation, a plurality of elastic members each having one end connected to the sensor body and the other end connected to the sensitive shell, for elastically suspending the sensitive shell at a reference position and in a reference orientation with respect to the sensor body, and detection means provided on the elastic members for detecting the displacement of or deforming force on the plurality of elastic members.
    • 触敏传感器包括一个敏感外壳,它包括一个支撑杆,一个用于保持支撑杆的传感器主体,使得敏感的壳体能够进行三维操作;多个弹性件,每个弹性件的一端连接到传感器主体,另一端连接到传感器主体 端部连接到敏感壳体,用于将感测壳体弹性地悬挂在参考位置并且相对于传感器主体以参考方位;以及检测装置,设置在弹性构件上,用于检测多个弹性体上的位移或变形力 会员
    • 3. 发明授权
    • Four-wheeled adjustable vehicle
    • 四轮可调车
    • US4563954A
    • 1986-01-14
    • US540178
    • 1983-10-11
    • Tokuji OkadaTakeo Kanade
    • Tokuji OkadaTakeo Kanade
    • B61B13/10G01M3/00
    • G01M3/005B61B13/10
    • A motor driven vehicle for traversing the interior of a pipe or conduit accommodates itself to variations in the interior contour of the pipe and automatically positions itself on the longest axis of any cross section of the pipe. It comprises a pair of two-wheeled trucks each pivotally connected to an end of a stretcher member which urges the trucks away from each other against diametrically opposite paths of travel on the pipe wall. Each truck has a driving wheel and a swivelling wheel, the driving wheels being diagonally opposite each other. The driving wheel motors are servo-connected so as to keep the angles between stretcher and truck bolsters equal. The driving wheels are preferably constructed with rim segments which rotate about axes tangent to the mean circumference of the rim, thereby permitting movement sidewise of the wheel.
    • 用于横穿管道或导管内部的电机驱动车辆可容纳其内部轮廓的变化,并自动将其自身定位在管道的任何横截面的最长轴线上。 它包括一对两轮卡车,它们各自枢转地连接到担架构件的端部,该牵引构件推动卡车彼此远离管道壁上径向相对的行进路线。 每辆卡车都有一个驱动轮和一个旋转轮,驱动轮彼此对角相对。 驱动轮电动机是伺服连接的,以保持担架和卡车支架之间的角度相等。 驱动轮优选地构造有围绕与轮辋的平均圆周相切的轴线的边缘段,从而允许轮的侧面移动。
    • 4. 发明申请
    • Driving Mode Switching Apparatus and Control Method Therefor
    • 驱动模式切换装置及其控制方法
    • US20080290622A1
    • 2008-11-27
    • US11569859
    • 2005-12-20
    • Tokuji Okada
    • Tokuji Okada
    • B62D9/00B62D7/16
    • G05G9/04B62D1/12B62D7/026B62D7/1509
    • A driving form switching apparatus enabling even a user of wheelchair who cannot freely use limb to easily change over a driving form by single hand self-operation. By using a differential gear mechanism or a combination mechanism comprising pinions and racks, the rotating, tilting and shifting motions of a steering lever are transmitted to two rotating shafts. Drums are directly coupled to the two rotating shafts, and the rotations of the two rotating shafts are transmitted to steering shafts through flexible wires as first connecting means. Also, the steering shafts for wheels are parallel- or cross-connected by second connecting means. Thus, the driving forms of a four-wheel drive vehicle such as back and forth traveling, counter-clockwise turning, clockwise turning, turning on the spot, parallel traveling, stopping and braking, etc, can be switched by a single-hand simple operation.
    • 一种驱动形式切换装置,即使是不能自由使用肢体的轮椅的使用者也可以通过单手自我操作轻松地改变驾驶形式。 通过使用差速齿轮机构或包括小齿轮和齿条的组合机构,转向杆的旋转,倾斜和移动运动被传递到两个旋转轴。 鼓直接联接到两个旋转轴,并且两个旋转轴的旋转通过柔性线作为第一连接装置传递到转向轴。 而且,用于车轮的转向轴由第二连接装置平行或交叉连接。 因此,可以通过单手简单的方式切换四轮驱动车辆的驱动形式,诸如前后行进,逆时针转动,顺时针转动,现场转向,平行行驶,停止和制动等 操作。
    • 5. 发明授权
    • Three-wheeled adjustable vehicle
    • 三轮可调车
    • US4526106A
    • 1985-07-02
    • US540179
    • 1983-10-11
    • Tokuji OkadaTakeo Kanade
    • Tokuji OkadaTakeo Kanade
    • G01M3/00B61B13/10
    • G01M3/005
    • A motor driven vehicle for traversing the interior of a pipe or conduit comprises a pair of arms pivoted to each other at one pair of ends, a drive wheel the axle of which may coincide with the pivot, a swiveling wheel carried at the other end of each arm and a spring positioned to pull the arms toward each other so that the dimension of the vehicle across a pipe is automatically maximized. The vehicle thus tends to position itself on the longest axis of any cross section of the pipe. The drive wheel may be constructed with rim segments which rotate about axes tangent to the means circumference of the rim.
    • 用于横穿管道或导管内部的电机驱动车辆包括在一对端部处彼此枢转的一对臂,其轴与枢轴重合的驱动轮,在另一端承载的旋转轮 每个臂和一个弹簧定位成将臂朝向彼此拉动,使得跨越管道的车辆的尺寸自动最大化。 因此,车辆倾向于将自身定位在管道的任何横截面的最长轴线上。 驱动轮可以构造有围绕与轮辋的平均周长相切的轴线的轮辋段。