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    • 5. 发明授权
    • Method for grinding traction surface of half-toroidal-type continuously variable transmission disk
    • 半环形无级变速传动盘的牵引面研磨方法
    • US06347980B1
    • 2002-02-19
    • US09444379
    • 1999-11-22
    • Yuukou KamamuraHiroyuki IkedaMasami Tanaka
    • Yuukou KamamuraHiroyuki IkedaMasami Tanaka
    • B24B100
    • B24B1/00B24B5/00B24B19/06
    • In a method for grinding a traction surface of a half-toroidal CVT disk, there is provided a grinding machine including a hold mechanism holding the half-toroidal CVT disk having a given machining allowance, and a machining mechanism including a tool for grinding the half-toroidal CVT disk. The grinding of said grinding machine is performed in a state that one of the half-toroidal CVT disk and said tool is inclined at a predetermined angle with respect to the other. A cutting angle, which is an angle to be formed by the cutting direction of said tool with respect to the axis of the half-toroidal CVT disk, is set to be in the range of ±15° with respect to the angle that a first cutting magnification at the time of that said tool contacts with an outer periphery position of the traction surface is substantially equal to a second cutting magnification at the time that said tool contacts with an inner periphery position of the traction surface, each of said first and second cutting magnifications being a ratio of an apparent machining allowance to the given machining allowance.
    • 在一种用于研磨半环形CVT盘的牵引表面的方法中,提供了一种磨削机,其包括保持具有给定加工余量的半环形CVT盘的保持机构,以及包括用于磨削半 涡轮CVT盘。 所述研磨机的磨削是在半环形CVT盘和工具中的一个相对于另一个倾斜预定角度的状态下进行的。 相对于半环形CVT盘的轴线,由刀具的切割方向形成的角度的切割角度相对于第一角度θ的角度设定在±15°的范围内 所述工具与牵引表面的外围位置接触时的切割倍率基本上等于在所述工具与牵引表面的内周位置接触时的第二切割倍率,所述第一和第二 切割倍率是表面加工余量与给定加工余量的比值。
    • 10. 发明申请
    • Fixed-pixel display apparatus and cold cathode field electron emission display apparatus
    • 固定像素显示装置和冷阴极场致电子发射显示装置
    • US20060262046A1
    • 2006-11-23
    • US10567923
    • 2004-08-13
    • Hiroyuki Ikeda
    • Hiroyuki Ikeda
    • G09G3/22
    • G09G3/22G09G2310/027
    • A fixed pixel display device has a construction such that the leading-edge and trailing-edge waveforms of a voltage to be applied to a data electrode can be made steep. The fixed pixel display device is provided with scanning electrodes, data electrodes connected to actuation drivers (50), and light-emitting regions. The actuation drivers (50) each includes a switching circuit, an output circuit (51) and a subtraction circuit (52). The switching circuit is equipped with a first and switching circuits (53), (54) and a comparator 55. When a difference (Dm,n−Dm-1,n) between values of data for controlling states of light emission at light-emitting regions composed by the scanning electrodes in mth and (m−1)th rows is not smaller than a first reference value [not greater than a second reference value], the first switching circuit (53) [the second switching circuit (54)] is maintained in an ON state to apply a first voltage V1 [a second voltage V2] to the data electrode in an nth column. When the difference is smaller than the first reference value and is greater than the second reference value, the first and second switching circuits (53), (54) are maintained in OFF states, respectively.
    • 固定像素显示装置具有使得施加到数据电极的电压的前沿和后沿波形能够变得尖锐的结构。 固定像素显示装置设置有扫描电极,连接到致动驱动器(50)的数据电极和发光区域。 致动驱动器(50)各自包括开关电路,输出电路(51)和减法电路(52)。 开关电路配备有第一和开关电路(53),(54)和比较器55。 当用于控制由扫描电极构成的发光区域处的发光状态的数据的值之间的差(D m,n-D m-1,n n) 在第m和第(m-1)行中,第一开关电路(53)不小于第一参考值(不大于第二参考值) [第二开关电路(54)]保持在导通状态,以将第一电压V 1 [第二电压V 2>]施加到数据电极,其中n th 列。 当差小于第一参考值并且大于第二参考值时,第一和第二开关电路(53),(54)分别保持在OFF状态。