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    • 2. 发明授权
    • Fluorescent display device and method for driving same
    • 荧光显示装置及其驱动方法
    • US06522062B2
    • 2003-02-18
    • US09776689
    • 2001-02-06
    • Yukio OgawaKazuyoshi IshikawaKatsutoshi KougoHiroaki Kawasaki
    • Yukio OgawaKazuyoshi IshikawaKatsutoshi KougoHiroaki Kawasaki
    • H01J162
    • H01J31/126G09G3/06
    • A fluorescent display device of the plane grid type capable of reducing accumulation of charges on an insulating layer, to thereby prevent an electron shading phenomenon and permit electrons emitted from a filament toward anode electrodes to be uniformly spread in a plane-like manner on both sides of the filament. A first substrate is formed thereon with stripe-like thin-film anode electrodes and stripe-like thin-film grids in a matrix-like manner through a thin-film insulating layer. The insulating layer and grids are formed with openings. Phosphors are deposited on portions of the anode electrodes exposed through the openings. The grids are formed into a height equal to or smaller than that of the phosphors. A second substrate is formed thereon with back electrodes for controlling emission of electrons from filaments. Control voltages applied to the back electrodes have a potential gradient given thereto so that a potential difference occurs between a position near the filaments and a position apart therefrom.
    • 平面栅型的荧光显示装置,其能够减少绝缘层上的电荷堆积,从而防止电子阴影现象,并允许从灯丝向阳极发射的电子均匀地均匀地分布在两面 的长丝。 在其上通过薄膜绝缘层以矩阵状的方式在其上形成有条状薄膜阳极电极和条状薄膜栅极的第一衬底。 绝缘层和栅格形成有开口。 荧光体沉积在通过开口暴露的阳极电极的部分上。 栅格形成为等于或小于荧光体的高度。 在其上形成有用于控制从细丝发射电子的背电极的第二基板。 施加到背电极的控制电压具有给定的电位梯度,使得在细丝附近的位置和与其分开的位置之间产生电位差。
    • 7. 发明申请
    • Plunger type master cylinder
    • 柱塞式主缸
    • US20060179836A1
    • 2006-08-17
    • US10550168
    • 2004-04-21
    • Kazuyoshi IshikawaIchiro TairaKazuhisa TairaTetsuya MasudaMinoru MiyaharaKunio Yanagi
    • Kazuyoshi IshikawaIchiro TairaKazuhisa TairaTetsuya MasudaMinoru MiyaharaKunio Yanagi
    • F15B7/00
    • B60T11/232B60T11/236
    • To provide a plunger type master cylinder capable of reducing invalid stroke and preventing residual pressure without impairing durability of a seal ling (70). A piston (91) of the master cylinder has a recess (93) at its outer peripheral surface and a relief port (900) in its recess (93). The seal ring (70) has a seal coupling part (70s) on the inner periphery of the distal end part of an inner peripheral lip (701). The seal coupling part (70s) is located at the opening of the relief portion (900) on the piston (91) side when the brake is in a non-operating position. The distance between said seal coupling part (70s) and said relief port (900) is short. The seal ring (70) additionally has first and second projection parts (7006, 7002) on the inner peripheral surface of the inner peripheral lip (701). By this, a flow passage for working fluid can be obtained on the inner periphery side of the inner peripheral lip (701).
    • 提供能够减少无效行程并防止残余压力而不损害密封件(70)的耐久性的柱塞式主缸。 主缸的活塞(91)在其外周面具有凹部(93)和在其凹部(93)中的释放口(900)。 密封环(70)在内周唇缘(701)的前端部的内周上具有密封连接部(70s)。 当制动器处于非操作位置时,密封联接部分(70s)位于活塞(91)侧上的释放部分(900)的开口处。 所述密封联接部分(70s)和所述释放口(900)之间的距离较短。 密封环(70)还在内周唇缘(701)的内周面上具有第一和第二突出部(7006,7002)。 由此,能够在内周唇缘(701)的内周侧获得工作流体的流路。
    • 8. 发明授权
    • Motor drive circuit
    • 电机驱动电路
    • US07049772B2
    • 2006-05-23
    • US10901287
    • 2004-07-29
    • Juichi UnoKazuyoshi Ishikawa
    • Juichi UnoKazuyoshi Ishikawa
    • H02P6/08
    • H02P27/08
    • A motor drive circuit which have a first source-side transistor and a first sink-side transistor connected in series; a second source-side transistor and a second sink-side transistor connected in series; and a control circuit supplying the first source-side transistor, the first sink-side transistor, the second source-side transistor, and the second sink-side transistor with control signals for supplying a current in one direction or the opposite direction to a coil connected between a connection point of the first source-side transistor and the first sink-side transistor and a connection point of the second source-side transistor and the second sink-side transistor based on a plurality of input signals that complementarily change at a predetermined frequency. The control circuit, during each time period between timings of complementary switching of the plurality of input signals, outputs control signals for turning on and off the transistors in a predetermined manner.
    • 一种电动机驱动电路,其具有串联连接的第一源极晶体管和第一漏极侧晶体管; 串联连接的第二源极晶体管和第二宿侧晶体管; 以及控制电路,其向第一源极晶体管,第一宿侧晶体管,第二源极晶体管和第二宿侧晶体管提供用于向一个线圈的一个方向或相反方向提供电流的控制信号 基于以预定的方式互补地改变的多个输入信号连接在第一源侧晶体管的连接点和第一宿侧晶体管的连接点和第二源极晶体管和第二宿侧晶体管的连接点之间 频率。 控制电路在多个输入信号的互补切换的定时之间的每个时间段期间以预定的方式输出用于导通和关断晶体管的控制信号。
    • 9. 发明申请
    • Motor drive circuit
    • 电机驱动电路
    • US20050029973A1
    • 2005-02-10
    • US10901287
    • 2004-07-29
    • Juichi UnoKazuyoshi Ishikawa
    • Juichi UnoKazuyoshi Ishikawa
    • H02P6/08H02P7/06H02P27/08H03K17/04H03K17/16H03K17/66
    • H02P27/08
    • A motor drive circuit which have a first source-side transistor and a first sink-side transistor connected in series; a second source-side transistor and a second sink-side transistor connected in series; and a control circuit supplying the first source-side transistor, the first sink-side transistor, the second source-side transistor, and the second sink-side transistor with control signals for supplying a current in one direction or the opposite direction to a coil connected between a connection point of the first source-side transistor and the first sink-side transistor and a connection point of the second source-side transistor and the second sink-side transistor based on a plurality of input signals that complementarily change at a predetermined frequency. The control circuit, during each time period between timings of complementary switching of the plurality of input signals, outputs control signals for turning on and off the transistors in a predetermined manner.
    • 一种电动机驱动电路,其具有串联连接的第一源极晶体管和第一漏极侧晶体管; 串联连接的第二源极晶体管和第二宿侧晶体管; 以及控制电路,其向第一源极晶体管,第一宿侧晶体管,第二源极晶体管和第二宿侧晶体管提供用于向一个线圈的一个方向或相反方向提供电流的控制信号 基于以预定的方式互补地改变的多个输入信号连接在第一源侧晶体管的连接点和第一宿侧晶体管的连接点和第二源极晶体管和第二宿侧晶体管的连接点之间 频率。 控制电路在多个输入信号的互补切换的定时之间的每个时间段期间以预定的方式输出用于导通和关断晶体管的控制信号。
    • 10. 发明授权
    • Plunger type master cylinder
    • 柱塞式主缸
    • US07181911B2
    • 2007-02-27
    • US10550168
    • 2004-04-21
    • Kazuyoshi IshikawaIchiro IshiwataKazuhisa TairaTetsuya MasudaMinoru MiyaharaKunio Yanagi
    • Kazuyoshi IshikawaIchiro IshiwataKazuhisa TairaTetsuya MasudaMinoru MiyaharaKunio Yanagi
    • B60T11/236B60T11/20
    • B60T11/232B60T11/236
    • To provide a plunger type master cylinder capable of reducing invalid stroke and preventing residual pressure without impairing durability of a seal ling (70). A piston (91) of the master cylinder has a recess (93) at its outer peripheral surface and a relief port (900) in its recess (93). The seal ring (70) has a seal coupling part (70s) on the inner periphery of the distal end part of an inner peripheral lip (701). The seal coupling part (70s) is located at the opening of the relief portion (900) on the piston (91) side when the brake is in a non-operating position. The distance between said seal coupling part (70s) and said relief port (900) is short. The seal ring (70) additionally has first and second projection parts (7006, 7002) on the inner peripheral surface of the inner peripheral lip (701). By this, a flow passage for working fluid can be obtained on the inner periphery side of the inner peripheral lip (701).
    • 提供能够减少无效行程并防止残余压力而不损害密封件(70)的耐久性的柱塞式主缸。 主缸的活塞(91)在其外周面具有凹部(93)和在其凹部(93)中的释放口(900)。 密封环(70)在内周唇缘(701)的前端部的内周上具有密封连接部(70s)。 当制动器处于非操作位置时,密封联接部分(70s)位于活塞(91)侧上的释放部分(900)的开口处。 所述密封联接部分(70s)和所述释放口(900)之间的距离较短。 密封环(70)还在内周唇缘(701)的内周面上具有第一和第二突出部(7006,7002)。 由此,能够在内周唇缘(701)的内周侧获得工作流体的流路。