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    • 11. 发明申请
    • Aging method and aging apparatus for plasma display panel
    • 等离子体显示面板的老化方法和老化装置
    • US20060228972A1
    • 2006-10-12
    • US10552396
    • 2004-07-16
    • Koji AkiyamaKoji AotoMasaaki YamauchiTakashi Aoki
    • Koji AkiyamaKoji AotoMasaaki YamauchiTakashi Aoki
    • H01J9/24H01J61/52H01J17/49H01J9/00
    • H01J11/12H01J9/445
    • An aging method and an aging device are provided by which a plasma display panel that reduces the generation of irregular color and that has a high display quality can be obtained. An aging method and an aging apparatus for plasma display panels are disclosed which enable to obtain a plasma display panel with high display quality wherein color irregularities are suppressed. The aging apparatus for plasma display panels comprises a plurality of fans. When air is blown to a plasma display panel using the fans during aging of the plasma display panel, at least the direction or the amount of air blow by at least one of the fans is changed so that the temperatures of image display regions in the plasma display panel can be uniform, thereby suppressing color irregularities.
    • 提供了一种老化方法和老化装置,通过该方法可以获得减少不规则颜色的产生并且具有高显示质量的等离子体显示面板。 公开了一种用于等离子体显示面板的老化方法和老化装置,其能够获得具有高显示质量的等离子体显示面板,其中抑制了颜色不规则。 等离子体显示面板的老化装置包括多个风扇。 当在等离子体显示面板老化期间使用风扇将空气吹到等离子体显示面板时,至少由风扇中的至少一个风扇吹出的方向或吹入量至少使得等离子体中的图像显示区域的温度 显示面板可以均匀,从而抑制颜色不规则。
    • 14. 发明授权
    • Tandem seal device
    • 串联密封装置
    • US08585060B2
    • 2013-11-19
    • US12743602
    • 2008-11-18
    • Yoji OshiiKoji AkiyamaJoji WatanabeAtsushi Kaneko
    • Yoji OshiiKoji AkiyamaJoji WatanabeAtsushi Kaneko
    • F16J15/34
    • F16J15/342F16J15/004F16J15/3484F16J15/40
    • A mechanical seal device for obtaining appropriate sliding properties under any conditions, such as a pressure of seal is low or high. Both first grooves 463 and second grooves 464 are formed on a sliding face 46 of a stationary ring 46. The first grooves which are not in communication externally and act for reducing contact resistance of a sliding face by a dynamic pressure action when a rotary shaft rotates, the second grooves act for reducing the contact resistance of the sliding face constantly by introducing a pressure from external. Thus, a mechanical seal device which is available to seal sealed fluid under an appropriate dry contact status wherein a sliding face load is reduced in any condition can be provided.
    • 用于在诸如密封压力的任何条件下获得适当的滑动性能的机械密封装置低或高。 第一凹槽463和第二凹槽464都形成在静止环46的滑动面46上。当旋转轴旋转时,不与外部连通的第一凹槽用于通过动压力降低滑动面的接触电阻 ,第二槽用于通过从外部引入压力来不断地减小滑动面的接触电阻。 因此,可以提供在适当的干接触状态下可用于密封密封流体的机械密封装置,其中在任何情况下滑动面负载减小。
    • 15. 发明申请
    • SHAFT SEALING DEVICE
    • 轴封密封装置
    • US20100327533A1
    • 2010-12-30
    • US12667214
    • 2009-01-28
    • Koji Akiyama
    • Koji Akiyama
    • F16J15/34F16J15/16F16J15/40
    • F16J15/3484F16J15/006F16J15/3412F16J15/40
    • A shaft sealing device in which a load acting on a sliding section of the device is reduced to extend the life of the device and which permits no leakage of fluid in a machine to an atmospheric air to eliminate the need of recovery of the fluid. The shaft sealing device has seals arranged in three stages in the axial direction between a seal case and a rotating shaft passed through the inner periphery of the seal case. Of the seals of the three stages, a first-stage seal on the machine's inner side and a third-stage seal on the machine's outer side have a contact type mechanical seal structure in which a rotational sealing element and a stationary sealing element are in close sliding contact with each other. Further, of the seals of the three stages, the intermediate second-stage seal has a contactless mechanical seal structure in which a rotational sealing element and a stationary sealing element are kept by dynamic pressure so as not to be in contact with each other. A high-pressure sealing liquid is supplied by the pressure of fluid in the machine to an annular space surrounded by that portion of the seal case which extends from the first-stage seal to the second-stage seal.
    • 一种轴密封装置,其中作用在装置的滑动部分上的负载减小以延长装置的寿命,并且其不允许机器中的流体泄漏到大气中以消除对流体的回收的需要。 轴封装置具有在密封壳体和通过密封壳体的内周的旋转轴之间沿轴向三级排列的密封件。 在三级的密封件中,机器内侧的第一级密封件和机器外侧的第三级密封件具有接触型机械密封结构,其中旋转密封元件和固定密封元件处于闭合状态 彼此滑动接触。 此外,在三级的密封件中,中间的第二级密封件具有非接触的机械密封结构,其中通过动态压力保持旋转密封元件和固定密封元件以不彼此接触。 高压密封液体通过机器中的流体的压力供应到由从第一级密封件延伸到第二级密封件的密封件的该部分包围的环形空间中。
    • 17. 发明申请
    • Mechanical Seal Device
    • 机械密封装置
    • US20070296156A1
    • 2007-12-27
    • US11667166
    • 2005-10-28
    • Takashi YanagisawaKoji AkiyamaMasanobu ItoMami Uchiyama
    • Takashi YanagisawaKoji AkiyamaMasanobu ItoMami Uchiyama
    • F16J15/34
    • F16J15/3412F16J15/342
    • A mechanical seal device, wherein a rotational seal ring (10) and a stationary seal ring are arranged to face to each other between a rotational shaft and a housing fit together, comprising a rotational seal ring (10) connected to said rotational shaft, having a rotational seal surface (11), and having a plurality of arc-shaped grooves (12) arranged on said rotational seal surface to be in a circular shape around an axis center of said rotational shaft, the grooves being sectionalized by partition walls (13); a stationary seal ring having a stationary seal surface facing to the rotational seal surface (11) of said rotational seal ring (10); a spring for pressing said stationary seal ring against said rotational seal ring; and outlet portions formed on said stationary seal surface of said stationary seal ring and capable of connecting with a fluid supply path for supplying a pressure fluid. In said mechanical seal device, a circumferential direction length (W3) of each of said outlet portions is made to be ½ of a circumferential direction length (W1) of each of said partition walls or longer (W3≧W1/2); and a circumferential direction length (W3) of said outlet portions is made to be shorter than a circumferential direction length (W2) of said arc-shaped grooves (12) (W3
    • 一种机械密封装置,其中旋转密封环(10)和固定密封环被布置成在旋转轴和装配在一起的壳体之间彼此面对,包括连接到所述旋转轴的旋转密封环(10),具有 旋转密封面(11),并且具有设置在所述旋转密封面上的多个弧形槽(12),以围绕所述旋转轴的轴心为圆形,所述凹槽由分隔壁(13 ); 固定密封环,其具有面向所述旋转密封环(10)的旋转密封表面(11)的固定密封表面; 用于将所述固定密封环压靠所述旋转密封环的弹簧; 以及形成在所述固定密封环的所述固定密封表面上并且能够与用于供应压力流体的流体供应路径连接的出口部分。 在所述机械密封装置中,每个所述出口部分的圆周方向长度(W 3/3)被制成每个所述出口部分的圆周方向长度(W 1/2) 的所述分隔壁或更长的长度(W 3 3 = W 1/2); 并且使所述出口部分的圆周方向长度(W 3/3)比所述弧形槽(12)的圆周方向长度(W 2 2 N)短, (W 3< W 2> 2>)。
    • 18. 发明授权
    • Cathode-ray tube and image display comprising the same
    • 阴极射线管和包括该阴极射线管的图像显示器
    • US07023129B1
    • 2006-04-04
    • US10111264
    • 2000-10-20
    • Koji AkiyamaHideo KurokawaMichiaki WatanabeToshifumi Nakatani
    • Koji AkiyamaHideo KurokawaMichiaki WatanabeToshifumi Nakatani
    • H01J29/80
    • H01J29/073H01J2229/0716H01J2229/0744
    • A cathode ray tube includes an electron gun for emitting at least one electron beam; a mask frame include a mask having a plurality of holes or slits for allowing the electron beam to be transmitted therethrough and a frame to which the mask is attached; and a panel including a phosphor layer to be scanned by the at least one electron beam transmitted through the plurality of holes or slits of the mask. The panel includes a plurality of stud pins for supporting the frame. The frame includes a plurality of elastic supports engaged with the plurality of stud pins. At least one of the plurality of elastic supports includes an engagement portion having an engaging hole which is engaged with one of the plurality of the stud pins and an elastic portion in contact with the one stud pin. Mask frame vibration causes the elastic portion to rub against a respective stud pin so as to generate a frictional force for attenuating the vibration of the mask frame.
    • 阴极射线管包括用于发射至少一个电子束的电子枪; 掩模框架包括具有用于允许电子束透过的多个孔或狭缝的掩模和附着有掩模的框架; 以及包括由透过所述掩模的所述多个孔或狭缝的所述至少一个电子束扫描的荧光体层的面板。 面板包括用于支撑框架的多个螺柱销。 框架包括与多个螺柱销接合的多个弹性支撑件。 所述多个弹性支撑体中的至少一个包括具有接合孔的接合部分,所述接合孔与所述多个所述螺柱销中的一个接合,以及与所述一个螺柱销接触的弹性部分。 面罩框架振动使得弹性部分摩擦相应的柱销,从而产生用于衰减面罩框架的振动的摩擦力。