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    • 1. 发明授权
    • Indirectly heated cathode for a CRT having high purity alumina insulating layer with limited amounts of Na OR Si
    • 用于CRT的间接加热阴极,其具有具有有限量的Na OR Si的高纯度氧化铝绝缘层
    • US06242854B1
    • 2001-06-05
    • US09228252
    • 1999-01-11
    • Yoji YamamotoMasaki KawasakiHideo KoshinoJunya NakaiTetsuya Shimizu
    • Yoji YamamotoMasaki KawasakiHideo KoshinoJunya NakaiTetsuya Shimizu
    • H01J114
    • H01J1/22
    • In an indirectly heated cathode comprising a heater having an alumina electrical insulating layer formed by layering and sintering alumina particles on a surface of a metal wire and an electron-emitting part that receives heat from the heater and emits thermoelectrons, and a cathode-ray tube comprising the indirectly heated cathode, the alumina particles contained in the alumina electrical insulating layer have a purity of at least 99.7 wt % and the alumina particles used for forming the alumina electrical insulating layer have a Na content of 20 ppm or less or a Si content of 100 ppm or less, thus enabling stable production, avoiding the occurrence of cracks in the alumina electrical insulating layer and heater deformation even in the practical operation of the cathode-ray tube, and lengthening the life of the heater.
    • 在具有氧化铝电绝缘层的加热器的间接加热阴极中,所述氧化铝电绝缘层通过在金属线的表面上分层并烧结氧化铝颗粒而形成,以及从加热器接收热并发射热电子的电子发射部分,以及阴极射线管 包含间接加热的阴极,包含在氧化铝电绝缘层中的氧化铝颗粒具有至少99.7重量%的纯度,用于形成氧化铝电绝缘层的氧化铝颗粒的Na含量为20ppm以下或Si含量 100ppm以下,能够稳定地生产,即使在阴极射线管的实际操作中也避免氧化铝电绝缘层发生裂纹和加热器变形,并延长加热器的使用寿命。
    • 3. 发明申请
    • Electroluminescent Element
    • 电致发光元件
    • US20080246396A1
    • 2008-10-09
    • US10575376
    • 2005-04-01
    • Hirotoshi WatanabeMasaki Kawasaki
    • Hirotoshi WatanabeMasaki Kawasaki
    • H01J1/02
    • C09K11/7731H01L27/322H01L51/5206H01L51/5271H01L51/5284H05B33/14
    • An EL element includes a light-emitting layer (1), a color filter layer (4a-4c, 5a-5c), and a surface substrate (9). The color filter layer (4a-4c, 5a-5c) and the surface substrate (9) are located on the light extraction side. The color filter layer (4a-4c, 5a-5c) is present between transparent electrodes (3) formed on the the light-emitting layer and the surface substrate (9), and includes light-emitting portions of three primary colors and light shielding layers (6) formed between each of the light-emitting portions. The sides of the light shielding layers (6) or the light-emitting portions are covered with a metal reflective layer (7). This allows diffused light to be reflected back to each of the light-emitting portions, so that light can be extracted efficiently on the screen side. The metal reflective layer is connected electrically to the transparent electrodes and can reduce the electrical resistance value of the transparent electrodes. The EL element can improve the light extraction efficiency of the color filter layer.
    • EL元件包括发光层(1),滤色器层(4a-4c,5A-5c)和表面基板(9)。 滤色器层(4a-4c,5A-5c)和表面基板(9)位于光提取侧。 在形成在发光层和表面基板(9)上的透明电极(3)之间存在滤色器层(4a-4c,5A-5c),并且包括三个主要的发光部分 颜色和形成在每个发光部分之间的遮光层(6)。 遮光层(6)的侧面或发光部分被金属反射层(7)覆盖。 这允许扩散的光被反射回到每个发光部分,使得可以在屏幕侧有效地提取光。 金属反射层与透明电极电连接,可以降低透明电极的电阻值。 EL元件可以提高滤色器层的光提取效率。
    • 4. 发明授权
    • Method of making luminous construction material
    • 制作发光建筑材料的方法
    • US5314536A
    • 1994-05-24
    • US920402
    • 1992-07-27
    • Masaki Kawasaki
    • Masaki Kawasaki
    • C04B14/00E04C2/54C04B14/04
    • C04B14/00E04C2/54C04B2111/80Y10S264/43
    • A method of making a construction material luminous in response to ultraviolet rays. An inorganic material containing an ultraviolet luminous substance can be used as pigment after formed into gravelish, sandy or fragmentary material and, thus, a sufficient amount of luminance thereof can be ensured over long years while being prevented from deterioration with time of pigment. In particular, when using as inorganic materials ores containing ultraviolet luminous substance which is obtainable at a low price, pigment can be prepared at a low cost and patterned and decorated construction materials can also be manufactured at a low cost. Further, with the use of a large number of small pieces containing ultraviolet luminous substances as a pattern composing pieces, patterns complicated in shape and various in color can easily be produced on the surface of a construction material.
    • 使建筑材料响应于紫外线而发光的方法。 含有紫外线发光物质的无机材料可以在形成为粗砂,沙质或碎片材料之后用作颜料,因此可以在长时间内保证足够的亮度,同时防止颜料随时间的劣化。 特别是,当以低价格获得含有紫外线发光物质的无机材料矿石时,可以以低成本制备颜料,并且还可以以低成本制造图案和装饰的建筑材料。 此外,通过使用含有紫外线发光物质的大量小件作为图案构成件,可以容易地在构造材料的表面上产生形状复杂且颜色各种的图案。
    • 5. 发明授权
    • Electromagnetic clutch and method for producing armature for electromagnetic clutch
    • 电磁离合器及电磁离合器衔铁的制造方法
    • US09261148B2
    • 2016-02-16
    • US14241850
    • 2012-03-28
    • Masafumi HamasakiMasaki Kawasaki
    • Masafumi HamasakiMasaki Kawasaki
    • F16D27/04F16D27/112F16D27/00
    • F16D27/04F16D27/112F16D2027/008Y10T29/4902
    • An electromagnetic clutch includes an armature 42 having a rotor contact surface 46a segmented in the radial direction by an annular groove 44 to form a plurality of rings, the groove being formed concentrically with the armature 42 for obstructing magnetic flux; and a rotor 43 having a contact surface, wherein the armature 42 is attracted toward the contact surface of the rotor 43 by magnetic force caused by an electromagnetic coil to couple the armature with the rotor for transmitting power. The armature 42 is formed by the steps of: preparing an armature material 42 with a groove 44 formed thereon, the groove having a width of w1; and narrowing the groove width from w1 to w2 by applying pressure on a pressed portion 47 in a peripheral edge region of the groove 44 to cause plastic flow in a horizontal direction along the material 42.
    • 电磁离合器包括具有转子接触表面46a的电枢42,该转子接触表面46a通过环形槽44在径向上分段以形成多个环,该槽与衔铁42同心地形成以阻挡磁通; 以及具有接触表面的转子43,其中通过由电磁线圈引起的磁力将电枢42吸引到转子43的接触表面,以将电枢与转子耦合以传递功率。 衔铁42通过以下步骤形成:制备具有形成在其上的凹槽44的电枢材料42,所述凹槽具有w1的宽度; 并且通过在凹槽44的周缘区域中的按压部分47上施加压力使槽宽度从w1变窄到w2,以沿着材料42沿水平方向引起塑性流动。