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    • 1. 发明申请
    • LIGHT GUIDE PLATE, SURFACE LIGHT SOURCE DEVICE AND TRANSMISSIVE DISPLAY APPARATUS
    • 光导板,表面光源装置和透射显示装置
    • US20120201045A1
    • 2012-08-09
    • US13357931
    • 2012-01-25
    • Masahiro GotouHiroshi SekiguchiHiroshi Yamamoto
    • Masahiro GotouHiroshi SekiguchiHiroshi Yamamoto
    • F21V5/02F21V8/00
    • G02B6/0061G02B6/0038
    • A light guide plate shaped substantially like a plate includes a light incident surface, a light exit surface and a reflective surface, which is opposite to the light exit surface, configured to reflect light toward the light exit surface. A plurality of optical units is arranged along the reflective surface in a direction orthogonal to the light incident surface. Each optical unit is shaped substantially like a quadratic prism that is convex toward the reflective surface and has a top surface and two slopes being formed opposite to each other with respect to the top surface. A dimension of the top surface is constant in a direction of arrangement of the optical units and an interval between adjacent optical units becomes greater as the adjacent optical units lie further away from the light incident surface in the direction of arrangement of the optical units.
    • 形状基本上类似于板的导光板包括与出射表面相对的光入射表面,光出射表面和反射表面,被配置为将光反射到光出射表面。 多个光学单元沿着与光入射表面正交的方向沿着反射表面布置。 每个光学单元的形状基本上类似于朝向反射表面凸出的二次棱镜,并且具有顶表面,并且两个斜面相对于顶表面彼此相对地形成。 顶表面的尺寸在光学单元的布置方向上是恒定的,并且相邻的光学单元之间的间隔变得更大,因为相邻的光学单元在光学单元的布置方向上远离光入射表面。
    • 4. 发明授权
    • Light guide plate, surface light source device and transmissive display apparatus
    • 导光板,表面光源装置和透射显示装置
    • US08550687B2
    • 2013-10-08
    • US13357931
    • 2012-01-25
    • Masahiro GotouHiroshi SekiguchiHiroshi Yamamoto
    • Masahiro GotouHiroshi SekiguchiHiroshi Yamamoto
    • F21V8/00G02B6/00G02B6/42
    • G02B6/0061G02B6/0038
    • A light guide plate shaped substantially like a plate includes a light incident surface, a light exit surface and a reflective surface, which is opposite to the light exit surface, configured to reflect light toward the light exit surface. A plurality of optical units is arranged along the reflective surface in a direction orthogonal to the light incident surface. Each optical unit is shaped substantially like a quadratic prism that is convex toward the reflective surface and has a top surface and two slopes being formed opposite to each other with respect to the top surface. A dimension of the top surface is constant in a direction of arrangement of the optical units and an interval between adjacent optical units becomes greater as the adjacent optical units lie further away from the light incident surface in the direction of arrangement of the optical units.
    • 形状基本上类似于板的导光板包括与出射表面相对的光入射表面,光出射表面和反射表面,被配置为将光反射到光出射表面。 多个光学单元沿着与光入射表面正交的方向沿着反射表面布置。 每个光学单元的形状基本上类似于朝向反射表面凸出的二次棱镜,并且具有顶表面,并且两个斜面相对于顶表面彼此相对地形成。 顶表面的尺寸在光学单元的布置方向上是恒定的,并且相邻的光学单元之间的间隔变得更大,因为相邻的光学单元在光学单元的布置方向上远离光入射表面。
    • 5. 发明授权
    • Welding construction and heat exchanger using the welding construction
    • 焊接施工和换热器采用焊接施工
    • US06492040B2
    • 2002-12-10
    • US09891308
    • 2001-06-27
    • Koji NoishikiKenichirou MitsuhashiShuhei NataniMasahiro Gotou
    • Koji NoishikiKenichirou MitsuhashiShuhei NataniMasahiro Gotou
    • B32B1520
    • F28F21/084B23K35/286F28F9/0219Y10S165/905Y10S428/926Y10T428/12271Y10T428/12347Y10T428/1241Y10T428/12583Y10T428/1259Y10T428/12611Y10T428/12764
    • To make stress corrosion cracking caused by precipitation of a &bgr; layer (Mg2Al3) in a welding part (5) or in the periphery of the welding part (5) hard to occur. An apparatus body (1) and a header (3) formed of an aluminum alloy with precipitation of magnesium suppressed by standardized heat treatment are assembled and welded, and natural gas containing mercury is subjected to heat exchanging. There are provided with backing metal (4) disposed on the back of the inner wall surface of one header (3) prior to standardized heat treatment and placed in contact with the other apparatus body (1) at the time of assembling and welding, a welding part (5) formed by being assembled and welded using first welding metal containing magnesium at percent content not less than 2.0% in a space part formed by the backing metal (4), the apparatus body (1) and the header (3), and a seal part (6) formed by seal-welding, so that first welding metal may not contact with fluid from a contact part between the backing metal (4) and the apparatus body (1), the contact part using second welding metal containing magnesium at percent content not more than 2.0%.
    • 在焊接部(5)或焊接部(5)的周围难以发生由β层(Mg2Al3)析出引起的应力腐蚀开裂。 组装焊接由铝合金形成的装置主体(1)和由标准化热处理抑制的镁析出的集管(3),对含有汞的天然气进行热交换。 在标准化热处理之前设置有设置在一个集管(3)的内壁表面的后部的背衬金属(4),并且在组装和焊接时与另一个设备主体(1)接触, 焊接部件(5)通过在由背衬金属(4),装置本体(1)和集管(3)形成的空间部分中使用含有不少于2.0%的含镁量的第一焊接金属进行组装和焊接而形成, 以及通过密封焊接形成的密封部分(6),使得第一焊接金属可能不与来自背衬金属(4)和装置主体(1)之间的接触部分的流体接触,所述接触部分使用第二焊接金属 含镁含量不超过2.0%。
    • 10. 发明授权
    • Internally-toothed member, and method and apparatus for molding same
    • 内齿构件,以及用于成型的方法和装置
    • US06508094B1
    • 2003-01-21
    • US09606695
    • 2000-06-30
    • Masahiro GotouOsamu FukukawaMasaki SaitouHideyuki NagaiHiroshi Katou
    • Masahiro GotouOsamu FukukawaMasaki SaitouHideyuki NagaiHiroshi Katou
    • B21D2200
    • B21H5/025B21D22/16B21H1/04B21H7/187F16D13/62F16D25/0638
    • The present invention provides an internally-toothed member of reduced size and enhanced quality, durability and productivity in manufacture. This internally-toothed member has a first cylinder portion and a second cylinder portion which is larger in diameter than the first cylinder portion. First and second internal teeth are formed to protrude radially inwardly from inner peripheral surfaces of the first and second cylinder portions respectively. Because a meshing portion can be formed as second internal teeth protruding from an inner periphery of the second cylinder portion, the diameter of the internally-toothed member is relatively small. Because the area between the second internal teeth and a concave portion and the concave portion itself do not decrease in thickness during formation of the second internal teeth, it is possible to prevent cracking and to thereby enhance durability of the internally-toothed member. Further, because there is no sagging of the inner peripheral surface of the meshing portion, the quality of the internally-toothed member is further enhanced.
    • 本发明提供一种减小尺寸并提高制造质量,耐久性和生产率的内齿构件。 该内齿构件具有直径比第一气缸部分大的第一气缸部分和第二气缸部分。 第一和第二内齿形成为分别从第一和第二圆筒部分的内周表面径向向内突出。 因为啮合部分可以形成为从第二圆筒部分的内周伸出的第二内齿,所以内齿构件的直径相对较小。 由于第二内齿与凹部之间的区域和凹部本身在第二内齿的形成期间的厚度没有减小,因此能够防止裂纹,从而提高内齿构件的耐久性。 此外,由于啮合部的内周面没有下垂,因此进一步提高了内齿部件的品质。