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    • 97. 发明授权
    • Ice making method and ice making device
    • 制冰方法和制冰装置
    • US08646283B2
    • 2014-02-11
    • US13016024
    • 2011-01-28
    • Hiroki KurataniKatsuhiko HayashiShigeru Ozawa
    • Hiroki KurataniKatsuhiko HayashiShigeru Ozawa
    • F25C5/06F25C5/08
    • F25C1/08F25C5/06F25C5/08F25C2305/022
    • An ice making method and device may include an ice making member inserting step in which an ice making member is inserted into water that is stored in an ice tray, an ice pieces making step in which the ice making member is cooled so that the water is frozen to form an ice pieces, an ice making member heating step in which the ice making member is heated so that a portion of the ice pieces sticking to the ice making member is melted, an ice making member drawing-out step in which the ice making member is drawn out from the ice pieces, and an ice pieces separating step in which the ice tray is deformed to separate the ice pieces from the ice tray. The ice pieces separating step and the ice pieces storing step are performed at positions under the ice making member.
    • 制冰方法和装置可以包括制冰构件插入步骤,其中制冰构件插入存储在冰盘中的水中;制冰步骤,其中制冰构件被冷却,使得水是 冷冻以形成冰块,制冰构件加热步骤,其中制冰构件被加热,使得粘附到制冰构件的冰块的一部分熔化;制冰构件拉出步骤,其中冰 制冰构件从冰块中抽出,并且冰块分离步骤,其中冰盘变形以将冰块与冰盘分离。 冰块分离步骤和冰块存储步骤在制冰部件的下方进行。
    • 98. 发明授权
    • Optical head, diffraction device, objective lens, and optical disc apparatus
    • 光头,衍射装置,物镜和光盘装置
    • US08483023B2
    • 2013-07-09
    • US13153713
    • 2011-06-06
    • Fumitomo YamasakiYoshiaki KommaKatsuhiko Hayashi
    • Fumitomo YamasakiYoshiaki KommaKatsuhiko Hayashi
    • G11B7/00
    • G11B7/1374G11B7/1353G11B7/1378G11B2007/0006
    • An object of the present invention is to reduce the influence of a stray light incident on a light receiving device by reflection of an unnecessary diffraction light not contributing to write or read on a disc surface at write or read of an optical disc having a large surface reflectivity with respect to an information recording surface. A position in which a diffraction light with an n-order in an advancing path and the n-order in a returning path, reflected on the information recording surface of a first information recording medium, is focused by a condensing lens is different from a position in which a diffraction light different from the n-order diffraction light in at least one of the advancing path and the returning path, reflected on a surface of the first information recording medium, is focused by the condensing lens.
    • 本发明的目的是通过在具有大表面的光盘的写入或读取中反射不利于写入或读取在盘表面上的不必要的衍射光来减少入射在光接收装置上的杂光的影响 相对于信息记录面的反射率。 其中在第一信息记录介质的信息记录表面上反射的前进路径中具有n阶的衍射光和返回路径中的n阶的聚焦透镜的位置与位置 其中在第一信息记录介质的表面上反射的行进路径和返回路径中的至少一个中的n级衍射光不同的衍射光被聚光透镜聚焦。