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    • 3. 发明申请
    • ENERGY-RAY-CURABLE ELASTOMER COMPOSITION, MATERIAL FOR GASKET, GASKET, AND HARD DISK DEVICE
    • 能量可固化弹性体组合物,垫片材料,垫片和硬盘设备
    • US20120041096A1
    • 2012-02-16
    • US13266422
    • 2010-04-27
    • Toshihiko KurataNaoyuki Ohmori
    • Toshihiko KurataNaoyuki Ohmori
    • C08G75/26
    • C08G75/045C08G75/04C08G75/12C08K5/37C08L2312/06C09K3/1012C09K2003/1062C08L33/10
    • Provided is an energy ray-curable elastomer composition which can increase the inter-crosslinking point molecular weight without changing the kind of an energy ray-curable compound before cured and which provides an oligomer-cured substance having a braking elongation compatible with a processability, to be specific, an energy ray-curable elastomer composition containing (A) an energy ray-curable compound having a (meth)acryloyl group and (B) a polythiol compound having 2 to 6 mercapto groups in a molecule, wherein a functional group number ratio of the (meth)acryloyl group in the above composition to the mercapto group in the component (B) is 100:0.1 to 100:5n (n is the number of the mercapto group in a molecule of the polythiol compound). Further, provided are a material for a gasket containing the energy ray-curable elastomer composition described above which provides a gasket enhancing a braking elongation without damaging a processability and other necessary physical properties and making it possible to inhibit cracking, breaking and the like from being caused, a gasket comprising a substance obtained by curing the above material for a gasket by an energy ray and a hard disk device prepared by using the above gasket.
    • 本发明提供一种能够提高交联点间分子量而不改变固化前的能量射线固化性化合物的种类的能量射线固化型弹性体组合物,其具有与加工性相容的制动伸长率的低聚物固化物质, 特别是含有(A)具有(甲基)丙烯酰基的能量射线固化性化合物和(B)分子中具有2〜6个巯基的多硫醇化合物的能量射线固化性弹性体组合物,其中官能团数比 的上述组成中的(甲基)丙烯酰基与成分(B)中的巯基的比例为100:0.1〜100:5n(n是多硫醇化合物的分子中的巯基数)。 此外,提供了一种用于垫圈的材料,其包含上述的能量射线固化弹性体组合物,其提供了提高制动伸长率的垫圈,而不损害加工性和其他必需的物理性能,并且可以抑制开裂和断裂等 引起了包括通过用能量射线固化上述材料用于垫圈而获得的物质的垫圈和通过使用上述衬垫制备的硬盘装置。
    • 4. 发明申请
    • ACHROMATIC LENS SYSTEM AND OPTICAL APPARATUS
    • 高光镜头系统和光学设备
    • US20110149397A1
    • 2011-06-23
    • US13040227
    • 2011-03-03
    • MIHO MATSUMOTOAKIKO MIYAKAWATOSHIHIKO KURATA
    • MIHO MATSUMOTOAKIKO MIYAKAWATOSHIHIKO KURATA
    • G02B27/44G02B5/18G02B9/10
    • G02B13/00G02B27/0037G02B27/005G02B27/4211G02B27/4216
    • An achromatic lens system is provided with a cemented resin lens having positive refractive power constructed by a resin lens L11 having positive refractive power cemented with a resin lens L12 having negative refractive power, and a close-contact multi-layer type diffractive optical element L11E, the diffractive optical element L11E being disposed to an image side of the cemented resin lens, the diffractive optical element L11E being constructed by cementing two diffractive element members DE11, DE12 each made of different optical materials with each other, and the cemented surface thereof being a diffractive optical surface Gf on which grooves of a diffraction grating are formed, there by being lightweight and easily manufactured, capable of excellently correcting chromatic aberration and spherical aberration at the same time.
    • 消色差透镜系统设置有由具有正折射力的树脂透镜L11和具有负折光力的树脂透镜L12胶合的树脂透镜L11构成的具有正折光力的胶合树脂透镜,以及紧密接触的多层型衍射光学元件L11E, 衍射光学元件L11E设置在胶结树脂透镜的像侧,衍射光学元件L11E通过将由不同光学材料制成的两个衍射元件构件DE11,DE12彼此粘合而构成,其粘结表面为 衍射光学表面Gf,其上形成有衍射光栅的沟槽,通过重量轻且易于制造,能够同时良好地校正色差和球面像差。
    • 6. 发明申请
    • ACHROMATIC LENS SYSTEM AND OPTICAL APPARATUS
    • 高光镜头系统和光学设备
    • US20090303600A1
    • 2009-12-10
    • US12539607
    • 2009-08-11
    • Miho MATSUMOTOAkiko MIYAKAWAToshihiko KURATA
    • Miho MATSUMOTOAkiko MIYAKAWAToshihiko KURATA
    • G02B27/44G02B5/18G02B9/10
    • G02B13/00G02B27/0037G02B27/005G02B27/4211G02B27/4216
    • An achromatic lens system is provided with a cemented resin lens having positive refractive power constructed by a resin lens L11 having positive refractive power cemented with a resin lens L12 having negative refractive power, and a close-contact multi-layer type diffractive optical element L11E, the diffractive optical element L11E being disposed to an image side of the cemented resin lens, the diffractive optical element L11E being constructed by cementing two diffractive element members DE11, DE12 each made of different optical materials with each other, and the cemented surface thereof being a diffractive optical surface Gf on which grooves of a diffraction grating are formed, there by being lightweight and easily manufactured, capable of excellently correcting chromatic aberration and spherical aberration at the same time.
    • 消色差透镜系统设置有由具有正折射力的树脂透镜L11和具有负折光力的树脂透镜L12胶合的树脂透镜L11构成的具有正折光力的胶合树脂透镜,以及紧密接触的多层型衍射光学元件L11E, 衍射光学元件L11E设置在胶结树脂透镜的像侧,衍射光学元件L11E通过将由不同光学材料制成的两个衍射元件构件DE11,DE12彼此粘合而构成,其粘结表面为 衍射光学表面Gf,其上形成有衍射光栅的沟槽,通过重量轻且易于制造,能够同时良好地校正色差和球面像差。
    • 8. 发明授权
    • Achromatic lens system and optical apparatus
    • 消色差透镜系统和光学仪器
    • US08797649B2
    • 2014-08-05
    • US13040227
    • 2011-03-03
    • Miho MatsumotoAkiko MiyakawaToshihiko Kurata
    • Miho MatsumotoAkiko MiyakawaToshihiko Kurata
    • G02B5/18G02B13/02
    • G02B13/00G02B27/0037G02B27/005G02B27/4211G02B27/4216
    • An achromatic lens system is provided with a cemented resin lens having positive refractive power constructed by a resin lens L11 having positive refractive power cemented with a resin lens L12 having negative refractive power, and a close-contact multi-layer type diffractive optical element L11E, the diffractive optical element L11E being disposed to an image side of the cemented resin lens, the diffractive optical element L11E being constructed by cementing two diffractive element members DE11, DE12 each made of different optical materials with each other, and the cemented surface thereof being a diffractive optical surface Gf on which grooves of a diffraction grating are formed, there by being lightweight and easily manufactured, capable of excellently correcting chromatic aberration and spherical aberration at the same time.
    • 消色差透镜系统设置有由具有正折射力的树脂透镜L11和具有负折光力的树脂透镜L12胶合的树脂透镜L11构成的具有正折光力的胶合树脂透镜,以及紧密接触的多层型衍射光学元件L11E, 衍射光学元件L11E设置在胶结树脂透镜的像侧,衍射光学元件L11E通过将由不同光学材料制成的两个衍射元件构件DE11,DE12彼此粘合而构成,其粘结表面为 衍射光学表面Gf,其上形成有衍射光栅的沟槽,通过重量轻且易于制造,能够同时良好地校正色差和球面像差。