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    • 1. 发明授权
    • Method of manufacturing ceramics using a porous mold
    • 使用多孔模具制造陶瓷的方法
    • US5556587A
    • 1996-09-17
    • US452286
    • 1995-05-26
    • Yoshio FunahashiMasao KogaiKatsura KasugaiHideki Kato
    • Yoshio FunahashiMasao KogaiKatsura KasugaiHideki Kato
    • B28B7/34B29C33/38B28B1/26B28B7/12
    • B28B7/344B28B7/346B29C33/3814Y10S425/119
    • A porous mold for manufacturing ceramics comprises a porous mold body including a mold central portion and a mold outer peripheral portion and having mold surface of a shape corresponding to an outer shape of a suspension insulator and other similar ceramics to be manufactured having a small diameter hollow cylindrical central core portion with a closed head portion and a large diameter shed portion extended from the core portion in a radial direction, wherein water absorption percentage of a mold surface side portion of the mold outer peripheral portion is larger than that of the mold central portion. The water absorption percentage of the mold surface side portion of the mold outer peripheral is 20-30%, and that of a mold head portion of the mold central portion is 10-20%. A difference of the water absorption percentage between the mold surface side portion of the mold outer peripheral portion and the mold head portion is 5-20%.
    • 用于制造陶瓷的多孔模具包括多孔模体,其包括模具中心部分和模具外周部分,并具有与悬挂绝缘体的外形相对应的模具表面和要制造的类似陶瓷的模具表面,其具有小直径中空部 具有封闭头部的圆筒状中心芯部和从芯部沿径向延伸的大直径脱落部,其中,模具外周部的模具表面侧部的吸水率大于模具中心部的吸水率 。 模具外周的模具表面侧部分的吸水率为20-30%,模具中心部分的模头部分的吸水率为10-20%。 模具外周部的模具表面侧部分和模头部分之间的吸水率的差异为5-20%。
    • 2. 发明授权
    • Porous mold for manufacturing ceramics
    • 用于制造陶瓷的多孔模具
    • US5451152A
    • 1995-09-19
    • US167028
    • 1993-12-16
    • Yoshio FunahashiMasao KogaiKatsura KasugaiHideki Kato
    • Yoshio FunahashiMasao KogaiKatsura KasugaiHideki Kato
    • B28B7/34B29C33/38B29C39/42B28B1/26
    • B28B7/344B28B7/346B29C33/3814Y10S425/119
    • A porous mold for manufacturing ceramics comprises a porous mold body including a mold central portion and a mold outer peripheral portion and having mold surface of a shape corresponding to an outer shape of a suspension insulator and other similar ceramics to be manufactured having a small diameter hollow cylindrical central core portion with a closed head portion and a large diameter shed portion extended from the core portion in a radial direction, wherein water absorption percentage of a mold surface side portion of the mold outer peripheral portion is larger than that of the mold central portion. The water absorption percentage of the mold surface side portion of the mold outer peripheral is 20-30%, and that of a mold head portion of the mold central portion is 10-20%. A difference of the water absorption percentage between the mold surface side portion of the mold outer peripheral portion and the mold head portion is 5-20%.
    • 用于制造陶瓷的多孔模具包括多孔模体,其包括模具中心部分和模具外周部分,并具有与悬挂绝缘体的外形相对应的模具表面和要制造的类似陶瓷的模具表面,其具有小直径中空部 具有封闭头部的圆筒状中央芯部和径向从芯部延伸的大直径脱落部,其中,模具外周部的模具表面侧部的吸水率大于模具中心部的吸水率 。 模具外周的模具表面侧部分的吸水率为20-30%,模具中心部分的模头部分的吸水率为10-20%。 模具外周部的模具表面侧部分和模头部分之间的吸水率的差异为5-20%。
    • 4. 发明授权
    • Vehicle air bag system
    • 车载气囊系统
    • US08789845B2
    • 2014-07-29
    • US13280767
    • 2011-10-25
    • Hideki KatoYosuke Shimizu
    • Hideki KatoYosuke Shimizu
    • B60R21/232B60R21/233B60R21/213
    • B60R21/232B60R21/213B60R21/233B60R21/2346B60R2021/23308
    • A vehicle air bag system includes a side air bag that is housed folded up in a vehicle seat and that deploys between an occupant seated in the vehicle seat and a front side door by receiving a supply of gas when a side collision occurs, and a curtain air bag that is housed folded up in an upper edge portion of a door opening and that deploys in a curtain shape downward by receiving a supply of gas when a side collision and a rollover occur. The curtain air bag has a delay chamber that deploys later than a main chamber by receiving a supply of gas from the main chamber via a narrowed passage. The delay chamber deploys with a lower end side below a beltline and in an area that overlaps with a deployment area of a side air bag.
    • 车辆安全气囊系统包括侧面安全气囊,该侧面安全气囊被折叠在车辆座椅中,并且在侧面碰撞发生时通过接收气体供应而在坐在车辆座椅中的乘员与前侧门之间展开,并且帘幕 安全气囊,其收纳在门开口的上边缘部分中,并且当发生侧面碰撞和翻滚时,通过接收气体供应而向下展开。 帘式气囊具有延迟室,其通过经由狭窄的通道从主室接收气体供应而比主室晚的时间段。 延迟室的下端侧在带状线下方和与侧面安全气囊的展开区域重叠的区域中展开。
    • 7. 发明申请
    • CURTAIN AIR BAG SYSTEM
    • 窗帘空气袋系统
    • US20120248751A1
    • 2012-10-04
    • US13431353
    • 2012-03-27
    • Hideki KatoYosuke Shimizu
    • Hideki KatoYosuke Shimizu
    • B60R21/16
    • B60R21/232B60R21/2334
    • A curtain air bag system includes a curtain air bag that is housed folded up in an upper edge portion of a door opening, and that includes a first deployment portion that deploys when a vehicle is collided with in a side collision as well as when the vehicle rolls over, and a second deployment portion that deploys at least when the vehicle rolls over, by receiving a supply of gas. The first deployment portion deploys in a cylindrical shape extending in a vehicle longitudinal direction, above a belt line such that a rear end side of the first deployment portion overlaps with a center pillar when viewed from a side of the vehicle, and the second deployment portion deploys such that a lower end extends below the belt line, in a position not overlapping with the first deployment portion when viewed from the side.
    • 帘式气囊系统包括帘式气囊,其收纳在门开口的上边缘部分中,并且包括当车辆在侧面碰撞中相撞时展开的第一展开部分以及当车辆 以及第二部署部分,其至少在车辆翻转时部署,通过接收气体供应。 第一展开部在车辆纵向方向上延伸的圆筒形状,在带束线之上,使得当从车辆的侧面观察时,第一展开部分的后端侧与中心柱重叠,并且第二展开部分 展开,使得当从侧面观察时,下端在皮带线下方延伸到与第一展开部分不重叠的位置。
    • 8. 发明申请
    • VEHICLE AIR BAG SYSTEM
    • 汽车空气袋系统
    • US20120098240A1
    • 2012-04-26
    • US13280767
    • 2011-10-25
    • Hideki KatoYosuke Shimizu
    • Hideki KatoYosuke Shimizu
    • B60R21/20
    • B60R21/232B60R21/213B60R21/233B60R21/2346B60R2021/23308
    • A vehicle air bag system includes a side air bag that is housed folded up in a vehicle seat and that deploys between an occupant seated in the vehicle seat and a front side door by receiving a supply of gas when a side collision occurs, and a curtain air bag that is housed folded up in an upper edge portion of a door opening and that deploys in a curtain shape downward by receiving a supply of gas when a side collision and a rollover occur. The curtain air bag has a delay chamber that deploys later than a main chamber by receiving a supply of gas from the main chamber via a narrowed passage. The delay chamber deploys with a lower end side below a beltline and in an area that overlaps with a deployment area of a side air bag.
    • 车辆安全气囊系统包括侧面安全气囊,该侧面安全气囊被折叠在车辆座椅中,并且在侧面碰撞发生时通过接收气体供应而在坐在车辆座椅中的乘员与前侧门之间展开,并且帘幕 安全气囊,其收纳在门开口的上边缘部分中,并且当发生侧面碰撞和翻滚时,通过接收气体供应而向下展开。 帘式气囊具有延迟室,其通过经由狭窄的通道接收来自主室的气体供应而晚于主室。 延迟室的下端侧在带状线下方和与侧面安全气囊的展开区域重叠的区域中展开。