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    • 47. 发明申请
    • METHOD AND APPARATUS FOR CONSTRUCTION SIMULATION
    • 用于构造模拟的方法和装置
    • US20120005103A1
    • 2012-01-05
    • US13173167
    • 2011-06-30
    • Hiroshi SekiTakeshi Yokota
    • Hiroshi SekiTakeshi Yokota
    • G06Q10/00
    • G06Q10/103G06F17/5004G06F2217/34G06Q10/04G06Q50/08
    • In a construction simulation apparatus: a 3-D already-existing model, installation progress data, and a 3-D new-construction model are recorded in databases; a match determination unit determines similarity in one or more installation positions of one or more of pieces of equipment and piping components between the 3-D already-existing model and the 3-D new-construction model; and a progress selection unit selects, as portions of installation schedule data corresponding to the 3-D new-construction model, portions of the installation progress data corresponding to matching portions of the 3-D already-existing model, on the basis of data indicating a correspondence relationship between the 3-D already-existing model and the installation progress data, where the matching portions of the 3-D already-existing model are extracted by the match determination unit and respectively match the portions of the 3-D new-construction model.
    • 在建筑模拟装置中:数据库中记录了现有3-D模型,安装进度数据和3-D新建模型; 匹配确定单元确定3-D已经存在的模型和3-D新建模型之间的一个或多个设备和管道组件的一个或多个安装位置的相似性; 并且进度选择单元根据指示的三维数据的数据,选择与3-D新建模型相对应的安装进度数据的部分与安装进度数据的对应于3-D已存在模型的匹配部分的部分 3-D已经存在的模型与安装进度数据之间的对应关系,其中3-D已存在模型的匹配部分由匹配确定单元提取,并且分别匹配3-D新建模型的部分, 施工模式。
    • 48. 发明申请
    • Steel Sheet Excellent In Fine Blanking Performance and Manufacturing Method of the Same
    • 钢板优良的精细冲裁性能及其制造方法
    • US20090173415A1
    • 2009-07-09
    • US12159010
    • 2007-01-29
    • Kazuhiro SetoTakeshi YokotaNobuyuki NakamuraNobusuke Kariya
    • Kazuhiro SetoTakeshi YokotaNobuyuki NakamuraNobusuke Kariya
    • C21D8/02C22C38/00C22C38/08
    • C21D1/18C21D2211/005C22C38/02C22C38/04
    • A steel sheet excellent in FB performance-and also excellent in fabrication performance after FB working and a manufacturing method of the same are provided. The steel sheet is a steel sheet having a composition containing from 0.1 to 0.5% of C, not more than 0.5% of Si and from 0.2 to 1.5% of Mn in terms of % by mass, with P and S being adjusted at proper ranges, and having a structure in which a ferrite has an average grain size of from 1 to 10 μm, cementite has a spheroidization ratio of 80% or more, and of the cementite, an amount Sgb of ferrite intergranular cementite which is defined by the following expression (1): Sgb(%)={Son/(Son+Sin)}×100 (wherein Son represents a total occupied area of cementite present on the ferrite grain boundary of the cementite present per unit area; and Snin represents a total occupied area of cementite present in a ferrite grain of the cementite present per unit area) is 40% or more. In this way, the steel sheet becomes a steel sheet excellent in FB performance, mold life and performance after FB working.
    • 提供FB性能优异的钢板以及FB加工后的制造性能优异的制造方法及其制造方法。 该钢板是具有以质量%计含有C:0.1〜0.5%,Si:0.5%以下,Mn:0.2〜1.5%的组成的钢板,P和S为适当范围 并且具有铁素体的平均粒径为1〜10μm的结构,渗碳体的球化率为80%以上,渗碳体为铁素体晶间渗碳体的量Sgb,其由下述定义 表达式(1):Sgb(%)= {Son /(Son + Sin)}×100(其中Son表示存在于每单位面积的渗碳体的铁素体晶界上存在的渗碳体的总占据面积; Snin表示总占用面积 存在于每单位面积的渗碳体的铁素体晶粒中的渗碳体的面积为40%以上。 这样,钢板成为FB工作后FB性能,模具寿命和性能优异的钢板。
    • 49. 发明授权
    • Swimming goggles
    • 游泳镜
    • US07165837B2
    • 2007-01-23
    • US10533185
    • 2002-11-08
    • Takeshi YokotaKeiko Yokota
    • Takeshi YokotaKeiko Yokota
    • G02C1/00
    • A63B33/002A61F9/025A63B2033/004
    • This invention provides swimming goggles that improve the field of vision, and particularly improve the field of vision while swimming.The eye cup 2 comprises: a contact section that comes in contact with the area surrounding the eye; a peripheral section 6 that is located around that contact section and that, when worn, extends a specified distance forward in the viewing direction; and a forward-viewing section 7 that is arranged such that the bottom is located on the front end section of the bottom of the peripheral section 6, and the top is located on or near the aforementioned contact section. Also, a difficult-viewing section 14 is located at least at the bottom part of the peripheral section 6 below the center position of the forward-viewing section 7 such that it is more difficult to see through than the top portion of the forward-viewing section 7, which makes it possible to improve the field of vision as well as makes it possible to swim without sensing the light refraction.
    • 本发明提供了改善视野的游泳镜,特别是在游泳时改善视野。 眼杯2包括:接触部分,其与眼睛周围的区域接触; 围绕该接触部分设置的周边部分6,当被佩戴时,在观察方向上向前延伸一定距离; 以及前端观察部7,其被布置成使得底部位于周边部6的底部的前端部,并且顶部位于上述接触部的上方或附近。 此外,困难观察部分14至少位于前视观察部分7的中心位置下方的周边部分6的底部,使得比前视图的顶部部分更难以观察 部分7,这使得可以改善视野以及使得可以在不感测光折射的情况下游泳。
    • 50. 发明申请
    • Swimming goggle
    • 游泳眼镜
    • US20060010587A1
    • 2006-01-19
    • US10533185
    • 2002-11-08
    • Takeshi YokotaKeiko Yokota
    • Takeshi YokotaKeiko Yokota
    • A61F9/02
    • A63B33/002A61F9/025A63B2033/004
    • This invention provides swimming goggles that improve the field of vision, and particularly improve the field of vision while swimming. The eye cup 2 comprises: a contact section that comes in contact with the area surrounding the eye; a peripheral section 6 that is located around that contact section and that, when worn, extends a specified distance forward in the viewing direction; and a forward-viewing section 7 that is arranged such that the bottom is located on the front end section of the bottom of the peripheral section 6, and the top is located on or near the aforementioned contact section. Also, a difficult-viewing section 14 is located at least at the bottom part of the peripheral section 6 below the center position of the forward-viewing section 7 such that it is more difficult to see through than the top portion of the forward-viewing section 7, which makes it possible to improve the field of vision as well as makes it possible to swim without sensing the light refraction.
    • 本发明提供了改善视野的游泳镜,特别是在游泳时改善视野。 眼杯2包括:接触部分,其与眼睛周围的区域接触; 围绕该接触部分设置的周边部分6,当被佩戴时,在观察方向上向前延伸一定距离; 以及前端观察部7,其被布置成使得底部位于周边部6的底部的前端部,并且顶部位于上述接触部的上方或附近。 此外,困难观察部分14至少位于前视观察部分7的中心位置下方的周边部分6的底部,使得比前视图的顶部部分更难以观察 部分7,这使得可以改善视野以及使得可以在不感测光折射的情况下游泳。