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    • 31. 发明授权
    • System and method for supporting selection of subject for restriction countermeasure
    • 支持对象选择的系统和方法,用于限制对策
    • US08521573B2
    • 2013-08-27
    • US13057822
    • 2009-06-02
    • Masataka TanakaNoriyasu NinagawaYasuhiro HamatsukaYuzo Hiroshige
    • Masataka TanakaNoriyasu NinagawaYasuhiro HamatsukaYuzo Hiroshige
    • G06F17/00
    • G06Q10/063G06Q10/10G06Q50/26
    • Disclosed is a method for supporting the selection of a component or chemical substance for countermeasure in compliance with a restriction or the like to limit a content rate or content amount of a chemical substance of a product coming in or going out from each enterprise. The method accepts the products to inspect a situation in compliance with the restriction and an evaluation subject restriction that are inputted by a user; acquires a threshold value of the chemical substance content rate for every subject substance under the restriction, composing components of the subject product, weight and a category of the components, and chemical substance content rates of the components; extracts components with no information on the chemical substance content rates out of the components; searches similar components with the same categories as those of the extracted components; acquires chemical substance content rates of the similar components; allocates statistic values, such as the maximum value or average value of the chemical substance content rates of the similar components to chemical substance content rates of the extracted components; calculates a chemical substance content rate of the product from the information on the composing components of the product, the weight of the components and the chemical substance content rates of the components or similar components; compares the chemical substance content rate of the extracted product with the threshold value; categorizes the chemical substances into the one that exceeds the threshold value and the other that does not exceed the threshold value as a comparison result; stores the categorized data at the memory device; and displays the comparison result on a display device.
    • 公开了根据限制等支持选择组分或化学物质以对策的方法,以限制进入或退出每个企业的产品的化学物质的含量或含量。 该方法接受产品检查符合用户输入的限制和评估主体限制的情况; 获取限制内的每种物质的化学物质含量率的阈值,构成主题产品的成分,重量和组分的类别,以及组分的化学物质含量率; 提取组分,不含组分中化学物质含量率的信息; 搜索与提取的组件相同类别的类似组件; 获得类似成分的化学物质含量; 分配统计值,例如类似成分的化学物质含量的最大值或平均值与提取的组分的化学物质含量比; 从产品的组成成分,组分的重量和组分或类似组分的化学物质含量率的信息计算产品的化学物质含量率; 将提取产物的化学物质含量与阈值进行比较; 将化学物质分类为超过阈值的化学物质,而将不超过阈值的化学物质分类为比较结果; 将分类数据存储在存储装置中; 并在显示设备上显示比较结果。
    • 32. 发明授权
    • Estimation system for chemical substance included in part and estimation method for chemical substance included in part
    • 部分化学物质估算系统及部分化学物质估算方法
    • US08423299B2
    • 2013-04-16
    • US13021869
    • 2011-02-07
    • Masataka Tanaka
    • Masataka Tanaka
    • G06F19/00
    • G06Q10/06
    • The present invention accepts attribute information of evaluation subject parts, and judgment standards of parts category by a data acquiring unit; acquires attribute information and chemical substance information relating to a part already inspected; categorizes the relevant attribute information and the relevant chemical substance information to a part group having attribute information of the evaluation subject parts, and a part group not having it; carries out calculation of statistic values of the content rate of a specified chemical substance in each of the parts groups, comparison between difference of said statistic values in each of the parts groups and the relevant judgment standards, and extraction of said attribute information; extracts attribute information and chemical substance information of said parts already inspected, coincident with all of attribute information extracted; and calculates the statistic value such as an average value relating to the content rate of the chemical substance of these parts.
    • 本发明通过数据获取单元接收评估对象部分的属性信息和部分类别的判断标准; 获取与已检查部件有关的属性信息和化学物质信息; 将相关属性信息和相关化学物质信息分类到具有评估对象部分的属性信息的部分组和不具有评估对象部分的部分组; 对每个部件组中的规定化学物质的含有率的统计值进行计算,各部分组中的统计值的差异与相关判断标准的比较,以及所述属性信息的提取。 提取已检查部分的属性信息和化学物质信息,与提取的所有属性信息一致; 并计算与这些部件的化学物质的含有率相关的平均值的统计值。
    • 33. 发明授权
    • Seatbelt retractor
    • 安全带卷收器
    • US08403365B2
    • 2013-03-26
    • US13148112
    • 2009-03-27
    • Masataka TanakaKazunori Yamasaki
    • Masataka TanakaKazunori Yamasaki
    • B60R22/46
    • B60R22/4633B60R22/405
    • A mounting concave portion with a predetermined depth is formed on a gas-pressure-receiving-side surface of a piston. Further, a plate-like sealing member includes a mounting convex portion which is erected at a position meeting with the mounting concave portion on the gas-pressure-receiving-side surface of the piston. When the piston and the sealing plate are assembled together, the mounting convex portion is fitted in the mounting concave portion. By merely pushing the mounting convex portion in the mounting concave portion, the sealing plate and the piston can be integrated, which improves productivity in assembly. Further, the sealing plate will not get twisted, deviated or displaced due to friction against inner wall of the pipe cylinder when the sealing plate and the piston are integrally inserted in the pipe cylinder. Deterioration of sealing function due to improper mounting of the sealing plate can be avoided.
    • 具有预定深度的安装凹部形成在活塞的气体受压侧表面上。 此外,板状密封构件包括安装凸部,其安装在与活塞的受气体侧表面上的安装凹部相遇的位置。 当活塞和密封板组装在一起时,安装凸部装配在安装凹部中。 通过仅仅将安装凸部推入安装凹部,密封板和活塞可以一体化,这提高了组装的生产率。 此外,当密封板和活塞一体地插入管筒中时,密封板不会由于与管筒的内壁的摩擦而扭曲,偏移或移位。 可以避免密封板安装不正确导致密封功能恶化。
    • 34. 发明申请
    • INTERNAL COMBUSTION ENGINE OIL SUPPLY SYSTEM CONTAINED IN A BODY OF THE ENGINE
    • 内燃机发动机油系统包含在发动机体内
    • US20120247418A1
    • 2012-10-04
    • US13433605
    • 2012-03-29
    • Masataka TanakaTsuyoshi ArimaHidetoshi Wakasa
    • Masataka TanakaTsuyoshi ArimaHidetoshi Wakasa
    • F01M1/02
    • F01M1/16F01M2001/123F16H61/0025F16H2061/004
    • An internal combustion engine oil supply system contained in a body of the engine, in which a pump casing common to first and second oil pumps having a common pump shaft rotated interlockingly with rotation of a crankshaft of the engine is provided with a main suction port common to the first and second oil pumps, and first and second relief valves are individually connected to discharge passages of the first and second oil pumps. The main suction port is partitioned into first and second suction port. The pump casing is formed with a first suction passage extending from the first suction port to a suction side of the first oil pump, and a second suction passage extending from the second suction port to a suction side of the second oil pump. Release ports of the first and second relief valves are connected to the second suction passage.
    • 包含在发动机体内的内燃机油供给系统设置有与第一和第二油泵共同的泵壳体,该泵壳体具有与发动机的曲轴的旋转相互旋转的共同的泵轴,其具有主吸入口 到第一和第二油泵,第一和第二安全阀分别连接到第一和第二油泵的排放通道。 主吸入口被分隔成第一和第二吸入口。 泵壳形成有从第一吸入口延伸到第一油泵的吸入侧的第一吸入通道和从第二吸入口延伸到第二油泵的吸入侧的第二吸入通道。 第一和第二安全阀的释放口连接到第二吸入通道。
    • 35. 发明申请
    • SEATBELT RETRACTOR
    • 座椅延伸器
    • US20110062267A1
    • 2011-03-17
    • US12922476
    • 2009-03-27
    • Takatoshi NakaokaMasataka TanakaShinya Kaneko
    • Takatoshi NakaokaMasataka TanakaShinya Kaneko
    • B60R22/46
    • B60R22/4628B60R2022/4642B60R2022/468
    • When a pinion gear body (33) rotates co-axially with rotational axis of the take-up drum (6), a first rotation body (76) which is fixed to the pinion gear body co-axially rotates relatively to a second rotation body (77) which is mounted to the pinion gear body co-axially, as well, and does not rotate during initial rotation of the pinion gear body. Thereby, an engagement member (29) which is rotatably supported by the first rotation body and fitted to the first and second rotation bodies protrudes radially and outwardly. The engagement member that has thus projected gets engaged with the take-up drum. In this stage, the engagement member is pressed and moved by a guiding portion of the second rotation body in response to the relative rotation so as to be guided in an outward radial direction.
    • 当小齿轮体(33)与卷取滚筒(6)的旋转轴线同轴地旋转时,固定在小齿轮体上的第一旋转体(76)相对于第二旋转体 (77),其同轴地安装到小齿轮体上,并且在小齿轮体的初始旋转期间不旋转​​。 因此,由第一旋转体可旋转地支撑并且配合到第一旋转体和第二旋转体的接合构件(29)径向向外突出。 如此投影的接合构件与卷取滚筒接合。 在这个阶段中,接合件被第二旋转体的引导部分按照相对旋转的方式被按压和移动,从而沿径向向外引导。