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    • 32. 发明授权
    • Switch assembly with internal electronic components
    • 具有内部电子部件的开关总成
    • US5740904A
    • 1998-04-21
    • US711945
    • 1996-09-04
    • Kenichi IshizukaOsamu Furukawa
    • Kenichi IshizukaOsamu Furukawa
    • B60R16/02H01H9/02H01H9/04H01H23/06H01H23/14H01H1/64
    • H01H23/14H01H9/0271H01H2021/225
    • A switch assembly with internal electronic components that enables easy assembly and is dustproof, and that can be oriented relative to the main board of a power window control switch or other devices with a lesser degree of limitation and has a wide variety of applications. A plurality of electronic components are mounted to one side of a plate 1. A plurality of switch electrodes 3 are formed in the other side of the plate 1. A switch case 6 is resiliently fit over the base plate 1. The switch case 6 includes an elongated aperture 61 within which a lever 41 of a switch operating mechanism 4 is loosely fit, pawls 62 adapted for resilient engagement with the base plate 1, projections 63 and a base 64. The switch operating mechanism 4 holds a movable contact 5. The switch case 6 defines a space 65 adjacent to the switch operating mechanism 4 and the movable contact 5. The switch electrodes 3 are sealably contained within the space 65 when the switch case 6 is resiliently fit over the base plate 1. The lever 41 includes a plurality of combined projections and recesses 41a to 41f arranged in a direction transverse to the direction in which the switch operating mechanism 4 is moved.
    • 具有内部电子部件的开关组件,其能够容易地组装和防尘,并且可以相对于电动窗口控制开关或其他具有较小限制的装置的主板定向并具有各种各样的应用。 多个电子部件安装在板1的一侧。多个开关电极3形成在板1的另一侧。开关盒6弹性地配合在基板1上。开关壳6包括 开关操作机构4的杆41松动地配合在其中的细长孔61,适于与基板1,突起63和基座64弹性接合的卡爪62.开关操作机构4保持可动触点5。 开关壳体6限定与开关操作机构4和可动触点5相邻的空间65.当开关壳体6弹性配合在基板1上时,开关电极3可密封地容纳在空间65内。杠杆41包括 沿与开关操作机构4移动的方向横切的方向配置有多个组合的突起和凹部41a至41f。
    • 34. 发明申请
    • THREE-DIMENSIONAL DATA GENERATION DEVICE, METHOD AND PROGRAM THEREOF
    • 三维数据生成设备,其方法和程序
    • US20100094598A1
    • 2010-04-15
    • US12575203
    • 2009-10-07
    • Yuuki OKADAShingo FujiiHiroki YabuOsamu Furukawa
    • Yuuki OKADAShingo FujiiHiroki YabuOsamu Furukawa
    • G06F17/50
    • G06F17/5004G06F17/509G06F2217/34G06F2217/36G06T17/10
    • Three-dimensional data can be easily and automatically generated using existing non-three-dimensional data in the form of isometric drawings or the like, without resorting to three-dimensional arrangement adjustment CAD. In three-dimensional data generation unit 120, data edition unit 122, generates a spreadsheet data that includes information relating to a plurality of node points on a continuous arrangement route of target components by interactive process with a user, and stores the data in storage unit 130. Three-dimensional data conversion unit 123, on the basis of spreadsheet data, arranges the node points in a three-dimensional space, connects node points having a predetermined relationship using line segments, and imparts cross-sectional shapes to the connected line segments, to carry out thereby conversion into target component arrangement three-dimensional data. Three-dimensional data management unit 124 stores the obtained target component arrangement three-dimensional data in storage unit 130, in a format readable by three-dimensional CAD or three-dimensional review system, and outputs the data in response to an output instruction from interface unit 110.
    • 使用现有的等距图形等的形式的非三维数据,可以容易且自动地生成三维数据,而不依赖于三维排列调整CAD。 在三维数据生成单元120中,数据编辑单元122通过与用户的交互处理,在目标组件的连续排列路线上生成包括与多个节点相关的信息的电子表格数据,并将该数据存储在存储单元 三维数据转换单元123基于电子表格数据将节点排列在三维空间中,使用线段连接具有预定关系的节点,并将连接的线段赋予横截面形状 ,从而将其转换为目标分量排列三维数据。 三维数据管理单元124以三维CAD或三维查看系统可读取的格式将获得的目标分量排列三维数据存储在存储单元130中,并且响应于来自界面的输出指令输出数据 单元110。
    • 38. 发明授权
    • Slide rail
    • 滑轨
    • US07021595B2
    • 2006-04-04
    • US10723262
    • 2003-11-25
    • Osamu FurukawaYuuichi AyuhaToshiharu Endou
    • Osamu FurukawaYuuichi AyuhaToshiharu Endou
    • F16M13/00
    • F16C29/04B60N2/0702B60N2/245
    • A slide rail has a pair of inside rails in which V-grooves having a V shape in cross section are formed in a lengthwise direction in outside faces of the pair of inside rails which have inside faces provided so as to face each other. V-grooves are formed in inside faces of a pair of outside rails provided outside of both the inside rails, and the outside rails are moved relative to the inside rails by spherical bodies provided between both the V-grooves. A stay has ends which are supported on the inside faces of both the inside rails substantially opposing the V-grooves of the inside rails, and the stay is provided with a regulation mechanism for adjusting and maintaining a distance between both the inside rails.
    • 滑轨具有一对内侧轨道,其中具有V形横截面的V形槽沿着一对内侧轨道的外侧表面沿长度方向形成,内侧面设置成彼此相对。 V形槽形成在设置在两个内侧轨道的外侧的一对外侧轨道的内表面中,并且外侧轨道通过设置在两个V形槽之间的球形体相对于内侧轨道移动。 支架具有支承在与内侧轨道的V形槽相对的两个内侧轨道的内侧面上的端部,并且该支架设置有用于调节和保持两个内侧轨道之间的距离的调节机构。