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    • 1. 发明申请
    • Bearing device
    • 轴承装置
    • US20100247011A1
    • 2010-09-30
    • US12592915
    • 2009-12-04
    • Yukitaka MuramotoMasaru KondoYasuaki GotoMasao Takahashi
    • Yukitaka MuramotoMasaru KondoYasuaki GotoMasao Takahashi
    • F16C17/04
    • F16C33/046F16C17/04F16C35/02F16C41/008F16C2360/22
    • In a bearing device 1, annular recesses 3a and 6a that house a thrust bearing 7 are formed in side surfaces of a housing 3 and a cap 6, a rotation preventing protrusion 12b is provided in an outer periphery of a lower side half-split thrust bearing 12 in the thrust bearing 7, and a rotation preventing groove 6b into which the rotation preventing protrusion 12b fits is formed in the annular recess 6a formed in the cap 6. The rotation preventing groove 6b is formed to be deeper than the annular recess 6a, and in a surface of the lower side half-split thrust bearing 12 on the side of the crank arm, a groove 12c is formed from the rotation preventing protrusion 12b to an inner peripheral portion of the lower side half-split thrust bearing 12. This can prevent partial contact of the thrust bearing, and prevent breakage due to stress concentration as much as possible.
    • 在轴承装置1中,容纳推力轴承7的环形凹部3a,6a形成在壳体3和盖6的侧面,防转动突起12b设置在下侧半分离推力 推力轴承7中的轴承12和形成在盖6中的环形凹部6a中形成有防止旋转突起12b嵌合的防旋转槽6b。防旋转槽6b形成为比环形凹部6a更深 ,并且在曲柄臂一侧的下侧半剖分推力轴承12的表面中,从防旋转突起12b向下侧半剖分推力轴承12的内周部形成有槽12c。 这可以防止推力轴承的部分接触,并且尽可能地防止由于应力集中而导致的断裂。
    • 5. 发明授权
    • Circuit board case
    • 电路板盒
    • US07924561B2
    • 2011-04-12
    • US12509857
    • 2009-07-27
    • Yoshihiko KohmuraMasaru KondoShingo Yoshida
    • Yoshihiko KohmuraMasaru KondoShingo Yoshida
    • H05K7/20G01N7/00H05K5/03
    • H05K5/0073
    • A circuit board case including: a cover that includes a cover front wall and a rise wall connected to the cover front wall, the cover being attachable to an attaching object at a position on the rise wall opposite the cover front wall; and a case that houses a circuit board and includes a case front wall and a first wall surface oriented toward a direction opposite the case front wall, the case being housed in the cover such that the case front wall opposes the cover front wall. A fitting that engages the first wall surface is formed in the rise wall of the cover so as to urge the case toward the cover front wall and thus hold the case within the cover.
    • 一种电路板壳体,包括:盖,其包括盖前壁和连接到盖前壁的上升壁,所述盖可在与所述盖前壁相对的所述升高壁上的位置处附接到附接物体; 以及容纳电路板并且包括壳体前壁和朝向与壳体前壁相反的方向定向的第一壁表面的壳体,所述壳体容纳在所述盖中,使得所述壳体前壁与所述盖前壁相对。 接合第一壁面的配件形成在盖的上升壁中,以将壳体朝向盖前壁推动,从而将壳体保持在盖内。
    • 6. 发明授权
    • Liquid state detecting element and liquid state detecting sensor
    • 液态检测元件和液体状态检测传感器
    • US07064560B2
    • 2006-06-20
    • US11029021
    • 2005-01-05
    • Takashi YamamotoShinichi HayashiMasaru Kondo
    • Takashi YamamotoShinichi HayashiMasaru Kondo
    • G01R27/26
    • G01N27/226G01F23/268
    • A liquid state detecting element comprising: a film portion made of a flexible insulating material and extending in a longitudinal direction; and a pair of detecting electrodes juxtaposed to each other on a layer of said film portion and extending in said longitudinal direction, in which said detecting electrodes are for being immersed at least partially in a liquid to be measured, so that a state of said measured liquid is detected on a basis of an electrostatic capacity between said pair of detecting electrodes, wherein: said liquid state detecting element further comprises reinforcing portions made of a conductive material and disposed on said layer of said film portion on an outer side of said detecting electrodes; and said reinforcing portions include: a grounding terminal for being connected with a ground line; and a pair of parallel reinforcing portions extending in said longitudinal direction along side edges of said film portion so as to sandwich said pair of detecting electrodes.
    • 一种液态检测元件,包括:由柔性绝缘材料制成并沿纵向方向延伸的膜部分; 以及一对检测电极,在所述膜部分的层上彼此并排并且在所述纵向方向上延伸,其中所述检测电极至少部分地浸入待测量的液体中,使得所述测量的状态 基于所述一对检测电极之间的静电电容来检测液体,其中:所述液体状态检测元件还包括由导电材料制成的加强部分,并且设置在所述膜部分的所述层上,在所述检测电极的外侧 ; 所述加强部包括:与接地线连接的接地端子; 以及沿所述纵向方向沿所述膜部分的侧边缘延伸以便夹着所述一对检测电极的一对平行加强部分。
    • 9. 发明申请
    • BEARING APPARATUS
    • 轴承装置
    • US20120128286A1
    • 2012-05-24
    • US13387868
    • 2010-07-06
    • Masaru KondoKenji WatanabeYukiyasu Taguchi
    • Masaru KondoKenji WatanabeYukiyasu Taguchi
    • F16C33/10
    • F16C33/105F16C9/04F16C17/022F16C17/246F16C33/046F16C33/1055F16C33/1085
    • A sliding bearing 4 is formed in the shape of a cylinder by joining joining surfaces 11A and 12A of a pair of half bearings 11 and 12 together. A through hole 7 is formed in the position of the joining surfaces 11A and 12A in such a manner that the through hole 7 coincides with the trajectory of movement of a lubrication hole 3A in a crankpin 3. A foreign particle discharge groove 8 is formed in an outer circumferential surface of the sliding bearing 4 along the axial direction leading from the through hole 7. When the crankpin 3 is rotated, a lubricant is directly supplied into the through hole 7 as well through the lubrication hole 3A. Foreign particles 15 contained in the lubricant pass through the through hole 7 and are then discharged to the outside the sliding bearing 4 through the foreign particle discharge groove 8. Thus, a sliding bearing 4 that can smoothly discharge foreign particles can be provided.
    • 滑动轴承4通过将一对半轴承11和12的接合表面11A和12A接合在一起而形成为圆筒形。 通孔7形成在接合面11A,12A的位置,通孔7与曲轴销3的润滑孔3A的移动轨迹一致。异物排出槽8形成在 滑动轴承4的外圆周表面沿着从通孔7引出的轴向方向。当曲柄销3旋转时,润滑剂也通过润滑孔3A直接供应到通孔7中。 容纳在润滑剂中的异物15通过通孔7,然后通过异物排出槽8排出到滑动轴承4的外侧。因此,可以提供能够平滑地排出异物的滑动轴承4。
    • 10. 发明申请
    • CONNECTOR AND CIRCUIT-BOARD-MOUNTING CASE HAVING CONNECTOR
    • 连接器和电路板安装连接器
    • US20090156064A1
    • 2009-06-18
    • US12338162
    • 2008-12-18
    • Shingo YoshidaMasaru KondoTakaya Hirai
    • Shingo YoshidaMasaru KondoTakaya Hirai
    • H01R13/40H01R9/16
    • H01R13/5205H01R4/185H01R12/721H01R13/41H01R43/16
    • A connector assembly includes a metal terminal, a lead wire, a connector housing and a sealing member. The metal terminal defines a longitudinal direction. The metal terminal comprises: a lead-wire connection portion located on a front end side; a counterpart connection portion located on a rear end side; and a press-fit portion located between the lead-wire connection portion and the counterpart connection portion. The press-fit portion comprises a curved portion which curves around an imaginary axis extending in the longitudinal direction. The lead wire comprises an end portion connected to the lead-wire connection portion of the metal terminal and comprising an outer circumferential surface. The connector housing comprises a press-fit hole having a wall surface. The press-fit portion of the metal terminal is press-fit into the press-fit hole. The sealing member provides a seal between the outer circumferential surface of the lead wire and the wall surface of the press-fit hole.
    • 连接器组件包括金属端子,引线,连接器壳体和密封构件。 金属端子限定纵向方向。 金属端子包括:位于前端侧的引线连接部分; 位于后端侧的对应连接部分; 以及位于所述引线连接部和所述配对连接部之间的压配部。 压配合部分包括围绕沿纵向方向延伸的假想轴线弯曲的弯曲部分。 引线包括连接到金属端子的引线连接部分并且包括外圆周表面的端部。 连接器壳体包括具有壁表面的压入孔。 金属端子的压入部分压配合到压配合孔中。 密封构件在引线的外周表面和压入孔的壁表面之间提供密封。