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    • 61. 发明授权
    • Internal combustion engine ignition coil
    • 内燃机点火线圈
    • US06763816B1
    • 2004-07-20
    • US10009366
    • 2001-12-10
    • Kenji NakabayashiJunichi ShimadaNoboru Sugiura
    • Kenji NakabayashiJunichi ShimadaNoboru Sugiura
    • F02P1308
    • H01F38/12H01F27/323H01F27/327H01F2038/122
    • An independent ignition type ignition coil for an internal combustion engine, comprising, arranged concentrically in a coil case (6) and with the innermost one mentioned first, a center core (1), a secondary coil (3) wound on a secondary bobbin (2) and a primary coil (5) wound on a primary bobbin (4), with epoxy resin (8) and soft epoxy (17) filled between these component members, wherein a coating is formed on the outer surface of the primary coil (5) so as to facilitate the separation from the epoxy resin (8) and the presence of this separation portion (50) between the primary coil (5) and the resin and in an interlayer of the primary coil (5) can reduce from a thermal stress produced within the secondary bobbin (2) a stress which is produced in the secondary bobbin by a heat contraction difference between the primary coil (5) and the secondary bobbin, thereby reducing the thermal stress of the secondary bobbin of the independent type ignition coil exposed to a rigorous temperature environment to prevent bobbin cracking and ensure an integrity of electrical insulation.
    • 一种用于内燃机的独立点火式点火线圈,包括同心地布置在线圈壳体(6)中并且具有最内侧的点火线圈的中心铁芯(1),次级线圈(3) 2)和缠绕在主线轴(4)上的初级线圈(5),其中环氧树脂(8)和软环氧树脂(17)填充在这些部件之间,其中在初级线圈的外表面上形成涂层 5),以便促进与环氧树脂(8)的分离,并且初级线圈(5)和树脂之间以及初级线圈(5)的中间层中存在该分离部分(50)可以从 在次级绕线筒(2)内产生的热应力是通过初级线圈(5)和次级绕线筒之间的热收缩差在副绕线筒中产生的应力,从而降低了独立型点火的次级绕线筒的热应力 线圈暴露于严酷的温度e 防止线轴裂纹,保证电气绝缘的完整性。
    • 62. 发明授权
    • Powder compacting apparatus
    • 粉末压实装置
    • US06402493B1
    • 2002-06-11
    • US09141303
    • 1998-08-27
    • Sadao MatsubaraNoboru Sugiura
    • Sadao MatsubaraNoboru Sugiura
    • B22F303
    • B22F5/085B21K1/30B22F5/08B22F2998/00B30B11/027B30B11/04
    • External helical teeth of an outer punch member of a lower punch are held in mesh with internal helical teeth of a floating die which is rotatable and floatingly supported. An upper punch is lowered toward a metal powdery material filled in a die cavity space defined by the inner circumferential surface of the floating die and the upper surface of the lower punch. The metal powdery material is compacted into a helical gear blank by the upper and lower punches while external helical teeth of an outer punch member of the upper punch are meshing with the internal helical teeth of the floating die. A presser rod extends downwardly from an upper plate which supports the upper punch forcibly lowers the floating die with respect to the lower punch in a latter period of the powder compacting process.
    • 下冲头的外冲头构件的外螺旋齿与可旋转和浮动地支撑的浮动模的内螺旋齿保持啮合。 上冲头朝向填充在由浮动模具的内周表面和下冲头的上表面限定的模腔空间中的金属粉末材料降低。 金属粉末材料通过上冲头和下冲头压缩成斜齿轮坯料,而上冲头的外冲头部件的外螺旋齿与浮模的内螺旋齿啮合。 在压粉过程的后一时期,从支撑上冲头的上板向下延伸的压杆将相对于下冲头强制地降低浮模。
    • 63. 发明授权
    • Apparatus for manufacturing pressed powder body
    • 压制粉体制造装置
    • US06004120A
    • 1999-12-21
    • US639828
    • 1996-04-29
    • Sadao MatsubaraNoboru Sugiura
    • Sadao MatsubaraNoboru Sugiura
    • B21K1/30B22F5/08B22F5/10B30B11/02B22F3/02
    • B22F5/085B21K1/30B22F5/08B22F5/10B30B11/027B22F2003/033B22F2998/00
    • An apparatus for manufacturing a pressed powder body has a die assembly comprising an upper die and a lower die, for pressing an unpressed powder body of a material powder filled on a pressing surface of the lower die, into a pressed powder body between the upper die and the lower die, at least one of the upper die and the lower die being vertically movable to press the unpressed body, and a powder increasing mechanism for increasing an amount of the material powder locally in the unpressed powder body. The powder increasing mechanism comprises at least one of the upper die and the lower die, the at least one of the upper die and the lower die comprising a first die member for pressing a first portion of the unpressed powder body at a first time and a second die member for pressing a second portion of the unpressed powder body at a second time which is different from the first time.
    • 压制粉体的制造装置具有模具组件,该模具组件包括上模和下模,用于将填充在下模的挤压表面上的材料粉末的未压制粉体按压到上模之间的压制粉体中 和下模具,上模具和下模具中的至少一个可垂直移动以挤压未压制体;以及粉末增加机构,用于在未压制的粉体中局部增加材料粉末的量。 粉末增加机构包括上模和下模中的至少一个,上模和下模中的至少一个包括用于在第一时间按压未压制粉体的第一部分的第一模具构件和 第二模具构件,用于在与第一次不同的第二时间按压未压制粉体的第二部分。
    • 70. 发明授权
    • Apparatus for measuring tire uniformity
    • 测量轮胎均匀性的装置
    • US4969355A
    • 1990-11-13
    • US477093
    • 1990-02-08
    • Shunichi DoiSatoru MatsushimaYoshiteru MizutaniYuzo YamamotoMichio IshiguroShigeru SakumaNoboru Sugiura
    • Shunichi DoiSatoru MatsushimaYoshiteru MizutaniYuzo YamamotoMichio IshiguroShigeru SakumaNoboru Sugiura
    • G01M1/16G01M17/02
    • G01M17/022
    • A tire uniformity measuring apparatus having: a drum for rotating a tire; an oscillating member disposed parallel to a drum rotating shaft and pivotally supported on a machine base through a fulcrum; a movable member disposed in parallel to the drum rotating shaft in the plane including the drum rotating shaft and a tire rotating shaft, the movable member being laterally movable in response to a load acting on the tire in a lateral direction perpendicular to the radial direction of the tire; a load applying member for applying in advance a predetermined load to the tire; and a displacement detecting member for detecting as a displacement of the movable member the displacement of the tire rotating shaft which is dependent on variation in the lateral load; thereby detecting a variation in the lateral load of the tire. The apparatus may comprise a further movable member which is a shaft member constituting the fulcrum, the movable member being slidably movable along the longitudinal axis only in response to a variation in the tangential load, and a further displacement detecting member for detecting a displacement of the movable member, thereby detecting a variation in the tangential load acting on the tire.
    • 一种轮胎均匀性测量装置,具有:用于使轮胎旋转的滚筒; 摆动构件,其平行于鼓旋转轴设置并通过支点枢转地支撑在机器基座上; 可动构件,其在包括所述滚筒旋转轴和轮胎旋转轴的平面中平行于所述滚筒旋转轴设置,所述可动构件能够在与所述滚筒旋转轴的径向方向垂直的横向方向上作用在轮胎上的负载侧向移动 轮胎; 负载施加部件,用于预先向轮胎施加预定的载荷; 以及位移检测构件,用于检测所述可动构件的位移,所述位移取决于所述横向载荷的变化,所述轮胎旋转轴的位移; 从而检测轮胎的横向载荷的变化。 该装置可以包括作为构成支点的轴构件的另一个可移动构件,该可移动构件仅在响应于切向载荷的变化时可沿着纵向轴线可滑动地移动;以及另一位移检测构件,用于检测 从而检测作用在轮胎上的切向负载的变化。