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    • 1. 发明授权
    • Stress protection for permanent magnet type synchronous motor
    • 永磁同步电机应力保护
    • US4144469A
    • 1979-03-13
    • US822788
    • 1977-08-08
    • Kunio MiyashitaHironori OkudaSeizi YamashitaShoji Tanabe
    • Kunio MiyashitaHironori OkudaSeizi YamashitaShoji Tanabe
    • H02K1/27H02K21/46H02K21/12
    • H02K1/276H02K21/46
    • A rotor of a permanent magnet type synchronous motor comprises a rotary shaft, a rotary supported by the rotary shaft and including an alternate disposition of a core section in the form of a lamination of a magnetic material which is stacked in the axial direction and a reinforcement section of a non-magnetic material and cavities axially formed in the core and reinforcement sections by passing therethrough, permanent magnets received in the cavities, and a strap interposed at least between the radial outer surface of respective permanent magnets and the opposing inner wall of the cavity, whereby distribution of pressures resulting from a centrifugal force due to the rotation of the rotor, which pressures are imparted on the inner wall of the cavity by the outer surface of the permanent magnet, is uniformed or shared by the strap, thereby preventing the permanent magnet from being fractured.
    • 永磁式同步电动机的转子包括旋转轴,由旋转轴支撑的旋转体,并且包括以沿轴向堆叠的磁性材料层压形式的芯部的交替配置,以及加强件 非磁性材料的截面和通过其中穿过其中轴向形成在芯部和加强部分中的空腔,容纳在空腔中的永久磁体以及至少插入在相应永磁体的径向外表面和相应的永磁体的相对内壁之间的带 由此由于转子的转动而产生的离心力的分布由该永久磁铁的外表面赋予空腔的内壁上的压力被带子均匀或共享,由此防止了 永磁体断裂。
    • 3. 发明授权
    • Rotor of synchronous machines
    • 同步机转子
    • US4250424A
    • 1981-02-10
    • US946018
    • 1978-09-26
    • Hiroshi SentoShoji TanabeTadao ShimozuSeiji YamashitaKunio Miyashita
    • Hiroshi SentoShoji TanabeTadao ShimozuSeiji YamashitaKunio Miyashita
    • H02K1/22H02K1/27H02K21/46
    • H02K1/276H02K21/46
    • The rotor core of a synchronous motor or a synchronous generator with a permanent magnet is comprised of a multiplicity of laminated thin iron sheets each having as many segments as the poles. Slits are formed between each adjacent segment, and the magnetic reluctance of the slits is made larger than that between the rotor core and the stator core, thereby minimizing the leakage fluxes within the rotor core. Each segment is required to be prevented from being broken away by centrifugal force generated while the machine is in operation. According to the invention, adjacent segments are connected by a non-magnetic material through the slits. The non-magnetic material is fitted in the recesses formed at both sides of the slit in such a manner as to connect them with each other, each of the recesses being positioned substantially parallel to the circumference of the rotor and having a wider bottom than the opening thereof.
    • 同步电动机的转子铁芯或具有永久磁铁的同步发电机由多个层叠薄铁板构成,每个层叠薄铁板具有与极相同的段。 在每个相邻的段之间形成狭缝,并且狭缝的磁阻被制成大于转子芯和定子芯之间的磁阻,从而使转子芯内的漏磁通最小化。 需要通过在机器运行时产生的离心力来防止每个部分被破坏。 根据本发明,相邻的段通过狭缝通过非磁性材料连接。 非磁性材料以彼此连接的方式装配在形成在狭缝的两侧的凹部中,每个凹部被定位成基本上平行于转子的圆周并且具有比底部更宽的底部 打开它。
    • 4. 发明授权
    • Bottle-shaped synthetic resin container
    • 瓶形合成树脂容器
    • US07296701B2
    • 2007-11-20
    • US10546975
    • 2004-02-27
    • Tomoyuki OzawaTakao IizukaShoji Tanabe
    • Tomoyuki OzawaTakao IizukaShoji Tanabe
    • B65D1/42B65D1/02B65D23/02
    • B65D1/0223B65D2501/0036Y10S215/90
    • A bottle-shaped synthetic resin container (1) includes a body portion (3), and a circumferential groove (10) extending along an outer surface of the body portion (3). The circumferential groove (10) is defined by a groove bottom wall (11) and groove side walls (12a, 12b) extending from the groove bottom (11) to the outer surface of the body portion (3). At least one of the groove side walls (12a, 12b) extends substantially linearly, as seen in a longitudinal-sectional plane including a center axis (A) of the body portion (3), and forms an angle (α, β) of not more than 20° relative to a reference line (L) perpendicular to the center axis (A) of the body portion (3) in the longitudinal-sectional plane of the container (1).
    • 瓶形合成树脂容器(1)包括主体部分(3)和沿主体部分(3)的外表面延伸的周向凹槽(10)。 周向槽(10)由凹槽底壁(11)和从槽底(11)延伸到主体部分(3)的外表面的槽侧壁(12a,12b)限定。 至少一个槽侧壁(12a,12b)基本上线性地延伸,如在包括主体部分(3)的中心轴线(A)的纵截面中看到的,并且形成角度(α,β )相对于在容器(1)的纵截面中垂直于主体部分(3)的中心轴线(A)的参考线(L)不大于20°。
    • 6. 发明授权
    • Synthetic resin container having improved shape stability
    • 具有改善形状稳定性的合成树脂容器
    • US07552833B2
    • 2009-06-30
    • US10490258
    • 2002-09-26
    • Naoki TsutsuiShoji TanabeHiromichi Saito
    • Naoki TsutsuiShoji TanabeHiromichi Saito
    • B65D1/02B65D1/46
    • B65D79/005B65D1/0223B65D1/42B65D2501/0027B65D2501/0036B65D2501/0081
    • The synthetic resin container according to the present invention has a waist dividing a container main body portion into upper and lower parts, wherein the waist is formed on an annular groove surrounding the main body portion to as to be convex toward the interior of the container. The annular groove has reinforcing ribs with a level higher than a groove bottom of the annular groove and lower than the surface of the main body portion. The container main body portion includes reinforcing lateral ribs each having a concave portion which is positioned at the same level as a surface of the container, which or forms a slight step relative to the surface of the container. The main body portion has a plurality of ridges converging toward the associated central convergent point, respectively, thereby defining multi-faceted concave walls inclined toward the associated convergent points, respectively.
    • 根据本发明的合成树脂容器具有将容器主体部分分成上部和下部的腰部,其中腰部形成在围绕主体部分的环形槽上,以朝向容器的内部凸出。 环形槽具有比环形槽的槽底高度低于主体部的表面的加强肋。 容器主体部分包括加强侧肋,每个肋均具有与容器表面相同水平的凹部,相对于容器表面形成微小的一部分。 主体部分具有分别朝向相关联的中心会聚点会聚的多个脊,从而限定分别向相关联的会聚点倾斜的多面凹壁。
    • 9. 发明申请
    • Bottle-shaped synthetic resin container
    • 瓶形合成树脂容器
    • US20060289379A1
    • 2006-12-28
    • US10546975
    • 2004-02-27
    • Tomoyuki OzawaTakao IizukaShoji Tanabe
    • Tomoyuki OzawaTakao IizukaShoji Tanabe
    • B65D90/02
    • B65D1/0223B65D2501/0036Y10S215/90
    • A bottle-shaped synthetic resin container (1) includes a body portion (3), and a circumferential groove (10) extending along an outer surface of the body portion (3). The circumferential groove (10) is defined by a groove bottom wall (11) and groove side walls (12a, 12b) extending from the groove bottom (11) to the outer surface of the body portion (3). At least one of the groove side walls (12a, 12b) extends substantially linearly, as seen in a longitudinal-sectional plane including a center axis (A) of the body portion (3), and forms an angle (α, β) of not more than 20° relative to a reference line (L) perpendicular to the center axis (A) of the body portion (3) in the longitudinal-sectional plane of the container (1).
    • 瓶形合成树脂容器(1)包括主体部分(3)和沿主体部分(3)的外表面延伸的周向凹槽(10)。 周向槽(10)由凹槽底壁(11)和从槽底(11)延伸到主体部分(3)的外表面的槽侧壁(12a,12b)限定。 至少一个槽侧壁(12a,12b)基本上线性地延伸,如在包括主体部分(3)的中心轴线(A)的纵截面中看到的,并且形成角度(α,β )相对于在容器(1)的纵截面中垂直于主体部分(3)的中心轴线(A)的参考线(L)不大于20°。