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    • 2. 发明专利
    • Static elimination using radiator cooling water
    • 使用散热器冷却水的静态消除
    • JP2007077379A
    • 2007-03-29
    • JP2005299394
    • 2005-09-13
    • Hidemitsu Kobayashi秀光 小林
    • KOBAYASHI HIDEMITSU
    • C09K5/08F01P11/14
    • PROBLEM TO BE SOLVED: To provide a method for eliminating static electricity using radiator cooling water and specifically for eliminating static electricity within the internal combustion engine, reducing the horsepower predetermined at the time of engine design, and improving fuel consumption. SOLUTION: Liquid obtained by emulsifying a mixture of silicon dioxide and graphite is used as the water for cooling the inside of a radiator, so that negatively charged cooling water (with electrical property of e - ) flows outside an engine cylinder and the electrical property of e + within the cylinder is removed. As a result, perfect combustion of a fuel mixture gas is achieved, improving the horsepower and fuel consumption. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种使用散热器冷却水消除静电的方法,并且专门用于消除内燃机内的静电,降低发动机设计时预定的功率并提高燃料消耗。 解决方案:将通过乳化二氧化硅和石墨的混合物获得的液体用作用于冷却散热器内部的水,从而使带负电荷的冷却水(具有电性能为e - ) 在发动机气缸外部流动,汽缸内的e + 的电气特性被去除。 结果,实现燃料混合气体的完全燃烧,提高了马力和燃料消耗。 版权所有(C)2007,JPO&INPIT
    • 5. 发明授权
    • Magneto D.C. motor having elastic magnet mounting retainers
    • 具有弹性磁体安装保持器的磁力直流电动机
    • US4745319A
    • 1988-05-17
    • US707032
    • 1985-03-01
    • Tosio TomiteShotaro NaitoNobuhiko OgasawaraTatsuhiro TaniHidemitsu Kobayashi
    • Tosio TomiteShotaro NaitoNobuhiko OgasawaraTatsuhiro TaniHidemitsu Kobayashi
    • H02K1/17H02K21/26
    • H02K1/17
    • A plurality of permanent magnets (4) are disposed with gaps between adjacent magnets along the inner peripheral surface of a yoke (2) of a stator for a magneto D.C. motor. In gaps between magnets, there are provided retainers (3), ech of which is made of an elastic member and consists of one surface (11) fixed on the yoke, two surfaces (12, 13) extending in the central axial direction of the D.C. motor along the side facing surfaces (71, 72) of the magnets opposite to each other on the inner peripheral surface of the yoke and two end portions (32) connecting these two surfaces (12, 13). Those two surfaces (12, 13) and end portions (32) are kept in contact with the permanent magnet from three directions, namely from both facing surfaces (71, 72) of the permanent magnet and from each of the outer surfaces (81, 82) of the magnets adjacent to each facing surface (71, 72) extending in the central axial direction, whereby the permanent magnets are pressed and clamped so as to be secured to the yoke.
    • 多个永磁体(4)沿着用于磁直流电动机的定子的轭(2)的内周表面设置在相邻磁体之间的间隙。 在磁体之间的间隙中,设有保持器(3),它们由弹性件制成并由固定在磁轭上的一个表面(11)组成,两个表面(12,13)沿中心轴线方向延伸 DC电动机沿着磁轭的内周面上彼此相对的磁体的面向相对表面(71,72),以及连接这两个表面(12,13)的两个端部(32)。 这两个表面(12,13)和端部(32)从永久磁铁的两个相对表面(71,72)和三个方向(从每个外表面81,72)保持与永磁体接触, 82)与每个相对表面(71,72)相邻的磁体在中心轴线方向上延伸,由此永磁体被按压和夹紧以便固定到磁轭上。
    • 7. 发明授权
    • Rotating electrical machine and coil
    • 旋转电机和线圈
    • US07569966B2
    • 2009-08-04
    • US11200198
    • 2005-08-10
    • Yasuyuki SaitoTakashi YasuharaHidemitsu Kobayashi
    • Yasuyuki SaitoTakashi YasuharaHidemitsu Kobayashi
    • H02K3/04
    • H02K3/12B60L11/12Y02T10/641Y02T10/7077Y10T29/49073
    • A stator coil, being a rectangular coil, is wound on a salient pole, striding across a plurality of slots, while being inserted sequentially through the inlet of a predetermined slot of the stator core. The stator coil comprises two slot inserts and to be inserted into the slot; two coil ends and located outside the end of the slot; and four twist sections arranged between the slot inserts and coil ends, processed by twisting. In the twist sections, twisting is applied to ensure that the surface of the rectangular coil in the second coil end will be opposite to the surface of the rectangular coil in the first coil end. The start of winding of the rectangular coil and the end of winding of the same coil are located on the same surface. Thereby, a rotating electrical machine with the large internal dimensions without increasing the external dimensions is achieved.
    • 作为矩形线圈的定子线圈被缠绕在凸极上,跨越多个狭槽,同时顺序地插入定子芯的预定槽的入口。 定子线圈包括两个槽插入件并插入槽中; 两个线圈端部并位于槽的端部外部; 并且四个扭转部分布置在槽插入件和线圈端部之间,通过扭转加工。 在扭转部分中,施加扭转以确保第二线圈端部中的矩形线圈的表面将与第一线圈端部中的矩形线圈的表面相反。 矩形线圈的卷绕开始和相同线圈的卷绕结束位于相同的表面上。 因此,实现了具有大的内部尺寸而不增加外部尺寸的旋转电机。
    • 10. 发明申请
    • Rotating electrical machine and coil
    • 旋转电机和线圈
    • US20060066167A1
    • 2006-03-30
    • US11200198
    • 2005-08-10
    • Yasuyuki SaitoTakashi YasuharaHidemitsu Kobayashi
    • Yasuyuki SaitoTakashi YasuharaHidemitsu Kobayashi
    • H02K11/00H02K19/00H02K3/00H01F7/06
    • H02K3/12B60L11/12Y02T10/641Y02T10/7077Y10T29/49073
    • A stator coil, being a rectangular coil, is wound on a salient pole, striding across a plurality of slots, while being inserted sequentially through the inlet of a predetermined slot of the stator core. The stator coil comprises two slot inserts and to be inserted into the slot; two coil ends and located outside the end of the slot; and four twist sections arranged between the slot inserts and coil ends, processed by twisting. In the twist sections, twisting is applied to ensure that the surface of the rectangular coil in the second coil end will be opposite to the surface of the rectangular coil in the first coil end. The start of winding of the rectangular coil and the end of winding of the same coil are located on the same surface. Thereby, a rotating electrical machine with the large internal dimensions without increasing the external dimensions can be permitted.
    • 作为矩形线圈的定子线圈被缠绕在凸极上,跨越多个槽,同时顺序地插入定子芯的预定槽的入口。 定子线圈包括两个槽插入件并插入插槽中; 两个线圈端部并位于槽的端部外部; 并且四个扭转部分布置在槽插入件和线圈端部之间,通过扭转加工。 在扭转部分中,施加扭转以确保第二线圈端部中的矩形线圈的表面将与第一线圈端部中的矩形线圈的表面相反。 矩形线圈的卷绕开始和相同线圈的卷绕结束位于相同的表面上。 因此,可以允许具有大的内部尺寸而不增加外部尺寸的旋转电机。