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    • 1. 发明授权
    • Ignition plug and analysis system
    • 点火插头和分析系统
    • US08237340B2
    • 2012-08-07
    • US12668804
    • 2008-07-12
    • Yuji IkedaMasashi Kaneko
    • Yuji IkedaMasashi Kaneko
    • H01T13/05
    • H05H1/52F02P23/045G01N21/67H01T13/40H05H2001/463
    • There is provided an ignition plug whereby an electrical configuration for discharge and an electrical configuration for guiding and radiating microwaves are provided concomitantly, within dimensions permitting installation in an installation space for an ordinary ignition plug, and adapted to efficiently guide and transmit microwaves into a combustion chamber. The ignition plug comprises a center electrode and a ground electrode for spark discharge; a center wire and an outside conductor forming a coaxial electromagnetic wave transmission line; and a microwave radiation antenna that is electrically integrated with the center wire; the microwave radiation antenna having a profile that defines part of a sphere or arc including a plurality of locations substantially equidistant from the center electrode.
    • 提供了一种火花塞,其中同时提供用于排放的电气构造和用于引导和辐射微波的电气构造,其尺寸允许安装在普通火花塞的安装空间中,并且适于有效地将微波引导和传输到燃烧 房间。 火花塞包括用于火花放电的中心电极和接地电极; 形成同轴电磁波传输线的中心线和外部导体; 以及与中心线电气集成的微波辐射天线; 微波辐射天线具有限定球体或弧的一部分的轮廓,其包括与中心电极基本等距的多个位置。
    • 2. 发明申请
    • IGNITION PLUG AND ANALYSIS SYSTEM
    • 点火插头和分析系统
    • US20100187968A1
    • 2010-07-29
    • US12668804
    • 2008-07-12
    • Yuji IkedaMasashi Kaneko
    • Yuji IkedaMasashi Kaneko
    • H01T13/41H01T13/40
    • H05H1/52F02P23/045G01N21/67H01T13/40H05H2001/463
    • There is provided an ignition plug whereby an electrical configuration for discharge and an electrical configuration for guiding and radiating microwaves are provided concomitantly, within dimensions permitting installation in an installation space for an ordinary ignition plug, and adapted to efficiently guide and transmit microwaves into a combustion chamber. The ignition plug comprises a center electrode and a ground electrode for spark discharge; a center wire and an outside conductor forming a coaxial electromagnetic wave transmission line; and a microwave radiation antenna that is electrically integrated with the center wire; the microwave radiation antenna having a profile that defines part of a sphere or arc including a plurality of locations substantially equidistant from the center electrode.
    • 提供了一种火花塞,其中同时提供用于排放的电气构造和用于引导和辐射微波的电气构造,其尺寸允许安装在普通火花塞的安装空间中,并且适于有效地将微波引导并传输到燃烧 房间。 火花塞包括用于火花放电的中心电极和接地电极; 形成同轴电磁波传输线的中心线和外部导体; 以及与中心线电气集成的微波辐射天线; 微波辐射天线具有限定球体或弧的一部分的轮廓,其包括与中心电极基本等距的多个位置。
    • 4. 发明授权
    • Spinning apparatus of rotor type open-end spinning unit and rotor
driving method
    • 转子式开式纺纱机旋转装置及转子驱动方式
    • US5359846A
    • 1994-11-01
    • US921312
    • 1992-07-28
    • Noriaki MiyamotoMasashi KanekoKenji ItoYasuyuki Kawai
    • Noriaki MiyamotoMasashi KanekoKenji ItoYasuyuki Kawai
    • D01H4/08D01H4/40D01H4/50
    • D01H4/40D01H4/08
    • Opened fibers are supplied into a rotor in high rotation, and a fiber bundle collected at a fiber-collecting section of the rotor is drawn as yarn from a yarn drawing passage provided on the open side of the rotor. A rotary assembly which is actively driven separately from the rotor is provided coaxially in the rotor. The rotary assembly has at least part thereof facing the vicinity of the fiber-collecting section and another part shaped to face a first end of the yarn drawing passage. The rotary assembly is provided with a yarn passage for guiding a fiber bundle to a position opposite the yarn drawing passage from the vicinity of the fiber-collecting section. A twist propagation preventing portion is provided in that end of the yarn passage that lies on the fiber-collecting section side. The rotation of the fiber bundle is suppressed by the twist propagation preventing portion, stopping the twisting. At the time the fiber bundle is twisted, tension is applied to the fibers so that the fibers are twisted while being stretched.
    • 将开放的纤维高转矩地供给到转子中,将收集在转子的纤维收集部的纤维束从设置在转子的开口侧的纱线抽出通道拉出。 与转子分开主动驱动的旋转组件同轴地设置在转子中。 旋转组件的至少一部分面向纤维集合部分附近,另一部分成形为面对牵引通道的第一端。 旋转组件设置有纱线通道,用于将纤维束从纤维收集部分附近引导到与纱线抽出通道相对的位置。 在该纱线通道的位于纤维收集部侧的一端设有扭转传播防止部。 通过扭转传播阻止部分抑制纤维束的旋转,停止扭转。 在纤维束被扭曲的同时,对纤维施加张力,使得纤维被拉伸时被扭曲。
    • 7. 发明授权
    • Fiber transporting apparatus for a rotor type open end fine spinning
machine
    • 转子式开口精纺机的纤维输送装置
    • US6035624A
    • 2000-03-14
    • US198215
    • 1998-11-23
    • Masashi KanekoKeiji OnoueYasuyuki Kawai
    • Masashi KanekoKeiji OnoueYasuyuki Kawai
    • D01H4/30D01H1/16D01H4/36D01H4/38D01H4/00
    • D01H1/16D01H4/36D01H4/38
    • A fiber transporting apparatus for a rotor type open end fine spinning machine is provided that may reduce an amount of effective fiber discharged from a burling opening portion without degrading yarn quality of the spun yarn. Fiber opened by a combing roller (11) is fed into a rotor through a fiber transporting channel (13) leading from a circumferential surface of the combing roller (11) to a predetermined position of the rotor (6) in accordance with a negative pressure degree within the rotor (6). After debris is removed from the opened fiber by a burling opening portion (12), the opened fiber is moved together with an air flow directed from a downstream side of the burling opening portion (12) in a rotational direction of the combing roller (11) toward an inlet (13a) of the fiber transporting channel (13). A portion of the air flow directed toward the inlet (13a) of the fiber transporting channel (13) is led from a suction passage (17) to a negative pressure source (5) along the way, and the flow rate of air introduced from an outlet (13b) of the fiber transporting channel (13) to a rotor (6) is reduced. Accordingly, even if the flow rate of the air directed from the burling opening portion (12) to the fiber transporting channel (13) is increased, the flow rate of the air introduced into the rotor (6) is kept at a suitable level.
    • 提供了一种用于转子式开口微细纺纱机的纤维输送装置,其可以减少从打孔部排出的有效纤维的量,而不会降低纺纱的纱线质量。 由精梳辊(11)打开的纤维通过从精梳辊(11)的圆周表面引导到转子(6)的预定位置的纤维传送通道(13),根据负压 转子内的角度(6)。 在打开的开口部分(12)从打开的纤维上除去碎片之后,打开的纤维沿着梳理开口部分(12)的下游侧沿着精梳辊(11)的旋转方向的空气流一起移动 )朝向光纤传输通道(13)的入口(13a)。 朝向纤维输送通道(13)的入口(13a)的空气流的一部分沿着通道从吸入通道(17)被引导到负压源(5),并且从 纤维输送通道(13)到转子(6)的出口(13b)减少。 因此,即使从起泡开口部(12)向纤维输送通道(13)引导的空气的流量增加,导入转子(6)的空气的流量也保持在合适的水平。
    • 8. 发明授权
    • Rotor type open-end spinning machine
    • 转子式开口纺纱机
    • US5765359A
    • 1998-06-16
    • US649265
    • 1996-05-17
    • Yasuyuki KawaiMasashi KanekoNoriaki Miyamoto
    • Yasuyuki KawaiMasashi KanekoNoriaki Miyamoto
    • D01H4/08D01H4/10D01H4/00
    • D01H4/10
    • A rotor type open-end spinning machine of a structure in which fibers moving slidingly on an inner wall surface of an outer rotor (2) are prevented from falling at a location where a fiber bundle is being stripped off from a fiber collecting/bundling section (7) while being twisted concurrently. An inner rotor (5) is disposed within the outer rotor (2) and positively driven independently of the latter. A delivery passage (20) is formed in the inner rotor (5) for guiding a fiber bundle (F) bundled in a fiber collecting/bundling groove (7) to a yarn withdrawing passage (14). An annular negative-pressure chamber (6) is formed radially outward of the fiber collecting/bundling groove (7) of the outer rotor (2) with air discharge holes (9) being provided for communicating the negative-pressure chamber (6) to the exterior of the outer rotor (2). A plurality of air vent through-holes (8) are formed each at a location close to the delivery passage (20) with a predetermined distance therebetween in a circumferential direction for communicating an inner space defined in the outer rotor (2) to the negative-pressure chamber (6). A shield member (21) is formed on the inner rotor (5) for intercepting the air vent through-holes (8) from the negative-pressure chamber (6) except for those located in a predetermined region opposite the delivery passage (20).
    • 一种转子式开放式纺丝机,其特征在于,防止在外转子(2)的内壁面上滑动的纤维在纤维束从纤维收集/捆扎部剥离的位置处落下 (7)同时扭曲。 内转子(5)设置在外转子(2)内,并且独立于后转子(2)。 在内转子(5)中形成有用于将收集在纤维集合槽(7)中的纤维束(F)引导到纱线抽出通道(14)的输送通道(20)。 在外转子(2)的纤维收集/收集槽(7)的径向外侧形成环状的负压室(6),其中设有用于使负压室(6)连通的空气排出孔 外转子(2)的外部。 多个排气通孔(8)分别形成在靠近输送通道(20)的位置上,在圆周方向上以预定的距离,以将外转子(2)中限定的内部空间连接到负 压力室(6)。 除了位于与输送通道(20)相对的预定区域中的位置之外,在内转子(5)上形成用于从负压室(6)截取通气孔(8)的屏蔽构件(21) 。
    • 10. 发明授权
    • Rotor type open-end spinning unit having outer and inner rotors
    • 转子式开口旋转单元,具有外转子和内转子
    • US5598695A
    • 1997-02-04
    • US507094
    • 1995-07-26
    • Masashi KanekoNoriaki MiyamotoYasuyuki KawaiHisaaki Hayashi
    • Masashi KanekoNoriaki MiyamotoYasuyuki KawaiHisaaki Hayashi
    • D01H4/08D01H4/00
    • D01H4/08
    • A rotor type open-end spinning unit has a collecting section collecting an opened and supplied fiber to make a fiber bundle. The fiber bundle is drawn through a yarn drawing passage to spin a yarn while twisting the fiber bundle. A rotatable outer rotor has an open end, a closed end and a peripheral wall. The peripheral wall has the collecting section on an inner surface thereof. The collecting section is located on a plane perpendicular to the rotational axis of the rotor. An inner rotor is located in the outer rotor and is driven independently. The inner rotor faces an end of the yarn drawing passage. A yarn path is provided with the inner rotor for guiding the fiber bundle from the collecting section to the yarn drawing passage. A first guide is provided with the inner rotor for contacting the fiber bundle guided to the yarn drawing passage through the yarn path from a frontward location with respect to the rotational direction of the inner rotor. A second guide is located frontward of the first guide and between the first guide and the inner surface of the outer rotor. The second guide guides the yarn toward the yarn drawing passage in cooperation with the first guide.
    • 转子式开口纺纱单元具有收集打开和供给的纤维以制成纤维束的收集部分。 纤维束通过纱线拉伸通道被拉伸以在捻合纤维束的同时旋转纱线。 可旋转的外转子具有开口端,封闭端和周壁。 周壁在其内表面上具有收集部分。 收集部位于与转子的旋转轴线垂直的平面上。 内转子位于外转子内,独立驱动。 内转子面对引纱通道的一端。 纱线路径设置有内转子,用于将纤维束从收集部引导到纱线引出通道。 第一引导件设置有内转子,用于使从相对于内转子的旋转方向的前方位置通过纱线通道引导到纱线引出通道的纤维束接触。 第二引导件位于第一引导件的前方,并且位于第一引导件和外转子的内表面之间。 第二引导件与第一引导件协作,引导纱线朝向引纱通道。