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    • 2. 发明申请
    • PRESSURE REDUCING VALVE FOR GAS
    • 减压阀用于气体
    • US20090320935A1
    • 2009-12-31
    • US12524499
    • 2008-01-22
    • Hiroaki YamamotoYoji NakajimaYoshio SaitoYutaka Chiba
    • Hiroaki YamamotoYoji NakajimaYoshio SaitoYutaka Chiba
    • F16K31/12
    • F02M21/0239F02M21/0233G05D16/0663Y02T10/32Y10T137/6579Y10T137/6606Y10T137/7757Y10T137/7809Y10T137/7823Y10T137/7825
    • A pressure reducing valve for gas is provided in which a valve mechanism having opening in a central part a valve hole that communicates with a low pressure passage and a low pressure chamber and including a valve body that is capable of being seated on a valve seat facing a valve chamber communicating with a high pressure passage is housed within a body such that the valve body is connected to a pressure receiving member operating in response to pressure of the low pressure passage and the low pressure chamber, wherein the body (16) is formed by joining a plurality of body members (18, 19) having different strengths, the entirety of the high pressure passage (30, 64) being formed, among the plurality of body members (18, 19), within the body member (18) that has a high strength, and at least part of the low pressure passage (85, 86, 94, 119) and the low pressure chamber (83, 84, 116) being formed, among the plurality of body members (18, 19), within the body member (19) that has a low strength. This enables the cost to be reduced.
    • 提供了一种气体减压阀,其中在中心部分具有开口的阀机构,其与低压通道和低压室连通​​,并且包括阀体,该阀体能够坐在阀座面对 与高压通道连通的阀室容纳在主体内,使得阀体连接到响应于低压通道和低压室的压力而工作的受压部件,其中形成主体(16) 通过连接具有不同强度的多个主体部件(18,19),在主体部件(18)内形成有多个主体部件(18,19)中的高压通道(30,64)的整体, 具有高强度,并且在所述多个主体部件(18,19)中形成有所述低压通路(85,86,94,119)和所述低压室(83,84,116)的至少一部分, 在具有低的身体构件(19)内 力量。 这样可以降低成本。
    • 4. 发明授权
    • Wire electric discharge machine and wire electrode removal device
    • 线放电机和线电极去除装置
    • US09333575B2
    • 2016-05-10
    • US13697995
    • 2012-01-27
    • Yoji NakajimaSyuichiro Ishihara
    • Yoji NakajimaSyuichiro Ishihara
    • B23H1/00B23H7/10
    • B23H1/00B23H7/10B23H7/102
    • To provide a wire electrode removal device of a wire electric discharge machine, the wire electrode removal device including a wire-electrode guide unit that guides an end on a cut point side of a wire electrode cut by wire-electrode cut devices to outside of a running path, a rewind shaft that pressure-fixes the wire electrode on the cut point side guided by the wire-electrode guide unit with an end face thereof and rewinds the wire electrode on a columnar member having angular portions with subsequent rotational driving thereof, a rewind-shaft drive unit that drives the rewind shaft to perform pressure fixing or pressure releasing of the wire electrode with the rewind shaft, a scraper member that removes a wound wire electrode from the columnar member at a time of pressure releasing of the rewind shaft by the rewind-shaft drive unit, and a collection member that collects the removed wire electrode.
    • 为了提供一种线放电机的线电极去除装置,所述线电极去除装置包括线电极引导单元,其将由线电极切断装置切断的线电极的切断点侧的端部引导到 运行路径,一个重绕轴,其用线端电极引导单元引导的切割点侧的线电极以其端面进行压力固定,并将线电极重绕在具有随后的旋转驱动的角部的柱状构件上, 驱动再卷轴的倒带轴驱动单元,利用倒带轴进行线电极的压力固定或压力释放;刮刀构件,其在通过所述倒带轴的压力释放时将所述线状电极从所述柱状构件移除; 回绕轴驱动单元和收集被去除的线电极的收集构件。
    • 5. 发明授权
    • Liquid trap device for gas
    • 用于气体的液体捕集器
    • US08206477B2
    • 2012-06-26
    • US12775042
    • 2010-05-06
    • Takashi SaitoJun OnoTakashi YoshidaYoji Nakajima
    • Takashi SaitoJun OnoTakashi YoshidaYoji Nakajima
    • B01D50/00
    • B01D46/2403B01D46/0002B01D46/003B01D46/0047F02M21/0215F02M21/0227Y02T10/32
    • A liquid trap device for a gas is provided which includes a trap housing (3) that is formed from a ceiling wall (5), a bottom wall (6) and a peripheral wall (7), the ceiling wall (5) having provided therein a gas inlet port (20) and a gas outlet port (21), and a filter element (4) that is retained between the ceiling wall (5) and the bottom wall (6), the interior of the filter element (4) communicating with the gas inlet port (20) and the outer peripheral face of the filter element (4) communicating with the gas outlet port (21) via an internal space (8) of the trap housing (3), wherein the trap housing (3) is formed as a shape that in plan view is long along one laterally central line (X), and the filter element (4) and an outlet port upstream portion (21a), opening within the trap housing (3), of the gas outlet port (21) are disposed in proximity to first and second side wall portions (7a, 7b) respectively of the peripheral wall (7) facing each other on the laterally central line (X). This enables a liquid trap device for a gas to be provided in which a sufficient lateral distance from a filter element to a gas outlet can be guaranteed while having small dimensions and the performance in capturing a liquid can be enhanced.
    • 提供了一种用于气体的液体捕集装置,其包括由顶壁(5),底壁(6)和周壁(7)形成的捕集器壳体(3),所述顶壁(5) 其中具有气体入口(20)和气体出口(21),以及保持在顶壁(5)和底壁(6)之间的过滤元件(4),过滤元件(4)的内部 )与所述气体入口(20)和所述过滤元件(4)的外周面通过所述捕集器壳体(3)的内部空间(8)与所述气体出口(21)连通,其中所述捕集器壳体 (3)形成为在俯视图中沿着一个横向中心线(X)长的形状,并且过滤元件(4)和在捕集器壳体(3)内开口的​​出口端口上游部分(21a)形成 气体出口(21)分别设置在横向中心线(X)上的彼此面对的周壁(7)的第一和第二侧壁部分(7a,7b)附近, 。 这使得能够提供用于气体的液体捕集装置,其中可以保证从过滤元件到气体出口的足够的横向距离,同时具有小尺寸并且可以提高捕获液体的性能。
    • 7. 发明申请
    • LIQUID TRAP DEVICE FOR GAS
    • 用于气体的液体捕集装置
    • US20100269460A1
    • 2010-10-28
    • US12775042
    • 2010-05-06
    • Takashi SAITOJun ONOTakashi YOSHIDAYoji NAKAJIMA
    • Takashi SAITOJun ONOTakashi YOSHIDAYoji NAKAJIMA
    • B01D46/00
    • B01D46/2403B01D46/0002B01D46/003B01D46/0047F02M21/0215F02M21/0227Y02T10/32
    • A liquid trap device for a gas is provided which includes a trap housing (3) that is formed from a ceiling wall (5), a bottom wall (6) and a peripheral wall (7), the ceiling wall (5) having provided therein a gas inlet port (20) and a gas outlet port (21), and a filter element (4) that is retained between the ceiling wall (5) and the bottom wall (6), the interior of the filter element (4) communicating with the gas inlet port (20) and the outer peripheral face of the filter element (4) communicating with the gas outlet port (21) via an internal space (8) of the trap housing (3), wherein the trap housing (3) is formed as a shape that in plan view is long along one laterally central line (X), and the filter element (4) and an outlet port upstream portion (21a), opening within the trap housing (3), of the gas outlet port (21) are disposed in proximity to first and second side wall portions (7a, 7b) respectively of the peripheral wall (7) facing each other on the laterally central line (X). This enables a liquid trap device for a gas to be provided in which a sufficient lateral distance from a filter element to a gas outlet can be guaranteed while having small dimensions and the performance in capturing a liquid can be enhanced.
    • 提供了一种用于气体的液体捕集装置,其包括由顶壁(5),底壁(6)和周壁(7)形成的捕集器壳体(3),所述顶壁(5) 其中具有气体入口(20)和气体出口(21),以及保持在顶壁(5)和底壁(6)之间的过滤元件(4),过滤元件(4)的内部 )与所述气体入口(20)和所述过滤元件(4)的外周面通过所述捕集器壳体(3)的内部空间(8)与所述气体出口(21)连通,其中所述捕集器壳体 (3)形成为在俯视图中沿着一个横向中心线(X)长的形状,并且过滤元件(4)和在捕集器壳体(3)内开口的​​出口端口上游部分(21a)形成 气体出口(21)分别设置在横向中心线(X)上的彼此面对的周壁(7)的第一和第二侧壁部分(7a,7b)附近, 。 这使得能够提供用于气体的液体捕集装置,其中可以保证从过滤元件到气体出口的足够的横向距离,同时具有小尺寸并且可以提高捕获液体的性能。
    • 8. 发明申请
    • Gaseous fuel injection valve
    • 气体燃料喷射阀
    • US20070029413A1
    • 2007-02-08
    • US11498256
    • 2006-08-03
    • Yoji NakajimaNaoto TakiguchiTakashi Yoshida
    • Yoji NakajimaNaoto TakiguchiTakashi Yoshida
    • F02M51/00
    • F02M21/0266F02D19/024F02M21/0254F02M21/0281F02M51/0682F02M61/166F02M61/18F02M2200/9038Y02T10/32
    • A gaseous fuel injection valve includes: a valve housing; a metallic nozzle member having a flat valve seat and a nozzle bore passing through a central portion of the valve seat; a valve body provided at one end face with a rubber seating member which is operated in cooperation with the valve seat; a coil; and a return spring for urging a stationary core and the valve body toward the valve seat. The stationary core attracts the valve body to move the seating member away from the valve seat, when the coil is excited. In this injection valve, a fluorine resin valve seat coating is formed on the valve seat so that the seating member is brought into close contact with the valve seat coating. Thus, an oil-repellent property of the valve seat coating is provided to the valve seat to prevent adherence of oil to the valve seat, leading to an improvement in valve-opening response of the valve body upon the excitation of the coil.
    • 气体燃料喷射阀包括:阀壳体; 金属喷嘴构件,其具有平坦的阀座和穿过所述阀座的中心部分的喷嘴孔; 阀体,其一端面设置有与所述阀座配合操作的橡胶座部件; 线圈 以及用于将静止的芯和阀体推向阀座的复位弹簧。 当线圈被激励时,固定的芯吸引阀体以使座位件远离阀座移动。 在该喷射阀中,在阀座上形成氟树脂阀座涂层,使得座部件与阀座涂层紧密接触。 因此,阀座涂层的防油性能被提供到阀座以防止油附着到阀座上,导致阀体在线圈激励时的开阀响应的改善。
    • 10. 发明授权
    • Wire electric-discharge machining device and wire-electrode removing device configured to remove cut wire-electrode
    • 丝线放电加工装置和线电极去除装置,其构造成去除切割的线电极
    • US09321114B2
    • 2016-04-26
    • US14363699
    • 2012-01-27
    • Yoji NakajimaSyuichiro Ishihara
    • Yoji NakajimaSyuichiro Ishihara
    • B23H7/10
    • B23H7/108B23H7/102
    • A wire electric-discharge machining device and wire-electrode removing device are provided. The wire-electric discharge machining device includes a wire-electrode cutting unit that is arranged in a running path of a wire electrode, and a removing unit configured to remove the wire electrode cut by the wire-electrode cutting unit from the running path. The removing unit includes a wire-electrode guide unit that is arranged below the wire-electrode cutting unit and includes a through hole configured to receive a wire-electrode guide pipe and further configured to receive the wire electrode in the running path. The wire-electrode guide unit is configured to guide an end of the wire electrode to a position outside the running path, with the cut wire electrode provided in the through hole, by rotationally moving about a wire-electrode guide shaft.
    • 提供了线放电加工装置和线电极去除装置。 线排电加工装置包括配置在线电极的行进路径中的线电极切断单元,以及移除单元,其构造成从线路电极切断单元切断的线电极从运行路径移除。 除电单元包括线电极引导单元,其布置在线电极切割单元下方,并且包括通孔,该通孔被配置为接收线电极引导管,并且还构造成在运行路径中接收线电极。 线电极引导单元被配置为通过围绕线电极引导轴旋转地将线电极的端部引导到行进路径外侧的位置,切线电极设置在通孔中。