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    • 24. 发明公开
    • Nutating sprinkler
    • Nutationsregner
    • EP0743098A2
    • 1996-11-20
    • EP96303475.6
    • 1996-05-16
    • NELSON IRRIGATION CORPORATION
    • Sweet, Frederick J.Meyer, Larry P.
    • B05B3/04
    • B05B3/008B05B3/0486B05B15/00
    • A sprinkler (10) comprising a body portion (12) having a nozzle (16) at one end and a cap assembly (14) supported thereon at an opposite end, the cap assembly (14) supporting a spray plate (20) located downstream of the nozzle (16), the spray plate (20) having a plurality of stream distributing grooves (22) formed on one side thereof configured to cause the spray plate (20) to rotate when struck by a stream emitted from the nozzle (16); and wherein the spray plate (20) includes a mounting shaft (62) extending from the spray plate (20) and having a part spherical head (68) received within a bearing cage (84) in the cap assembly (14), the bearing cage (84) including a bearing separator (109) holding a plurality of ball bearings (104, 106, 108) in a substantially horizontal array arranged about a longitudinal center axis of the sprinkler (10), the part spherical head (68) located centrally above and in engagement with the plurality of ball bearings (104, 106, 108), thereby permitting the spray plate (20) to wobble as it rotates.
    • 一种喷洒器(10),包括在一端具有喷嘴(16)的主体部分(12)和在相对端支撑在其上的盖组件(14),所述盖组件(14)支撑位于下游的喷洒板(20) 所述喷射板(20)具有形成在其一侧上的多个流分配槽(22),所述喷流板构造成当所述喷射板(20)被从所述喷嘴(16)发射的流体撞击时使所述喷射板(20)旋转 ); 并且其中所述喷射板(20)包括从所述喷射板(20)延伸并且具有容纳在所述盖组件(14)中的轴承保持架(84)内的部分球形头部(68)的安装轴(62),所述轴承 保持架(84)包括轴承分离器(109),该轴承分离器保持围绕喷洒器(10)的纵向中心轴线布置的大致水平的阵列中的多个球轴承(104,106,108),所述球形球头部分位于 在多个球轴承(104,106,108)中心并与其接合,从而允许喷射板(20)在其旋转时摆动。
    • 25. 发明公开
    • Rotary water sprinkler including protective cover
    • Rotierender Regner mit Schutzkappe
    • EP0709140A2
    • 1996-05-01
    • EP95630109.7
    • 1995-10-23
    • PLASTRO GVAT
    • Messinger, Daniel
    • B05B3/04B05B15/00
    • B05B3/0486B05B15/70B05B15/74
    • The rotary sprinkler includes a rotor (6) rotatably mounted with respect to a nozzle (3) to be impinged and to be rotated by the water jet from the nozzle (3), and a sleeve (7) circumscribing the nozzle (3) and formed with an open end (7b) through which the water jet is discharged laterally of the nozzle (3). The rotor (6) is displaceable axially of the nozzle (3). A spring (25) normally urges a closure-surface (8) of the rotor (6) against the open end (7b) of the sleeve (7) to close it against the entry of foreign matter, but is deformable by the water jet to displace the closure surface (8) of the rotor (6) axially away from the sleeve (7).
    • 旋转喷洒器包括相对于待喷射的喷嘴(3)可旋转地安装并且通过来自喷嘴(3)的水射流旋转的转子(6)和围绕喷嘴(3)的套筒(7)和 形成有开口端部(7b),水射流通过喷嘴侧向喷出喷嘴(3)排出。 转子(6)可以在喷嘴(3)的轴向上移动。 弹簧(25)通常将转子(6)的封闭表面(8)推靠在套筒(7)的开口端部(7b)上,以将其与外来物质的入口封闭,但可通过水射流 使所述转子(6)的所述封闭表面(8)轴向地远离所述套筒(7)移位。
    • 26. 发明公开
    • Rotary sprinklers
    • Rotierende喷水灭火器
    • EP0630688A2
    • 1994-12-28
    • EP94108797.5
    • 1994-06-08
    • DAN MAMTIRIM, LIMITED PARTNERSHIP
    • Spencer, Benjamin
    • B05B3/04A01G25/00
    • B05B3/0486
    • A rotatable outlet nozzle for use in a rotary sprinkler adapted to be rotatably mounted and driven in a sprinkler housing (1) and comprising a through-flow tube portion (13), a curved deflector wall portion merging with an outlet end of the tube and defining a main outlet and an auxiliary outlet (21) formed in the deflecting wall in a position thereof opposite the main outlet, the positioning and dimensions of the auxiliary outlet (21) being such that an auxiliary water spray emerges therefrom in a direction opposite to that of a main water spray emerging from said main outlet.
    • 一种用于旋转喷洒器的可旋转出口喷嘴,其适于可旋转地安装和驱动在喷洒器壳体(1)中并且包括通流管部分(13),与管的出口端并合的弯曲偏转器壁部分和 形成在与主出口相对的位置上形成在偏转壁中的主出口和辅助出口(21),辅助出口(21)的定位和尺寸使得辅助水喷雾沿着与主出口 从主出口出来的主要水喷雾的。
    • 27. 发明公开
    • Automatically adjustable fluid distributor
    • Automatisch einstellbarerFlüssigkeitsverteiler。
    • EP0518579A2
    • 1992-12-16
    • EP92305209.6
    • 1992-06-08
    • Curtis, Harold D.
    • Curtis, Harold D.
    • F28F25/06B05B3/04B05B1/26
    • F28F25/06B05B1/26B05B1/265B05B3/001B05B3/0486Y10S261/11
    • A fluid distribution apparatus comprises first and second structures 60,72 having first and second spaced surfaces 66,82, respectively. A rotatable member 84 located between first and second spaced surfaces, the rotatable member and the first and second spaced surfaces defining a dual nozzle including a first annular nozzle outlet defined between the rotatable member 84 and the first spaced surface 66 and a second annular nozzle outlet defined between the rotatable member 84 and surface 72. A central opening 92 is defined through the rotatable member, for conducting fluid to one of said first and second annular nozzle outlets. Vanes 96,98 cause rotation of the rotatable member 84 as fluid flows out of the dual nozzle.
    • 流体分配装置包括分别具有第一和第二间隔表面66,82的第一和第二结构60,72。 位于第一和第二间隔表面之间的可旋转构件84,可旋转构件和第一和第二间隔开的表面限定双喷嘴,其包括限定在可旋转构件84和第一间隔表面66之间的第一环形喷嘴出口和第二环形喷嘴出口 限定在可旋转构件84和表面72之间。中心开口92限定穿过可旋转构件,用于将流体传导到所述第一和第二环形喷嘴出口中的一个。 当流体从双喷嘴流出时,叶片96,98引起可旋转构件84的旋转。
    • 30. 发明公开
    • ROTARY SPRINKLER HEAD
    • 旋喷头。
    • EP0236455A1
    • 1987-09-16
    • EP86905657.0
    • 1986-09-17
    • NELSON IRRIGATION CORPORATION
    • NELSON, Barton, L.MEYER, Larry, PaulSESSER, George, L.
    • B05B3
    • B05B3/005B05B3/0486
    • Une tête d'arrosage rotative (10) comprend un corps d'arrosage (12) dépourvu de joints dynamiques et assure la communication entre une source d'eau sous pression et une sortie (14) pour envoyer l'eau dans l'atmosphère sous la forme d'un premier jet ayant un axe vertical. Un distributeur rotatif (16) présente des surfaces (18) qui interfèrent avec le jet pour (1) établir une composante de force de réaction agissant sur le distributeur dans une direction tangentielle à son axe de rotation de manière à en effectuer le mouvement de rotation autour de l'axe de rotation et pour (2) diriger le jet en une configuration d'un ou plusieurs jets incluant au moins un jet s'éloignant du distributeur dans une direction ayant une composante s'étendant vers l'extérieur depuis l'axe vertical du jet primaire de manière à définir le rayon de la configuration d'atomisation circulaire. Une unité de réduction de vitesse (20) est associée de manière opérative au distributeur pour en réduire la vitesse de rotation résultant de la composante de force de réaction, et ce depuis une vitesse de tourbillonement relativement élevée qui se produirait sans cette unité de réduction de vitesse jusqu'à une vitesse relativement faible.