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    • 1. 发明申请
    • FLOW REGULATOR
    • 流量控制
    • WO2006094581A8
    • 2006-12-07
    • PCT/EP2006000854
    • 2006-02-01
    • NEOPERL GMBHHART KEITHZOLLER UWEWEIS CHRISTOPH
    • HART KEITHZOLLER UWEWEIS CHRISTOPH
    • G05D7/01
    • G05D7/012E03C1/08E03C2001/026
    • The invention relates to a flow regulator (50) having a controller housing (1) which has a central body (3) in a passage duct (2), said central body (3) engaging around an annular throttle body (4) which is made from an elastic material and delimits a control gap (6) between itself and an adjacent peripheral lateral surface (5) which is provided with control recesses (7, 7') which are spaced apart from one another in the peripheral direction and are oriented in the flow direction (Pf 1, Pf 2), with the passage cross-section of said control gap (6) being variable by means of the throttle body (4) deforming under the pressure difference generated as flow passes through. The flow regulator (50) according to the invention is characterized in that the clear flow cross-section of the control gap (6) can be varied by means of a change in the relative position of the throttle body (4) and the peripheral lateral surface (5), in that the relative position of the throttle body (4) and the peripheral lateral surface (5) can be fixed as a function of the flow direction (Pf 1, Pf 2) of the fluid flowing through the passage duct (2), and in that the central body (3) is embodied as a control pin, control cone or similar control body which has the control recesses (7, 7') and has at least two sub-sections having cone-shaped, pin-shaped or similar control body cross-sections which differ from one another and/or having control recesses (7, 7') for changing between at least two flow capacities and/or at least two pressure regions.
    • 本发明涉及一种具有控制器壳体(1)中,(1)在一个通道(2)包括一个中心本体的流量调节器(50)(3),到环形节流构件(4)接合周围由弹性材料制成,所述节气门体(4)之间 和相邻的,彼此间隔开的,与所述圆周方向和流动方向(PF 1,PF2)取向调节的凹槽(7,7“)设置有周向壳体表面(5)限定的控制间隙(6)根据其通道横截面的形成穿过,因为它流过 压力差变形节气门体(4)是可变的。 对于本发明的流寄存器(50)的特征在于,控制间隙(6)通过改变节气门体的相对位置的明确的流动横截面(4)和周向表面(5)是可变的,所述节气门体的相对位置(4)和周向表面(5) 根据流动方向的(PF 1,PF2)通过流过(2)中的流体可被固定通道,并且所述中央体(3)被设计具有比调节凹槽(7,7“)的控制销,控制锥形或类似的控制构件方向 具有用于至少两个流率和/或至少两个压力范围之间改变与发散圆锥形,轴颈或类似控制体的横截面和/或调节的凹槽(7,7“)的至少两个子部分。
    • 2. 发明申请
    • SANITARY INSTALLATION ELEMENT
    • 卫浴装元件
    • WO2008067948A8
    • 2008-11-27
    • PCT/EP2007010366
    • 2007-11-29
    • NEOPERL GMBHZOLLER UWEWEIS CHRISTOPHGRETHER HERMANN
    • ZOLLER UWEWEIS CHRISTOPHGRETHER HERMANN
    • E03C1/084
    • E03C1/084E03C2001/026
    • The invention relates to a sanitary installation element (101) which is arranged in a water line. The installation element (101) according to the invention comprises a mixing device (4) with at least one throttling or closing element (5), which throttling or closing element (5) can be moved under the pressure of the inflowing water from a mixing or open position into a throttling or closed position against a restoring force, wherein the mixing device (4) offers a relatively large clear flow cross section when the at least one throttling or closing element (5) is in the mixing or open position, and, by contrast thereto, a reduced clear flow cross section when the at least one throttling or closing element (5) is in the throttling or closed position. The installation element according to the invention is distinguished in that it always offers an optimum flow cross section both in low and high pressure ranges (cf. figure 1).
    • 本发明涉及一种设置在水管卫生配件元件(101)。 根据本发明(101)的安装元件具有一个掺合装置(4)与至少一个节流或闭合元件(5),该节流或闭合元件(5)的进入的水的压力通过抵抗回复力的比例或打开位置到油门下 - 或闭合位置是可动的,其特征在于,所述混合装置(4)在至少一个节流或封闭元件的所述混合位置或打开位置(5)具有在节流流和较大净横截面或关闭所述至少一个节流的位置或闭合元件(5)具有对比度 降低的清除携带lussquerschnitt提供。 根据本发明的安装元件,其特征在于无论是在低和高压区域,它总是提供最佳的流动横截面(参见图1)。
    • 3. 发明申请
    • BALL JOINT FOR A SANITARY OUTLET FITTING
    • 球节的卫生出口阀
    • WO2008067879A8
    • 2008-08-14
    • PCT/EP2007009219
    • 2007-10-24
    • NEOPERL GMBHGRETHER HERMANNWEIS CHRISTOPH
    • GRETHER HERMANNWEIS CHRISTOPH
    • E03C1/04E03C1/08
    • E03C1/08E03C1/021E03C1/0404E03C2001/082
    • The invention relates to a ball joint (1) with first and second joint parts (5, 2) which are connected to one another in an articulated manner and comprise interconnected liquid ducts, and of which one joint part (2) can be detachably fastened to a water inlet and the other joint part (5) is designed as a water outlet or can be detachably connected to a water outlet. What characterizes the ball joint (1) according to the invention is that the first joint part (5) is held such that it is able to pivot, by way of a spherical cap-shaped or spherical segment-shaped or similar spherical front end region (6) of its wall, between a shape-adapted joint socket (7) on the second joint part (2) on the one hand and a joint head (8) on a holding element (9) provided in the inner cavity of the first joint part (5) on the other hand, that the holding element (9) passes, by way of a connecting shaft (10) acting on the second joint part (2), through a passage opening (11) in the first joint part (5), and that the holding element (9) interconnects the liquid ducts of the first joint part (5) and of the second joint part (2). Since the first joint part (5) is arranged such that it is able to pivot in a joint socket (7) of the second joint part (2), it is possible for the first joint part (5) and second joint part (2) of the ball joint (1) according to the invention to be connected to one another without relatively large transitions and, in particular, without aesthetically objectionable jumps in diameter (cf. figure 11).
    • 本发明涉及一种球窝接头(1)与第一和第二接合部分(5,2),其铰接地相互连接的,并包括互相连接的液体管道,以及其中的一个接头部件(2)可拆卸地紧固到进水口和另一接合部分(5 是)设计成一个水出口或可释放地连接到出水口。 对于本发明的球窝接头(1)的特征在于,所述第一接头部(5)用kugelkalotten-或截球形或类似球形前端区域(6)它的壁的,形状适于关节窝(7)之间,在所述第二关节部(2)上,一方面和接合头( 8)在一个设置(在另一方面,第一铰链部件5)保持元件(9)枢转地支撑在的内腔,所述保持元件(9)与(第二Genlenkteil 2)作用的连接轴(10)具有第一铰链部分的通孔(11) (5)穿过,并且所述保持元件(9)连接第一关节部(5)和所述第二接合部分(2)彼此的液体导管。 由于在插座中的第一接头部(5)(7)的第二铰链部件(2)可枢转地布置,可以第一接头部分(5)和第二铰链部件(2)根据本发明的球窝接头(1)没有任何重大转变,特别是,无需在直径美学令人不安的跳跃 连接在一起。
    • 4. 发明申请
    • FLOW VOLUME CONTROLLER FOR SANITARY APPLICATIONS AND METHOD FOR CONFIGURING SAID FLOW VOLUME CONTROLLER
    • 流量控制进行解释这样的流动控制器的供水管道应用和方法
    • WO2011051044A3
    • 2012-08-23
    • PCT/EP2010063314
    • 2010-09-10
    • NEOPERL GMBHWEIS CHRISTOPHSOECHTIG MICHAEL
    • WEIS CHRISTOPHSOECHTIG MICHAEL
    • G05D7/01
    • G05D7/012
    • The invention relates to a flow volume controller for sanitary applications having a housing having an annular-gap-like through-passage and furthermore having an elastic throttle body arranged near the annular gap which changes the annular gap or sections thereof due to elastic deformation upon the formation of pressure differences in the flowing medium, wherein the annular gap has a profile and the elastic throttle body is supported having the outflow side surface thereof on a support shoulder which is a component of the housing. According to the invention, either a retaining ring, a retaining bulge or a plurality of retaining tabs is provided on the inlet side for axial attaching of the elastic throttle body, wherein the retaining ring or the retaining tabs substantially cover the projected inflow side surface of the throttle body to a maximum of one half, preferably to a maximum of one third when viewed from the inflow side, such that the flow pressure of the flowing medium sufficiently engages on the throttle body and discontinuity points in the control characteristics are prevented. The invention also relates to a method for configuring symmetrical profiling of an annular gap for flow volume controllers and a production method for said controllers.
    • 本发明涉及一种流量调节器,用于卫生应用中,具有一个外壳,具有环形间隙状的贯通孔,并进一步与在环形间隙区域布置,弹性节流而变化的环形间隙或其部分由于弹性变形形成在所述流动介质的压力差部件,所述环形间隙 具有分析和弹性节气门体上的支承肩部,其是壳体的一部分其下游表面被支撑。 根据本发明,对提供,从保持环或保持片的上游侧的弹性节气门体或者保持环,保持珠或多个保持突出部的轴向固定在上游侧认为节气门体的投影流入侧表面基本上仅达一半,优选为最大的 覆盖三分之一,从而使流动介质的流动压力充分作用于节气门体和不连续性通常特性,得以避免。 本发明还提供了一种用于对流量调节器的环形间隙的对称轮廓的解释,以及用于这种调节器的制造方法的过程。
    • 6. 发明申请
    • JET DIFFUSOR
    • 喷气充气器
    • WO2008089808A8
    • 2008-09-25
    • PCT/EP2007010394
    • 2007-11-30
    • NEOPERL GMBHGRETHER HERMANNSTEIN ALEXANDEROECHSLE DANIELWEIS CHRISTOPH
    • GRETHER HERMANNSTEIN ALEXANDEROECHSLE DANIELWEIS CHRISTOPH
    • E03C1/08E03C1/084
    • E03C1/084
    • The invention relates to a jet diffuser (1) having a diffuser housing (8) that can be installed in the water discharge of a sanitary outlet fitting, and having a jet divider (12) in the interior of the housing, dividing the inflowing water flow into a plurality of individual jets, a mixing zone (14) being disposed downstream of the divider for diffusing the individual jets, wherein at least one diffusing channel (16) is provided that ends in the mixing zone (14). Characteristic to the jet diffuser according to the invention is that a throttle or locking piece (18) is provided for reducing and/or optionally activating or deactivating the diffusing function, the throttle or locking piece being displaceable between an open position opening the at least one diffusing channel (16) and a throttle or locking position at least partially closing the at least one diffusing channel (16) by means of a rotary and/or sliding movement (see FIG. 1).
    • 本发明涉及一种具有喷射充气器(1)一个Belüftergehäuse(8),其被插入到卫生出口配件的出水口,并且具有一个,进入的水的流动在其外壳的内部分隔成多个单独的光束分割光束分离器(12),流出侧的(混合区 14)用于所述个体通气梁,其中至少一个(在混合区14)向外开口的通风通道(16)被提供下游连接。 对于本发明的喷射充气器,其特征在于,用于节流和/或选择性地接通或切断的通风功能,节流阀或关闭件(18)设置,其通过所述至少一个通风管之间的旋转和/或滑动运动的装置是可打开的(16) 打开位置和一个通风通道,至少一个(16)关闭节气门位置或闭合位置至少部分地移动。
    • 8. 发明专利
    • Componente de instalación sanitaria
    • ES2731950T3
    • 2019-11-19
    • ES13000549
    • 2011-03-14
    • NEOPERL GMBH
    • HART KEITHBLUM GERHARDTEMPEL MARCWEIS CHRISTOPH
    • E03C1/084B05B1/30B05B7/04E03C1/02E03C1/08
    • Componente de instalación sanitaria (80, 90) que puede insertarse en la salida de agua de un accesorio de grifería de salida sanitaria y tiene un dispositivo de reglaje para variar el corte transversal de flujo libre del componente de instalación y/o el caudal volumétrico, cuyo dispositivo de reglaje está configurado como un regulador de caudal (18) que tiene un cuerpo de estrangulación anular (19) de material elástico, el cual (19) limita una rendija de control (22) entre él mismo y un perfilado de regulación (21) previsto en unas paredes periféricas interior y/o exterior contiguas (20, 56), en el que el dispositivo de reglaje puede ser maniobrado por al menos un elemento de mando (8), el cual (8) está dispuesto de manera maniobrable en el lado de afluencia del componente de instalación y/o en su lado de efluencia, en el que un apoyo (23) destinado a soportar el cuerpo de estrangulación (19) o las paredes periféricas interior y/o exterior (20, 56) dotadas del perfilado de regulación (21) están configurados como un elemento de reglaje (10) que coopera con las paredes periféricas interior y/o exterior (20, 56) configuradas como elemento de reglaje (9) o con el apoyo (23), respectivamente, y en el que el al menos un elemento de mando (8) está configurado como un mango (71) unido con el apoyo (23) del regulador de caudal (18) y orientado en la dirección longitudinal del componente de instalación (80, 90), caracterizado por que la rendija de control puede ser variada en su corte transversal de flujo libre por medio del cuerpo de estrangulación (19) que se deforma bajo la presión del fluido circulante, y por que el mango (71) va guiado de forma axialmente desplazable e inmovilizable en una abertura de guía (73) del componente de instalación (80, 90).