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    • 3. 发明申请
    • PULSATOR VALVE DEVICE
    • 脉冲阀装置
    • WO2017215794A1
    • 2017-12-21
    • PCT/EP2017/052029
    • 2017-01-31
    • HUSQVARNA AB
    • RENNER, ThomasMAAG, Markus
    • B05B1/08A01G25/16B05B1/30B05B12/06
    • A pulsator valve device for generating a pulsed flow of a liquid (L) through an outlet (8B) of a passage (8) for the liquid (L) comprising a) at least one valve element (9) which is moveable in a repetitive movement comprising an opening movement from a closed state for closing the outlet (8B) to at least one opened state for opening the outlet (8B) and a closing movement from an opened state to the closed state, b) at least one actuator element (10) and c) at least one resilient first bellows (13) having folds (131) and an inner space (130) being confined in a liquid tight manner and being connected with the actuator element (10) and with the valve element (9), d) wherein the actuator element (10) has at least one hydraulic surface (A2) which can be put under the liquid pressure (P1) of the liquid (L) in the passage (8) on one side and under the internal pressure (P0) prevailing in the inner space (130) of the first bellows (13) on the other side, e) wherein the first bellows (13) is provided with a liquid exchange channel (22, 25, 14) for its inner space (130) allowing for liquid (L) to flow out of the inner space (130) when the volume of the inner space (130) is reduced during compression of the first bellows (13) and allowing for liquid (L) to flow into the inner space (130) when the volume of the inner space (130) is increased during decompression of the first bellows (13), and f) wherein the first bellows (13), during at least part of the time when the valve element (9) is in the closed state and/or in at least part of the opening movement of the valve element (9), is compressed by a hydraulic force being generated at the hydraulic surface of the actuator element (10) due to the pressure difference between the liquid pressure (P1) and the internal pressure (P0) and, in at least part of the closing movement of the valve element (9), is decompressed by a resilient force of the first bellows (13), when due to a flow of liquid (L) into the inner space (130) through said liquid exchange channel (22) said pressure difference and thus said hydraulic force is reduced or zero.
    • 一种用于通过用于液体(L)的通道(8)的出口(8B)产生液体(L)的脉冲流的脉动阀装置,包括:a)至少一个阀元件 所述重复运动包括从关闭所述出口(8B)的关闭状态到打开所述出口(8B)的至少一个打开状态以及从打开状态到所述关闭状态的关闭运动的打开运动, b)至少一个致动器元件(10)和c)至少一个弹性的第一波纹管(13),所述第一波纹管具有折叠部(131)和内部空间(130),所述折叠部以液密方式被限制并且与所述致动器元件 )和阀元件(9),d),其中致动器元件(10)具有至少一个液压表面(A2),该液压表面能够置于通道(8)中液体(L)的液体压力(P1) )在一侧并且在另一侧上的第一波纹管(13)的内部空间(130)中存在的内部压力(P0)下,e)其中第一波纹管 所述内部空间(130)的体积小于所述内部空间(130)的体积时,所述内部空间(130)内的液体(L)从所述内部空间(130)流出,所述内部空间(130)内的液体交换通道(22,25,14) )在第一波纹管(13)的压缩期间减小,并且当在第一波纹管(13)的减压期间内部空间(130)的体积增大时允许液体(L)流入内部空间(130) 和f)其中,在阀元件(9)处于关闭状态和/或在阀元件(9)的打开运动的至少一部分中的至少部分时间期间,第一波纹管(13)是 由于液体压力(P1)和内部压力(P0)之间的压力差而在致动器元件(10)的液压表面处产生的液压力压缩,并且在阀的关闭运动的至少一部分中 当由于液体(L)流入所述内部空间(13)时,所述元件(9)通过所述第一波纹管(13)的弹力减压。 e(130)通过所述液体交换通道(22),所述压力差并因此所述液压力减小或为零。
    • 4. 发明申请
    • TAP CONNECTOR WITH FLOW STABILIZATION
    • TAP连接器与流动稳定
    • WO2017162285A1
    • 2017-09-28
    • PCT/EP2016/056423
    • 2016-03-23
    • HUSQVARNA AB
    • RENNER, Thomas
    • F16L37/48F15D1/02
    • The invention relates to a tap connector comprising a first coupling portion (2) adapted to couple the tap connector (1) with a tap (10) and a second coupling portion (3) adapted to receive a hose connector, wherein the second coupling portion (3) comprises a fluid channel (4) for guiding a fluid received from the tap (10) to a fluid outlet (5), characterized in that the fluid channel (4) comprises one or more ribs (6) protruding from a wall (4.1) of the fluid channel into the fluid channel (4) and the one or more ribs (6) are integrally formed at the wall (4.1) of the fluid channel (4).
    • 本发明涉及一种抽头连接器,其包括适于将抽头连接器(1)与抽头(10)连接的第一连接部分(2)和适于接收抽头(10)的第二连接部分(3) (3)包括用于将从所述龙头(10)接收的流体引导到流体出口(5)的流体通道(4),其特征在于,所述流体通道(4)包括一个或多个 从流体通道的壁(4.1)突出到流体通道(4)中的肋条(6)和一个或多个肋条(6)一体地形成在流体通道(4)的壁(4.1) p>
    • 5. 发明申请
    • SPRAYING APPARATUS AND SPRAY HEAD FOR A SPRAYING APPARATUS
    • 喷雾装置和喷雾头用于喷雾装置
    • WO2016165744A1
    • 2016-10-20
    • PCT/EP2015/058050
    • 2015-04-14
    • HUSQVARNA AB
    • RENNER, Thomas
    • B05B1/18B05B1/30B05B1/32B05B11/00B08B3/02
    • B05B1/323B05B1/18B05B1/3006B05B9/01B08B3/028F16K23/00
    • The invention relates to a spraying apparatus comprising a liquid inlet (2) being adapted to be coupled with a water supply line or water hose, a spray head (3) comprising a liquid outlet (4) for providing liquid to liquid receiving objects and a liquid channel (5) fluidly coupling the liquid inlet (2) with the liquid outlet (4). In addition, a valve entity (6) is provided between the liquid inlet (2) and the liquid outlet (4), said valve entity (6) comprising a membrane (7) made of elastic material, said membrane (7) comprising one or more slits (7.1) in order to enable a liquid flow through said valve entity (6) when the liquid pressure provided to the valve entity (6) is above a certain pressure threshold and disable a liquid flow out of the liquid outlet when the liquid pressure provided to the valve entity (6) is below said threshold.
    • 本发明涉及一种喷射装置,包括适于与供水管线或水管连接的液体入口(2),喷头(3),包括用于向液体接收物体提供液体的液体出口(4) 液体通道(5)将液体入口(2)与液体出口(4)流体连接。 另外,阀体(6)设置在液体入口(2)和液体出口(4)之间,所述阀体(6)包括由弹性材料制成的膜(7),所述膜(7)包括一个 或更多的狭缝(7.1),以便当提供给阀体(6)的液体压力高于某一压力阈值时,使液体能够流过所述阀体(6),并且当液体出口 提供给阀体(6)的液体压力低于所述阈值。
    • 6. 发明申请
    • SPRAY HEAD AND SPRAYING APPARATUS
    • 喷头和喷涂装置
    • WO2016162064A1
    • 2016-10-13
    • PCT/EP2015/057713
    • 2015-04-09
    • HUSQVARNA AB
    • RENNER, Thomas
    • B05B1/18B05B1/30B05B1/32B05B11/00
    • B05B1/185B05B1/18B05B1/3006B05B1/323B05B11/0016F16K24/04
    • The invention relates to a spray head comprising a spray head base body (2) and a nozzle plate (3), the spray head base body (2) comprising at least one liquid channel (4) for providing a liquid flow towards the nozzle plate (3), wherein a drip-stop element (10) is located between the spray head base body (2) and the nozzle plate (3), said drip-stop element (10) comprising at least one opening (11) being fluidly coupled with said liquid channel (4) for providing a fluid flow into a space (6) between the drip-stop element (10) and the nozzle plate (3), wherein at least a top portion (12) of said drip-stop element (10) is movably mounted within a spray head chamber (5) in order to perform a stroke movement, wherein said top portion (12) is preloaded such that the top portion (12) rests against the nozzle plate (3) without applying any external forces to the top portion (12) and said top portion (12) is lifted off the nozzle plate (3) in case that a liquid flow is provided through the liquid channel (4) into the space (6) between said top portion (12) and the nozzle plate (3).
    • 本发明涉及一种喷头,其包括喷头基体(2)和喷嘴板(3),喷头基体(2)包括至少一个液体通道(4),用于向喷嘴板 (3),其中止血件(10)位于喷头基体(2)和喷嘴板(3)之间,所述止血件(10)包括至少一个开口(11) 与所述液体通道(4)联接,用于将流体流动提供到所述止滴元件(10)和所述喷嘴板(3)之间的空间(6)中,其中至少所述滴落止动件的顶部(12) 元件(10)可移动地安装在喷头室(5)内以便执行冲程运动,其中所述顶部部分(12)被预加载,使得顶部部分(12)抵靠喷嘴板(3)而不施加 在通过液体提供液体流动的情况下,到顶部部分(12)和所述顶部部分(12)的任何外力被提升离开喷嘴板(3) (4)插入到所述顶部(12)和喷嘴板(3)之间的空间(6)中。
    • 7. 发明申请
    • WATER OUTLET DEVICE
    • 水出口装置
    • WO2016155836A1
    • 2016-10-06
    • PCT/EP2015/057355
    • 2015-04-02
    • HUSQVARNA AB
    • CLAUS, RalfRENNER, Thomas
    • B05B1/12B05B1/14B05B1/26B05B15/04
    • B05B1/14B05B1/12B05B1/185B05B1/26B05B12/16
    • The present invention relates to a water outlet device (10), in particular for connecting to a flexible tube. The water outlet device (10) comprises a first casing (12), a second casing (14) and a perforated disc (16). The first casing (12) and the second casing (14) are moveable to each other along an axis (28). The perforated disc (16) is arranged or arrangeable at a front side of the first casing (12). The border of the perforated disc (16) is attached or attachable at a front edge of the first casing (12). The centre of the perforated disc (16) is attached or attachable at a front portion of the second casing (14). The perforated disc (16) is made of a flexible sheet. The perforated disc (16) is adjustable between a concave shape and a convex shape, when the first casing (12) and the second casing (14) are moved to each other along the axis (28).
    • 本发明涉及出水装置(10),特别是用于连接到柔性管。 出水装置(10)包括第一壳体(12),第二壳体(14)和穿孔盘(16)。 第一壳体(12)和第二壳体(14)可沿轴线(28)彼此移动。 多孔板(16)布置或布置在第一壳体(12)的前侧。 多孔盘(16)的边界在第一壳体(12)的前边缘附接或附接。 多孔板(16)的中心在第二壳体(14)的前部附接或附接。 穿孔盘(16)由柔性片制成。 当第一壳体(12)和第二壳体(14)沿轴线(28)彼此移动时,多孔板(16)可在凹形和凸形之间调节。
    • 8. 发明申请
    • PRESSURE REDUCING ELEMENT
    • 减压元件
    • WO2016150509A1
    • 2016-09-29
    • PCT/EP2015/056488
    • 2015-03-26
    • HUSQVARNA AB
    • MAAG, MarkusRENNER, Thomas
    • A01G25/00G05D16/06A01G25/16
    • A01G25/16G05D16/0619
    • A pressure reducing device (7) for reducing pressure in a fluid, in particular a liquid (L) such as water, preferably for use in an irrigation device, comprises: a) at least one passage element (14) for passage of the fluid (L) between at least one inlet orifice (32) and at least one outlet orifice (38), b) at least one orifice element (19) and c) at least one resilient element (12), d) wherein the passage element (14) and the orifice element ( 19) are movable relative to each other in such a way, that, preferably in a feedback-loop, the inlet orifice (32) is decreased by moving the passage element (14) and the orifice element (19) towards each other in a decrease movement (DM) when the pressure of the fluid (L) is in a first pressure range and/or equal to or above a given pressure threshold, and that the inlet orifice (32) is increased by moving the passage element (14) and the orifice element (19) away from each other in an increase movement (IM), when the pressure of the fluid (L) is in a second pressure range below the first pressure range and/or below the pressure threshold, e) wherein the at least one resilient element (12) supports or causes with its resilient force, in particular upon stretching or compressing deformation, the increase movement (IM) between the passage element (14) and the orifice element (19), f) wherein at least one resilient element (12) is formed as a first bellows (12) having several folds (112), g) wherein an interior space (22) of the first bellows (12) forms a passage for the fluid (L), the folds (112) forming a closed or sealing wall or casing of the interior space (22) impermeable for the fluid (L), h) wherein the first bellows (12) is mechanically connected with the passage element (14) or is mechanically connected with the orifice element (19) or forms at least a part of the passage element (14).
    • 用于减轻流体(特别是诸如水的液体(L))中的压力的​​减压装置(7)优选用于冲洗装置,包括:a)至少一个通道元件(14),用于使流体 (L)在至少一个入口孔(32)和至少一个出口孔(38)之间,b)至少一个孔元件(19)和c)至少一个弹性元件(d),其中所述通道元件 (14)和孔元件(19)可以这样的方式相对移动,即优选在反馈回路中,通过移动通道元件(14)和孔元件(14)来减小入口孔(32) (19)在所述流体(L)的压力处于第一压力范围和/或等于或高于给定压力阈值时的减小运动(DM)中彼此相对,并且所述入口孔(32)增加 通过在增加运动(IM)中使通道元件(14)和孔元件(19)彼此远离移动,当流体(L)i的压力 在低于第一压力范围和/或低于压力阈值的第二压力范围内,e)其中所述至少一个弹性元件(12)特别地在其弹性力的作用下支撑或引起,特别是在拉伸或压缩变形时,增加运动 (11),其中至少一个弹性元件(12)形成为具有多个折叠(112)的第一波纹管(12),g)其中内部 第一波纹管(12)的空间(22)形成用于流体(L)的通道,折叠部分(112)形成内部空间(22)的封闭或密封壁或外壳,用于流体(L)不可渗透,h ),其中所述第一波纹管(12)与所述通道元件(14)机械连接或与所述孔元件(19)机械连接或形成所述通道元件(14)的至少一部分。
    • 9. 发明申请
    • TOOL HOLDER
    • WO2023020956A1
    • 2023-02-23
    • PCT/EP2022/072647
    • 2022-08-12
    • HUSQVARNA AB
    • RENNER, Thomas
    • B25H3/04
    • A tool holder (100, 100') for holding one or more tools (110, 110'). The tool holder (100, 100') includes a body (101). The body (101) includes at least one cavity (130, 130') to hold the one or more tools (110, 110'). Each of the at least one cavity (130, 130') defines a central axis (Y-Y'), and the tool holder (100, 100') defines a longitudinal axis (X-X'), wherein the central axis (Y-Y') is substantially perpendicular to the longitudinal axis (X-X'). The at least one cavity (130, 130') is configured to removably receive an extension (116, 116') of a handle (112, 112') of the one or more tools (110, 110') such that when the extension (116, 116') is removably received in the cavity (130, 130'). At least a part of the tool (110, 110') extends along the longitudinal axis (X-X') below the at least one cavity (130, 130'). The tool holder (100, 100') is characterized in that the cavity (130, 130') is defined as a through opening, and wherein the cavity (130, 130') is configured to receive at the same time two tools (110, 110') on two opposing sides of the cavity (130, 130') seen along the central axis (Y-Y').