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    • 43. 发明公开
    • Einbaugarnitur mit Universalschmutzscheibe
    • EP1138837A2
    • 2001-10-04
    • EP00116662.8
    • 2000-08-02
    • KETTLER GMBH
    • Buhla, MichaelSwoboda, Markus
    • E03B9/08
    • E03B9/16
    • Ein für den Einsatz im Staßenunterbau einzusetzende Einbaugarnitur 1 verfügt am unteren Ende 7 des Schutzrohres 3 über eine Schmutzscheibe 12 in Form einer ringförmigen Aufnahme 16. In diese ringförmige Aufnahme 16 sind mindestens ein Einsatz 17 oder zwei Einsätze 17, 20 einfügbar, die über eine Ausnehmung 15 verfügen, die im Einfassungsbereich 18 des Leitungsschiebers 8 diesen schmutzdicht einfassend flexibel ausgebildet ist. Die Einsätze 17, 20 bestehen vor allem aus einem Stützring 25, 25' sowie einem diesen zum Mittelpunkt 27 hin überragenden Einsatz 17, 20 aus weichem Kunststoff. Hierdurch ist eine Anpassung der Schmutzscheibe an den jeweiligen Leitungsschieberaufsatz 14 immer gewährleistet.
    • 污垢盘(12)由安装环(16)组成,其安装环(16),其装配的插入件包括一个开口(15),以适合于线阀(8)的入口(18),并将其灵活地关闭污垢进入。 安装件(1)具有固定在安装环(16)中的两个单独的插入件,并且在其内壁上具有相应的锁定鼻部或将切口固定在适当位置。 分配给插入件的污垢盘是外部边缘的,以接合如所指定的鼻或底切,其又相应地对于相应的插入件而在外围偏移。 开口(15)装配在线阀延伸部(14)的六边形内。
    • 49. 发明公开
    • Fire hydrant
    • 消防栓
    • EP2690227A2
    • 2014-01-29
    • EP13492001.6
    • 2013-07-17
    • "Tecoop-Eng" D.O.O. Pancevo
    • Radeka, Spasoje
    • E03B9/04E03B9/08E03B9/14
    • E03B9/04E03B9/08E03B9/14F16K17/0466F16K17/164F16K17/30
    • The invention refers to improvement of construction at overground and underground Fire Hydrants.
      Solutions are shown:
      - how to dislocate the screw part of the gate valve and the bearing of axial forces of the gate valve, out of water current,
      - bearings of axial forces of the gate valve by rolling bearings,
      - activation of Hydrant without additional tools, by direct hands acting on hydrant cap,
      - mechanical blockade against an unauthorized activating,
      - mechanical limitations of the position of gate valve when the water flow is biggest,
      - problem of the level of water lagging behind and sur-pressure in the hydrant body, when the hydrant is closed,
      - drainage valve which is activated by the effect of water pressure, being independent of any part of the gate valve.
    • 本发明涉及地下和地下消防栓施工的改进。 解决方案如下: - 如何使闸阀的螺杆部分和闸阀的轴向力脱离水流, - 通过滚动轴承对闸阀的轴向力进行脱扣, - 无需附加功能即可启动消防栓 工具,通过直接手作用在消防栓盖上, - 机械封锁以防止未经授权的启动, - 当水流量最大时,闸阀位置的机械限制, - 水位滞后和消防栓的压力问题 身体,当消防栓关闭时,排水阀由水压作用激活,独立于闸阀的任何部分。
    • 50. 发明公开
    • Hydrant valve
    • Hydrantenventil
    • EP2690226A1
    • 2014-01-29
    • EP12005471.3
    • 2012-07-27
    • IMP ARMATURE d.o.o.
    • Babic, Boris
    • E03B9/02E03B9/04E03B9/08F16K27/00
    • E03B9/02E03B9/04E03B9/08F16K1/24F16K27/006F16K31/50
    • In a hydrant valve, which s with respect to state-of-the-art solutions essentially simplified and also much more reliable, a sealing passage (4) is adapted to cooperate with a valve disc (5) and is located adjacent to the outlet opening (3), wherein an additional chamber (9) is foreseen within a casing (1) between said sealing passage (4) and the intake opening (2), which is in the transversal direction relative to the geometric axis (23) throughout the outlet opening (3) sufficiently deflected to receive the valve disc (5), when it is pivoted from the area of the sealing passage (4) at least for such extent that a probe or a similar device for inspecting of the interior of the pipeline (P) can be introduced throughout said sealing passage (4). The valve disc (5) is displaceable into said area of the sealing passage (4) or optionally also outside from said area, by means of a spindle (6), which is embedded within the casing (1) and can be rotated around its longitudinal axis (60) extending parallel with respect to said axis (23) of the outlet opening (3), wherein at least a part (61) of said spindle (6) protrudes outside from the casing (1). A nut (7) is placed on said spindle (6), which is by turning the spindle (6) around its longitudinal axis (60) displaceable along said axis (60), and a lever (8) in the form of cantilever with attached valve disc (5) on its free end portion is connected with said nut (7), so that said lever (8) is together with the nut (7) displaceable along said axis (60) of the spindle (6), but at the same time it is freely rotatable relative to said nut (7) around the axis (60) of the spindle (6).
    • 在消防栓阀门中,相对于现有技术的解决方案基本上简化并且也更可靠,密封通道(4)适于与阀盘(5)协作并且位于出口 开口(3),其中在所述密封通道(4)和所述进气开口(2)之间的壳体(1)内预见附加的腔室(9),其相对于所述几何轴线(23)处于横向方向 当所述出口开口(3)从所述密封通道(4)的区域枢转时,所述出口开口(3)充分偏转以接收所述阀盘(5),所述至少一定程度上使得探针或用于检查所述密封通道 管道(P)可以贯穿所述密封通道(4)。 阀盘(5)可通过主轴(6)移动到密封通道(4)的所述区域中,或者可选地位于所述区域的外部,所述主轴(6)嵌入壳体(1)内并且可围绕其旋转 纵向轴线(60)相对于所述出口(3)的所述轴线(23)平行延伸,其中所述心轴(6)的至少一部分(61)从壳体(1)向外突出。 螺母(7)被放置在所述主轴(6)上,其通过使主轴(6)围绕其沿着所述轴线(60)可移位的纵向轴线(60)转动,并且具有悬臂形式的杠杆(8) 连接的阀盘(5)在其自由端部与所述螺母(7)连接,使得所述杠杆(8)与沿主轴(6)的所述轴线(60)移动的螺母(7)一起,但是 同时可相对于所述螺母(7)围绕主轴(6)的轴线(60)自由旋转。