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    • 5. 发明申请
    • SPRINKLER STRUCTURE
    • 喷雾器结构
    • US20150196929A1
    • 2015-07-16
    • US14301432
    • 2014-06-11
    • ZHONGSHAN QING YI METAL PRODUCTS ENTERPRISE CO., LTD.
    • TANG-CHIEH YU
    • B05B3/04B05B1/20
    • B05B3/0409B05B1/20B05B3/044
    • A sprinkler structure includes a base with a rotatable stripe-shaped pipe and spraying pipes installed on the stripe-shaped pipe. The stripe-shaped pipe has an end connected to the base through a hollow shaft which has an outlet pipe, and the other end connected to the base through a pipe plug. A water fetching device is installed at an end of the base for driving the stripe-shaped pipe to rotate and includes a sleeve sheathed on the hollow shaft. A water fetching target is installed at an upper end of the sleeve and near the outlet of an outlet pipe. The base has an inlet pipe interconnected with the hollow shaft, the outlet pipe and the spraying pipe, and further has a conversion device for controlling the water fetching device to rotate in a forward or reverse direction.
    • 喷洒器结构包括具有可旋转的条状管的基座和安装在条形管上的喷射管。 条状管的端部通过具有出口管的中空轴连接到基部,另一端通过管塞连接到基座。 一个取水装置安装在底座的一端,用于驱动条形管旋转,并包括套在空心轴上的套筒。 一个取水器被安装在套管的上端和出口管的出口附近。 基座具有与中空轴,出口管和喷射管相互连接的入口管,并且还具有用于控制取水装置沿正向或反向旋转的转换装置。
    • 7. 发明申请
    • DRIVE MECHANISM FOR A SPRINKLER
    • 喷雾机的驱动机构
    • US20150034737A1
    • 2015-02-05
    • US14264023
    • 2014-04-28
    • HO CHIN CHEN
    • SHIAN CHUN SU
    • B05B3/16B05B15/06
    • B05B3/16B05B1/205B05B3/044B05B3/0459B05B15/625
    • A sprinkler includes a hollow shaft to which a positioning part, a gear casing, a pipe are respectively connected to the hollow shaft. The positioning part and the pipe are respectively connected to a first end support and a second end support of a base. The positioning part has multiple grooves defined in a tubular portion thereof. A hollow positioning rod has a ratchet portion which is resiliently formed thereto. The hollow positioning rod is rotatably mounted to the hollow shaft and the ratchet portion is engaged with the grooves of the positioning part. The hollow positioning rod has a toothed portion which is engaged with an output gear of the gear casing. The gear casing is driven by a hydraulic power so as to swing the pipe periodically. The resilient ratchet portion allows the gear casing and the pipe to swing easily, and no metal spring is required.
    • 喷洒器包括空心轴,定位部分,齿轮壳体,管道分别连接到空心轴。 定位部分和管分别连接到基座的第一端部支撑件和第二端部支撑件。 定位部分具有限定在其管状部分中的多个凹槽。 中空的定位杆具有弹性地形成在其上的棘轮部分。 中空定位杆可旋转地安装在中空轴上,棘爪部分与定位部分的凹槽啮合。 中空定位杆具有与齿轮壳体的输出齿轮啮合的齿形部分。 齿轮箱由液压动力驱动,以便周期性地摆动管道。 弹性棘轮部分允许齿轮箱和管道容易地摆动,并且不需要金属弹簧。
    • 9. 发明申请
    • Device For The Mechanical Inversion Of Direction Of A Rotating Control Component Of A Landscape Sprinkler Device
    • 一种景观洒水装置的旋转控制部件的方向机械反转装置
    • US20110226871A1
    • 2011-09-22
    • US12997529
    • 2009-06-10
    • Thomas Renner
    • Thomas Renner
    • B05B3/02
    • B05B3/0436B05B3/0431B05B3/044B05B15/70B05B15/74
    • The invention relates to the mechanical inversion of direction of a rotating control component of a landscape sprinkler device. Such a device, having a switching member with end stops associated therewith in both pivoting directions the control component, against said stops the switching member stops and is actuated, wherein at least one end stop can be adjusted coaxially with respect to a pivoting axis of the control component. According to the invention the switching member is configured in an elastically resilient manner on the contact region (6) thereof that is positioned at the height of the end stops (10, 11) such that the contact region retreats back from the adjusting path of the end stop in case of an overload, and means (14) are provided in order to re-establish the contact region at a defined position in the rotation angle region between the two end slops from the retreated position.
    • 本发明涉及景观喷淋装置的旋转控制部件的方向的机械反转。 这种具有端部的切换构件在两个枢转方向上都在转动方向上停止,控制部件抵靠所述停止,所述切换构件停止并被致动,其中至少一个端部止挡可以相对于所述转动轴线同轴地调节 控制组件。 根据本发明,切换构件以弹性弹性的方式构造在其位于端部止挡件(10,11)的高度处的接触区域(6)上,使得接触区域从该调节路径 在超负荷的情况下设置终端挡块,并且提供装置(14),以便在退避位置处的两个端部斜坡之间的旋转角度区域中的限定位置处重新建立接触区域。