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    • 25. 发明申请
    • VACUUM ATTACHMENT FOR A VACUUM CLEANER
    • 真空清洁机的真空附件
    • US20100037422A1
    • 2010-02-18
    • US12522488
    • 2007-12-10
    • Martin BehrenswerthMarkus DrueckerGuenther EnnenCornelius Wolf
    • Martin BehrenswerthMarkus DrueckerGuenther EnnenCornelius Wolf
    • A47L5/26
    • A47L9/04
    • A vacuum attachment for a vacuum cleaner including a housing having a vacuum channel. A roller is rotatably and displaceably disposed in a region of the vacuum channel and driveable during a vacuuming operation. The roller includes at least one of bristles and baffle walls configured to be in partial contact with a floor covering during the vacuuming operation. At least one roller magnet is disposed on the roller at least one end thereof. At least one housing magnet is non-rotatably disposed on the housing axially adjacent to the at least one roller magnet and configured to interact with the at least one roller magnet so as to alternately at least one of attract and repel the roller so that the roller performs an oscillatory motion as it rotates.
    • 一种用于真空吸尘器的真空附件,其包括具有真空通道的壳体。 辊可旋转地且可移动地设置在真空通道的区域中并且可以在抽真空操作期间驱动。 辊子包括刷毛和挡板壁中的至少一个,其构造成在真空操作期间与地板覆盖部分接触。 至少一个辊子磁体设置在辊的至少一端上。 至少一个壳体磁体不可旋转地设置在壳体上轴向相邻于至少一个辊子磁体并被配置为与至少一个辊子磁体相互作用,以便交替地吸引和排斥辊子中的至少一个,使得辊子 在旋转时执行振荡运动。
    • 29. 发明申请
    • Suction nozzle for a vacuum cleaner, comprising a dust flow display device
    • 一种真空吸尘器吸嘴,包括一尘埃流显示装置
    • US20070180648A1
    • 2007-08-09
    • US10598007
    • 2005-02-01
    • Klemens AndrupDiethard BeckerSeyfettin KaraOliver LiebigRainer SchultzHeiko StorkStefan TiekoetterCornelius Wolf
    • Klemens AndrupDiethard BeckerSeyfettin KaraOliver LiebigRainer SchultzHeiko StorkStefan TiekoetterCornelius Wolf
    • A47L9/00A47L5/00
    • A47L9/2857A47L9/02A47L9/281
    • The invention relates to a suction nozzle for a vacuum cleaner, that can be connected to a suction pipe and/or a suction tube of the vacuum cleaner. Said suction nozzle (2) comprises a nozzle part that can be connected to the suction pipe or the suction tube of the vacuum cleaner by means of a tubular connection part (2.2). A dust sensor (11) is arranged in the flow path of the vacuum cleaner, the signals thereof being evaluated by a battery-operated electronic control device that can be activated by a low-pressure switch. During operation, said control device controls a display device (9,16) displaying the dust flow. The control device, the low-pressure switch, the display elements (9,16) displaying the dust flow, and a battery compartment (8) for receiving the batteries are arranged in a housing (7) formed on the upper side of the tubular connection part (2.2). The dust sensor is arranged beneath the housing (7), inside the upper region of the connection part (2.2), in the dust air stream. Said arrangement can be used to create an easily visible ergonomically favourable dust flow display. A mounting position that is advantageous in terms of flow is also provided for the dust sensor. Fine dust particles can still not be reliably detected with the piezoelectric sensor, enabling the degree of purity to be monitored in an actively functional manner.
    • 本发明涉及一种用于真空吸尘器的吸嘴,其能够连接到真空吸尘器的抽吸管和/或抽吸管。 所述吸嘴(2)包括可通过管状连接部分(2.2)连接到真空吸尘器的吸入管或吸管的喷嘴部分。 尘埃传感器(11)布置在真空吸尘器的流路中,其信号由可由低压开关启动的电池供电的电子控制装置评估。 在操作期间,所述控制装置控制显示灰尘流的显示装置(9,16)。 控制装置,低压开关,显示尘埃流的显示元件(9,16)和用于接收电池的电池室(8)布置在壳体(7)中,壳体(7)形成在管状的上侧 连接部分(2.2)。 灰尘传感器布置在壳体(7)的下方,位于连接部分(2.2)的上部区域内,在灰尘空气流中。 所述布置可用于产生易于看到的符合人体工程学的有利的灰尘流显示。 对于尘埃传感器也提供了对流动有利的安装位置。 用压电传感器仍然无法可靠地检测细粉尘颗粒,从而可以以积极的方式监测纯度。