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    • 12. 发明申请
    • ROLLER FOR A CLEANING DEVICE
    • 滚筒清洁装置
    • WO2012094377A1
    • 2012-07-12
    • PCT/US2012/020153
    • 2012-01-04
    • QUICKIE MANUFACTURING CORPORATIONWEAVER, Jace, A.
    • WEAVER, Jace, A.
    • A47L13/60
    • A47L13/144A47L13/20
    • A roller and a cleaning device are provided. The roller may be coupled to a cleaning device for wringing liquid from a hydrophilic member of the cleaning device. The roller includes at least one solid wringing member having at least one opening whereby liquid wrung from the hydrophilic member may pass through the roller via the opening. The cleaning device may include a handle, a hydrophilic member coupled to the handle, and a wringer coupled to the handle for wringing liquid from the hydrophilic member. The wringer may include a hand grip and a roller coupled to the hand grip. Upon activation, the roller may move relative to the hydrophilic member and may be adapted to force liquid from the hydrophilic member upon compression of the hydrophilic member. The roller defines at least one opening therethrough and liquid forced from the hydrophilic member passes through the roller via the opening.
    • 提供辊子和清洁装置。 辊可以联接到清洁装置,用于从清洁装置的亲水构件拧紧液体。 该辊包括至少一个具有至少一个开口的固体拧紧构件,由此亲水构件的液体可以经由开口穿过辊。 清洁装置可以包括手柄,耦合到手柄的亲水构件和联接到手柄的绞拧装置,用于拧紧来自亲水构件的液体。 绞拧机可以包括手柄和连接到手柄的辊。 激活时,辊可以相对于亲水构件移动,并且可以适于在亲水构件压缩时迫使来自亲水构件的液体。 辊定义至少一个通过的开口,并且从亲水构件强制的液体经由开口穿过辊。
    • 16. 发明申请
    • SQUEEZING DEVICE FOR FLAT MOPS
    • 用于平滑MOPS的测量装置
    • WO1994026159A1
    • 1994-11-24
    • PCT/EP1994001414
    • 1994-05-04
    • CERVELLIN, Sergio
    • A47L13/60
    • A47L13/60
    • A squeezing device for flap mops, comprising a structure (1) applicable to a container for the water to be squeezed out and provided with a seat for the insertion of a flat mop (62) and its retention in a position suitable for squeezing, and with a support frame (40) for a presser roller (44) supported by at least two telescopic rods (36, 38) hinged to said structure about a single axis, at least one of said rods being rigid with a lever (26) operable in accordance with a vertical component, characterised by comprising means (56) for sliding the frame (40) relative to the structure side walls (2) along guides (58) extending substantially parallel to the mophead, the presser roller (44) being retained at its ends in a pair of slotted seats (50) provided in the frame (40) and having their ends at different distances from the axis of rotation of the operating lever, that end at the greater distance corresponding to the position occupied by the presser roller (44) during the squeezing stage in which the lever is rotated downwards, and that end at the lesser distance corresponding to the position occupied during the return stage in which the lever is rotated upwards.
    • 一种用于挡板拖把的挤压装置,包括适用于被挤出的水的容器的结构(1),并且设置有用于插入平拖把(62)的座和其保持在适于挤压的位置;以及 具有用于由至少两个伸缩杆(36,38)支撑的压辊(44)的支撑框架(40),所述伸缩杆(36,38)围绕单个轴线铰接到所述结构,所述杆中的至少一个与杠杆(26)刚性地可操作 根据垂直部件,其特征在于包括用于沿着基本上平行于所述拖把延伸的引导件(58)相对于所述结构侧壁(2)滑动所述框架(40)的装置(56),所述压辊(44)被保持 在其端部处设置在框架(40)中的一对开槽座(50)中并且其端部处于与操作杆的旋转轴线不同的距离处,该端部处于与压脚占据的位置相对应的较大距离处 挤压过程中的辊(44) e,其中杆向下旋转,并且该端部处于与杠杆向上旋转的返回阶段期间占据的位置相对应的较小距离处。
    • 17. 发明申请
    • A MOP WRINGER, A MOP WRINGING SYSTEM AND A ROLLER
    • MOP WRINGER,MOP WRINGING SYSTEM AND A ROLLER
    • WO1989012419A1
    • 1989-12-28
    • PCT/DK1988000093
    • 1988-06-13
    • FR. DITLEVSENS EFTF. A/SPASBOL, John, Christian
    • FR. DITLEVSENS EFTF. A/S
    • A47L13/60
    • A47L13/44A47L13/253A47L13/60
    • A mop (12) is wrung by means of a mop wringer (10) comprising a housing (50), a pair of rotatable, wringing rollers (68, 70) having resilient roller bodies. At least one of the rollers (70) is movable between an inactive position, in which the rollers (70, 68) are out of contact with one another and in spaced apart relationship, and an active position in which the rollers (68, 70) are in contact with one another and further pressed against the mop (12). By the pressing against one another, the rollers (68, 70) are deformed for generating a wringing pressure therebetween. The movable roller (70) is moved from its inactive position by the interaction between an L-shaped arm (72), which is caused to swing by means of a handle (90), by means of an arm assembly (96) or by means of a motor (106). The L-shaped arm (72) interacts with a cam surface of a further L-shaped arm (74), on which the movable roller (70) is journalled. After the movable roller (70) has been brought into contact with and presses against the non-movable roller (68) and the mop (12), the movable roller (70) is maintained in its active position by means of a cam surface of the first mentioned L-shaped arm (72). The movable roller (70) is further caused to rotate by means of teeth of the first mentioned L-shaped arm (72), which teeth mesh with a toothed wheel of the movable roller (70). Any risk of jamming of the apparatus due to the transmission of pressure through the meshing teeth and toothed wheel is eliminated, as the movable roller (70) is maintained in position by means of a cam surface, which presses against the suspension of the movable roller.
    • 拖把(12)通过包括壳体(50),具有弹性辊体的一对可旋转的拧紧辊(68,70)的拖把装置(10)拧紧。 至少一个辊子(70)可以在其中辊子(70,68)彼此不相接和间隔开的关系的非活动位置和活动位置之间移动,其中辊子(68,70) )彼此接触并进一步压靠拖把(12)。 通过彼此挤压,辊(68,70)变形以在它们之间产生拧紧压力。 通过臂组件(96)或通过手臂(90)摆动的L形臂(72)之间的相互作用,可动辊(70)从其非活动位置移动, 电动机(106)的装置。 L形臂(72)与另外的L形臂(74)的凸轮表面相互作用,可动辊(70)在其上被支承。 在可动辊(70)与非可动辊(68)和拖把(12)接触并压靠可动辊(70)之后,可动辊(70)通过凸轮表面保持在其活动位置 第一个提到的L形臂(72)。 通过第一个提到的L形臂(72)的齿进一步使可动辊(70)旋转,该齿与可动辊(70)的齿轮啮合。 由于通过啮合齿和齿轮传递压力而使设备卡住的任何危险被消除,因为可动辊70通过凸轮表面保持在适当位置,凸轮表面压靠可动辊的悬架 。