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    • 3. 发明申请
    • VACUUM CLEANERS
    • 吸尘机
    • WO1995013736A1
    • 1995-05-26
    • PCT/GB1994002515
    • 1994-11-15
    • NUMATIC INTERNATIONAL LIMITEDDUNCAN, Christopher, RobertGAILES, Michael, Edward
    • NUMATIC INTERNATIONAL LIMITED
    • A47L09/00
    • A47L9/0081A47L9/22
    • Vacuum cleaning apparatus having air flow generating means to generate an airflow from a nozzle means to a receptacle to entrain dirt and debris and to transport said dirt and debris to the receptacle for collection and ultimate disposal, in which the air flow generating means is a fan driven by electric motor which latter is rated to produce a fan rotation speed greater than 24,000 rpm and a fully open air flow of greater than 3 m . In a particular aspect of the invention the effect is to use a smaller motor and make it work much harder and faster in order to achieve a given air flow performance and then providing corresponding insulation around the motor to reduce the noise therefrom to below 50 dba.
    • 具有气流产生装置的真空清洁装置,用于产生从喷嘴装置到容器的气流,以夹带污物和碎屑,并将所述污垢和碎屑运送到容器以进行收集和最终处理,其中气流产生装置是风扇 由电动机驱动,后者被评定为产生大于24,000rpm的风扇转速和大于3m 3的完全敞开的气流。 在本发明的一个特定方面,其效果是使用较小的电动机并使其工作更加困难和更快,以便达到给定的气流性能,然后在电动机周围提供相应的绝缘体,以将噪音降低到50dba以下。
    • 4. 发明申请
    • A ROBOTIC DECONTAMINATION APPARATUS
    • 机械去除装置
    • WO1994006341A1
    • 1994-03-31
    • PCT/US1992007781
    • 1992-09-14
    • CONTAINER PRODUCTS CORPORATION
    • CONTAINER PRODUCTS CORPORATIONHUGHES, Joel
    • A47L09/00
    • A47L11/4011A47L11/4061A47L2201/00A47L2201/04
    • A remote controlled decontamination apparatus for removing, collecting and remotely disposing of contaminated material, including a complete system that provides a self-propelled vehicle (10) having separate drive motors (20, 22) for left (24, 25, 26, 27, 28, 29, 30) and right (24, 25, 26, 27, 28, 29, 30) track assemblies as well as tool handling support arms (34, 35) which are easily and quickly detachable from the vehicle (10) thus permitting the association of a wide variety of tooling such as spray and vacuum nozzles and/or mechanical brushes. A hose and cable umbilical for the apparatus is provided with universally movable carriage devices (81, 82, 83) to reduce hose and cable drag, roll-over and maneuverable resistance. A remote controlled camera (73) and lighting system (74) is mounted on the vehicle (10) for visualization of operation.
    • 一种远程控制的净化设备,用于去除,收集和远程处理受污染的材料,包括完整的系统,该系统提供具有用于左(24,25,26,27)的单独的驱动马达(20,22)的自推进车辆(10) (24,25,26,27,28,29,30)轨道组件以及易于且快速地从车辆(10)拆卸的工具处理支撑臂(34,35),因此 允许结合各种各样的工具,例如喷雾和真空喷嘴和/或机械刷。 用于该设备的软管和电缆脐带设置有通用移动的托架装置(81,82,83),以减少软管和电缆的阻力,翻转和机动阻力。 遥控摄像机(73)和照明系统(74)安装在车辆(10)上,用于操作的可视化。
    • 6. 发明申请
    • ACCESSORY ATTACHMENT FOR VACUUM CLEANER
    • 真空清洁器附件附件
    • WO1985002991A1
    • 1985-07-18
    • PCT/FI1984000102
    • 1984-12-27
    • OLLILA, Martti
    • A47L09/00
    • A47L5/365A47L9/04
    • An accessory attachment to a vacuum cleaner consisting of a suction unit part proper and of a suction tube (6) connectable thereto, said tube carrying on its end a brush. The accessory attachment is connected between the suction unit part (1, 2, 3, 4) and the suction tube and consists of a power unit (5) running on the kineticenergy of the suction air, such as a propeller wheel, and to which by the aid of a transmission (8,10) has been connected a brush (9, 11) rotating adjacent to the vacuum cleaner suction piece.
    • 一个附件附件到一个真空吸尘器,该吸尘器由一个抽吸单元部分和一个可连接到其上的吸入管(6)组成,所述管的末端带有刷子。 附件附件连接在抽吸单元部分(1,2,3,4)和抽吸管之间,由在诸如螺旋桨轮的吸入空气的动能上运行的动力单元(5)组成,并且 借助于变速器(8,10)已经连接了一个靠近吸尘器抽吸件旋转的刷子(9,11)。
    • 7. 发明申请
    • VACUUM CLEANER FOR HOUSEHOLD REFUSE
    • 真空清洁器用于家庭垃圾
    • WO1998012957A1
    • 1998-04-02
    • PCT/EP1997005257
    • 1997-09-24
    • CERTECH S.A.RIVIERA-BOKLUND, AgnetaJIMENEZ, Antonio
    • CERTECH S.A.
    • A47L09/00
    • A47L7/06A47L5/36A47L9/009
    • The invention concerns a vacuum cleaner comprising an internal structure with a motor (12a) driving an air sucking turbine (12) located in a downstream chamber (16) communicating with an upstream chamber (15) containing means (13, 26) for filtering the air sucked in through an air intake (24). The internal structure is enclosed in an inflatable peripheral structure (30) supplied with air through the air outlet (29) of the downstream chamber (16). The inflatable peripheral structure (30) is delimited by a flexible peripheral wall (32) whose envelope completely encloses the assembly of the vacuum cleaner internal structure. The invention is applicable to vacuum cleaners for household refuse, and provides at an inexpensive and efficient protection against collisions between the vacuum cleaner and surrounding objects.
    • 本发明涉及一种真空吸尘器,其包括内部结构,其具有驱动位于与上游室(15)连通的下游室(16)中的吸气涡轮机(12)的电动机(12a),所述下游室(16)包含用于过滤 空气通过进气口吸入(24)。 内部结构封闭在通过下游室(16)的空气出口(29)供应有空气的可充气外围结构(30)中。 可膨胀外围结构(30)由柔性周边壁(32)限定,其外壳完全包围真空吸尘器内部结构的组件。 本发明适用于家用垃圾的真空吸尘器,并提供廉价且有效的保护,以防止真空吸尘器和周围物体之间的碰撞。
    • 8. 发明申请
    • VACUUM COMPENSATION VALVE
    • 真空补偿阀
    • WO1994022355A1
    • 1994-10-13
    • PCT/CA1994000157
    • 1994-03-25
    • PITTMAN, James
    • A47L09/00
    • A47L9/0072
    • Apparatus for vacuum collection of material, where a vacuum source is used for creating a vacuum to draw air into a displacement chamber, and at least two hoses are connected to the displacement chamber for vacuum collection of materials from various locations. Pressure sensors are connected to sense the pressure in each hose, dampers are operable in response to the relative pressures between the hoses so as to vary the effective area of the respective connections between the hoses and the displacement chamber in order to equalize and optimize the relative pressures, and automatic control means such as a programmable logic controller are employed to operate the dampers in response to the sensed pressures.
    • 用于真空收集材料的装置,其中真空源用于产生真空以将空气吸入位移室,并且至少两个软管连接到移动室,用于从各个位置真空收集材料。 压力传感器被连接以感测每个软管中的压力,阻尼器可响应于软管之间的相对压力而可操作,以便改变软管和位移室之间的相应连接的有效面积,以便均衡和优化相对 压力和诸如可编程逻辑控制器的自动控制装置用于响应于所感测的压力来操作阻尼器。
    • 10. 发明申请
    • VACUUM BELT DRIVE TRAIN
    • 真空带驱动器
    • WO1992014393A1
    • 1992-09-03
    • PCT/US1992001062
    • 1992-02-14
    • IDE, Russell, D.
    • A47L09/00
    • A47L9/0411A47L5/30A47L9/0455F16C23/04
    • A belt drive train particularly useful for driving the beater bar (30) of a vacuum cleaner. The drive train includes a driven shaft (27) preferably driven by a motor (20), a drive shaft (32) preferably connected to a beater bar and including a driven pulley (33), and an inelastic belt (140) coupling the drive shaft (32) to the driven shaft (27). Both the drive shaft and the driven shaft are supported on bearings. At least one of the bearing is mounted in a deflecting bearing mount (137) so that the shaft supported by the bearing can be moved relative to the housing (10). As a result of this construction, the drive shaft and the driven shaft can be moved closer to one another to allow the inelastic belt to be passed over the drive shaft and the driven shaft. The elasticity of the deflecting bearing mount then causes a belt tension sufficient to allow the drive shaft to drive the driven shaft through the belt. The drive train can also include one or more self aligning sleeve bearings (70) to compensate for the unbalanced belt tension force. The sleeve bearings include a shaft support surface (71), an outer periphery (73) and a deflecting element (72) supporting the shaft support surface on the outer periphery.