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    • 1. 发明授权
    • Electronically-controlled shower system
    • 电子淋浴系统
    • US06438770B1
    • 2002-08-27
    • US09625269
    • 2000-07-25
    • A. Ze'ev HedGeorge FreedmanRichard PavelleSol AisenbergWilliam M. Key
    • A. Ze'ev HedGeorge FreedmanRichard PavelleSol AisenbergWilliam M. Key
    • E03C100
    • E03C1/05
    • An apparatus for automating control of the water in a shower system includes at least one sensor disposable within a water flow path intermediate the valve and the showerhead. A processing unit operatively connectable to the sensor processes the sensor signal and generates control signals in response thereto. A valve control mechanism operatively connectable to the valve and the processing unit positions the valve in response to the control signals from the processing unit. A user interface operatively connectable to the processing unit receives user commands and displays values for the water temperature and flow rate. In the illustrative embodiment the processing unit is microprocessor based and enables previously defined vales for water temperature and flow rate to be stored and recalled in association with a particular user identifier.
    • 用于自动控制淋浴系统中的水的装置包括至少一个在阀和喷头之间的水流路径内可弃置的传感器。 可操作地连接到传感器的处理单元处理传感器信号并响应于此产生控制信号。 可操作地连接到阀的阀控制机构,并且处理单元响应于来自处理单元的控制信号来定位阀。 可操作地连接到处理单元的用户界面接收用户命令并显示水温和流量的值。 在说明性实施例中,处理单元是基于微处理器的,并且使得能够与特定用户标识符相关联地存储和调用用于水温度和流速的先前定义的值。
    • 2. 发明授权
    • Hand dryer
    • 干手器
    • US6038786A
    • 2000-03-21
    • US061453
    • 1998-04-16
    • Sol AisenbergGeorge FreedmanA. Ze'ev HedRichard Pavelle
    • Sol AisenbergGeorge FreedmanA. Ze'ev HedRichard Pavelle
    • A47K10/48F26B3/34
    • A47K10/48
    • A wall-mounted hand dryer provides a heated pulsating or modulating air stream to break down a boundary layer of moisture on a user's hands to reduce the drying time. The hand dryer accomplishes this by quickly generating a heated air stream at a maximum temperature that is tolerable to the user, increasing the air stream velocity and turbulence to blow off loose water droplets and break down the boundary layer disposed on the user's hands. The hand dryer includes a blower, heater, a modulator and/or a turbulator for blowing heated air through an air duct. The modulator and turbulator break up the laminar flow of the air stream to provide a modulating or pulsating turbulent flow of air to retard the formation of the boundary layer and dry the hands quickly. The hand dryer further includes an infrared heating source for heating the surface of a user's hands to replace the heat lost as a result of the evaporation of the water from the user's hands. The operation of the hand dryer is controlled by a controller which actuates the components of the hand dryer for a predetermined time period (i.e., 10 seconds) in response to an actuation signal provided by a push button switch or proximity sensors.
    • 壁挂式干手器提供加热的脉动或调节空气流,以分解使用者手中的水分边界层,以减少干燥时间。 手持式干手通过在用户可忍受的最高温度下快速产生加热的空气流来实现这一点,增加空气流的速度和湍流以吹脱疏松的水滴并分解设置在使用者手上的边界层。 干手器包括鼓风机,加热器,调节器和/或用于通过空气管道吹送加热的空气的湍流器。 调制器和湍流器分解空气流的层流以提供调节或脉动的空气湍流,以阻止边界层的形成并迅速干燥手。 干手器还包括红外加热源,用于加热用户手的表面,以取代由于用户的手的水的蒸发而导致的热量损失。 手动干燥器的操作由控制器控制,该控制器响应于由按钮开关或接近传感器提供的致动信号而致动干手器的部件达预定时间段(即,10秒)。
    • 3. 发明授权
    • Method and apparatus for hand drying
    • 手干方法和装置
    • US07039301B1
    • 2006-05-02
    • US09679096
    • 2000-10-04
    • Sol AisenbergGeorge FreedmanA. Ze'ev HedRichard Pavelle
    • Sol AisenbergGeorge FreedmanA. Ze'ev HedRichard Pavelle
    • F24H3/00A47K10/48
    • A47K10/48
    • After washing, the hands are dried rapidly and comfortably by using a shaped high speed flow of heated air. The air flows in a direction controlled by an air outlet shaped to retain much of the exiting forceful air flow and temperature at a distance where the hands are dried. The air entrainment is controlled so that the properties of the air flow are not diluted by the air entrainment to a point where the drying performance is degraded. The forceful air flow blows off most of the loose water on the hands. The forceful air flow also reduces the stagnation boundary layers in the hands so that the evaporation removal of the remaining film of water is improved. These result in reduced drying time and comfort during and after drying.
    • 洗涤后,通过使用成形的高速流动的热空气快速且舒适地干燥手。 空气在由空气出口控制的方向上流动,空气出口成形为将大量的出口的有力气流和温度保持在手被干燥的距离处。 控制空气夹带,使得气流的性质不会被空气夹带稀释到干燥性能下降的程度。 有力的气流吹脱手上大部分松散的水。 有力的空气流还减少了手中的停滞边界层,从而改善了剩余的水膜的蒸发去除。 这些干燥时间和干燥后的干燥时间和舒适度降低。
    • 5. 发明申请
    • Hand dryer
    • 干手器
    • US20090119942A1
    • 2009-05-14
    • US11985240
    • 2007-11-14
    • Sol AisenbergGeorge FreedmanRichard PavelleAharon Zeev Hed
    • Sol AisenbergGeorge FreedmanRichard PavelleAharon Zeev Hed
    • F26B21/00F26B7/00
    • A47K10/48
    • A dryer uses a high-speed blower producing high velocity air, a heater and a compound directional nozzle containing multiple tubular, cylindrical air sub-outlets to generate both suitable force and temperature in the sub-jets of air to dry the user's hands. The air outlets are sized and shaped to maintain direction of airflow at the location of the hands. The multiple tubular sub-nozzles reduce the air turbulence noise from the fast airflow sub-jets striking the hands by providing spaces between the adjacent sub-nozzles and air sub-jets so that the turbulence and hand impact noise is reduced and so that the water evaporated from the water film has a shorter escape distance. An ion source provides ions in the output air from the compound directional nozzle to enhance evaporation.
    • 干燥机使用高速风机,产生高速空气,加热器和复合定向喷嘴,其包含多个管状的圆柱形空气分支出口,以在空气的亚喷嘴中产生合适的力和温度,以干燥使用者的手。 空气出口的尺寸和形状保持在手的位置处的气流方向。 多个管状副喷嘴通过在相邻的副喷嘴和空气子射流之间提供空间来减少来自快速气流亚喷射器的空气湍流噪声,使得湍流和手冲击噪声减小,从而使水 从水膜蒸发的逃生距离较短。 离子源在来自复合方向喷嘴的输出空气中提供离子以增强蒸发。
    • 6. 发明授权
    • Self dosing skin preparation
    • 自给药皮肤准备
    • US06348218B1
    • 2002-02-19
    • US09411085
    • 1999-10-04
    • Aharon Ze′ev HedRichard PavelleSol AisenbergGeorge Freedman
    • Aharon Ze′ev HedRichard PavelleSol AisenbergGeorge Freedman
    • A61K950
    • A61Q17/04A61K8/11A61K2800/412Y10S977/926
    • A self dosing skin composition and method releases sun blocking agent or other active ingredient onto the skin of a user as a function of exposure to at least one environmental condition over time. The environmental condition is preferably exposure to sun light, in particular, harmful UV radiation. The composition includes a medium adapted to be spread onto the skin of a user and a reservoir defining at least one wall for containing at least one sun blocking or other agent. The reservoir is dispersed in the medium and the wall is designed and/or selected to deteriorate over time with exposure to the environmental condition or conditions, for releasing the agent into the medium and onto the skin. At least one agent is provided in the reservoir. The reservoir is preferably in the form of a multiplicity of microcapsules dispersed in the medium, each microcapsule having a wall containing the at least one agent, each wall deteriorating over time with exposure to the at least one environmental condition for opening the microcapsule to release the agent.
    • 自给药皮肤组合物和方法将晒伤剂或其它活性成分释放到使用者的皮肤上,作为随时间暴露于至少一种环境条件的函数。 环境条件优选地暴露在阳光下,特别是有害的紫外线辐射。 该组合物包括适于扩散到使用者的皮肤上的介质和限定至少一个壁的储存器,用于容纳至少一个防晒剂或其它试剂。 储存器分散在介质中,并且壁被设计和/或选择以随着时间的推移而暴露于环境条件或条件下,以将试剂释放到介质中并进入皮肤。 在储存器中提供至少一种试剂。 储存器优选为分散在培养基中的多个微胶囊的形式,每个微胶囊具有含有至少一种试剂的壁,每个壁随时间暴露于暴露于至少一个环境条件下,以打开微胶囊以释放 代理商
    • 8. 发明授权
    • Emergency light device
    • 应急灯装置
    • US06336729B1
    • 2002-01-08
    • US09511479
    • 2000-02-23
    • Richard PavelleSol AisenbergGeorge FreedmanHed A. Ze'ev
    • Richard PavelleSol AisenbergGeorge FreedmanHed A. Ze'ev
    • F21V2100
    • G08B5/38F04C2/104F04C15/0057F04C15/0084G08B7/06
    • A lighting system includes a base, and a cover pivotally connected to the base. In one embodiment, a portable flashlight is supported within a holder fixed to the base. The flashlight includes a housing enclosing a light bulb, a battery, and an electrical circuit electrically interconnecting the light bulb and the battery. The circuit includes a pair of contacts, which are normally biased together to complete the circuit between the battery and light bulb. An insulating member is interposed between the contacts when the flashlight is primed, and becomes fixed to the cover when the cover is closed. When the cover is then opened, the insulating member is removed from between the contacts, which illuminates the flashlight. According to a further embodiment, a chemiluminescent stick is supported within the holder. A break bar pivotally connected to the cover is initially in a vertical orientation, and temporarily retained by a latch to allow insertion of the light stick in the holder and closure of the cover. When the cover is closed, the latch is released, which allows the break bar to move behind the light stick, in a horizontal orientation. When the cover is then opened, the break bar engages the light stick, and bends the light stick forward around an edge to illuminate the light stick. In either embodiment, the illuminated flashlight or light stick can be easily removed from the holder to illuminate the surrounding area and facilitate exiting a facility.
    • 照明系统包括基座和枢转地连接到基座的盖。 在一个实施例中,便携式手电筒被支撑在固定到基座的支架内。 手电筒包括封闭灯泡的壳体,电池和将灯泡与电池电连接的电路。 电路包括一对触点,它们通常被偏置在一起以完成电池和电灯泡之间的电路。 当手电筒被起动时,绝缘构件插入在触点之间,并且当盖关闭时固定到盖上。 当盖子然后打开时,绝缘构件从接触件之间移除,照射手电筒。 根据另一实施例,化学发光棒被支撑在保持器内。 枢转地连接到盖的断开杆最初处于垂直方向,并且由闩锁暂时保持,以允许将光棒插入保持器中并关闭盖。 当盖子关闭时,闩锁被释放,这允许断开杆在水平方向上移动到光棒后面。 当盖子打开时,断开杆与光棒接合,并将光棒向前弯曲到边缘以照亮光棒。 在任一实施例中,照明的手电筒或光棒可以容易地从保持器移除以照亮周围区域并便于离开设施。