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    • 3. 发明申请
    • Barrier Densified Fluid Cleaning System
    • 阻隔密封流体清洁系统
    • US20130180057A1
    • 2013-07-18
    • US13741925
    • 2013-01-15
    • Co2Nexus, Inc.
    • Guy Robert BabbittAndrew Timothy MaxeyErnst Jan SiewersStuart ParkerNicholas Paul Echter
    • D06L1/00
    • D06F43/007B08B7/0021D06F43/00D06F43/02D06F43/081D06L1/00F16J13/08
    • A densified fluid barrier cleaning system is disclosed in which a pressure vessel encases a movable basket positioned so as to cross a barrier such that one opening of the pressure vessel resides in a first environment and a second opening of the pressure vessel resides in a second environment. A tubular basket within the pressure vessel is positioned such that its central longitudinal axis is aligned with both the first and second opening of the pressure vessel. Responsive to the successful completion of a cleaning cycle, soiled articles that are introduced to the basket via the first opening from the first environment can be removed through the second opening and into the second environment thus bridging the barrier without fear of introducing contaminants from the first environment to second environment.
    • 公开了一种致密化的流体屏障清洁系统,其中压力容器包围可移动的篮,其定位成跨越障碍物,使得压力容器的一个开口位于第一环境中,并且压力容器的第二开口位于第二环境 。 压力容器内的管状篮被定位成使得其中心纵向轴线与压力容器的第一和第二开口对准。 响应于清洁循环的成功完成,通过第一开口从第一环境引入到篮子中的污染物品可以通过第二开口被移除并进入第二环境,从而桥接隔离物,而不用担心从第一开口引入污染物 环境到第二环境。
    • 6. 发明授权
    • Distillation apparatus
    • 蒸馏装置
    • US08241466B2
    • 2012-08-14
    • US12308682
    • 2007-03-12
    • Masaru NoroKatsuhito Nakagawa
    • Masaru NoroKatsuhito Nakagawa
    • B01D3/00D06F33/00
    • B01D1/0047B01D3/10B01D5/0006B01D5/0045B01D5/006B01D5/009D06F43/081
    • A spiral double-tube structure including an inner tube for introducing a solvent vapor resulting from vaporization within a distillation still and an outer tube which a coolant gas cooled by an outdoor machine is passed through is disposed in a buffer tank; the solvent vapor is directly cooled from the surrounding area by the coolant gas with a large temperature difference and thus condensed into a liquid state; by means of an ejector, the liquid is mixed with the solvent suctioned from the buffer tank and returned into the buffer tank; since the solvent in the buffer tank is also directly cooled by the coolant gas, the cooling efficiency is high; accordingly, both the solvent vapor generated from the distillation still and the solvent in the buffer tank for reducing the pressure inside the distillation still can be efficiently cooled without using cooling water, and downsizing of the apparatus can also be attained.
    • 螺旋式双管结构包括用于在蒸馏釜内引入由蒸发产生的溶剂蒸气的内管和由室外机冷却的冷却剂气体通过的外管; 溶剂蒸气由温度差大的冷却剂气体从周围区域直接冷却,从而冷凝成液态; 通过喷射器将液体与从缓冲罐吸入的溶剂混合并返回到缓冲罐中; 由于缓冲罐中的溶剂也被冷却剂气体直接冷却,所以冷却效率高; 因此,可以在不使用冷却水的情况下有效地冷却从蒸馏釜产生的溶剂蒸气和用于降低蒸馏内部压力的缓冲罐中的溶剂,而且还可以实现设备的小型化。
    • 7. 发明授权
    • Dry-cleaning machine
    • 干洗机
    • US07882716B2
    • 2011-02-08
    • US11816482
    • 2006-01-31
    • Masaru NoroKenji MitsunariKoichi HatsudaKatsuhito NakagawaShigeru Yamao
    • Masaru NoroKenji MitsunariKoichi HatsudaKatsuhito NakagawaShigeru Yamao
    • D06B9/06
    • D06F43/085D06F43/081
    • A vaporized solvent emitted from the laundry in the drum during the drying process is condensed within an air passage. From this passage a liquid mixture (solvent and water) is guided to a first liquid storage tank 50 through a liquid mixture line 51. An air relief pipe 52 is connected to an intermediate point of this line so that air coming from the air passage is released through an activated carbon filter 53 to the outside. The outlet end 51a of the liquid mixture line 51 is immersed in the solvent in the upper layer within the first liquid storage tank 50. Due to the hydraulic pressure acting on the outlet end 51a, the air tends to flow toward the air relief pipe 5. This reduces the current pressure of the air coming from the air passage and alleviates its influence within the first liquid storage tank 50, so that a vertical motion of the interface between the solvent and water due to the current pressure is suppressed. Thus, unwanted matter gathering around the interface is prevented from sticking to a filter, and the solvent is prevented from being discharged.
    • 在干燥过程中从滚筒中的衣物发出的汽化溶剂在空气通道内冷凝。 从该通道中,液体混合物(溶剂和水)通过液体混合管线51被引导到第一液体储存箱50.空气释放管52连接到该管线的中间点,使得来自空气通道的空气为 通过活性炭过滤器53释放到外部。 液体混合管线51的出口端51a浸入第一液体储存罐50内的上层的溶剂中。由于作用在出口端51a上的液压,空气倾向于朝向排气管5流动 这样可以降低来自空气通道的空气的当前压力,并减轻其在第一储液箱50内的影响,从而抑制由于当前压力导致的溶剂与水之间的界面的垂直运动。 因此,防止聚集在界面周围的不需要的物质粘附到过滤器上,并且防止溶剂排出。