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    • 1. 发明授权
    • Automatic shampoo machine
    • 自动洗发机
    • US07114201B2
    • 2006-10-03
    • US10489769
    • 2002-09-27
    • Hideaki MatsunagaTakenari YukiTatsuhiko YoshiiTomo NishimuraMasaru NoroMasatsugu Ito
    • Hideaki MatsunagaTakenari YukiTatsuhiko YoshiiTomo NishimuraMasaru NoroMasatsugu Ito
    • A45D19/00
    • A45D19/14A45D19/10
    • An automatic shampoo machine used in beauty salons and the like, having improved operability and including a manual finish hair rinsing operation. A basin is provided with a hand shower and a hand shower valve to be operated by an operator standing behind, a hood for covering and uncovering the top of the basin and an open/close unit for opening/closing and moving the hood. The open/close unit guides the hood to a closing position, a first opening position and a second opening position. In the first position the hood is in an upright state behind the basin, and in the second position the hood is positioned on the left side of the basin. In the second position, the hood uncovers the rear side of the basin, whereby the operator can perform operations from the rear side of the basin without the hood interfering.
    • 用于美容院等的自动洗发机,具有改善的可操作性,并且包括手动完成头发漂洗操作。 盆地设有手持花洒和手持淋浴阀,由操作者站立在后面,用于覆盖和露出盆的顶部的罩和用于打开/关闭和移动罩的打开/关闭单元。 打开/关闭单元引导罩到关闭位置,第一打开位置和第二打开位置。 在第一位置,发动机罩处于盆底后的直立状态,而在第二位置,罩位于盆的左侧。 在第二位置,罩罩露出盆的后侧,由此操作者可以从盆的后侧进行操作,而不会妨碍罩。
    • 2. 发明授权
    • Automatic shampoo machine
    • 自动洗发机
    • US07191474B2
    • 2007-03-20
    • US10490360
    • 2002-10-03
    • Hideaki MatsunagaTakenari YukiTomo NishimuraMasaru NoroTatsuhiko YoshiiMasatsugu Ito
    • Hideaki MatsunagaTakenari YukiTomo NishimuraMasaru NoroTatsuhiko YoshiiMasatsugu Ito
    • A45D19/00
    • A45D19/14A47C1/06A47C1/10A47C1/11
    • There is a demand for an automatic shampoo machine used in beauty solons and the like which dispenses with an all-purpose chair to be prepared separately and has a better appearance and an improved feeling of use.In an automatic shampoo machine 1, a seat 2 for seating a person to be shampooed thereon during shampooing and a basin 13 for receiving the person's head for the shampooing are supported by a common housing 3. The housing 3 accommodates and supports spout means 4 for spouting warm water automatically in the basin 13. Since the seat 2 is integrated in the automatic shampoo machine 1, the need for separately preparing a chair is obviated and the automatic shampoo machine 1 has an improved appearance. By using a space below the seat 2 effectively, functional components of the spout means 4 such as a warm water reservoir tank 45 are disposed in the space and the components can more flexibly be laid out. Aback-rest 8 of the seat 2 is arranged to incline so that the person's face is naturally oriented vertically upward, thereby alleviating a burden on the neck of the person. A seating portion 7 of the seat 2 is adjustable in height, thereby making it possible to properly position the person's neck in the basin 13, accommodating the variations in sitting height.
    • 需要一种美容器等中使用的自动洗发机,其分配要分开准备的多功能椅子,具有更好的外观和更好的使用感。 在自动洗发机1中,用于在洗发期间将要洗发的人座位的座椅2和用于接收洗发用品的头部的盆13支撑在共同的壳体3上。 壳体3容纳并支撑用于在盆13中自动喷出温水的喷口装置4。 由于座椅2集成在自动洗发机1中,所以不需要单独准备椅子,自动洗发机1的外观也改善了。 通过有效地使用座椅2下方的空间,在空间中设置诸如温水储存箱45之类的喷口装置4的功能部件,并且可以更灵活地布置部件。 座位2的休息8安排倾斜,使人的脸部自然地垂直向上定向,从而减轻了人的颈部负担。 座椅2的座位部分7的高度是可调节的,从而可以将人的颈部适当地定位在盆13中,以适应坐姿的变化。
    • 4. 发明申请
    • Distillation apparatus
    • 蒸馏装置
    • US20090283398A1
    • 2009-11-19
    • US12308682
    • 2007-03-12
    • Masaru NoroKatsuhito Nakagawa
    • Masaru NoroKatsuhito Nakagawa
    • B01D3/04F28D7/10B01D3/00
    • 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。
    • 5. 发明申请
    • DRY-CLEANING MACHINE
    • 干洗机
    • US20090049872A1
    • 2009-02-26
    • US11816482
    • 2006-01-31
    • Masaru NoroKenji MitsunariKoichi HatsudaKatsuhito NakagawaShigeru Yamao
    • Masaru NoroKenji MitsunariKoichi HatsudaKatsuhito NakagawaShigeru Yamao
    • D06F43/08
    • 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。
    • 6. 发明申请
    • Vacuum distillation method and vacuum distillation apparatus
    • 真空蒸馏法和真空蒸馏装置
    • US20080230370A1
    • 2008-09-25
    • US12073955
    • 2008-03-12
    • Masaru NoroKatsuhito NakagawaAkira Yamaguchi
    • Masaru NoroKatsuhito NakagawaAkira Yamaguchi
    • B01D3/10
    • B01D1/16B01D3/10
    • An objective of the present invention is to suppress bumping in the distillation still so as to collect a high purity solvent containing no impurities. A solvent vapor valve 21 is disposed in a solvent vapor withdrawal conduit 20 through which solvent vapor is transferred from inside the distillation still 10 to an inner pipe 31 of a double-tube structure 30 which is a heat exchange section. Also, a thermistor 14 is disposed in an upper space in the distillation still 10. After a heating chamber 11 starts heating the solvent, the start of boiling is determined by a sudden rise in temperature detected by the thermistor 14, and shortly thereafter, the solvent vapor valve 21 is closed to fill the distillation still 10 with the solvent vapor. The solvent vapor actively generated by bumping is condensed and liquefied on the cold inner surfaces of a ceiling wall and a sidewall of the distillation still 10, and concurrently, the heat of condensation is provided to the ceiling wall surface and the sidewall surface, thereby accelerating the temperature rise thereof. Bumping stops when the temperatures of the surfaces of the ceiling wall and the sidewall have reached a sufficiently high temperature, and thereafter the valve 21 is opened to transfer the solvent vapor to the double-tube structure 30 functioning as the heat exchange section.
    • 本发明的目的是抑制蒸馏中的碰撞,以收集不含杂质的高纯度溶剂。 溶剂蒸汽阀21设置在溶剂蒸汽排出管道20中,溶剂蒸气从蒸馏器10内部转移到作为热交换部分的双管结构30的内管31。 此外,热敏电阻14设置在蒸馏釜10的上部空间中。在加热室11开始加热溶剂之后,开始沸腾由热敏电阻14检测到的温度的突然升高确定,然后不久之后 关闭溶剂蒸汽阀21以用溶剂蒸气填充蒸馏釜10。 通过碰撞积极产生的溶剂蒸气在蒸馏釜10的顶壁和侧壁的冷内表面上被冷凝和液化,同时冷凝热被提供给顶壁表面和侧壁表面,从而加速 其温度升高。 当顶壁和侧壁的表面的温度已经达到足够高的温度时,就会停止,然后打开阀21以将溶剂蒸气转移到用作热交换部的双管结构30。
    • 7. 发明授权
    • Bathing aid
    • 洗澡辅助
    • US07111335B2
    • 2006-09-26
    • US10637586
    • 2003-08-11
    • Masaru NoroMasafumi NishinoTetsunari HamadaMinoru YonemotoToyoki Minamimoto
    • Masaru NoroMasafumi NishinoTetsunari HamadaMinoru YonemotoToyoki Minamimoto
    • A47K3/02
    • A61H33/02A47K3/006A47K3/007A61H2033/0054A61H2201/0192A61H2201/1215A61H2201/1445
    • A bathtub 12 is supported by a movable unit 14 that vertically moves by the driving power of a motor and by rollers 13 running on a guide slope 15. When not used, the bathtub 12 is stored under a tank 11 in a close to upright position, so that the bathing aid occupies only a small space when not used. To use the bathing aid, the movable unit 14 is lowered and, accordingly, the rollers 13 roll down the guide slope 15. With this motion, the bathtub 12 changes its orientation from a position where the open top of the bathtub 12 is directed obliquely forward to a position where the open top is directed almost upward. The bathtub 12 is automatically driven by the electrical driving power of the motor; the caregiver has only to make some key operations. Thus, the workload on the caregiver is significantly reduced.
    • 浴缸12由可动单元14支撑,可移动单元14通过马达的驱动力和在引导斜面15上运行的滚子13垂直移动。 当不使用时,浴缸12在靠近直立位置的情况下储存在罐11下方,使得当不使用时,洗浴辅助物仅占用较小的空间。 为了使用洗浴辅助装置,可移动单元14降低,因此,滚子13向下滚动导向斜面15。 通过该动作,浴缸12将其方向从浴缸12的开口顶部倾斜地向前定位到开口顶部几乎向上的位置改变其方向。 浴缸12由马达的电驱动力自动驱动; 护理人员只能做一些关键的操作。 因此,护理人员的工作量显着降低。
    • 8. 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。
    • 9. 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。
    • 10. 发明授权
    • Bathing aid
    • 洗澡辅助
    • US07107630B2
    • 2006-09-19
    • US10637607
    • 2003-08-11
    • Masaru NoroMasafumi NishinoTetsunari Hamada
    • Masaru NoroMasafumi NishinoTetsunari Hamada
    • A47K3/02
    • A47K3/007A61G5/00A61G7/1003A61G7/1019A61G7/1034A61G7/1046A61G7/1059A61H2035/004
    • A bathing aid is designed to reduce the workload on the caregiver in bathing the physically challenged, elderly or similar persons requiring nursing care. The bathing aid is provided with an upward-opening cover for covering the open top of the bathtub except for an opening for allowing the bather to stick their head through. The cover is supported by arms urged upward by gas springs. The upward-opening cover allows the caregiver to stand whichever side of the bathtub and opens or closes the cover without difficulty. Furthermore, the cover's upward-opening structure is advantageous for reducing the installation space because it does not require the additional side space that would be necessary if the cover is constructed to open sideward.
    • 洗浴辅助设计是为了减少护理人员洗澡需要护理的身体障碍的老人或类似人员的工作量。 洗澡辅助设备具有向上开口的盖,用于覆盖浴缸的开口顶部,除了允许沐浴者将头部通过的开口。 盖子由气弹簧向上推动的臂支撑。 向上开口的盖子允许护理人员站在浴缸的任何一侧,并且难以打开或关闭盖子。 此外,盖的向上开口结构有利于减小安装空间,因为如果盖被构造成向侧面敞开,则不需要额外的侧面空间。