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    • 1. 发明授权
    • Ink tank and production process of ink tank
    • 墨水罐和墨水罐的生产过程
    • US08529037B2
    • 2013-09-10
    • US13333761
    • 2011-12-21
    • Takeho MiyashitaYasuo KotakiHitoshi TakadaKoichi KuboHiroki Hayashi
    • Takeho MiyashitaYasuo KotakiHitoshi TakadaKoichi KuboHiroki Hayashi
    • B41J2/175
    • B41J2/17553
    • An ink tank for being installed in an ink jet recording apparatus to supply ink thereto, including an ink storage portion, one side surface of a casing of the ink tank in which side surface an opening for supplying ink to the apparatus is formed, and a joint member for joining the one side surface to the apparatus by engaging with a connection member of the apparatus. The joint member has a welding portion for being welded to the one side surface along a peripheral portion of the opening, the welding portion corresponding to the peripheral portion; and a hollow portion forming a positioning hole for inserting therein and engaging therewith the connection member for determining a relative position of the apparatus and the one side surface. The hollow portion is provided on the outside of the welding portion and abuts to the one side surface without being welded.
    • 一种用于安装在用于向其供应墨水的喷墨记录装置中的墨水罐,包括墨水储存部分,墨水盒的壳体的一个侧表面,其中形成用于向装置供墨的开口的侧表面,以及 联接构件,用于通过与装置的连接构件接合来将一个侧表面连接到装置。 接头构件具有焊接部,其沿着开口的周边部焊接在一个侧面,焊接部对应于周边部; 以及形成用于插入其中并与其接合的定位孔的中空部分,用于确定装置和一个侧面的相对位置。 中空部设置在焊接部的外侧,并且不会被焊接而与一个侧面抵接。
    • 2. 发明申请
    • WASHING MACHINE
    • 洗衣机
    • US20120103026A1
    • 2012-05-03
    • US13383027
    • 2010-07-12
    • Makoto OyamaToshihiko YasuiKoichi Kubo
    • Makoto OyamaToshihiko YasuiKoichi Kubo
    • D06F33/00D06F39/08D06F21/00
    • D06F39/083D06F33/02D06F39/004D06F39/085D06F2202/02D06F2202/10D06F2204/082
    • A washing machine includes a cabinet, an outer tank, an inner tank, a circulation tube, and a circulation pump. The outer tank is held in the cabinet. The inner tank is rotatably mounted in the outer tank so as to accommodate and stir laundry. The circulation tube draws washing water kept in the outer tank and returns it to the outer tank. The circulation pump is located at some midpoint in the circulation tube so as to circulate the washing water. The washing machine further includes, at some midpoint in the circulation tube, a washing water-condition detector for detecting the condition of the washing water. This structure ensures the amount of washing water circulating through the washing water-condition detector, without depending on the operation of the inner tank. Thus, the washing machine can detect the degree of contamination of washing water with high accuracy while maintaining its washing efficiency.
    • 洗衣机包括机壳,外箱,内箱,循环管和循环泵。 外箱保持在柜体内。 内罐可旋转地安装在外罐中,以容纳和搅拌衣物。 循环管抽取保持在外罐中的洗涤水并将其返回到外罐。 循环泵位于循环管的一些中点,以便循环洗涤水。 洗衣机在循环管的一些中点还包括用于检测洗涤水的状况的洗涤水条件检测器。 这种结构确保洗涤水循环通过洗涤水条件检测器的量,而不依赖于内罐的操作。 因此,洗衣机能够在保持其洗涤效率的同时高精度地检测洗涤水的污染程度。
    • 8. 发明授权
    • Microbubble generating device and hair washing device utilizing the same
    • 微泡发生装置和利用其的洗发装置
    • US07758024B2
    • 2010-07-20
    • US11580851
    • 2006-10-16
    • Tsunejiro TakahashiToshitaka OkumuraKoichi Kubo
    • Tsunejiro TakahashiToshitaka OkumuraKoichi Kubo
    • B01F3/04
    • B01F3/0446A45D19/10A45D19/14A45D44/06B01F3/04985B01F5/0682B01F5/0694B01F2003/04858Y10S261/75
    • A dissolving water making unit and a bubble generating unit are provided. The dissolving water making unit includes a gas dissolving device for dissolving gas in water. The bubble generating unit includes a bubble generating nozzle and a bubble generating cartridge. The dissolving water making unit sucks water from a water source, and sucks gas to make dissolving water from a mixed solution in which the water and the gas are mixed together. The dissolving water is obtained by dissolving the gas in the water. The bubble generating unit generates microbubbles from the dissolving water supplied from the dissolving water making unit. The gas dissolving device includes a closed vessel; an inflow port which is provided in the closed vessel, and which is provided for causing the mixed liquid sucked from the source to flow into the closed vessel; an exhaust valve which is provided in an upper portion of the closed vessel, and which is provided for exhausting excess gas from the mixed liquid; and an outflow port which is provided near a bottom portion of the closed vessel, and which is provided for causing the dissolving water to flow out from the closed vessel to the bubble generating unit. Between the inflow port and the outflow port, the closed vessel has a retention region in which the dissolving water flows slowly, in which air is dissolved in the dissolving water to substantial saturation, and in which the dissolving water hardly contains fine bubbles.
    • 提供溶解水制造单元和气泡发生单元。 溶解制水单元包括用于将气体溶解在水中的气体溶解装置。 气泡发生单元包括气泡生成喷嘴和气泡产生盒。 溶解水制造单元从水源吸水,吸入气体,使水和气体混合在一起的混合溶液中溶解水。 溶解水通过将气体溶解在水中而获得。 气泡产生单元从溶解水制造单元供应的溶解水产生微泡。 气体溶解装置包括密闭容器; 设置在所述密闭容器中的流入口,其设置成使从所述源吸入的混合液体流入所述密闭容器; 排气阀,其设置在所述密闭容器的上部,并且设置成用于排出来自所述混合液体的过剩气体; 以及设置在所述密闭容器的底部附近的流出口,其设置成使所述溶解水从所述密闭容器流出到所述气泡发生单元。 在流入口和流出口之间,封闭容器具有滞留区域,其中溶解水缓慢流动,其中空气溶解在溶解水中至基本饱和,并且其中溶解水几乎不含有微小气泡。