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    • 24. 发明申请
    • WASHING AND DRYING MACHINES AND DRY-CLEANING MACHINES
    • 洗衣机和干洗机
    • WO00058544A1
    • 2000-10-05
    • PCT/GB2000/001082
    • 2000-03-23
    • D06F43/06D06F35/00D06F43/00D06F43/02D06F43/08
    • D06F35/006D06F43/00D06F43/007D06F43/02D06F43/08
    • A machine for washing and/or cleaning articles comprises a sealable enclosure for containing the articles to which cleaning liquid is to be supplied. The cleaning liquid is heated to a high temperature and forced into the enclosure under high pressure as finely dispersed or diffused droplets forming a mist or vapour. A pressure greater than atmospheric is maintained in the enclosure to force the cleaning liquid into at least the surface if not through and into the very structure of the material from which the articles are formed, so as to assist the cleaning process by producing a quicker and more efficient saturation of the articles by the cleaning liquid. The latter may comprise water and detergent or a dry-cleaning solvent. The cleaning liquid is removed from the articles and the interior of the enclosure by means of a suction pump. If a rinse is required, it is replaced by clean liquid for rinsing, preferably also at higher than atmospheric pressure and if desired also heated to higher than ambient temperatures. The rinsing liquid is also removed from the enclosure by suction. The suction is obtained by a suction pump typically a venturi vacuum pump and this is also employed to create a partial vacuum in the enclosure during a drying phase after the cleaning and, if desired rinsing stages.
    • 用于洗涤和/或清洁物品的机器包括用于容纳要供应清洁液体的物品的可密封外壳。 将清洗液体加热到高温,并在高压下被迫进入外壳,因为形成雾或蒸汽的微细分散或扩散的液滴。 在外壳中保持大于大气压力的压力,以迫使清洁液体进入至少表面,如果不通过并进入形成物品的材料的非常结构,以便通过产生更快和更快的方式来帮助清洁过程 由清洗液更有效地饱和物品。 后者可以包括水和洗涤剂或干洗溶剂。 通过抽吸泵将清洁液体从制品和外壳的内部移除。 如果需要冲洗,则用干净的液体代替漂洗,优选也高于大气压,如果需要也加热到高于环境温度。 冲洗液也通过抽吸从外壳中取出。 抽吸通过抽吸泵(通常为文氏管真空泵)获得,并且还用于在清洁之后的干燥阶段期间以及如果需要的漂洗阶段在外壳中产生部分真空。
    • 25. 发明申请
    • 洗濯方法
    • 洗涤方法
    • WO2006098224A1
    • 2006-09-21
    • PCT/JP2006/304649
    • 2006-03-09
    • 株式会社京都産業橋本 英夫
    • 橋本 英夫
    • D06F21/04D06F33/02D06F37/06D06F43/06
    • D06F37/02D06F33/02D06F35/00D06F37/06D06F2204/065
    • [PROBLEMS] To provide a washing method capable of securely washing out water soluble stains such as sweat without damaging cloth. [MEANS FOR SOLVING PROBLEMS] A frame body (18) is horizontally disposed in a casing. The frame body (18) is rotated by a drive motor (23) in the casing. The casing and the frame body (18) are filled with a washing fluid, and clothes are stored in the frame body (18). A plurality of protruded rings (40) are formed on the inner peripheral surface (39) of the frame body (18) so that the inner peripheral surface is corrugated. The height dimension of the protruded rings (40) is set to 3.0 to 6.0% of the inner diameter dimension of the frame body (18). When the frame body (18) is rotated, the clothes are brought into a nearly zero gravity state without touching the wall surface of the frame body (18). A surface active agent contained in the washing fluid deeply penetrates into the clothes.
    • [问题]提供一种能够可靠地洗涤汗液等水溶性污渍而不损伤布的洗涤方法。 框体(18)水平地设置在壳体内。 框架体(18)由壳体内的驱动马达(23)旋转。 外壳和框体(18)中装有洗涤液,衣物贮存在框体(18)内。 在框体(18)的内周面(39)上形成有多个凸环(40),使得内周面成波状。 突出环(40)的高度尺寸设定为框体(18)的内径尺寸的3.0〜6.0%。 当框体(18)旋转时,衣服进入几乎为零的重力状态而不接触框体(18)的壁面。 包含在洗涤液中的表面活性剂深深地渗透到衣服中。
    • 28. 发明专利
    • DRY CLEANER
    • JPH0315495A
    • 1991-01-23
    • JP15198789
    • 1989-06-13
    • SANYO ELECTRIC CO
    • KARIYA HIROSHISAKAMOTO TOSHIAKI
    • D06F43/06D06F43/08
    • PURPOSE:To reduce time and labor for purifying fluid while reducing the necessity for always supervising a degree of coloring the fluid by automatically switching a supply fluid route to the second supply fluid path to surely decolor the fluid by the second filter, when the high degree of coloring the fluid is detected. CONSTITUTION:During circulative washing, when cleaning fluid is colored to a high degree by color which comes off from clothes, a signal from a coloring sensor 13 is input to a microcomputer. The microcomputer, being based on this signal, turns off valves 17, 18 while turns on valves 20, 21 to switch a flow path from the first sully fluid path 11 to the second supply fluid path 12. While during the time the cleaning fluid is allowed to flow in this second supply fluid path 12, because the fluid is decolored by the second filter 19, the signal from the coloring sensor 13 is cut off in the point of time the fluid is recovered transparent in a certain degree. Then the microcomputer, based on this signal cut off, switches the flow path from the second supply fluid path 12 to the first supply fluid path 11 again, thereafter this switching action is repeated in accordance with a degree of coloring the cleaning fluid.