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    • 24. 发明授权
    • Evaporative reduction of waste liquid
    • 废液的蒸发还原
    • US5207869A
    • 1993-05-04
    • US658193
    • 1991-02-20
    • H. David HarmoningGuy Marchesseault
    • H. David HarmoningGuy Marchesseault
    • B01D1/00B01D1/14C02F1/04
    • B01D1/0082B01D1/14C02F1/048Y10S159/901Y10S203/05
    • A liquid waste reduction system uses an evaporator having two packed columns. A reservoir of the evaporator has three level sensor which monitor the fluid level in the reservoir. An input pump delivers waste liquid to the reservoir. When the fluid level has exceeded a low level, a control unit powers an output pump which pumps liquid from the base of the reservoir to an external storage unit. A distributor pump pumps liquid from the reservoir to the top of the packed columns. A blower forces air upward through the packing material to evaporate water from the liquid. When the fluid level has exceeded a high level, the control unit switches on a heating element which heats the air delivered from the blower to the second packed column, thus accelerating the evaporation process. When the fluid level has exceeded the maximum level, the control unit deactivates the input pump to prevent flooding of the evaporator unit.
    • 液体废物减少系统使用具有两个填充柱的蒸发器。 蒸发器的储存器具有三级传感器,用于监测储存器中的液位。 输入泵将废液输送到储存器。 当液位超过低水位时,控制单元为从储液器底部泵送液体到外部存储单元的输出泵供电。 分配器泵将液体从储存器泵送到填充柱的顶部。 鼓风机迫使空气向上穿过包装材料以从液体中蒸发水。 当液位超过高水平时,控制单元接通加热元件,该加热元件将从鼓风机输送的空气加热到第二填充塔,从而加速蒸发过程。 当液位超过最大值时,控制单元停用输入泵,以防止蒸发器单元溢流。
    • 25. 发明授权
    • Cleaning apparatus with vapor containment system
    • 清洁装置与蒸汽容纳系统
    • US5090431A
    • 1992-02-25
    • US531937
    • 1990-06-01
    • Robert L. TherouxFatemeh Abnoosi
    • Robert L. TherouxFatemeh Abnoosi
    • C23G5/04
    • C23G5/04Y10S203/05
    • A cleaning apparatus having a container for holding a quantity of cleaning agent, which is vaporized and condensed to form an upper vapor layer. Essentially, the container is divided into a lower chamber, for holding the cleaning agent, and an upper chamber for containing the vapors. One or more heat pumps are adapted to establish a relatively low temperature in the upper region to condense the vapors released by the lower heating process. Multiple high thermally conductive shunting devices are coupled between the high temperature end of the heat pumps and the bottom portion of the container to transfer extracted heat from the upper portion to the lower portion, to augment the vaporization process.
    • 一种具有用于容纳一定量的清洁剂的容器的清洁装置,其被蒸发和冷凝以形成上蒸气层。 基本上,容器被分成用于保持清洁剂的下室和用于容纳蒸气的上室。 一个或多个热泵适于在上部区域建立相对较低的温度,以冷凝由较低加热过程释放的蒸气。 多个高导热分流装置耦合在热泵的高温端和容器的底部之间,以将提取的热量从上部转移到下部,以增加汽化过程。
    • 26. 发明授权
    • Integral waste disposal system
    • 一体化废物处理系统
    • US4608175A
    • 1986-08-26
    • US628481
    • 1984-07-06
    • David A. Nuttle
    • David A. Nuttle
    • C02F1/14C02F3/12C02F9/00
    • C02F1/14Y02W10/37Y10S203/05
    • This invention is a sanitary disposal system for human waste and organic garbage by aerobic composting combined with solar evaporative distillation for greywater. The aerobic composting reduces waste volume by ninety percent leaving water, carbon dioxide and a harmless but fertile ash by-product. Except for urine, the system essentially operates dry. No chemicals, septic system, or sewage treatment plant is required. There is no odor and no polluting discharged during operation. A nonsoiling toilet seat is provided so a dry toilet bowl may be used without the usual problems of cleaning. Insects are prevented from entering or leaving the system which is constantly aerated to assure that the composting process does not convert to anaerobic. The greywater system further enhances pollution control. This includes solar evaporative distillation to separate out solids which can be disposed of in a sanitary dump while the reclaimed water can be used for non-household purposes.
    • 本发明是通过有氧堆肥结合太阳能蒸发蒸馏用于灰水的人类废物和有机垃圾的卫生处理系统。 有氧堆肥将废水排放量减少百分之九十,使水分,二氧化碳和无害但肥沃的副产品。 除了尿液,系统基本上干燥。 不需要化学品,化粪池或污水处理厂。 手术中无异味,无污染。 提供非固定马桶座,因此可以使用干燥的马桶而没有常见的清洁问题。 防止昆虫进入或离开不断充气的系统,以确保堆肥过程不会转化为厌氧。 灰水系统进一步加强了污染控制。 这包括太阳能蒸发蒸馏以分离可在垃圾场中处理的固体,而再生水可用于非家庭用途。