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METHOD AND DEVICE FOR PRODUCING ENERGY CARRIERS AND THEIR APPLICATION

机译:生产能量载体的方​​法和装置及其应用

摘要

1. Apparatus for the generation of energy resources, including: a. a voltage source of about 1 V to about 500 V supplying current to create a natural frequency, b. a plurality of anode plates and a plurality of cathode plates alternately arranged so that the gap between adjacent anode and cathode plates is from about 0.05 inches to about 1 inches, and each anode and cathode plate is positioned so that water flows between each anode and a cathode plate to create a resonant frequency of about 1 kHz to about 22 kHz; c. power supply means connecting the voltage source to the plurality of anode and cathode plates for supplying current to the plurality of anode and cathode plates; d. a water source for supplying a stream of water across a plurality of anode and cathode plates; e. a chamber for containing a plurality of anode and cathode plates and water, including i. first water inlet ii. a second water inlet opposite the first f. a water pump for directing the flow of water from the water supply container to the chamber through the first water supply port in the first direction and through the second water supply port in the second direction opposite the first direction, where the passage of water through the electrically charged plates increases the pressure in the chamber; g. a water vapor separator located above the water level, including a water outlet located on the water vapor separator so that excess water is redirected to the water supply container; h. water vapor outlet, located on the water vapor separator, allowing energy
机译:1.产生能源的设备,包括:大约1 V至大约500 V的电压源提供电流以产生固有频率; b。交替地布置多个阳极板和多个阴极板,使得相邻阳极和阴极板之间的间隙为约0.05英寸至约1英寸,并且每个阳极和阴极板被定位为使得水在每个阳极和阴极之间流动。阴极板以产生约1kHz至约22kHz的谐振频率; C。电源装置,将电压源连接到多个阳极板和阴极板,以向多个阳极板和阴极板提供电流。 d。用于跨多个阳极板和阴极板供应水流的水源; e。一个用于容纳多个阳极板和阴极板以及水的腔室,包括i。第一水入口ii。与第一个f相对的第二个进水口。一水泵,用于将水从供水容器通过第一供水口沿第一方向引导至腔室,并通过第二供水口沿与第一方向相反的第二方向引导腔室,其中水通过带电的板增加了腔室中的压力; G。位于水位上方的水蒸气分离器,包括位于水蒸气分离器上的出水口,以便多余的水被重新引导至供水容器; H。水蒸气出口,位于水蒸气分离器上,允许能量

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