Abstract:
The present invention provides a method and an apparatus to generate, supply and use green electric power and green materials. At least one among electric power, compressed materials, and negative pressure materials is generated by at least one among a rotor, a passage, a rotor passage, a diaphragm passage, a Venturi, a rotor Venturi, a diaphragm Venturi, an outer circumferential flow path, a rotor outer circumferential flow path, a diaphragm outer circumferential flow path, an inlet guide, an outlet guide, a wing membrane, a rotational power generator, a rotational compressor, a rotational negative pressure device, a rotational compressive negative pressure device, a compressed space, and a negative pressure space. At least one among the compressed materials and the negative pressure materials is generated by at least one among a general compressor and a general negative pressure device using the generated electric power, and electric power is generated by at least one among a compressed power generator, a negative power generator and a compressed negative power generator using at least one among the generated compressed materials and the generated negative pressure materials. At least one among the generated electric power, the compressed materials and the negative pressure materials is supplied to an object of at least one among a liquid phase, a gas phase and a solid phase or a target place by an electric feeder, a compressed material feeding device, a negative pressure material feeding device, an electric compressed material feeding device, an electric negative pressure material feeding device and a compressed negative pressure material feeding device in order to carry out aeration, mixing, circulation, convection, ice-making, injection, extraction, injection-extraction, aerobic culture, anaerobic culture, cleaning, floating, removal, heating, decomposition, condensation, precipitation and purification to the object or the target place.
Abstract:
The present invention relates to a method and an apparatus for generating, supplying, and using green electricity and green materials. According to the present invention, at least one of a rotor, a path, a rotor path, a partition membrane path, a venturi, a rotor venturi, a partition membrane venturi, an outer circumferential flow path, a rotor outer circumferential flow path, a partition membrane outer circumferential flow path, an inlet guide, an outlet guide, a vane membrane, a rotary power generation apparatus, a rotary compression apparatus, a rotary negative pressure apparatus, a rotary compression-negative pressure apparatus, a compression space, and a negative pressure space generates at least one of electricity, a compression material, and a negative pressure material; at least one of a general compression apparatus and a general negative pressure apparatus generates at least one of the compression material and the negative pressure material using the generated electricity; at least one of a compression power generation apparatus, a negative pressure power generation apparatus, and a compression-negative pressure power generation apparatus generates the electricity using at least one of the generated the compression material and the negative pressure material; and at least one of an electricity supply apparatus, a compression material supply apparatus, a negative pressure material supply apparatus, an electricity-compression material supply apparatus, an electricity-negative pressure material supply apparatus, and a compression-negative pressure material supply apparatus supplies at least one of the generated electricity, the compression material, and the negative pressure material to a target object or a target place formed to be liquid, gaseous, and solid in order to perform at least one of aeration, mixing, circulation, convection, ice-making, injection, extraction, extraction-injection, an aerobic treatment, an anaerobic treatment, cleaning, floating, removal, heating, decomposition, cohesion, precipitation, and purification on the target object or the target place.
Abstract:
PURPOSE: A multipurpose laundry drying rack is provided to improve durability by using stainless steel and PVC and to improve stability by coating on the stainless steel. CONSTITUTION: A multipurpose laundry drying rack comprises: a main supporter(1) wherein a lateral hanger is formed to be separable from the main supporter; pulleys(2), 4 of which are attached to the single-side of the drying rack to distribute power; a main assisting part(4) which maintains an interval to the main supporter and steadily supports the seating of a lateral hanger; a length-adjustable hook(5); a lateral hanger hooking part(3); and a cap(6).
Abstract:
본발명은 다단식 지팡이에 관한 것으로 특히, 고정관 하측의 모울드에 형성된 걸림턱에 걸릴 수 있도록 신축관의 상측 외주연부로 부착되는 제1슬리브를 구비함으로서 지팡이의 고정관으로 결합되어 있는 신축관 및 신축관의 내부로 결합되어 있는 또 다른 신축관들이 탈거되는 것을 방지할 수 있어 다단으로 결합되어 있는 신축관들의 망실 우려를 일소할 수 있는 다단식 지팡이의 로킹장치를 제공한다.