KR20160023748A

KR20160023748A - This is a eco-friendly eco-friendly method of separating and processing light material molecules with heavy specific gravity and heavy specific gravity molecules combined with fluid material molecules using gravitational acceleration action, gravity action, material friction action, and material explosion action. The fluidic material separator

Info

Publication number: KR20160023748A
Application number: KR1020160016019A
Authority: KR
Inventors: 한상관
Original assignee: 한상관
Priority date: 2016-02-12
Filing date: 2016-02-12
Publication date: 2016-03-03

Abstract

The present invention relates to a nature-friendly and environmentally-friendly method separating, and treating or collecting, and reusing contaminant molecules coupled with fluidal material molecules such as water and seawater, and to a fluidal material molecule separator applied to the same. The present invention relates to the nature-friendly and environmentally-friendly method separating low specific gravity material molecules coupled with fluidal foods such as fresh water, seawater, milk, alcohol, and drinks, preferable foods, and fluidal material molecules such as blood and high specific gravity fluidal material molecules, and to the fluidal material molecule separator applied to the same. The environmentally-friendly method produces unique pure fluidal material molecules of material molecules by completely removing contaminant molecules coupled with the fluidal material molecules and gas material molecules by directly hitting and processing the fluidal material molecules and the gas material molecules, hitting the same by spraying air by using an air spraying hitting apparatus, or hitting the same by using a vibration force and reversely using gravity action for removing particulate contaminant molecules contained in fluidal material molecules such as contaminated fresh water, drinks, alcohols, or milk and gas material molecules.

Description

This is a eco-friendly eco-friendly method of separating and processing light material molecules with heavy specific gravity and heavy specific gravity molecules combined with fluid material molecules using gravitational acceleration action, gravity action, material friction action, and material explosion action. Fluid Material Molecule Separator Applied to.

본 발명은 중력 가속도 작용과 물질폭발작용을 이용하여 민물과 바닷물과 우유와 술과 음료와 유체성 식품과, 기호성 식품과 혈액과 같은 유체성 물질분자와 결합 되어 있는 비중이 가벼운 물질분자와 비중이 무거운 유체성 물질분자들을 분리가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기에 관한 것으로, 더욱 상세하게는 바닷물,민물, 술, 음료, 혈액,우유등과 같은 유동성 액체등으로 구성되는 유체 속에 함유된 비중이 가벼운 오염물질성 물질분자들과 비중이 무거운 유체성 물질분자들을 분리하여 깨끗한 유체성 물질로 정화하도록 구성되는 유체성 물질분자 분리기를 이용하여 유체성 물질분자 고유 성분들을 얻기 위한 것이다.The present invention relates to a method and apparatus for measuring the amount of a substance having a specific gravity which is combined with a fluid material such as fresh water, seawater, milk, liquor, beverage, fluid food, palatable food and blood using gravity acceleration action and material explosion action The present invention relates to a naturally friendly environment-friendly process for separating and processing heavily fluid substances, and more particularly to a fluid material separator for use in seawater, fresh water, alcohol, beverage, blood, A fluidic material configured to separate light pollutant molecules and heavy hydrodynamic molecules contained in the fluid constituting the fluid and to purify them with a clean fluidic material; .

빗물이나 바닷물 또는 우유와 음료 또는 술과 같은 물질 분자들 속에는 비중이 가벼운 유해물질성 물질 분자들이 함유되어 있으나 이들 물질분자들을 완벽하게 제거하여 주지 못하였던 것이 사실이다It is true that substances such as rainwater, seawater, or milk and beverages or liquor contain substances with a low specific gravity, but these substances can not be completely removed

특히 우유 속에는 젖소를 사육하면서 젖소의 질병을 예방하거나 치료하기 위해서 사료 속에 다량의 방부제를 투입하여 젖소를 사육하고 있는 것이 현실이다In particular, in milk, cows are raised by feeding a large amount of preservatives into feed to prevent or treat dairy cows while raising cows

또한 젖소가 질병에 걸렸을 때에 질병을 치료하기 위해서 다량의 항생제를 투여하고 있는데 이들 방부제와 항생제가 우유를 통하여 우유를 음용 하는 인간에게 방부제 성분들과 항생제 성분들이 전이되고 있는 것을 오래전부터 공지되어온 사실들이다.It has also been known for a long time that antiseptics and antibiotics are transferring antiseptics and antibiotics to humans who drink milk through milk, as cows are receiving large doses of antibiotics to cure diseases when they are diseased .

또한 바닷물에서 리튬이나 나트륨성분과 같은 화학 물질들을 추출하기 위해서는 가열방식을 주로 이용하다 보니 비용이 많이 소요되는 문제점들이 있었다.In addition, in order to extract chemical substances such as lithium or sodium components from the seawater, there is a problem that it is expensive to use the heating method.

본 발명에 따라 구성되는 유체성 물질분자 분리기를 이용하게 되면 간단한 과정을 통하여 대량의 나트륨성분들을 용이하게 추출하여 민물과 바닷물을 분리할 수가 있다.When a fluid material separator constructed according to the present invention is used, a large amount of sodium components can be easily extracted through a simple process to separate fresh water and seawater.

또한 오염된 기체 속에 포함된 오염물질성 물질분자들을 완벽하게 분리해 내지 못하기 때문에 오염된 기체를 대기중으로 방출함으로 인해 대기를 오염시키는 문제점들이 환경의 중요 이슈가 되어 있는 것이 현실이다.In addition, since the pollutant molecules contained in polluted gas can not be completely separated, the problem of polluting the atmosphere by discharging polluted gas into the air is an important issue of the environment.

그러나 본 발명에 따라 구성되는 유체성 물질분자 분리기에 오염된 기체를 투입하여 오염된 기체를 가공하여 주게 되면 기체성 물질분자와 결합 된 오염물질성 물질분자가 자연스럽게 기체에서 이탈되는 물질 해탈작용에 의해 오염된 기체성 물질분자들을 자연스럽게 정화하여 주기 위한 기술을 제공하기 위함이다. However, if the polluted gas is processed by injecting the contaminated gas into the fluid material separator constructed in accordance with the present invention, the pollutant molecules bound to the gaseous substance molecules are naturally released from the gas, This is to provide a technique for naturally purifying contaminating gaseous substance molecules.

등록번호 10-1418040호 등록번호 : 101177477호Registration number 10-1418040 Registration number: 101177477 등록번호 : 101067023호 등록번호일자 10-1294715호Registration number: 101067023 Registration number Date 10-1294715 공개번호 : 10-2011-0052400호 등록번호 : 100883959호Public number: 10-2011-0052400 Registration number: 100883959 등록번호: 10096855호 공개번호 10-2011-0094778호Registration number: 10096855 Public number 10-2011-0094778 등록번호:101346104호 등록번호: 10-1441852호Registration number: 101346104 Registration number: 10-1441852 공개번호:10-2014-0109602호 등록번호:10-0441628호Public number: 10-2014-0109602 Registration number: 10-0441628 등록번호: 101323367호를 비롯하여 본 발명의 기술보다도 더 좋은 기술들이 있는 지에 대해서 조사한 바에 따르면 상기 선행 기술들 중에서 본 발명자가 발명하여 등록받은 특허등록 제10-1441852호를 제외하고는 한 결 같이 물의 작용과 물과 관련된 자연적인 작용들과 그에 따라 작용하는 현상들에 대해서 기본적인 지식이 전혀 없는 상태에서 발명한 것들로 판단된다.The inventors of the present invention have investigated whether there are better technologies than the technology of the present invention including the registration number: 101323367. According to the investigation of the prior art, except for the patent registration No. 10-1441852, invented and registered by the present inventor, And the natural phenomena associated with water and the phenomena that work on them. 즉 본 발명자가 발명한 것을 빼고는 상기 발명들은 물의 순수 구성 요소인 물 분자들과 물질분자들은 중력의 작용을 이용하면 간단하게 분리해 낼수가 있다 라는 기본 적인 상식조차도 모르는 상태에서 발명한 것들이다.In other words, except for the invention of the present inventor, the inventions are invented in a state without knowing even the basic common sense that water molecules and substance molecules, which are pure constituents of water, can be easily separated using the action of gravity. 본 발명자는 지금까지 1,500여개 이상을 발명하여 오면서 물은 모든 물질분자가 분해되어 만들어진 물질분자의 결합물이다 라는 것을 사실적이고 논리적인 증명과 실증적인 증명을 통하여 등록 받은 특허 등록 10-1233804호를 통하여 물은 모든 물질분자가 분해되어 만들어진 물질분자라는 것을 논리적이며 사실적이라는 것을 증명하여 특허를 등록 받은 바 있다.The present inventor has invented more than 1,500 so far, and through the patent registration 10-1233804 registered through physical and logical proof and demonstrative proof that water is a combination of substance molecules formed by decomposition of all substance molecules Water has been patented to prove that it is a logical and realistic fact that all material molecules are decomposed matter molecules. 물은 모든 물질분자가 분해되어 만들어진 것이라는 이러한 논리가 틀리 다면 모든 물질들은 탄생할 당시 그 모양 그대로 영원히 변하지 않고 존재하여야 한다 라는 역설적인 논리가 성립되는 것이다.즉 식물이나 생물이나 동물은 영원히 죽지도 말고 생명을 보존하고 있어야 한다는 역설적인 논리가 성립되는 것이다If the argument that water is made by decomposition of all matter molecules is wrong, then the paradoxical logic is that all materials must exist without changing forever at the time of birth, that is, plants, creatures and animals do not die forever It is a paradoxical logic to preserve life 본 발명 출원하기 위하여 선행 기술들을 조사하여 본 바에 따르면 하천수와 빗물에 함유되어 있는 쓰레기들과 미립자성 오염물질들과 모든 형태의 오염물질분자들을 완벽하게 재처리하여 저장하는 기술들은 특허 등록 10-1441852호를 제외하고는 더 이상 조사할 수가 없었다In order to apply for the present invention, the prior arts have been investigated and the techniques for completely reprocessing and storing the waste substances, We could not investigate any more except the lake 그러나 특허 등록 10-1441852호의 기술과 본 발명의 기술과는 전혀 다른 중력의 작용을 이용하여 하천수와 빗물을 정수하여 저장하는 기술이라는 것을 밝힌다.However, it is disclosed that the technique of the patent registration No. 10-1441852 and the technology of the present invention are technologies for storing river water and rainwater by using gravity action completely different from each other. 이 밖에도 본 발명자에 의해 창안된In addition, 특허문헌 13: 특허 등록 10-1291054호 특허문헌 14: 공개번호 10-2015-0130949호Patent Document 13: Patent Registration No. 10-1291054 Patent Document 14: Publication No. 10-2015-0130949 특허문헌15 :공개번호 10-2015-0102888호 특허문헌 16:공개번호 10-2015-0088218호Patent Document 15: Publication No. 10-2015-0102888 Patent Document 16: Publication No. 10-2015-0088218 특허문헌 17:공개번호:10-2015-002호 특허문헌 18 :공개번호10-2015-0088214호Patent Document 17: Publication No. 10-2015-002 Patent Document 18: Publication No. 10-2015-0088214 특허문헌18:공개번호:10:2015:0088212호 특허문헌 19: 공개번호:10-2015-0087162호Patent Document 18: Publication No. 10: 2015: 0088212 Patent Document 19: Publication No. 10-2015-0087162 특허문헌 20:공개번호:10-2015-0034159호 특허문헌21: 공개번호10-2014-0135140호Patent Document 20: Publication No. 10-2015-0034159 Patent Document 21: Publication No. 10-2014-0135140 특허문헌22:공개번호:10-2015-0102889호 특허문헌23: 공개번호: 1020150116431호가 있으나 이들 선행 기술 발명들은 유체성 물질분자들을 가공하는 공법이지만 유체성 물질분자들을 세밀하게 분리하여 주도록 구성되는 이건 발명보다는 한 단계 아래 기술들이다.Patent Document 22: Publication No. 10-2015-0102889 Patent Document 23: Publication No. 1020150116431 Although these prior art inventions are a method for processing fluid material molecules, It is one step below the invention. 이건 발명은 종래의 결점들을 완벽하게 해결한 발명이다This invention is an invention that completely solves the conventional drawbacks

민물이나 바닷물 또는 술이나 음료 또는 우유와 같은 유체성 물질분자 속에 함유된 오염물질분자들을 완벽하게 제거하여 깨끗한 상태를 유지하도록 하는 민물이나 바닷물 또는 술이나 음료 또는 우유를 제공하는 것을 본 발명의 과제로 삼는다. It is an object of the present invention to provide a fresh water or seawater or a drink or a drink or milk which completely removes contaminant molecules contained in fluid substances such as fresh water, seawater, or alcoholic beverage or milk, I will.

또한 바닷물과 결합 되어 있는 오염물질분자들을 완벽하게 제거하여 먹을 수 있는 민물로 만들거나 바닷물로부터 추출해낸 오염물질분자들을 건조하여 소금을 생산하도록 하는 것을 본 발명의 과제로 삼는다It is also an object of the present invention to completely remove contaminant molecules associated with seawater and make them into edible fresh water or by drying contaminant molecules extracted from seawater to produce salt

또한 오염된 기체 속에 함유된 오염물질성 물질분자들을 분리해 내어 오염된 기체를 깨끗하게 정화하는 것을 본 발명의 과제로 삼는다
It is also an object of the present invention to isolate pollutant molecules contained in polluted gas to purify contaminated gas cleanly

오염된 민물이나 술이나 음료 또는 우유와 같은 유체성 물질분자와 기체성 물질분자 속에 함유된 미립자성 오염물질분자들을 제거하기 위해서 유체성 물질분자와 기체성 물질분자들을 직접 타격하여 가공하거나 공기를 분사하여 타격하는 공기분사 타격장치를 이용하여 타격하거나 진동력을 이용하여 타각한 후 중력의 작용을 역으로 이용하여 이들 유체성 물질분자와 기체성 물질분자와 결합 되어 있는 오염물질분자들을 완벽하게 제거하여 물질분자 고유의 순수한 유체성 물질분자들을 생산 하는 친환경 공법을 이용하여 본 발명의 과제를 해결하고자 한다 Fluid materials such as contaminated fresh water, liquor, beverages, or milk, and gaseous materials. In order to remove molecules of contaminant contaminants contained in the molecules, The air injection striking by the striking air striking device or striking by using the vibration force is used to reverse the action of gravity to completely remove the pollutant molecules attached to these fluid substance molecules and gaseous substance molecules An object of the present invention is solved by using an eco-friendly method for producing pure fluidic substance molecules inherent to a substance molecule

또한 바닷물 속에 함유되어 있는 오염물질분자들과 미립자성 오염물질분자들을 제거하기 위해서 바닷물을 직접 타격하여 가공하거나 공기를 분사하여 타격하는 공기분사 타격장치를 이용하여 타격한 한 후 중력의 작용을 역으로 이용하여 바닷물과 결합 되어 있는 오염물질분자들을 완벽하게 제거하여 먹을 수 있는 민물로 만들거나 바닷물로 부터 추출해낸 오염물질분자들을 건조하여 소금을 생산하는 친환경 공법을 이용하여 본 발명의 과제를 해결하고자 한다In addition, in order to remove contaminant molecules and particulate contaminant molecules contained in seawater, sea water is directly blown or processed by blowing air, The present invention aims at solving the problem of the present invention by using an eco-friendly method in which contaminant molecules associated with seawater are completely removed and dried to produce edible fresh water or contaminant molecules extracted from seawater to produce salt

민물이나 바닷물 또는 술이나 음료 또는 우유와 같은 유체성 물질분자 속에 함유된 미립자성 오염물질분자들을 직접적으로 타격하여 가공하거나 공기를 이용하여 타격한 후 이들 유체성물질분자들과 결합 되어 있는 비중이 가벼운 오염물질분자들을 중력의 작용을 역으로 이용하여 완벽하게 제거하여 가공함으로 인해 이들 유체성 물질분자들을 안심하고 음용 할 수가 있는 작용효과가 있다Fluid materials such as fresh water, seawater, or alcohol, beverage, or milk. Particulate pollutants contained in molecules are directly blown or processed, or air is used to blow them. The contaminant molecules can be completely removed by using the action of gravity in reverse and processed, so that these fluid substances can be used safely

일례로 술 속에는 알콜 보다도 비중이 가벼운 다양한 오염물질분자들이 함께 섞여서 술이 만들어진다는 것은 오래전부터 알고 있는 사실들이다. For example, it has long been known that alcohol is produced in a liquor by mixing various contaminant molecules that are lighter in weight than alcohol.

그 성분들 중에는 알콜 보다도 비중이 가벼운 극미량의 휘슬리와 페놀과 같은 유해물질 물질 분자들이 술 속에 함께 함유되어 만들어진다는 것은 주지의 사실이다.It is a well-known fact that among these components, harmful substance molecules such as whiskey and phenol, which are slightly lighter in weight than alcohol, are produced together with alcohol.

또한 본 발명에서는 모든 물질분자들은 모두가 질량을 가지고 있으며 그 질량에 따라 발생하는 중력의 작용을 과학적인 현상을 이용하여 바닷물 성분들과 결합 되어 있는 오염물질분자들을 완벽하게 제거하여 음용 할 수 있는 민물로 정수 하거나 바닷물에서 추출된 물질분자들을 건조하여 소금을 생산해 내는 작용효과가 있다 In the present invention, all of the substance molecules have a mass, and the action of gravity generated according to the mass of the substance is completely removed by using the scientific phenomenon to completely remove contaminant molecules associated with seawater components, There is also an effect of drying the substance molecules extracted from seawater and producing salt

또한 바닷물에서 미량의 나트륨성분을 가진 소금성분 많을 분리 추출하여 건조한 후 소금을 생산하거나 분리 추출해낸 소금성분들과 또 다른 물질들과 혼합하여 불에 잘 타는 에너지로 사용이 가능함으로 본 발명에 따라 구성되는 공법을 이용하면 무궁무진한 에너지를 무한대로 생산해 낼 수가 있는 작용효과가 있다. In addition, it is possible to use salt as a energy to burn well by mixing salt ingredients and other substances which are produced by separating and extracting a lot of salt ingredients having a small amount of sodium component in seawater to produce and then drying or extracting salt. There is an effect that it is possible to produce infinite energy with infinite energy by using the construction method.

또한 오염된 기체 속에 포함된 오염물질성 물질분자들을 본 발명에 따라 구성되는 물질분자 분리기를 이용하여 가공하여 주게 되면 타격장치와 진동장치에 의해 발생 되는 물질충돌작용과 물질마찰작용과 물질타격작용과 물질충격 작용에 의해 기체성 물질분자와 결합 되어 있는 비중이 가벼운 물질분자들이 기체성 물질분자 속에서 이탈되어 나옴과 동시에 물질분자 가공기 속으로 유입되는 물이나 알콜 또는 또 다른 물질분자들과 결합하여 분리되거나 중화되는 중화작용이 발생함과 동시에 중력의 작용에 의해 비중이 가벼운 기체성 물질분자들을 상부에 구성되어 있는 또 다른 유체성 물질분자 분리기로 이동하여 재가공됨과 동시에 비중이 무거운 물질분자과 비중이 가벼운 유체성 물질분자들은 유체성 물질분자 분리기에 구성되어 있는 하단배출구와 상단배출구로 분리 배출되는 과정을 통하여 기체성 물질분자와 결합된 오염물질성 물질분자들이 자동으로 추출분리되는 과정을 통하여 오염된 기체성 물질분자가 깨끗하게 정화되는 작용효과가 있다. In addition, when the pollutant molecules contained in the contaminated gas are processed by using the material molecular separator constructed according to the present invention, the impact of the material generated by the impact device and the vibration device, the material friction action, A substance with a specific gravity that is bonded to a gaseous substance molecule is separated from a gaseous substance molecule by the material shock action and is combined with water, alcohol, or other substance molecules introduced into the substance substance processing machine Neutralization neutralizing action occurs, and at the same time, the gaseous material molecules with a low specific gravity due to the action of gravity are transferred to another fluid material separator constituted at the upper part, and are reworked, and at the same time, the material molecules having a heavy specific gravity and light fluids The sex material molecules are composed of a bottom vessel The pollutant molecules bound to the gaseous substance molecules are automatically extracted and separated through the process of separating and discharging the gaseous substance molecules from the outlet and the upper outlet port.

또한 종래부터 사용되고 있는 혈액 투석기는 필터를 이용하여 혈액 속에 함유된 유해물질성 물질분자들을 분리한 후 재투석하고 있으나 이 방식은 혈액과 결합 된 오염물질들을 완벽하게 분리해내지 못하기 때문에 1주일에 2 회 정도의 투석을 하여주어야 하는 결점이 있다In addition, the conventional hemodialyzer uses a filter to separate the harmful substance molecules contained in the blood and then re-dialysis. However, since this method can not completely separate the contaminants bound to the blood, There are drawbacks to dialysis about twice

또한 본 발명에 따라 구성되는 유체성 물질분자 분리기를 이용하여 혈액을 정화시켜주게 되면 물질충격작용과 물질마찰작용과 물질타격작용과 중력의 작용에 의해 순수한 혈액과 결합 된 오염물질성 물질분자들을 완벽하게 분리시켜서 환자들에게 순수한 혈액을 수혈시켜줌으로 인해 질병의 치유 효과를 높여 주는 작용효과가 있다. In addition, when the blood is purified by using the fluid material separator constructed according to the present invention, it is possible to purify the pollutant molecules bound to the pure blood by the action of material shock, material friction, material striking action and gravity And the blood is transfused to patients, thereby increasing the healing effect of the disease.

도 1은 종래에 본 발명자에 의해 특허 제 10-1291054호로 등록받은 오염된 유체를 정화하는 장치의 사시도
도 2는 종래에 본 발명자에 의해 발명되어 공개된 특허 공개번호 10-2015-0130949호의 사시도
도 3은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 정면 사시도
도 4는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 우측면 사시도
도 5는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 상단부를 분해하여 도시한 상단부 부분 사시도
도 6은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 상단부를 분해하여 도시한 상단부 부분 상세 사시도
도 7은 본 발명 제1실시 예와 제3실시 예와 제4 실시 예와 제5의 실시 예와 제6 의 실시 예에 따라 유체성 물질분자 분리기의 상단부에 구성되어 유체성 물질분자를 유체성 물질분자 분리기의 내부로 분사하여 주는 유체성 물질분자 분출봉의 부분 상세 사시도
도 8은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판을 분해하여 도시한 전면 가공판의 상세 사시도
도 9는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판의 상단부분 상세 사시도
도 10은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판과 결합 되는 마찰봉을 결합 하기전의 상단부분 상세 사시도
도 11은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판과 결합 되는 마찰봉의 상세 사시도
도 12는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 후면가공판을 분해하여 도시한 후면 가공판의 상세 사시도
도 13은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 후면 가공판 상단부를 분해하여 도시한 후면 가공판의 부분 상세 사시도
도 14는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 후면 가공판과 결합 되는 회전축과 결합 후렌지와 회전 하우징을 도시한 부분 상세 사시도
도 15는 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기에 구성되는 후면 가공판의 전면부와 결합 되는 회전축과 후렌지 결합 볼트의 결합관계를 도시한 부분 상세 사시도
도 16은 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기에 구성되는 후면 가공판의 전면부에 설치되는 회전판과 회전축이 결합 되는 상태를 도시한 부분 상세 사시도
도 17은 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기의 양측면부에 구성되는 ㄷ형 결합대와 상단부에 구성되는 여과막과 상판 상부 후레지의 결합관계를 도시한 상당부분 상세 사시도
도 18은 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기의 양측면부에 구성되는 ㄷ형 결합대와 하단부에 구성되는 하단 공기 분출구와 기초좌대 프레임과 바이브레이타의 결합관계를 도시한 하단부분 상세 사시도
도 19는 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기의 전면판과 후면판과 유체성 물질분자 주입파이프와 공기 주입파이프를 제거한 상태를 도시한 분해 사시도
도 20은 본 발명 제4 의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면 판을 분리하여 제거한 상태를 도시한 사시도
도 21은 본 발명 제4 의 실시 예에 따라 유체성 물질분자 분리기에 구성되는 회전타격장치 겸 공기 분사 타격장치의 중간 부분을 절개하여 도시한 부분 분해 사시도
도 22는 본 발명 제 5 의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면 판을 분리하여 제거한 상태를 도시한 사시도
도 23은 본 발명 제 6 의 실시 예에 따라 구성되는 유체성 물질분자 분리기를 단계별로 설치한 상태를 도시한 다단계 사시도
도 24는 본 발명 제6 의 실시 예에 따라 구성되는 유체성 물질분자 분리기를 도시한 사시도
도 25는 본 발명 제6 의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 몸통과 부속 시설들을 분리하여 도시한 분해 사시도
도 26은 본 발명 제7 의 실시 예에 따라 구성되는 유체성 물질분자 분리기를 직사각형의 형태로 구성한 후 전면판을 분리하여 도시한 분해 사시도
도27은 본 발명 제7의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도
도28은 본 발명 제 1내지 제8의 실시 예에 적용되는 정회전 고정타격봉과 역회전 회전타격봉의 부분 사시도
도29는 본 발명 제8의 실시예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도
도30은 본 발명 제9의 실시예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도
도 31은 본 발명 제 11실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도
도32는 본 발명 제 12 실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도
도33은 본 발명 제 13 실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도
도 34는 본 발명 제 14의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면을 도시한 사시도 FIG. 1 is a perspective view of an apparatus for purifying a contaminated fluid which has been conventionally registered with the present invention as a patent No. 10-1291054
FIG. 2 is a perspective view of the conventional art disclosed by the present inventor and disclosed in Patent Publication No. 10-2015-0130949
3 is a front perspective view of a fluidic material molecular separator constructed according to the first to third embodiments of the present invention
Fig. 4 is a right side perspective view of a fluid material separator constructed according to the first to third embodiments of the present invention
FIG. 5 is a top partial partial perspective view of the fluid material separator according to the first to third embodiments of the present invention,
FIG. 6 is a top partial partial perspective view of the fluid material separator according to the first to third embodiments of the present invention,
FIG. 7 is a cross-sectional view of a fluid material separator according to a first embodiment, a third embodiment, a fourth embodiment, a fifth embodiment and a sixth embodiment of the present invention, Fluid material injected into the inside of the material molecule separator.
FIG. 8 is a detailed perspective view of a front machining plate in which the front plate of the fluid material separator according to the first to third embodiments of the present invention is exploded; FIG.
FIG. 9 is a top perspective detailed perspective view of the front plate of the fluid material separator according to the first to third embodiments of the present invention. FIG.
10 is a top perspective detailed perspective view of a fluid material molecular separator constructed in accordance with the first to third embodiments of the present invention before the friction rods are engaged with the front plate,
11 is a detailed perspective view of a friction rod, which is combined with the front plate of the fluid material separator according to the first to third embodiments of the present invention.
FIG. 12 is a detailed perspective view of a rear processing plate shown by explaining a back side plate of a fluid material molecular separator constructed according to the first to third embodiments of the present invention. FIG.
13 is a partially detailed perspective view of a rear processing plate shown in an exploded view of an upper end of a rear processing plate of a fluid material molecular separator constructed according to the first to third embodiments of the present invention
FIG. 14 is a partial detail perspective view showing a rotating shaft, a coupling flange, and a rotary housing engaged with a rear machining plate of a fluid material separator according to the first to third embodiments of the present invention;
15 is a partial detail perspective view showing a coupling relationship between a rotation shaft and a flange coupling bolt which are engaged with a front portion of a rear processing plate constituting a fluid material separator according to the first to third embodiments of the present invention;
16 is a partial detail perspective view showing a state in which a rotating shaft is coupled to a rotating plate installed in a front part of a rear machining plate constituting a fluid material separator according to the first to third embodiments of the present invention;
17 is an enlarged perspective view showing a coupling structure of a U-shaped coupling band formed on both side portions of the fluid material separator according to the first to third embodiments of the present invention, a filtration membrane formed on the upper end portion,
FIG. 18 is a sectional view showing a coupling member formed on both side portions of the fluid material separator according to the first to third embodiments of the present invention, a bottom air outlet formed on the bottom portion, Partial detail perspective
19 is an exploded perspective view showing a state in which a front plate, a rear plate, a fluid material molecule injection pipe and an air injection pipe are removed from the fluid material separator according to the first to third embodiments of the present invention;
20 is a perspective view showing a state in which a front plate of a fluid material separator according to a fourth embodiment of the present invention is separated and removed;
FIG. 21 is a partially exploded perspective view showing the rotary impact striking device and the air injection striking device constructed in the fluid material molecule separator according to the fourth embodiment of the present invention,
22 is a perspective view showing a state in which a front plate of a fluid material separator according to a fifth embodiment of the present invention is separated and removed;
23 is a multi-stage perspective view showing a state in which the fluidic substance molecular separator constructed in accordance with the sixth embodiment of the present invention is installed stepwise
24 is a perspective view showing a fluidic substance molecular separator constructed according to the sixth embodiment of the present invention
Fig. 25 is an exploded perspective view showing the body of the fluid material separator constructed in accordance with the sixth embodiment of the present invention,
FIG. 26 is a perspective view of a fluid material separator according to a seventh embodiment of the present invention,
27 is a cross-sectional perspective view of a fluid material separator constructed in accordance with a seventh embodiment of the present invention
28 is a partial perspective view of the forward rotation fixed striking rod and the reverse rotation rotating striking rod according to the first to eighth embodiments of the present invention
29 is a cross-sectional perspective view of a fluid material separator constructed in accordance with an eighth embodiment of the present invention;
30 is a cross-sectional perspective view of a fluid material molecular separator constructed according to the ninth embodiment of the present invention
31 is a cross-sectional perspective view of a fluid material separator constructed according to an eleventh embodiment of the present invention
32 is a cross-sectional perspective view of a fluid material separator constructed in accordance with a twelfth embodiment of the present invention
33 is a cross-sectional perspective view of a fluid material separator constructed in accordance with a thirteenth embodiment of the present invention
34 is a perspective view showing a cross section of a fluid material molecular separator constructed in accordance with the fourteenth embodiment of the present invention

[제1 실시 예][First Embodiment]

본 발명에 따라 구성되는 민물과 바닷물과 우유와 술과 음료와 같은 유체성 식품과, 기호성 식품과 혈액과 같은 유체성 물질분자와 결합 되어 있는 비중이 가벼운 물질분자와 비중이 무거운 유체성 물질분자 또는 기체성 물질분자들을 분리가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기에 대해서 다음과 같이 설명한다.The present invention relates to a method for producing a food or beverage, which comprises the steps of: (a) preparing a food or beverage having a high specific gravity and a high specific gravity by mixing a fluid material such as seawater, milk, The eco-friendly method for separating and processing gaseous substance molecules and the fluidic substance molecular separator applied here are explained as follows.

도 3은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 정면 사시도 이고, 도 4는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 우측면 사시도 이며, 도 5는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 상단부를 분해하여 도시한 상단부 부분 사시도 이고,FIG. 3 is a front perspective view of a fluidic material molecular separator constructed according to the first to third embodiments of the present invention, and FIG. 4 is a right side perspective view of a fluidic material molecular separator constructed according to the first to third embodiments of the present invention. And FIG. 5 is a top partial partial perspective view of the upper part of the fluid material separator according to the first to third embodiments of the present invention,

도 6은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 상단부를 분해하여 도시한 상단부 부분 상세 사시도 이며, 도 7은 본 발명 제1실시 예와 제3실시 예와 제4 실시 예와 제5의 실시 예와 제6 의 실시 예에 따라 유체성 물질분자 분리기의 상단부에 구성되어 유체성 물질분자를 유체성 물질분자 분리기의 내부로 분사하여 주는 유체성 물질분자 분출봉의 부분 상세 사시도 이고,FIG. 6 is a detailed top perspective view of the upper part of the fluid material separator according to the first to third embodiments of the present invention. FIG. 7 is a cross- According to the fourth, fifth, and sixth embodiments, the portion of the fluid substance molecule ejecting rod, which is formed at the upper end of the fluid substance separator and ejects the fluid substance molecules into the fluid substance separator, FIG.

도 8은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판을 분해하여 도시한 전면 가공판의 상세 사시도 이며, 도 9는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판의 상단부분 상세 사시도 이고, 도 10은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판과 결합 되는 마찰봉을 결합 하기전의 상단부분 상세 사시도 이고, 도 11은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면가공판과 결합 되는 마찰봉의 상세 사시도 이며 , 도 12는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 후면가공판을 분해하여 도시한 후면 가공판의 상세 사시도 이고, 도 13은 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 후면 가공판 상단부를 분해하여 도시한 후면 가공판의 부분 상세 사시도 이며, 도 14는 본 발명 제1~3의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 후면 가공판과 결합 되는 회전축과 결합 후렌지와 회전 하우징을 도시한 부분 상세 사시도 이고, 도 15는 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기에 구성되는 후면 가공판의 전면부와 결합 되는 회전축과 후렌지 결합 볼트의 결합관계를 도시한 부분 상세 사시도 이며 , FIG. 8 is a detailed perspective view of a front machining plate in which a front plate of the fluid material separator according to the first to third embodiments of the present invention is exploded, and FIG. 9 is a cross- FIG. 10 is a perspective view of a front surface plate of a fluid material separator according to an embodiment of the present invention. FIG. 10 is a cross- 11 is a detailed perspective view of a frictional rod which is combined with a front plate of a fluid material separator according to the first to third embodiments of the present invention, FIG. 13 is a detailed perspective view of a rear processing plate shown by explaining a back side plate of a fluid material separator constructed in accordance with an embodiment. FIG. 13 is a perspective view of a fluid material molecule FIG. 14 is a sectional view of a rear surface machining plate according to the first to third embodiments of the present invention. FIG. FIG. 15 is a partial detail perspective view showing a coupling flange and a rotating housing according to an embodiment of the present invention. FIG. 15 is a perspective view illustrating a coupling flange and a rotating housing, And Fig.

도 16은 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기에 구성되는 후면 가공판의 전면부에 설치되는 회전판과 회전축이 결합 되는 상태를 도시한 부분 상세 사시도 이고, 도 17은 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기의 양측면부에 구성되는 ㄷ형 결합대와 상단부에 구성되는 여과막과 상판 상부 후레지의 결합관계를 도시한 상당부분 상세 사시도 이며, 도 18은 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기의 양측면부에 구성되는 ㄷ형 결합대와 하단부에 구성되는 하단 공기 분출구와 기초좌대 프레임과 바이브레이타의 결합관계를 도시한 하단부분 상세 사시도 이고, 도 19는 본 발명 제1~3의 실시 예에 따라 유체성 물질분자 분리기의 전면판과 후면판과 유체성 물질분자 주입파이프와 공기 주입파이프를 제거한 상태를 도시한 분해 사시도 이다.
16 is a partial detailed perspective view showing a state in which a rotary shaft and a rotary plate provided on a front portion of a rear machining plate formed in a fluid material separator according to the first to third embodiments of the present invention are engaged; 18 is a substantial partial detail perspective view showing a coupling structure formed on both side portions of the fluid material separator according to the first to third embodiments of the present invention and a coupling relationship between the filtration membrane formed on the upper portion and the upper rear portion of the upper plate, A lower portion detailed perspective view showing a coupling member formed on both side portions of the fluid material separator according to the first to third embodiments of the present invention and a coupling relation between the lower air outlet port formed on the lower end portion and the base frame and the vibrator; And FIG. 19 is a graph showing the results obtained by removing the front plate, the back plate, the fluid material molecule injection pipe and the air injection pipe of the fluid material separator according to the first to third embodiments of the present invention Fig.

본 발명의 기초가 되는 과학적 원리에 대하여 실증적이고 논리적인 작용들에 대해서 증거에 입각해서 설명한다.Evidence-based explanations of empirical and logical actions on the underlying scientific principles of the present invention are provided.

이들 논리는 본 발명자가 30 여년을 연구하여 오면서 각종 특허를 등록 받으면서 밝혀낸 작용과 논리들은 학계와 특허청 심사관으로 부터 인정받아 특허를 등록 받으면서 제시한 내용들을 다시한번 정리 요약한다..These logic are summarized by the present inventors while registering patents by the academia and the patent office examiners after the inventors have studied various patents for 30 years.

중력 가속도 작용의 정의:Definition of gravitational acceleration action:

모든 물질들은 중력가속도 작용과 중력의 지배를 받는 다는 것은 상식 중의 상식이다.It is common knowledge that all materials are subject to gravitational acceleration and gravity.

또한 유체성 물질분자들도 중력의 작용에 따라 중력 가속도 작용을 발휘한다라는 것은 기본적인 상식이다.It is also a basic common sense that molecules of fluid matter also exert gravitational acceleration in response to the action of gravity.

그러나 대기권에 떠 있는 구름도 중력의 지배를 받는 다는 것을 논리적으로 설명한 학자들이 없는 것 또한 사실이다.But it is also true that there are no scholars who logically explain that clouds in the atmosphere are subject to gravity.

그렇기 때문에 유체성 물질분자들도 중력 가속도 작용을 역으로 이용하면 분리가 가능하다라는 것을 학술적으로 증명을 시킨 학자가 없는 것이다.Therefore, there is no scholarly proof that hydrodynamic molecules can be separated by reverse use of gravitational acceleration.

중력 가속도 작용이란 물질이 일정한 높이에서 낙하를 하면 속도가 높아지면서 무게도 커진다는 논리이다.The gravitational acceleration effect is the logic that when a material falls at a certain height, the weight increases as the speed increases.

그러므로 비중이 높은 깨끗한 유체성물질분자와 비중이 가벼운 오염된 유체성 물질분자들을 분리해 내기 위해서는 높이가 5m~80m 정도의 높이로 높게 구성된 함체형태의 유체성 물질분자가공기를 구성하여 유체성 물질분자를 분리가공하는 방식을 이용하여 본 발명의 목적을 달성하고자 한다 Therefore, in order to separate clean fluid material molecules with high specific gravity and light contaminant fluid material molecules with high specific gravity, we construct a hermetic fluid material mass processing machine with a high height of 5m ~ 80m, So as to achieve the object of the present invention

자세히는 본 발명의 특징으로는 중력의 작용과 중력 가속도 작용을 역으로 이용하여 유체성물질분자와 결합되어 있는 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자들을 분리가공하는 자연친화적인 친환경 공법을 제공하고자 발명한 것이다.More specifically, the present invention is characterized in that a gravitational force and a gravitational acceleration action are used in reverse, whereby a fluid material molecule having a specific gravity and a fluid material molecule having a heavy specific gravity, which are bonded to the fluid material molecule, The invention was invented to provide an eco-friendly construction method.

물질폭발작용의 정의: Definition of Material Explosion:

화약만 폭발하는게 아니라 모든 유체성 물질분자들과 기체성 물질분자들은 물질분자 고유의 성분들과 또 다른 성분을 가지고 있는 물질분자가 접촉하면 물질폭발작용이 발생하면서 기체를 발생 시킨다.Instead of explosive explosives, all fluidic and gaseous material molecules generate gases when they come into contact with material molecules that have other components and other components.

증거1: 인분으로 만들어내는 메탄가스 Evidence 1: methane gas produced from the flour

증거2: 수돗물을 생수병에 넣고 흔들어 주면 생수병 속에서 기체성 기포가 생성되는 현상으로서 공기는 물보다도 가볍기 때문에 절대로 생수병의 내부로 파고 들어가지 못한다는 증력의 작용과 비중과 질량의 작용에 대한 진실의 증명Evidence 2: When tap water is shaken in a bottled water bottle, gas bubbles are generated in the bottled water bottle. Since the air is lighter than water, it can not penetrate into the bottled bottle. Proof of Truth

증거3: 바다에서 파도가 치면 거품이 발생되는 현상으로서 바닷물 속에 함유된 물질분자 A와 물질분자 B가 접촉하면서 물질폭발 작용에 의해 거품을 발생시키는 현상Evidence 3: As a phenomenon that bubbles are generated when a wave is hit in the sea, the substance A and the substance B contained in the seawater come into contact with each other,

증거4: 비누와 물이 접촉하면서 물질폭발작용에 의해 거품을 발생 시키는 현상Evidence 4: Soap and water are in contact with each other and cause a bubble by the explosion of matter.

증거5: 좌변기에 소변을 보면 좌변기 속에 있던 물과 소변이 접촉하는 순간 기포성 거품이 발생되는 것은 물분자와 소변속에 함유된 또 다른 물질분자가 접촉하면서 물질폭발작용이 발생 하기 때문에 기포성 거품이 발생한다는 물질폭발작용의 논리적 증명Evidence 5: When you see urine in the left-hand side, the bubbling foam is generated when the water in the left-hand side contacts with the urine because the water molecule and another substance contained in the urine come into contact with each other, Logical proof of material explosion

물질마찰작용의 정의:Definition of material friction action:

증거1: 처마 밑의 낙수물에 의해 돌이 파이는 현상Evidence 1: Stone pie phenomenon caused by drowning in the eaves

물질밀림 작용의 정의:Definition of material tremor:

증거1: 모든 물질분자들은 물질 고유의 질량과 그에 따른 비중의 작용을 지배를 받는 다는 만고 불변의 뉴턴의 자연 법칙Evidence 1: All material molecules are subject to the action of mass specific mass and corresponding weight,

증거2: 그러므로 물분자와 결합되어 있는 모든 물질분자들은 중력의 작용과 질량과 비중에 따라서 층층으로 분리가 가능하다는 뉴턴의 법칙에 따른 논리적 증명 Evidence 2: Therefore, all material molecules combined with water molecules can be separated into layers according to the action of gravity and mass and weight.

모든 물질분자들은 분리가 된다라는 논리의 정의:Definition of the logic that all matter molecules are separated:

증거1: 하늘에 떠 있는 구름은 지구상에서 증발된 물질분자의 결합물이다라는 과학적 논리의 증명Evidence 1: A proof of the scientific logic that clouds floating in the sky are a combination of material molecules vaporized on Earth

모든 물질들은 중력의 지배를 받는다 라는 논리의 정의:The definition of the logic that all materials are governed by gravity:

증거1: 모든 물질들은 크기가 작던 크던 간에 모두 중력의 지배를 받기 때문에 지구의 지표면에 달라 붙어 있는 것임 Evidence 1: All materials, whether small or large, are all gravitationally stuck on the earth's surface.

이상과 같은 자연적인 작용을 이용하여 민물이나 바닷물 또는 각종 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질성 물질분자들과 비중이 무거운 깨끗한 물질분자들을 분리하여 추출가공하는 자연친환적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기는 다음과 같이 구성된다By using the above-mentioned natural action, it is possible to separate and process the pollutant molecules with a small specific gravity, which are combined with fresh water, seawater or various fluid substances, The fluidic material molecular separator applied here consists of

함체형태로 구성되어 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~50m 정도의 높이로 구성되는 유체성 물질분자 분리기(1500)는 네쌍의 회전바퀴(1503)와 결합 되는 기초좌판(1502)의 상부에 구성되는 구조;The fluidic substance molecular separator 1500 having a height of about 5m to about 50m so as to exert a gravity action and a gravitational acceleration action more effectively is composed of a basic seat plate 1502 coupled with four pairs of rotating wheels 1503, A structure formed on the upper portion of the substrate;

기초좌판(1502)의 일측에는 물과 액체등을 유체성 물질분자 분리기(1500)의 내부로 펌핑하여주는 제1 펌프(1516)가 액체 유입구(1509)와 결합되어 구성되고;A first pump 1516 for pumping water, liquid or the like into the fluid material separator 1500 is connected to the liquid inlet 1509 at one side of the base seat 1502;

기초좌판(1502)의 타측에는 유체성 물질분자 분리기(1500)의 내부로 공기 또는 오염된 매연등을 펌핑하여 주는 제2 펌프(1515)가 공기 유입구(1510)와 결합되어 구성되고;A second pump 1515 for pumping air or contaminated soot into the fluid material separator 1500 is connected to the air inlet 1510 at the other side of the base seat 1502;

기초좌판(1502)의 중앙에 ㄷ자 형태로 구성되는 기초좌대 프레임(1517)의 구조; A structure of a base rest frame 1517 formed in the center of the base seat 1502 in a U-shape;

기초좌대 프레임(1517)의 하단부에 구성되는 바이브레이타(1585)의 구조;A structure of the vibrator 1585 formed at the lower end of the base frame 1517;

기초좌대 프레임(1517)의 일측과 타측에 대향되게 각각 구성되는 ㄷ형 결합대(1519)의 구조; A structure of a U-shaped coupling base 1519 which is opposed to one side and the other side of the base frame 1517;

ㄷ형 결합대(1519)의 전면부분에 구성되는 전면 결합구(1557)와 후면 부분에 구성되는 후면결합구(1556)의 구조;A structure of a front coupling part 1557 formed at the front part of the U-shaped coupling bobbin 1519 and a rear coupling part 1556 formed at the rear part;

ㄷ형 결합대(1519)의 하단 부분에 구성되는 하단 공기 분출구(1555)의 구조;A structure of a lower end air blowing port 1555 formed at a lower end portion of the U-shaped coupling base 1519;

하단 공기 분출구(1555)의 타측에는 물질분자 분리칸(1560)을 구성하여 저층수 배출파이프(1505)와 결합된 저층수 취수구(1558)를 안치하여 유체성 물질분자 분리기(1500)의 내부로 유입되는 비중이 무거운 유체성 물질분자들이 제2 펌프(1515)에서 펌핑하는 공기 또는 매연등과 썩이지 않도록 분리시키는 구조;A material molecule separation chamber 1560 is formed on the other side of the lower air spouting port 1555 and a lower layer water intake port 1558 coupled with the lower layer water discharge pipe 1505 is placed on the other side of the lower air spouting port 1555, A structure for separating the heavier fluidic substance molecules from the second pump 1515 so as not to spoil the air or soot and the like;

하단 공기 분출구(1555)의 전면부 하단부분에는 제2 펌프(1515)에 발생시킨 공기 또는 매연등을 유체성 물질분자 분리기(1500)로 주입시켜주는 공기 주입파이프 결합구(1553)가 구성되는 구조;And an air injection pipe coupling part 1553 for injecting air or soot generated in the second pump 1515 into the fluid material separator 1500 is formed in the lower end part of the front part of the lower air injection port 1555 ;

공기 주입파이프 결합구(1553)에는 유체성 물질분자 분리기(1500)의 내부로 공기 또는 오염된 매연등을 주입하여주는 공기 주입파이프(1506)가 구성되고 ;The air injection pipe coupling port 1553 is formed with an air injection pipe 1506 for injecting air or contaminated soot into the fluid material separator 1500;

공기 주입파이프(1506)의 타측 끝단부는 기초좌판(1502)에 구성되어 있는 제2 펌프(1515)와 결합되는 구조;The other end of the air injection pipe 1506 is coupled to the second pump 1515 formed on the base seat 1502;

ㄷ형 결합대(1519)의 상단부에는 장공의 형태로 상판여과막(1523)이 구성되는 구조;A structure in which an upper plate filtration membrane 1523 is formed in the form of a long hole at the upper end of the U-shaped coupling base 1519;

두쌍으로 구성되는 ㄷ형 결합대(1519)의 상단부 전,후면에는 판재 형태로 상판 상부 제1 후렌지(1526)가 각각 구성되고 ; A top plate upper first flange 1526 is formed in the shape of a plate on the front and back sides of the upper end of the U-shaped coupling base 1519 made of two pairs;

상판 상부 제1후렌지(1526)에는 다수개의 상판 상부 후렌지 제1 결합구(1527)가 구성되며;A plurality of upper plate upper flange first coupling portions 1527 are formed on the upper plate upper first flange 1526;

상판 상부 제1 후렌지(1526)의 상단부에는 상판 상부 제2 후렌지(1522)가 구성되고; The upper second upper flange 1522 is formed at the upper end of the upper first upper flange 1526;

상판 상부 제2 후렌지(1522)의 상단부에는 ㄱ자 형태로 상단배출구(1501)가 구성되는 구조;A structure in which an upper outlet 1501 is formed in the upper end of the upper second upper flange 1522 in a lattice form;

상단배출구(1501)의 하측 부분 내부에는 역 삼각형의 원뿔형 분출봉(1520)이 유체성 물질분자 주입파이프(1508)와 결합되어 구성되는 구조;A structure in which an inverted triangular conical ejection rod 1520 is connected to the fluid material molecule injection pipe 1508 in the lower part of the upper outlet 1501;

원뿔형 분출봉(1520)에는 다수개의 유체성 물질분자 또는 기체성 물질분자들을 분출하여 주는 고압 분출구(1521)가 유체성 물질분자 주입파이프(1508)로 유입되는 유입총량 100WT% 보다도 1WT%~20WT% 정도의 작은 배출량을 유지시켜서 고압으로 분출되도록 고압분출구(1521)의 총 배출량 크기를 작게 구성하는 구조;Pressure injection port 1521 for ejecting a plurality of fluidic substance molecules or gaseous substance molecules is supplied to the fluid material molecule injection pipe 1508 at a rate of 1WT% to 20WT% Pressure ejection port 1521 to be ejected at a high pressure while maintaining a small amount of ejection amount of the high-pressure ejection port 1521;

유체성 물질분자 주입파이프(1508)의 하단부는 기초좌판(1502)에 구성되어 있는 제1 펌프(1516)와 연결 구성되어 유체성 물질분자 분리기(1500)의 내부로 물과 같은 액체로 구성되어 있는 다양한 액체성 물질분자들을 유입시켜주도록 작용시킴과 함께;The lower end of the fluid material molecule injection pipe 1508 is connected to the first pump 1516 formed in the base seat plate 1502 and is composed of a liquid such as water into the fluid material molecule separator 1500 To act on various liquid material molecules;

ㄷ형 결합대(1519)의 전면부에 ㄷ자 형태로 구성되는 전면판(1518)의 구조;A structure of the front plate 1518 formed in a U-shape at the front portion of the U-shaped coupling base 1519;

전면판(1518)의 하단 상부에는 저층수 배출파이프 결합구(1531)를 구성시키고 ,저층수 배출파이프 결합구(1531)에는 유체성 물질분자 분리기(1500)의 하단부로 이동하는 비중이 무거운 유체성 물질분자들을 펌핑하거나 중력의 작용에 의해 자동적으로 유체성 물질분자 분리기(1500)의 외부로 배출하도록 작용하는 저층수 배출파이프(1505)를 구성시키되 저층수 배출파이프(1505)의 하단부에 구성되는 저층수 취수구(1558)의 위치가 하단 공기 분출구(1555)의 상단부분과 3cm~25cm 정도의 사이가 되도록 결합시킴과 함께;The lower plate of the front plate 1518 has a lower layer water discharge pipe fitting 1531 and the lower layer water discharge pipe fitting 1531 is provided with a fluid material molecule Layer water discharge pipe 1505 that functions to discharge the fluid material to the outside of the fluid material separator 1500 by the action of gravity or automatically by the action of gravity. The low-layer water intake port 1558, which is formed at the lower end of the low- So that the position of the upper air outlet 1555 is between 3 cm and 25 cm from the upper end of the lower air outlet 1555;

저층수 취수구(1558)의 끝단부 형태는 하단 공기 분출구(1555)에서 분출되는 공기 또는 오염된 매연이 저층수 취수구(1558)의 입구로 곧바로 유입되지 못하도록 ㄴ자 형태로 구성시킴과 함께;(상세도면 생략함) The end portion of the low-layer water intake port 1558 is formed in a shape that prevents air or polluted soot ejected from the lower-end air ejection port 1555 from being directly introduced into the inlet of the low-level water intake port 1558; )

저층수 배출파이프(1505)의 중간 부분에는 유체성 물질분자 분리기(1500)의 하단부로 이동하는 비중이 무거운 유체성 물질분자들을 정량화하여 유체성 물질분자 분리기(1500)의 외부로 비중이 무거운 유체성 물질분자들을 우선적으로 펌핑하여 배출하도록 작용하는 배출펌프(1507)를 구성시킴과 함께; In the middle portion of the low-level water discharge pipe 1505, fluidic substance molecules having a large specific gravity moving to the lower end of the fluidic substance molecular sieve 1500 are quantified, Constituting a discharge pump 1507 which serves to preferentially pump and discharge the molecules;

전면판(1518)의 외주면 사이에는 ㄷ형 결합대(1519)에 구성되어 있는 전면 결합구(1557)와 결합이 용이 하도록 전면판 결합구(1528)가 다수개 구성되고; A plurality of front plate coupling parts 1528 are provided between the outer peripheral surfaces of the front plate 1518 to facilitate coupling with the front coupling parts 1557 formed in the C type coupling part 1519;

전면판(1518)의 상단부분과 하단부분 사이에는 유체성 물질분자 또는 기체성 물질분자들을 마찰시켜서 입자의 크기를 작게 분쇄하여주거나 가공하여주도록 작용하는 마찰봉 결합구(1529)를 다수개 구성시키고; Between the upper and lower ends of the front plate 1518, a plurality of frictional rod engaging members 1529 functioning to grind fluid material molecules or gaseous substance molecules so as to crush or size the particles are formed ;

마찰봉 결합구(1529)에는 다수개의 마찰봉(1530)을 구성시킴과 함께;The friction rod engaging portion 1529 constitutes a plurality of friction rods 1530;

이상과 같이 구성되는 전면판(1518)을 전면판 결합구(1529)와 ㄷ형 결합대(1519)에 구성되어 있는 전면 결합구(1557)를 볼트 등으로 결합하여 유체성 물질분자 분리기(1500)의 전면 부분을 완성 시킴과 함께;The front plate 1518 constructed as described above is connected to the front plate coupling hole 1529 and the front coupling hole 1557 formed in the U-shaped coupling base 1519 with bolts or the like, With the completion of the front part;

ㄷ형 결합대(1519)의 후면부에 ㄷ자 형태로 구성되는 후면판(1513)의 외주면에는 다수개의 후면판 결합구(1533)가 구성되고;A plurality of rear plate coupling members 1533 are formed on the outer circumferential surface of the rear plate 1513, which is formed in a U-shape at the rear portion of the U-shaped coupling base 1519;

후면판(1513)의 상단부분에서 하단부분 사이에는 다수개의 후렌지결합구(1536)와 축 결합구(1535)가 각각 구성되는 구조; A structure in which a plurality of flange coupling portions 1536 and an axial coupling portion 1535 are formed between the upper end portion and the lower end portion of the rear plate 1513;

두개의 베어링(미도시)이 삽입되어 회전이 용이 하도록 회전축(1512)과 결합된 각각의 회전 하우징(1537)이 결합 후렌지(1511)와 결합되는 구조;A structure in which each rotary housing 1537 coupled with the rotary shaft 1512 is coupled to the coupling flange 1511 so that two bearings (not shown) are inserted and easily rotated;

회전축(1512)의 일측 끝단부에는 마찰판(1550)을 각각 결합하여 지지 시켜주는 축 나사와 축 볼트(1539)의 구조;A structure of a shaft screw and a shaft bolt 1539 for coupling and supporting a friction plate 1550 to one end of the rotary shaft 1512;

회전축(1512)과 마찰판(1550)을 회전시켜주는 회전수단은 매우 다양하게 변경 구성이 가능하기 때문에 상세한 구조를 생략하였다.Since the rotating means for rotating the rotating shaft 1512 and the friction plate 1550 can be changed in various ways, the detailed structure is omitted.

그 이유는 회전 수단은 공지되어 있는 기구들과 변경 수단들이 매우 다양함으로 가공하는 유체성 물질분자들의 투입량에 따라서 수시로 변경구성이 가능하기 때문이다.본 발명에 따라 구성되는 도면과 상세한 설명에서 생략한 것이다The reason for this is that the rotating means can be changed and configured at any time according to the input amount of the fluid material molecules to be processed since the known mechanisms and the changing means are very various. In drawings and detailed description formed according to the present invention will be

후면판(1513)에 구성되는 후렌지결합구(1536)와 축 결합구(1535)가 볼트 등으로 후면판(1513)의 후면부에 결합되는 각각의 결합 후렌지(1511)와 회전 하우징(1537)의 구조;The structure of each of the engagement flange 1511 and the rotation housing 1537 in which the flange 1535 and the shaft coupling 1535 formed in the rear plate 1513 are coupled to the rear portion of the rear plate 1513 by bolts or the like, ;

회전축(1512)과 결합되는 각각의 마찰판(1550)의 구조;The structure of each friction plate 1550 coupled to the rotational axis 1512;

회전축(1512)과 결합된 마찰판(1550)을 회전시켜주는 회전수단은 회전모타를 직접 결합하여 회전시켜주거나 회전모타와 연결되는 구동폴리와 종동폴리를 벨트등으로 연결구성하여 회전시키도록 구성함과 함께(결합 관계도는 다양하게 변경 구성이 가능하기 때문에 미도시함) The rotating means for rotating the friction plate 1550 coupled with the rotating shaft 1512 is configured to rotate the rotating motor by directly coupling the driving motor or the driven pulley connected to the rotating motor by a belt or the like, Together (the coupling relationship diagram is not shown because it can be configured in various ways)

마찰판(1550)의 외주면에 다수개 구성되는 타격홈(1552)의 구조;A structure of a plurality of striking grooves 1552 formed on the outer circumferential surface of the friction plate 1550;

마찰판(1550)에 다수개 구성되는 타격봉(1551)의 구조;A structure of a plurality of striking rods 1551 formed on the friction plate 1550;

각각의 회전축(1512)에 구성되어 있는 축나사와 축 볼트(1539)에 의해 회전축(1512)과 결합되는 마찰판(1550)의 구조;A structure of a friction plate 1550 coupled to the rotation shaft 1512 by a shaft screw and a shaft bolt 1539 formed on each of the rotation shafts 1512;

ㄷ형 결합대(1519)에 구성되어 있는 후면 결합구(1556)와 후면판(1513)에 구성되어 있는 후면판 결합구(1533)를 연결한 후 볼트등으로 결합하여 구성하는 후면판(1513)의 구조;The rear plate 1513 is formed by connecting a rear coupling hole 1556 formed in the U-shaped coupling base 1519 and a rear plate coupling hole 1533 formed in the rear plate 1513, rescue;

이상과 같이 유체성 물질분자 분리기(1500)에 유체성 물질분자 주입파이프(1508)와 결합되어 구성되는 원뿔형 분출봉(1520)을 통하여 유체성 물질분자 분리기(1500)의 내부로 물과 같은 유체성 물질분자들을 고압의 압력으로 연속 유입시켜서 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질분자와 비중이 무거운 깨끗한 물질분자들이 중력의 작용에 의해 자동분리되도록 가공함과 동시에 유체성 물질분자 분리기(1500)의 전면판(1518)에 구성되는 마찰봉(1530)과 후면판(1513)에 구성되는 마찰판(1550)과 타격봉(1551)과 타격홈(1552)을 이용하여 유체성 물질분자 분리기(1500)의 내부로 유입되는 유체성 물질분자들을 연속적으로 타격하여 가공함과 동시에 기초좌판(1502)에 구성되어 있는 바이브레이타(1585)를 이용하여 유체성 물질분자 분리기(1500)의 내부로 유입되는 유체성 물질분자들을 연속적으로 타격하여 가공함과 동시에 제2 펌프(1515)를 이용하여 유체성 물질분자 분리기(1500)의 내부로 고압의 압력을 이용하여 공기를 유입시켜서 유체성 물질분자 분리기(1500)로 유입되는 유체성 물질분자들을 연속적으로 타격하여 가공함과 동시에 유체성 물질분자 분리기(1500)의 상부에 일측에 구성되어 있는 원뿔형 분출봉(1520)를 통하여 민물이나 바닷물 또는 술이나 우유 또는 음료 또는 혈액등을 유체성 물질분자 분리기(1500)의 내부로 연속적으로 유입시켜서 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자가 중력의 작용과 물질충돌작용과 물질마찰작용과 물질폭발작용에 의해 자연스럽게 분리되도록 가공할 때에 유체성 물질분자 분리기(1500)로 유입되는 유체성 물질분자들의 총량 100WT% 대비 중력의 작용과 비중과 질량의 차이에 의해 유체성 물질분자 분리기(1500)의 하단부로 이동하는 비중이 무거운 유체성 물질분자70WT%~99.99WT%는 유체성 물질분자 분리기(1500)의 일측 하단부에 구성되어 있는 저층수 취수구(1558)와 결합되어 있는 저층수 배출파이프(1505)와 배출펌프(1507)를 이용하여 유체성 물질분자 분리기(1500)의 외부로 배출시킬 때에 중력의 작용과 질량과 비중의 차이로 인하여 저층수 취수구(1558)로 배출되지 못하고 유체성 물질분자 분리기(1500)의 상단부로 부상하는 비중이 가벼운 유체성 물질분자들을 유체성 물질분자 분리기(1500)의 상단부에 구성되어 있는 상단배출구(1501)로 분리 배출 시킨후 수집하여 사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다As described above, the fluid material separator 1500 is connected to the fluid material molecule injection pipe 1508 through the conical spray rod 1520, By continuously introducing the substance molecules at high pressure, the pollutant molecules with a low specific gravity combined with the fluid substance molecules and the clean substance molecules with a high specific gravity are processed so as to be automatically separated by the action of gravity, A fluid material separator (not shown) is formed by using a friction plate 1530 and a striking rod 1551 and a striking groove 1552 formed on a friction plate 1530 and a back plate 1513 of a front plate 1518 The fluid material molecules flowing into the interior of the fluid material separator 1500 are continuously blown and processed by using a vibrator 1585 formed on the base seat plate 1502, The fluid material molecules are continuously blown and processed and the air is introduced into the fluid material separator 1500 using the second pump 1515 at a high pressure, The fluid material molecules flowing into the fluid material separator 1500 are continuously blown and processed while the fluid material molecules flowing into the fluid material separator 1500 are processed through a conical spout 1520 formed at one side, Or liquid such as beverage or blood is continuously introduced into the fluid material separator 1500, so that the fluid material molecule having a specific gravity and the fluid material molecule having a heavy specific gravity act on the action of gravity, The total amount of the fluidic substance molecules flowing into the fluidic material molecular sieve 1500 at the time of processing so as to be naturally separated by the explosion action is 100 wt% 70WT% ~ 99.99WT% of heavy specific substance molecules moving to the lower end of the fluid material separator 1500 due to the action of the force and the difference between the specific gravity and the mass are transferred to the lower end of one side of the fluid material separator 1500 And discharges the fluid material to the outside of the molecular material separator 1500 using the low-level water discharge pipe 1505 and the discharge pump 1507 combined with the low-layer water intake port 1558, The fluid material molecules which are not discharged to the lower layer water intake port 1558 and have a low specific gravity to float up to the upper end of the fluid material molecule separator 1500 are discharged to the upper discharge port 1501 ), Collected, used or reworked, and a fluid-state molecular separator applied to the environment-friendly process is proposed

본 발명에 따라 구성되는 유체성 물질분자 분리기를 이용하여 비중이 가벼운 오염물질성 물질분자와 비중이 무거운 깨끗한 물질분자들을 분리 가공할수 있는 유체성 물질분자들은 지구상에 존재하는 모든 액체로 구성되는 물질분자들과 결합되어 있는 비중이 가벼운 유체성 물질분자들과 비중이 무거운 유체성 물질분자들을 분리가공하여 비중이 무거운 깨끗한 물질분자들만을 따로 분리추출 할수가 있음으로 물질 분자의 종류를 달리하여 비중이 가벼운 물질분자와 비중이 무거운 물질분자들을 분리 가공한 당해업자들은 모두가 처벌 받아야 하는 것은 당연한 것이다.The fluidic material molecules, which can be separated from the pollutant molecules having a specific gravity and the heavy specific gravity molecules using the fluidic material molecular separator constructed according to the present invention, The fluid material molecules having a specific gravity and the fluid material molecules having a large specific gravity are separated and processed so that only the clean substance molecules having a heavy specific weight can be separated and extracted separately. It is no wonder that all of the contractors who separate and process material molecules and heavy material molecules should be punished.

[제2 실시 예][Second Embodiment]

제1 항에 있어서The method of claim 1, wherein

상기 유체성 물질분자 분리기(1500)에 구성되어 있는 시설들을 이용하여 민물이나 바닷물 또는 우유나 술과 또는 음료와 같은 기호식품등을 가공할 때에 상기 유체성 물질분자 분리기(1500)로 유입되는 유입총량 100WT%량 대비 0.01WT%~10WT%는 상기 유체성 물질분자 분리기(1500)의 상부 타측에 구성되어 있는 상기 상단배출구(1501)로 배출되도록 저층수 배출파이프(1505)의 크기를 유체성 물질분자 주입파이프(1508)의 크기보다도 0.01%~10% 정도 더 작은 크기로 구성하여 유입량보다도 배출량이 작게 구성되어 있는 상기 유체성 물질분자 분리기(1500)의 구조적 특성으로 인해 상기 저층수 배출파이프(1505)를 통하여 배출되지 못하고 중력의 작용과 질량과 비중의 차이로 인해 상기 유체성 물질분자 분리기(1500)의 상단부로 부상하는 비중이 가벼운 유체성 물질분자들을 유체성 물질분자 분리기(1500)의 상단부에 구성되어 있는 상단배출구(1501)로 분리 배출시킴과 동시에 유체성 물질분자 분리기(1500)의 하단부로 중력의 작용과 질량과 비중의 차이로 인하여 모여 지는 비중이 무거운 유체성 물질분자들을 저층수 취수구(1558)와 결합되어 있는 저층수 배출파이프(1505)를 이용하여 유체성 물질분자 분리기(1500)의 외부로 우선 배출시켜서 유체성 물질분자들과 결합되어 있는 비중이 가벼운 오염물질성 물질분자와 비중이 무거운 깨끗한 물질분자들을 자연스럽게 분리 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다.When the facilities constituted in the fluid material separator 1500 are used to process a fresh food, a seawater, or a favorite food such as milk, sake, or a beverage, the total amount of inflow into the fluid material separator 1500 The size of the low-level water discharge pipe 1505 is controlled so that the fluid material molecules are injected so as to be discharged to the upper discharge port 1501 formed on the other side of the upper part of the fluid material separator 1500, The fluid material separator 1500 having a size smaller by 0.01% to 10% than the size of the pipe 1508 and configured to have a discharge amount smaller than the inflow amount may be connected to the lower water discharge pipe 1505 The fluid material molecules having a specific gravity that floats up to the upper end of the fluid material separator 1500 due to the action of gravity and the difference in mass and specific gravity And is discharged to the upper discharge port 1501 formed at the upper end of the molecular sieve separator 1500. At the lower end of the molecular sieve separator 1500, the specific gravity due to the action of gravity and the difference in mass and specific gravity The heavy fluid material molecules are first discharged to the outside of the fluid material molecular sieve 1500 using the low layer water discharge pipe 1505 coupled with the low layer water intake port 1558, Friendly environment-friendly process for separating pollutant molecules and clean substance molecules with high specific gravity naturally, and a fluidic substance molecular separator applied thereto.

[제3 실시 예][Third Embodiment]

1항에 있어서In Item 1

상기 유체성 물질분자 분리기(1500)를 이용하여 민물이나 바닷물 또는 우유나 술과 또는 음료와 같은 기호식품을 가공할 때에 1 단계~10 단계로 구성되는 유체성 물질분자 분리기(1500)를 연속적으로 설치 한 후 1 단계~10 단계 유체성 물질분자 분리기(1500)에 구성되어 있는 상기 저층수 배출파이프(1505)와 또 다른 1단계~10단계 유체성 물질분자 분리기(1500)에 구성되어 있는 액체 유입구(1509)를 연속적으로 결합 하여 각각의 유체성 물질분자 분리기(1500)에 구성되어 있는 상기 저층수 배출파이프(1505)에서 배출한 유체성 물질분자들을 1~10개소로 구성되는 각각의 유체성 물질분자 분리기(1500)에 구성되어 있는 액체 유입구(1509)로 이송한후 각각의 단계 별로 있는 유체성 물질분자 분리기(1500)에 구성되어 있는 상기 원뿔형 분출봉(1520)을 통하여 유체성 물질분자들을 1~10차례 반복적으로 재 투입하여 재가공하는 과정을 통하여 유체성 물질분자 또는 기체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질성 물질분자들과 비중이 무거운 유체성 물질분자 또는 기체성 물질분자와 결합되어 있는 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자들을 따로 따로 추출해 내도록 유체성 물질분자 또는 기체성 물질분자들을 1단계~ 10 단계에 걸쳐 단계 별로 설치된 유체성 물질분자 분리기를 이용하여 유체성 물질분자 또는 기체성 물질분자들을 연속적으로 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다The fluidic material molecular separator 1500 comprising the first to the tenth stages is continuously installed in the processing of the fresh food, the seawater, or the favorite food such as the milk, the sake and the beverage by using the fluid material separator 1500 The liquid inflow pipe 1505 constituted in the fluid material separator 1500 and the liquid inflow port 1509 constituted in the first to tenth fluid molecule separators 1500 And the fluidic substance molecules discharged from the low-level water discharging pipe 1505 constituted in the respective fluidic substance molecular sieve separators 1500 are connected to respective fluidic substance molecular separators The fluid material molecules 1520 are transferred to the fluid inlet 1509 of the fluid material separator 1500 through the conical spout 1520, Is repetitively re-injected 1 ~ 10 times to reprocess the fluid material or gaseous substance molecules that are combined with molecules of light weight and pollutant molecules and heavy specific gravity fluid matter molecules or gaseous substance molecules The fluidic material molecule separator, which is installed step by step through the first to ten steps of the fluidic substance or the gaseous substance molecule so that the fluidic substance substance having a specific gravity and the fluidic substance substance having a heavy specificity combined with each other, , And a fluid-state material molecular separator applied to the environment-friendly process is proposed

[제4 실시 예][Fourth Embodiment]

본 발명 제4의 실시 예는 다음과 같이 구성된다The fourth embodiment of the present invention is configured as follows

도 20은 본 발명 제4 의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면 판을 분리하여 제거한 상태를 도시한 사시도이고, 도 21은 본 발명 제4 의 실시 예에 따라 유체성 물질분자 분리기에 구성되는 회전타격장치 겸 공기 분사 타격장치의 중간 부분을 절개하여 도시한 부분 분해 사시도로서 다음과 같이 구성된다. FIG. 20 is a perspective view showing a state in which a front plate of a fluid material separator constructed according to a fourth embodiment of the present invention is separated and removed. FIG. 21 is a perspective view illustrating a fluid material separator according to a fourth embodiment of the present invention, Fig. 2 is a partially exploded perspective view of the rotary impact device and air blow striking device shown in Fig.

함체형태로 구성되어 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~60m 정도의 높이로 구성되는 유체성 물질분자 분리기(1000)는 네쌍의 회전바퀴(108)와 결합 되는 기초좌판(109)의 상부에 구성되는 구조;The fluidic material molecular separator 1000 having a height of about 5m to 60m so as to more exert a gravity action and a gravitational acceleration action more strongly is composed of a basic seat plate 109 coupled with four pairs of rotating wheels 108, A structure formed on the upper portion of the substrate;

유체성 물질분자 분리기(1000)의 중앙 하단부 에는 바이브레이타(107)가 구성되고;A vibrator (107) is formed at the center lower end of the fluid material separator (1000);

유체성 물질분자 분리기(1000)의 하단부 상부에는 하단판(121)이 구비되고;A lower plate 121 is provided at an upper portion of the lower end of the fluid material separator 1000;

하단판(121)의 상부에는 공기확산구(122)가 구성되고;An air diffuser 122 is formed at an upper portion of the lower plate 121;

공기 확산구(122)의 상단부에는 유체성 물질분자 분리기(1000)의 내부로 공기를 확산시켜주는 공기 분출구(113)가 구성되는 구조;A structure in which an air blowing hole 113 for diffusing air into the fluid material separator 1000 is formed at the upper end of the air diffuser 122;

유체성 물질분자 분리기(1000)의 일측 상부에는 공기 펌프(116)가 구비되며;An air pump 116 is provided at an upper portion of one side of the fluid material separator 1000;

공기 펌프(116)와 공기 확산구(122)의 사이에는 공기를 이송시켜주는 공기 공급 파이프(115)가 결합되어 유체성 물질분자 분리기(1000)의 내부로 공기 또는 오염된 매연을 공급하여주는 구조;An air supply pipe 115 for transferring air is connected between the air pump 116 and the air diffuser 122 to supply air or contaminated soot into the fluid material separator 1000 ;

유체성 물질분자 분리기(1000)의 타측에는 유체성 물질분자 분리기(1000)의 하단부로 모여 지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(1000)의 외부로 배출하여 주는 저층수 취수구(106)가 구비된 저층수 배출파이프(103)가 배출펌프(105)와 결합되어 구성됨과 함께;The fluid material separator 1000 is provided at the other side of the fluid material separator 1000 with a low layer water inlet 106 for discharging heavy fluid substances collected at the lower end of the fluid material separator 1000 to the outside of the fluid material separator 1000 A low-level water discharge pipe 103 provided with a drain pump 105 and a drain pump 105;

유체성 물질분자 분리기(1000)의 상단부 일측에는 유체성 물질분자 분리기(1000)의 내부로 물과 같은 유체성 물질분자들을 유입시켜주는 유체성물질분자 주입구(111)가 조절밸브(112)와 결합되어 구성됨과 함께;A fluidic material molecule injection port 111 for introducing fluidic substance molecules such as water into the fluidic material molecular sieve 1000 is connected to the control valve 112 at one side of the upper end of the fluidic material molecule separator 1000 &Lt; / RTI >

유체성 물질분자 분리기(1000)의 상부에는 유체성 물질분자 분리기(1000)의 내부로 유입되는 물과 같은 유체성 물질분자와 결합되어 있던 비중이 가벼운 유체성 물질분자들을 유체성 물질분자 분리기(1000)의 외부로 배출하여 주는 상단 배출구(110)를 구성시킨 구조;The fluidic substance molecular sieve separator 1000 includes a fluidic material molecular separator 1000 having light specific gravity molecules bonded to fluidic material molecules such as water flowing into the fluidic material molecular separator 1000, (110) for discharging the liquid to the outside of the container (110);

유체성 물질분자 분리기(1000)의 타측과 일측에는 파이프 형태로 다수개 구성되는 회전축(101)의 구조;A structure of a plurality of rotating shafts 101 in the form of pipes at the other side and one side of the fluid material separator 1000;

다수개의 회전축(101)은 회전축하우징(100)과 결합되어 유체성 물질분자 분리기(1000)의 일측과 타측에 결합되는 구조;A plurality of rotating shafts 101 are coupled to one side and the other side of the fluid material separator 1000 by being coupled with the rotating shaft housing 100;

회전축(101)의 내부에는 공기 또는 물과 같은 유체성 물질분자들을 유입시킨는 유입홀(103)이 결합되고 회전축(101)의 끝 단부에는 공기 또는 물과 같은 유체성 물질분자들을 확산시켜서 공급하여 주는 확산 공급구(119)와 결합되는 마찰판(102)이 구비되고 ; An inlet hole 103 for introducing fluid substances such as air or water is coupled to the inside of the rotary shaft 101 and a fluid substance such as air or water is diffused and supplied to the end of the rotary shaft 101 A friction plate 102 is provided which is coupled to the diffusion supply port 119;

마찰판(102)의 일단부에는 공기 또는 물과 같은 유체성 물질분자들을 분출하여 주는 분출구(118)와 마찰날개(117)가 결합되는 구조;A structure in which a jet port 118 for ejecting fluid substances such as air or water and a friction blade 117 are coupled to one end of the friction plate 102;

회전축(101)과 결합된 마찰판(102)을 회전시켜주는 회전수단은 회전모타를 직접 결합하여 회전시켜주거나 회전모타와 연결되는 구동폴리와 종동폴리를 벨트등으로 연결구성하여 회전시키도록 구성함과 함께(결합 관계도는 다양하게 변경 구성이 가능하기 때문에 미도시함) The rotating means for rotating the friction plate 102 coupled to the rotating shaft 101 is configured to rotate the rotating motor by directly coupling the rotating motor or the driving pulley connected to the rotating motor and the driven pulley by a belt or the like, Together (the coupling relationship diagram is not shown because it can be configured in various ways)

이상과 같이 유체성 물질분자 분리기(1000)에 구성된 유체성 물질분자 주입구(111)를 통하여 물과 같은 유체성 물질분자들을 고압의 압력으로 연속 유입시켜서 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질분자와 비중이 무거운 깨끗한 물질분자들이 분리되도록 가공함과 동시에 유체성 물질분자 분리기(1000)에 다수개 구성된 회전축(101)과 결합되어 있는 유입홀(103)과 분출구(118)를 통하여 고압의 압력으로 공기 또는 물과 같은 유체성 물질분자들을 유체성 물질분자 분리기(1000)의 내부로 연속적으로 공급함과 동시에 회전축(101)과 결합되어 있는 마찰판(102)과 마찰날개(117)를 이용하여 유체성 물질분자 분리기(1000)의 내부로 유입되는 기체 또는 유체성 물질분자들을 연속적으로 타격하여 오염물질성 물질분자와 결합되어 있는 비중이 가벼운 오염물질성 물질분자와 비중이 무거운 깨끗한 물질분자들을 분리 가공함과 동시에 기초좌판(109)에 구성되어 있는 바이브레이타(107)를 이용하여 유체성 물질분자 분리기(1000)의 내부로 유입되는 유체성 물질분자들을 연속적으로 타격하여 가공함과 동시에 공기 펌프(116)를 이용하여 유체성 물질분자 분리기(1000)의 내부에 고압의 압력으로 공기를 유입시켜서 유체성 물질분자 분리기(1000)로 유입되는 기체 또는 유체성 물질분자들을 연속적으로 타격하여 가공함과 동시에 유체성 물질분자 분리기(1000)의 상부에 구성되어 있는 유체성 물질분자 주입구(111)를 통하여 유체성 물질분자 분리기(1000)의 내부로 민물이나 바닷물 또는 술이나 우유 또는 음료 또는 혈액을 연속적으로 유입시켜서 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자가 중력의 작용과 물질충돌작용과 물질마찰작용과 물질폭발작용에 의해 자연스럽게 분리되도록 가공할 때에 유체성 물질분자 분리기(1000)로 유입되는 유체성 물질분자들의 유입총량 100WT% 대비 중력의 작용과 비중과 질량의 차이에 의해 유체성 물질분자 분리기(1000)의 하단부로 이동하는 비중이 무거운 유체성 물질분자 70WT%~99.99WT%는 유체성 물질분자 분리기(1000)의 일측 하단부에 구성되어 있는 저층수 취수구(106)와 결합되어 있는 저층수 배출파이프(133)와 배출펌프(105)를 이용하여 유체성 물질분자 분리기(1000)의 외부로 배출시킬 때에 중력의 작용과 질량과 비중의 차이로 인하여 저층수 취수구(106)를 통하여 유체성 물질분자 분리기(1000)의 외부로 배출되지 못하고 유체성 물질분자 분리기(1000)의 상단부로 부상하는 비중이 가벼운 유체성 물질분자들을 유체성 물질분자 분리기(1000)의 상단부에 구성되어 있는 상단배출구(110)로 분리 배출 시킨후 수집하여 사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 특징으로하는 민물과 바닷물과 우유와 술과 음료와 같은 유체성 식품과, 기호성 식품과 혈액과 같은 유체성 물질분자와 결합 되어 있는 비중이 가벼운 물질분자와 비중이 무거운 유체성 물질분자 또는 기체성 물질분자들을 분리가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다. As described above, the fluidic substance molecules such as water are continuously introduced into the fluidic substance molecule separator 1000 through the fluidic substance molecule injection port 111 at a high pressure, The material molecules and the clean substance molecules having a large specific gravity are separated from each other and at the same time the fluid material molecules are separated from the fluid material separator 1000 through the inlet hole 103 and the outlet hole 118, The fluid material molecules such as air or water are continuously supplied to the inside of the fluid material separator 1000 by the pressure and at the same time, the fluid is supplied to the fluid material separator 1000 by using the friction plate 102 and the friction wing 117, The gas or fluid substance molecules flowing into the interior of the molecular sieve separator 1000 are successively struck so that the specific gravity combined with the pollutant molecules is light The fluid material which is separated from the pollutant molecules and the heavy specific gravity molecules and which is introduced into the fluid material separator 1000 by using the vibrator 107 formed on the base seat plate 109, The material molecules are continuously blown and processed and at the same time air is introduced into the fluid material separator 1000 by using the air pump 116 at a high pressure to be introduced into the fluid material separator 1000 Gas or fluid material molecules are successively bombarded and processed into the fluidic material molecular sieve 1000 through the fluidic material molecule injection port 111 formed at the upper part of the fluidic material molecular sieve separator 1000 Fluid material molecules with a low specific gravity and heavier fluids with high specific gravity by continuously inflowing fresh water, seawater, or alcohol or milk or drinks or blood The gravity action, the material collision action, the material friction action, and the material explosion action, the gravity action and the specific gravity are compared with the total influx of the fluid material molecules flowing into the molecular material separator 1000 70WT% ~ 99.99WT% of the fluidic material molecules having a high specific gravity moving to the lower end of the fluidic material molecular sieve 1000 due to the difference in mass are collected in the lower layer water intake port Layer water intake port 106 due to the action of gravity and the difference in mass and specific gravity when discharging it out of the fluid material separator 1000 using the low-level water discharge pipe 133 and the discharge pump 105 combined with the low- The fluidic material molecules that are not discharged to the outside of the fluidic material molecular separator 1000 and come up to the upper end of the fluidic material molecular sieve 1000 The fluid material separator 1000 is separated and discharged to an upper discharge port 110 formed at the upper end of the fluid material separator 1000 and collected and used or reworked. Fluid materials such as fresh water and seawater, milk, liquor and beverages, liquid materials such as palatable food and blood, lightweight materials with heavy specific gravity, and liquid materials with heavy specific gravity. Separate molecules or gaseous substances. Friendly environment-friendly process and a fluidic substance molecular separator applied to it.

[제5 실시 예][Fifth Embodiment]

본 발명 제5의 실시 예는 다음과 같이 구성된다.The fifth embodiment of the present invention is configured as follows.

도 22는 본 발명 제 5 의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면 판을 분리하여 제거한 상태를 도시한 사시도 로서 다음과 같이 구성된다22 is a perspective view showing a state in which a front plate of a fluid material separator constructed according to a fifth embodiment of the present invention is separated and removed,

함체형태로 구성되어 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~70m 정도의 높이로 구성되는 유체성 물질분자 분리기(200)는 네쌍의 회전바퀴(108)와 결합 되는 기초좌판(109)의 상부에 구성되는 구조;The fluid material separator 200 having a height of about 5m to 70m so as to more exert a gravity action and a gravity acceleration action more strongly is composed of a basic seat plate 109 coupled with four pairs of rotating wheels 108, A structure formed on the upper portion of the substrate;

유체성 물질분자 분리기(200)의 중앙 하단부에는 바이브레이타(107)가 안치되는 구조;A structure in which a vibrator (107) is placed at the center lower end of the fluid material separator (200);

유체성 물질분자 분리기(200)의 하단부에 하단판(211)이 구성되는 구조;A structure in which the lower plate 211 is formed at the lower end of the fluid material molecule separator 200;

하단판(211)의 상단부에는 비중이 무거운 유체성 물질분자들과 비중이 가벼운 유체성 물질분자들을 중력의 작용과 질량과 비중의 작용을 이용하여 비중의 차이 별로 층층으로 분리 시켜주는 중간판(206)을 결합하여 물질분자 분리칸(205)을 구비시키며;The intermediate plate 206 separates the fluid material molecules having a large specific gravity and the fluid material molecules having a low specific gravity into the layered layers according to the specific gravity difference using the action of gravity, mass, and specific gravity at the upper end of the lower plate 211 ) To provide a material molecule separation chamber (205);

중간판(206)에는 유체성 물질분자들이 자유롭게 상,하 방향으로 이동하도록 다수개의 장공(미도시)을 구성시킴과 함께;The middle plate 206 is formed with a plurality of elongated holes (not shown) so that the molecules of the fluid material move freely upward and downward;

중간판(206)의 상부에는 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질성 물질분자와 비중이 무거운 유체성 물질분자들을 걸러 주는 여과막(203)을 구성시킴과 함께;(여과막의 형태는 매우 다양하게 변경 구성이 가능하기 때문에 상세도면은 생략함)The filtration membrane 203 is formed at the upper portion of the intermediate plate 206 to filter contaminant molecules having a small specific gravity and molecules of fluids having a high specific gravity, Detailed drawings are omitted because it is possible to make a variety of changes)

유체성 물질분자 분리기(200)의 일측 상부에는 유체성 물질분자들을 유체성 물질분자 분리기(200)의 내부로 유입시켜주는 유체성 물질분자 공급 파이프(207)와 연결되어 결합되는 원뿔형 분출봉(1520)이 구비되고;The fluid material molecule separator 200 is connected to a fluid material molecule supply pipe 207 for introducing the fluid material molecules into the fluid material molecule separator 200, );

원뿔형 분출봉(1520)의 하단부 외주면에는 유체성 물질분자들을 유체성 물질분자 분리기(200)의 내부로 고압의 압력을 분출시켜주는 다수개의 고압분출구(1521)가 결합되는 구조;A plurality of high-pressure air outlets 1521 for injecting high-pressure air into the fluid material separator 200 are joined to the outer peripheral surface of the lower end of the cone-shaped extrusion rod 1520;

유체성 물질분자 분리기(200)의 타측면에는 물질분자 분리칸(205)의 하단부로 모아지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(200)의 외부로 배출하여 주는 저층수 배출파이프(201)가 ∩자 형태로 결합되며 유체성 물질분자 분리기(200)의 내부 끝단부에는 저층수 취수구(202)가 결합되는 구조;The fluid material separator 200 is provided at the other side thereof with a low-level water discharge pipe (not shown) for discharging fluidic substance molecules having a high specific gravity accumulated at the lower end of the material molecule separator box 205 to the outside of the fluid material separator 200 201 are coupled in an inverted U shape and the inner end of the fluid material separator 200 is coupled to the lower layer water intake 202;

유체성 물질분자 분리기(200)의 타측면 상부에는 중력의 작용과 비중의 차이와 질량의 차이로 인하여 유체성 물질분자 분리기(200)의 상부로 부상하는 비중이 가벼운 유체성 물질분자들을 배출하여주는 상단배출구(209)가 배출량 조절밸브(210)와 결합되어 구성됨과 함께;The fluid material separator 200 is provided at the upper portion of the other side of the fluid material separator 200 to discharge fluidic substance molecules having a specific gravity to the upper portion of the fluid material separator 200 due to a difference in gravity action, An upper discharge port (209) is configured to be coupled with the discharge control valve (210);

이상과 같이 구성되는 유체성 물질분자 분리기(200)의 내부로 유체성 물질분자 분리기(200)의 일측 상부에 구성되어 있는 원뿔형 분출봉(1520)을 통하여 고압의 압력으로 물과 같은 유체성 물질분자들의 유입총량 대비 100wt%를 주입시킴과 동시에 유체성 물질분자 분리기(200)의 하단부에 구성되어 있는 바이브레이타(107)를 가동하여 유체성 물질분자 분리기(200)를 진동시켜줌과 동시에 유체성 물질분자 분리기(200)의 타측 상부에 구성되어 있는 상단배출구(209)와 결합되어 있는 배출량 조절밸브(210)를 이용하여 유체성 물질분자 분리기(200)의 내부로 유입되는 유입총량 대비 100wt% 중에서 0.01wt%~10wt% 정도만 상단배출구(209)로 배출되도록 배출량 조절밸브(210)를 조절하여 배출시킨후 처리하거나 별도로 수집 한 후 재사용하거나 중력의 작용과 질량과 비중의 차이로 인하여 상단배출구(209)로 배출되지 못하고 물질분자 분리칸(205)으로 모아지는 비중이 무거운 90wt%~99.99wt%의 유체성 물질분자들은 중력의 작용을 이용하여 물질분자 분리기(200)와 결합된 저층수 취수구(202)와 저층수 배출파이프(201)를 이용하여 유체성 물질분자 분리기(200)의 외부로 자동 배출시켜서 재 사용하거나 재가공하도록 구성되는 유체성 물질분자 분리기(200)를 이용하여 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질성 물질분자와 비중이 무거운 유체성 물질분자들을 분리가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다. In the fluid material separator 200 constructed as above, a fluid material molecule such as water is injected into the fluid material molecule separator 200 through a conical ejection rod 1520 formed at one side of the fluid material molecule separator 200 at a high pressure 100% by weight of the total amount of the fluid material separator 200 is injected into the fluid material separator 200 while the vibrator 107 constructed at the lower end of the fluid material separator 200 is operated to vibrate the fluid material separator 200, The amount of the inflow to the inside of the fluid material separator 200 may be 0.01 to 100 wt% based on the total amount of inflow into the fluid material separator 200 by using the discharge amount control valve 210 coupled to the upper outlet 209 formed on the other side of the molecular separator 200. [ the discharge amount control valve 210 is controlled to be discharged to the upper discharge port 209 only by about 10 wt% to about 10 wt%, and then discharged or reused after separately collected, or the difference in gravity action, mass and specific gravity 90% by weight to 99.99% by weight of the fluidic substance molecules which are not discharged to the upper discharge port 209 but are collected in the material molecule separation chamber 205 are combined with the material molecule separator 200 The fluid material separator 200 is configured to be automatically reused or reused by discharging the fluid material separator 200 to the outside of the fluid material separator 200 by using the low layer water intake pipe 202 and the low layer water discharge pipe 201, This paper proposes a natural environment friendly process for separating light pollutant molecules and heavy hydrofluoric molecules bonded with mass molecules and a fluidic substance molecular separator applied to them.

[제6 실시 예][Sixth Embodiment]

본 발명 제 6의 실시 예는 다음과 같이 구성된다.The sixth embodiment of the present invention is configured as follows.

도 22는 본 발명 제 5 의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 전면 판을 분리하여 제거한 상태를 도시한 사시도 로써 다음과 같이 구성된다.FIG. 22 is a perspective view showing a state in which a front plate of a fluid material separator constructed in accordance with a fifth embodiment of the present invention is separated and removed. FIG.

원형의 함체형태로 구성되어 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~80m 정도의 높이로 구성되는 유체성 물질분자 분리기(300)는 The fluidic material molecular separator 300 having a height of about 5 m to about 80 m so as to exhibit gravity action and gravitational acceleration action much more,

장방형의 기초 판재(312)의 상부에 구성되는 구조;A structure formed on an upper portion of the rectangular base plate 312;

유체성 물질분자 분리기(300)의 일측 상부에는 유체성 물질분자들을 유체성 물질분자 분리기(300)의 내부로 유입시켜주는 유체성 물질분자 공급 파이프(305)와 연결되어 결합되는 원뿔형 분출봉(1520)이 구비되고;The fluid material molecule separator 300 includes a fluid material molecule supply pipe 305 for introducing the fluid material molecules into the fluid material molecule separator 300, );

원뿔형 분출봉(1520)의 하단부 외주면에는 유체성 물질분자들을 유체성 물질분자 분리기(300)의 내부에 고압의 압력을 분출시켜주는 다수개의 고압분출구(1521)가 결합되는 구조;A plurality of high-pressure ejection openings 1521 for ejecting high-pressure air into the fluid material separator 300 are coupled to the outer peripheral surface of the lower end of the conical ejection rods 1520;

유체성 물질분자 분리기(300)의 타측 상부에는 중력의 작용과 비중과 질량의 차이로 인하여 유체성 물질분자 분리기(300)의 상부로 부상하는 비중이 가벼운 유체성 물질분자들을 유체성 물질분자 분리기(300)의 외불 배출하여 주는 상단 배출구(302)가 배출량 조절밸브(303)와 결합되어 구성되고; The fluidic material molecules, which have a low specific gravity and float above the fluidic material molecular separator 300 due to the action of gravity and the difference in specific gravity and mass, are disposed on the other side of the fluidic material molecular separator 300, An upper discharge port 302 for discharging the external discharge of the discharge control valve 300 is connected to the discharge control valve 303;

유체성 물질분자 분리기(300)의 하단부 타측에는 중력의 작용과 질량의 차이와 비중의 차이로 인하여 유체성 물질분자 분리기(300)의 하단부로 모여지는 유체성 물질분자들을 유체성 물질분자 분리기(300)의 외부로 배출하여주는 저층수 배출파이프(307)가 ∩자 형태로 결합되며;The fluidic material molecules collected at the lower end of the fluidic material molecular sieve 300 due to the action of the gravity and the difference in mass and specific gravity are introduced into the fluidic material molecular sieve 300 And a low-level water discharge pipe 307 for discharging the low-level water discharge pipe 307 to the outside of the lower-layer water discharge pipe 307 in an inverted U shape;

유체성 물질분자 분리기(300)의 내부 끝단부에는 저층수 배출파이프(307)와 연결 구성되는 저층수 취수구(308)가 결합되는 구조; The fluid material separator 300 has a structure in which an inner end of the fluid material separator 300 is coupled to a low-layer water intake 308 connected to a low-layer water discharge pipe 307.

기초 판재(312)의 타단부에는 저층수 배출파이프(307)와 결합되는 저수탱크(301)가 결합되고;The other end of the base plate 312 is connected to a water storage tank 301 coupled to the low-level water discharge pipe 307;

저수탱크(301)의 일단부에는 하단 고압펌프(312)와 결합되고;One end of the water storage tank 301 is coupled to the lower high pressure pump 312;

하단 고압펌프(312)는 저층수 배출파이프(307)로 부터 공급받은 물과 같은 유체성 물질분자들을 일시적으로 저장하여 주는 비중이 무거운 유체성 물질분자들을 외부로 배출하여 주는 하단 제1 배출파이프(310)가 제1 하단배출량 조절밸브(316)와 결합 되는 구조;The lower high-pressure pump 312 is connected to a lower first discharge pipe 310 (see FIG. 1) 310 for discharging fluid substances having a high specific gravity to temporarily store fluidic substance molecules such as water supplied from the low- Is coupled with the first lower emission control valve 316;

하단 제1배출파이프(310)의 끝단부는 단계 별로 구성되는 또 다른 유체성 물질분자 분리기(300)의 상부에 구성되어 있는 유체성 물질분자 공급 파이프(305)와 연결시킴과 함께;The end portion of the lower first discharge pipe 310 is connected to the fluid material molecule supply pipe 305 constituted on the upper part of another fluid material molecular separator 300 formed step by step;

저수탱크(301)의 타단부에는 단계별로 설치되는 유체성 물질분자 분리기(300)를 통과하면서 가공이 완료된 비중이 무거운 유체성 물질분자들을 저층수 배출파이프(307)로 부터 공급받아 보관하고 있는 저수탱크(301)를 통과한 비중이 무거운 유체성 물질분자들을 외부로 배출하여 주는 제2 하단 배출파이프(315)를 제2 배출량 조절밸브(317)구성시킨 구조; The other end of the water storage tank 301 is provided with a reservoir tank 307 which receives processed fluid materials having a high specific gravity from the low-level water discharge pipe 307 while passing through the fluid- And a second lower discharge pipe (315) for discharging fluid substances having a high specific gravity passing through the second discharge pipe (301) to the outside;

이상과 같이 구성되는 유체성 물질분자 분리기(300)를 1단계~10 단계를 연결 설치한 후 2단계 유체성 물질분자 분리기(300)의 하단부에 구성되어 있는 하단 제1 배출파이프(310)를 유체성 물질분자 분리기(300)의 상단부에 구성되어 있는 유체성 물질분자 공급 파이프(305)와 연결 구성한 후 1단계의 유체성 물질분자 분리기(300)에 구성되어 각각의 하단 고압펌프(312)를 이용하여 각각의 유체성 물질분자 분리기(300)의 내부에 오염된 민물 또는 유체성 물질분자들을 연속적으로 투입한 후 유체성 물질분자 분리기(300)의 하단부에 구성되어 있는 제1 하단 배출파이프(310)와 결합되어 있는 제1 하단배출량 조절밸브(316)를 조절하여 1단계 유체성 물질분리기(300)로 유입되는 유체성 물질분자 유입총량 100wt% 대비 90wt%~99.99wt%정도를 제1 하단 배출파이프(310)로 배출시킨후 배출되는 유체성 물질분자 들을 1단계 유체성 물질분리기(300)의 상단부에 구성되어 있는 유체성 물질분자 공급 파이프(305)로 이송시킨후 물질분자 공급 파이프(305)와 결합되어 있는 원뿔형 분출봉(1520)에 구성되어 있는 고압분출구(1521)를 통하여 고압의 압력으로 2단계 ~10단계 유체성 물질분리기(300)의 내부로 유체성 물질분자들을 공급하여 분사하는 연속적인 가공과정을 수행함과 동시에After the fluid material separator 300 constructed as described above is connected to the first stage through the 10th stage, the lower first discharge pipe 310 formed at the lower end of the second fluid material separator 300 is connected to the fluid The fluid material separator 300 is connected to the fluid material molecule supply pipe 305 formed at the upper end of the molecular sieve separator 300 and is connected to the fluid material separator 300 of the first stage, The first bottom discharge pipe 310 formed at the lower end of the fluid material separator 300 after the contaminated fresh water or fluid material molecules are continuously introduced into the respective fluid material separators 300, The first lower discharge amount regulating valve 316 coupled to the first lower discharge amount regulating valve 316 is controlled so that 90% by weight to 99.99% by weight of the total amount of the fluid material molecules flowing into the first-stage fluid material separator 300, (310) The fluidic substance molecules discharged are transferred to the fluidic substance molecule supply pipe 305 formed at the upper end of the first fluid material separator 300 and then transferred to the molecular substance supply pipe 305, 1520 to the inside of the fluid material separator 300 of the second to tenth stages at a high pressure to perform the continuous processing of injecting the fluid material molecules into the fluid material separator 300

중력의 작용과 비중과 질량의 차이로 인하여 단계 별로 설치되어 있는 2단계 ~10단계 유체성 물질분리기(300)의 하단부로 이동하지 못하고 단계 ~10단계 유체성 물질분리기(300)의 상단부로 부상하는 비중이 가벼운 유체성 물질분자 0.01wt%~10wt%는 각각의 유체성 물질분리기(300)의 상단부에 구성되어 있는 상단 배출구(302)로 배출시킨후 수집하여 처리하거나 수집하여 재사용하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 특징으로하는 민물과 바닷물과 우유와 술과 음료와 같은 유체성 식품과, 기호성 식품과 혈액과 같은 유체성 물질분자와 결합 되어 있는 비중이 가벼운 물질분자와 비중이 무거운 유체성 물질분자 또는 기체성 물질분자들을 분리가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다Stage fluid material separator 300 due to the action of gravity and the difference between the specific gravity and the mass of the fluid material separator 300. In this case, the fluid material separator 300 does not move to the lower end of the fluid material separator 300, 0.01wt% ~ 10wt% of the fluidic material molecule having a light specific gravity is discharged to the upper discharge port 302 formed at the upper end of each fluidic material separator 300 and collected, processed, collected and reused, Fluid materials such as fresh water, seawater and milk, liquor and beverages characterized by a process and a fluidic substance molecular separator applied thereto, and a lightweight substance molecule combined with a fluidic substance molecule such as taste food and blood And the environmentally friendly process for separating and processing hydrous substance molecules or gaseous substance molecules having a heavy specific gravity and the fluid substance molecular substance It presents an

[제7 실시 예][Seventh Embodiment]

제6항에 있어서The method of claim 6, wherein

상기 유체성 물질분자 분리기(300)의 몸체 형상을 직사각형의 함체 형태으로 구성하여 유체성 물질분자들을 처리가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다The fluidic material molecular separator 300 has a body shape of a rectangular enclosure shape to process the fluidic substance molecules and presents a natural environment friendly method and a fluidic material molecular separator applied thereto

상기 유체성 물질분자 분리기(300)의 몸체 형상은 매우 다양하게 변경 구성이 가능하며 육각형 또는 팔각형의 형태로 변경 구성이 가능하다.The body shape of the fluid material separator 300 can be changed and configured in a wide variety of shapes and can be changed to a hexagonal or octagonal shape.

[제8 실시 예][Eighth Embodiment]

본 발명 제8의 실시 예는 다음과 같이 구성된다.The eighth embodiment of the present invention is configured as follows.

도28은 본 발명 제 1실시예 ~ 제8의 실시 예에 적용되는 정회전 고정타격봉과 역회전 회전타격봉의 부분 사시도 이고, 도29는 본 발명 제8의 실시예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도 로써 다음과 같이 구성된다Fig. 28 is a partial perspective view of a forward rotation fixed striking rod and a reverse rotation striking rod applied to the first to eighth embodiments of the present invention, Fig. 29 is a partial perspective view of a fluid material molecule Sectional view of the separator as follows

함체형태로 구성되어 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~90m 정도의 높이로 구성되는 유체성 물질분자 분리기(7000)의 구조; A structure of a fluid material molecule separator 7000 having a height of about 5m to 90m so as to exhibit gravity action and gravity acceleration action even more in the form of an enclosure;

유체성 물질분자 분리기(7000)의 중앙 하단부 에는 진동 바이브레이타(707)가 구성되고;A vibrating vibrator 707 is formed at the center lower end of the fluid material separator 7000;

유체성 물질분자 분리기(7000)의 하단부 상부에는 하단판(121)이 구비되고;A lower plate 121 is provided at an upper portion of the lower end of the fluid material separator 7000;

유체성 물질분자 분리기(7000)의 일측 상부에는 기체 주입펌프(720)가 구비되며;A gas injection pump 720 is provided at an upper portion of one side of the fluid material molecule separator 7000;

기체주입펌프(720)의 일측에는 외부로 부터 유입되는 신선한 공기 또는 오염된 공기 또는 오염된 매연을 기체공기펌프(720)로 주입시켜주는 공기 주입구(728)가 구비되는 구조;A structure in which fresh air introduced from the outside or polluted air or an air inlet 728 for injecting contaminated soot into the gas air pump 720 is provided at one side of the gas injection pump 720;

기체주입펌프(720)와 공기 확산구(122)의 사이에는 공기를 이송시켜주는 공기 공급 파이프(115)가 결합되어 유체성 물질분자 분리기(7000)의 내부로 신선한 공기 또는 오염된 매연을 공급하여주는 구조;Between the gas injection pump 720 and the air diffuser 122, an air supply pipe 115 for transferring air is connected to supply fresh air or contaminated soot into the fluid material separator 7000 Giving structure;

유체성 물질분자 분리기(7000)의 타측에는 유체성 물질분자 분리기(7000)의 하단부로 모여 지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(7000)의 외부로 배출하여 주는 저층수 취수구(711)가 상승 싸이폰 흡입파이프(712)와 1자 형태로 구비되고;The fluid material separator 7000 is provided at the other side thereof with a low-layer water intake port 711 for discharging heavy fluid substances collected at the lower end of the fluid material separator 7000 to the outside of the fluid material separator 7000 ) Is provided in a one-figure form with an upward phonon suction pipe (712);

상승 싸이폰 흡입파이프(712)의 상부에는 함체 형태로 2차 유체성 물질분자 분리통(729)을 구성하는 구조;A structure for constructing a secondary fluidic material molecular sieve 729 in the form of an enclosure at the upper part of the ascending cyphon suction pipe 712;

2차 유체성 물질분자 분리통(729)의 상부에는 비중이 가벼운 유체성 물질분자들을 외부로 배출하여 주는 제2 배출파이프(717)가 제2 배출 조절밸브(719)와 결합되는 구조;A second discharge pipe 717 for discharging molecules of fluids having a specific gravity to the outside is coupled to a second discharge control valve 719 at an upper portion of the second fluid material separator 729;

2차 유체성 물질분자 분리통(729)의 일측에는 비중이 무거운 유체성 물질분자들을 배출하여 주는 싸이폰 하강배출파이프(713)가 배출량 조절밸브(715)와 결합되는 구조;A structure in which a ciphone downfalling discharge pipe 713 for discharging heavy fluid molecules is combined with a discharge amount control valve 715 at one side of the secondary fluid material separator 729;

유체성 물질분자 분리기(7000)의 상단부 일측에는 유체성 물질분자 분리기(7000)의 내부로 물과 같은 유체성 물질분자들을 유입시켜주는 유체성물질분자 유입 파이프(716)가 조절밸브(112)와 결합되어 구성됨과 함께;A fluid material inlet pipe 716 for introducing fluid material molecules such as water into the fluid material separator 7000 is connected to the upper end of the fluid material separator 7000 through a control valve 112 Combined together;

유체성물질분자 유입파이프(716)의 끝단부에는 유체성물질분자 확산구(718)가 구성되는 구조;A structure in which a fluid material molecule diffusion hole 718 is formed at an end of the fluid material molecule inlet pipe 716;

유체성 물질분자 분리기(7000)의 상부 타측에는 유체성 물질분자 분리기(7000)의 내부로 유입되는 물과 같은 유체성 물질분자와 결합되어 있던 비중이 가벼운 유체성 물질분자들을 유체성 물질분자 분리기(7000)의 외부로 배출하여 주는 상단 배출구(706)를 구성시킨 구조;At the other side of the upper part of the fluidic material molecular sieve 7000, fluidic substance molecules having a specific gravity, which are bonded to fluidic material molecules such as water flowing into the fluidic material molecular sieve 7000, 7000); and an upper discharge port (706)

상단 배출구(706)의 상측에는 중력의 작용과 비중과 질량의 차이로 인하여 유체성 물질분자 분리기(7000)의 하측으로 이동하지 못하고 유체성 물질분자 분리기(7000)의 상측으로 부상하는 유체성 거품 성분들에게 액상의 유체성 성분을 분사하여 거품성분을 액체로 변형시켜주는 작용을 발휘하는 액상 분사구(705)를 구성하는 구조;On the upper side of the upper discharge port 706, the fluidic foam component 7000 which can not move downward of the fluidic substance molecular separator 7000 due to the action of gravity and the difference in specific gravity and mass, A liquid injection port 705 for injecting a liquid-phase liquid component into the liquid injection port 705 to exert a function of deforming the bubble component into a liquid;

(액상 분사구(705)에 물이나 바닷물 또는 일반적으로 구성되어 있는 우유나 술 또는 음료 또는 오염된 유체성 물질분자를 유입시켜주는 유입파이프 또는 액체를 펌핑하여 주는 펌프와 같은 결합 시설물들은 얼마든지 변경 구성이 가능함으로 상세 연결 구조의 도시를 생략함)(Such as an inflow pipe or a pump that pumps liquid or water or a commonly constructed milk, alcohol or beverage, or contaminated fluid substance molecules into the liquid injection orifice 705) It is possible to omit the illustration of the detailed connection structure)

유체성 물질분자 분리기(7000)의 일측에는 유체성 물질분자를 회전시켜서 충돌시키는 물질충돌작용과 물질마찰작용을 발휘하도록 나선형의 형태로 구성되는 다 수개의 정회전 고정타격봉(710)를 결합시키는 구조;A plurality of forward rotation fixed striking rods 710 of a spiral shape are attached to one side of the fluid material molecule separator 7000 so as to exhibit a material collision action and a material friction action of rotating and colliding the fluid substance molecules rescue;

유체성 물질분자 분리기(7000)의 내부 타측에는 다 수개의 회전체(701)와 결합되는 회전타격판(708)을 구성시키는 구조;A structure for constructing a rotating striking plate 708 coupled to a plurality of rotating bodies 701 at the other side of the fluidic material molecular separator 7000;

회전타격판(708)에는 유체성 물질분자를 회전시켜서 충돌시키는 물질충돌작용과 물질마찰작용을 발휘하도록 나선형의 형태로 구성되는 다 수개의 회전타격봉(709)을 결합시키는 구조;The rotary striking plate 708 is provided with a plurality of rotary striking rods 709, which are formed in a helical shape so as to exhibit a material collision action and a material friction action,

(회전타격판(708)을 회전시켜주는 회전 구조제는 모타와 같은 회전수단과 결합되는 구동기어 또는 구동폴리등을 이용하면 매우 다양하게 변경 구성이 가능하기 때문에 상세구조를 생략함)(The rotary structure for rotating the rotary striking plate 708 may be modified in various ways by using a driving gear or a driving poly which is coupled with a rotating means such as a motor, so that its detailed structure is omitted)

이상과 같이 유체성 물질분자 분리기(7000)에 구성되어 있는 진동 바이브레이타(707)를 가동하여 유체성 물질분자 분리기(7000)를 진동시킴과 동시에 As described above, the vibrating vibrator 707 constituting the fluid material separator 7000 is operated to vibrate the fluid material separator 7000

기체주입펌프(720)를 이용하여 유체성 물질분자 분리기(7000)의 내부에 신선한 공기 또는 오염된 공기를 연속적으로 주입함과 동시에 Fresh air or contaminated air is continuously injected into the fluid material molecule separator 7000 using the gas injection pump 720

유체성 물질분자 분리기(7000)의 상부에 구성되어 있는 유체성 물질분자 유입파이프(716)를 통하여 물과 같은 유체성 물질분자들을 고압의 압력으로 연속 유입시켜서 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질분자와 비중이 무거운 깨끗한 물질분자들이 분리되도록 가공함과 동시에 유체성 물질분자 분리기(7000)에 다수개 구성된 회전타격판(708)과 결합되어 있는 회전탁격봉(709)을 회전시켜서 유체성 물질분자 분리기(7000)의 내부로 유입되는 기체 또는 유체성 물질분자들을 연속적으로 타격하여 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자가 중력의 작용과 비중과 질량의 차이로 인하여 물질충돌작용과 물질마찰작용과 물질폭발작용에 의해 충돌하면서 질량과 비중이 비숫한 물질분자 끼리 자연스럽게 분리되도록 가공할 때에 유체성 물질분자 분리기(7000)로 유입되는 유체성 물질분자들의 총량 100WT% 대비 중력의 작용과 비중과 질량의 차이에 의해 유체성 물질분자 분리기(7000)의 하단부로 이동하는 비중이 무거운 유체성 물질분자 70WT%~99.99WT%는 유체성 물질분자 분리기(7000)의 일측 하단부에 구성되어 있는 저층수 취수구(711)와 결합되어 있는 상승 싸이폰 흡입파이프(712)와 2차 유체성 물질분자 분리통(729)과 싸이폰 하강배출파이프(713)를 통하여 배출되도록 싸이폰 하강배출파이프(713)과 결합되어 있는 배출량 조절밸브(715)를 조절하여 배출시킨후 비중과 질량과 중력의 차이로 인하여 싸이폰 하강배출파이프(713)를 통하여 배출되지 못하는 0.1WT%~30WT%는 The fluid material molecules such as water are continuously introduced into the fluid material molecule separator 7000 through the fluid material molecule inlet pipe 716 formed at the upper part of the fluid material molecule separator 7000 at a high pressure, The rotary tackle rod 709, which is coupled with the plurality of rotary striking plates 708, is rotated in the fluid material molecule separator 7000 while the light contaminant molecules and the clean substance molecules having a large specific gravity are separated, A fluid substance molecule having a light specific gravity and a fluid substance molecule having a heavy specific gravity are successively struck by the gas or fluid substance molecules that flow into the molecular sieve separator 7000, Material collision, material friction, and material explosion Collide with each other to make the molecules and particles, which are similar in mass and density, to each other naturally. The specific gravity moving to the lower end of the molecular material separator 7000 is heavy due to the action of the gravity and the difference between the specific gravity and the mass in relation to the total amount of the fluid material molecules flowing into the molecular material separator 7000 at the time of processing The fluidic material molecules 70WT% to 99.99WT% are connected to the ascending cyclone suction pipe 712 coupled to the low-layer water intake 711 formed at the lower end of one side of the fluid material separator 7000, The discharge amount control valve 715 coupled to the siphon down discharge pipe 713 is controlled to be discharged through the separation cask 729 and the siphon descending discharge pipe 713 and discharged therefrom by the difference in specific gravity, 0.1 WT% to 30 WT% which can not be discharged through the siphon descending pipe 713

유체성 물질분자 분리기(7000)의 타측 상부에 구성되어 있는 상단 배출구(706)를 통하여 배출시킨후 수집하여 재사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다Environmentally friendly method for collecting and reusing or reworking the material after discharging the material through an upper outlet 706 formed at the upper part of the other side of the fluid material separator 7000 and a fluidic material molecular separator applied thereto

[제9 실시 예][Ninth Embodiment]

본 발명 제9의 실시 예는 다음과 같이 구성된다.The ninth embodiment of the present invention is configured as follows.

도30은 본 발명 제9의 실시예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도로서 다음과 같이 구성된다.Fig. 30 is a cross-sectional perspective view of a fluid material separator constructed in accordance with the ninth embodiment of the present invention as follows.

기초좌판(109)과 결합되는 네쌍의 회전바퀴(703)와 결합 되는 구조;A structure coupled with four pairs of rotating wheels 703 coupled with the base seat 109;

기초좌판(109)의 상부에는 직사각형의 함체 형태로 유체성 물질분자 분리기(7000)가 구성되는 구조;A structure in which a fluidic substance molecular separator 7000 is configured in the form of a rectangular enclosure on the base seat 109;

유체성 물질분자 분리기(7000)의 타측에는 유체성 물질분자 분리기(7000)의 하단부로 모여 지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(7000)의 외부로 배출하여 주는 저층수 취수구(711)가 상승 싸이폰 흡입파이프(712)와 싸이폰 하강배출파이프(713)가 ∩자 형태로 구성되며;The fluid material separator 7000 is provided at the other side thereof with a low-layer water intake port 711 for discharging heavy fluid substances collected at the lower end of the fluid material separator 7000 to the outside of the fluid material separator 7000 Has an ascending phonon suction pipe (712) and a phonon descending discharge pipe (713) in an inverted shape;

상승 싸이폰 흡입파이프(712)의 상부에는 배출량을 조절하여 주는 배출량 조절밸브(752)가 구비되고;The upper portion of the ascending phoenix suction pipe 712 is provided with a discharge control valve 752 for controlling the discharge amount;

유체성 물질분자 분리기(7000)의 상단부에는 비중이 가벼운 유체성 물질분자와 기체성 물질분자들을 배출하여 주는 상단 배출구(755)를 배출량 조절밸브(753)와 결합시킴과 함께;An upper discharge port 755 for discharging the fluid substance molecules and the gaseous substance molecules having a specific gravity to the discharge gas control valve 753 at the upper end of the fluid substance separator 7000;

유체성 물질분자 분리기(7000)의 상단부 타측에는 유체성 물질분자 분리기(7000)의 내부로 물과 같은 유체성 물질분자들을 유입시켜주는 유체성물질분자 유입 파이프(738)를 1차 배출량 조절펌프(759)와 결합하여 구성시킴과 함께; At the other end of the upper portion of the fluid material separator 7000, a fluid material inlet pipe 738 for introducing fluid material molecules such as water into the fluid material separator 7000 is connected to a primary discharge adjustment pump 759); < / RTI >

유체성물질분자 유입 파이프(738)의 상부에는 비중이 가벼운 유체성 물질분자와 기체성 물질분자들을 수집하는 1차 물질분자 분리통(739)를 구성시킨후 1차 물질분자 분리통(739)의 일측에는 비중이 가벼운 유체성 물질분자들을 배출하여 주는 1차배출 파이프(750)를 1차 배출량 조절밸브(756)와 결합하여 구성시킴과 함께;A first material molecule separation column 739 for collecting fluid material molecules and gaseous material molecules having a light specific gravity is formed on the upper portion of the fluid material molecule inlet pipe 738, And a primary discharge pipe 750 for discharging fluidic substance molecules having a specific gravity is connected to the primary discharge control valve 756 at one side,

1차 물질분자 분리통(739)의 타측에는 싸이폰 상승 파이프(735)를 구성시키는 구조;A structure that constitutes a phyis lifting pipe 735 at the other side of the primary material molecular separator 739;

싸이폰 상승 파이프(735)의 일측에는 개폐가 가능한 함체 형태로 제1 물질분자 저장고(8000)를 구성시키고;A first material molecular reservoir 8000 is formed at one side of the siphon uprising pipe 735 in the form of an enclosure capable of opening and closing;

제1 물질분자 저장고(8000)의 하단부 네 방향에는 이동용 바퀴겸용 탄성체(736)를 구비하고;The first material molecular reservoir (8000) is provided with a movable wheel-shaped elastic body (736) at four lower ends thereof;

제1 물질분자 저장고(8000)의 하단부에는 진동을 발생 시켜주는 진동바이브레타(737)를 구성시키는 구조;A structure for constituting a vibration vibrator 737 for generating vibration at the lower end of the first material molecular reservoir 8000;

제1 물질분자 저장고(8000)의 타측에는 주입펌프(732)를 구성시키되;An injection pump 732 is arranged on the other side of the first material molecular reservoir 8000;

주입펌프(732)의 후면부와 제1 물질분자 저장고(8000)의 상부로 부상하는 공기 또는 오염된 매연등을 제1 물질분자 저장고(8000)의 내부로 다시 유입시켜주는 연결 파이프(758)를 결합하여 구성시키고;A connection pipe 758 for introducing the backside of the infusion pump 732 and the air or contaminated soot floating in the first material molecular reservoir 8000 back into the first material molecular reservoir 8000 ;

제1 물질분자 저장고(8000)의 하단부 바닥부분에는 주입펌프(732)로 부터 공급받은 공기를 분사하여 주는 공기확산구(757)를 구성시킴과 함께;An air diffuser 757 for injecting the air supplied from the injection pump 732 is formed at the bottom of the lower portion of the first material molecular reservoir 8000;

제1 물질분자 저장고(8000)의 상부 타측에는 제1 물질분자 저장고(8000)의 내부로 물과 같은 유체성 물질분자들을 공급하여 주는 유체성 물질분자 주입파이프(731)를 구성시키는 구조;A structure for constituting a fluid material molecule injection pipe 731 for supplying fluid material molecules such as water into the first material molecule reservoir 8000 at the other side of the first material molecule reservoir 8000;

이상과 같이 구성되는 제1 물질분자 저장고(8000)의 내부에 오염된 물질(732)을 투입하는 과정과;Injecting a contaminated substance (732) into the first material molecular reservoir (8000) configured as described above;

제1 물질분자 저장고(8000)의 내부와 유체성 물질분자 분리기(7000)의 내부에 물 또는 바닷물을 연속적으로 주입하는 과정과;Continuously injecting water or seawater into the interior of the first material molecule reservoir 8000 and the interior of the fluid material molecule separator 7000;

유체성 물질분자 분리기(7000)와 제1 물질분자 저장고(8000)에 구성되어 있는 진동 바이브레이타(707)를 연속적으로 가동하여 유체성 물질분자 분리기(7000)로 유입되는 물 또는 바닷물 또는 오염물질들을 진동시킴과 동시에 제1 물질분자 저장고(8000)의 내부에 적재된 오염물질과 물 또는 바닷물을 연속적으로 진동시키는 과정과;The fluidic material molecular separator 7000 and the vibrating vibrator 707 constituted in the first material molecular reservoir 8000 are continuously operated so that water or seawater or contaminants And continuously vibrating the pollutants and water or seawater loaded in the first material molecular reservoir 8000 while vibrating the first material molecular reservoir 8000;

유체성 물질분자 분리기(7000)와 결합되어 있는 기체주입펌프(720)를 이용하여 유체성 물질분자 분리기(7000)의 내부에 공기를 연속적으로 주입하는 과정과;Continuously injecting air into the fluid material separator (7000) using a gas injection pump (720) coupled to the fluid material separator (7000);

이상과 같은 가공의 과정을 통하여 제1 물질분자 저장고(8000)의 하단부에 구성되어 있는 싸이폰 상승 파이프(735)를 통과한 물 또는 바닷물과 같은 유체성 물질분자들을 1차 물질분자 분리통(739)과 결합되어 있는 1차 배출량 조절밸브(756)를 조절에 의해 제1 물질분자 저장고(8000)를 통하여 1차 물질분자 분리통(739)으로 유입된 유체성 물질분자 유입총량 100wt% 대비 0.01wt%~10wt%를 1차배출 파이프(750)를 통하여 배출시킨후 별도로 수집하여 사용하거나 수집하여 재사용하거나 제1 물질분자 저장고(8000)로 재유입시켜서 재가공하는 과정을 수행함과 동시에 1차 물질분자 분리통(739)으로 유입된 나머지 유체성 물질분자 90wt%~99.99wt%는 1차 배출량 조절펌프(759)와 유체성물질분자 유입 파이프(738)를 이용하여 유체성 물질분자 분리기(7000)의 내부로 이송 시켜서 가공하는 과정을 수행함과 동시에 Through the process as described above, the fluid material molecules such as water or seawater that have passed through the siphon riser pipe 735 formed at the lower end of the first material molecular reservoir 8000 are separated from the first material molecular sieve 739 ) To the primary material molecular sieve 739 through the first material molecular reservoir 8000 by adjusting the primary emission control valve 756 coupled to the primary material molecular sieve 739 to a concentration of 0.01 wt% % ~ 10wt% is discharged through a first discharge pipe 750 and then collected separately for use or collecting and reused or re-introduced into a first material molecular reservoir 8000 to perform reprocessing, 90% by weight to 99.99% by weight of the remaining fluidic substance molecules introduced into the column 739 are transferred to the inside of the fluidic substance molecular sieve separator 7000 by using the primary discharge adjustment pump 759 and the fluidic substance molecular inlet pipe 738, Lt; / RTI > At the same time as carrying out the process

1차 물질분자 분리통(739)와 결합된 유체성물질분자 유입 파이프(738)를 통하여 유입되는 유체성 물질분자 유입총량 100wt% 대비 비중이 가벼운 유체성 물질분자 0.01wt%~10wt는 유체성 물질분자 분리기(7000)의 상부에 구성되어 있는 상단 배출0.01wt% to 10wt of a fluidic substance molecule having a specific gravity relative to the total amount of the fluidic substance influx introduced into the primary substance molecular separation column 739 through the fluidic substance molecule inlet pipe 738 is 100wt% The upper end of the molecular separator (7000)

구(755)를 통하여 배출시키고 나머지 90wt%~99.99wt%는 유체성 물질분자 분리기(7000)의 하단부 일측에 구성되어 있는 저층수 취수구(711)와 상승 싸이폰 흡입파이프(712)와 싸이폰 하강배출파이프(713)를 통하여 배출되도록 싸이폰 하강배출파이프(713)와 결합되어 있는 배출량 조절밸브(752)를 조절하여 비중이 무거운 유체성 물질분자와 결합되어 있는 비중이 가벼운 유체성 물질분자들을 분리 추출가공한후 분리 추출된 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자들을 재사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다.And the remaining 90 wt% to 99.99 wt% of the fluid material separator 7000 is discharged through the outlet 755. The remaining 90 wt% to 99.99 wt% is discharged through the lower layer water intake port 711, The discharge amount control valve 752 coupled to the siphon down discharge pipe 713 is controlled so as to discharge through the pipe 713 so that the fluidic substance molecules having a low specific gravity and bonded to the fluidic substance molecules having a high specific gravity are separated and extracted This paper proposes a eco-friendly method for reusing or reworking fluid materials with a low specific gravity and heavier fluid materials.

[제10 실시 예][Tenth Embodiment]

본 발명 제10의 실시 예는 다음과 같이 구성된다.The tenth embodiment of the present invention is configured as follows.

소금50wt%~95wt%와 물 5wt%~50wt%를 희석하여 액상 소금물을 제조하는 과정과;Diluting 50 wt% to 95 wt% of salt with 5 wt% to 50 wt% of water to prepare a liquid brine;

상기 유체성 물질분자 분리기의 내부에 미리준비한 액상 소금물을 연속적으로 투입한 후 상기 유체성 물질분자 분리기의 일측 하단부에 구성되어 있는 제2 하단 배출파이프(315) 또는 싸이폰 하강배출파이프(713) 또는 싸이폰 하강배출파이프(730) 또는 상기 저층수 배출파이프(1505) 또는 저층수 배출파이프(201) 또는 저층수 배출파이프(133)를 통하여 상기 유체성 물질분자 분리기로 유입되는 액상 소금물 유입총량 100wt% 대비 90wt%~99.99wt%를 배출시켜서 수집하여 사용하거나 재가공시키는 과정을 수행함과 동시에 비중과 질량과 중력의 차이로 인하여 상기 제2 하단 배출파이프(315) 또는 상기 싸이폰 하강배출파이프(713) 또는 상기 싸이폰 하강배출파이프(730) 또는 상기 저층수 배출파이프(1505) 또는 상기 저층수 배출파이프(201) 또는 상기 저층수 배출파이프(133)를 통하여 배출되지 못하는 비중이 가벼운 유체성 물질 분자 0.01wt%~10wt%는 상기 유체성 물질분자 분리기의 상단부에 구성되어 있는 상기 상단 배출구를 통하여 배출시킨후 수집하여 재사용하거나 재가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다The second bottom discharge pipe 315 or the siphon down discharge pipe 713 or the third bottom discharge pipe 713 formed at the lower end of one side of the fluid material molecular sieve after the liquid salt water prepared in advance is continuously introduced into the fluid material separator, 90% by weight or more of the total amount of the liquid brine influx into the fluidic material molecular separator through the cyclone descending pipe 730 or the low-level water discharge pipe 1505 or the low-level water discharge pipe 201 or the low- To 99.99% by weight of the second lower discharge pipe (315), collecting and reusing the second lower discharge pipe (315) or the second lower discharge pipe (315) The lower discharge pipe 730 or the lower discharge pipe 1505 or the lower discharge pipe 201 or the lower discharge pipe 133, 0.01wt% ~ 10wt% of the fluidic substance molecules that can not be discharged through the upper end of the fluid material separator are discharged through the upper outlet port and then collected and reused or reprocessed. And a fluidic material molecular separator applied thereto

[제11 실시 예][Eleventh Embodiment]

도 31은 본 발명 제 11실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도로서 다음과 같이 구성된다.31 is a cross-sectional perspective view of a fluid material separator constructed in accordance with an eleventh embodiment of the present invention as follows.

함체형태로 구성되어 유체성 물질분자들이 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~30m 정도의 높이로 구성되는 유체성 물질분자 분리기(2000)는 네쌍의 회전바퀴(703)의 상부에 구성되는 구조;The fluid material separator 2000, which is composed of a hollow body and has a height of about 5m to 30m so that the molecules of the fluid material can exert a gravitational action and a gravitational acceleration action more greatly, is provided on the upper part of the four pairs of rotating wheels 703 The structure being constructed;

유체성 물질분자 분리기(2000)의 상부 일측에는 물과 액체등을 유체성 물질분자 분리기(2000)의 내부로 주입하여 주는 유체성 물질분자 유입파이프(716)가 구비되고;A fluid material molecule inlet pipe 716 for injecting water, liquid, or the like into the fluid material separator 2000 is provided on one side of the fluid material separator 2000;

유체성 물질분자 유입파이프(716)의 중간에는 유입량을 조절하여 주는 조절밸브(916)이 결합되는 구조;A structure in which a control valve 916 for controlling the inflow amount is coupled to the middle of the fluid material inflow pipe 716;

유체성 물질분자 유입파이프(716)의 중간 일측에는 진동 흡수용 고무패드(981)와 결합되어 있는 초음파 진동기(980)가 결합되는 구조;A structure in which an ultrasonic vibrator 980 coupled with a vibration absorbing rubber pad 981 is coupled to an intermediate side of the fluid material inflow pipe 716;

유체성 물질분자 분리기(2000)의 중앙 하단부 에는 진동 바이브레이타(707)가 구성되고; A vibrating vibrator 707 is formed at the center lower end of the fluid material separator 2000;

유체성 물질분자 분리기(2000)의 일측 하부에는 기체 주입펌프(917)가 구비되며;A gas injection pump 917 is provided at a lower portion of one side of the fluid material separator 2000;

기체 주입펌프(917)의 일측 하단부에는 공기확산구(918)가 구성되고;At one lower end of the gas injection pump 917, an air diffuser 918 is formed;

기체주입펌프(917)의 일측에는 외부로 부터 유입되는 신선한 공기 또는 오염된 공기 또는 오염된 매연을 기체공기펌프(917)로 주입시켜주는 공기 주입구(728)가 구비되는 구조;A structure in which an air inlet 728 for injecting fresh air or polluted air or contaminated soot flowing into the gas air pump 917 from the outside is provided at one side of the gas injection pump 917;

유체성 물질분자 분리기(2000)의 타측에는 유체성 물질분자 분리기(2000)의 하단부로 모여 지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(2000)의 외부로 배출하여 주는 저층수 취수구(991)가 상승 싸이폰 흡입파이프(928)와 ㅅ자 형태로 구비되고;The fluid material separator 2000 is provided at the other side of the fluid material separator 2000 with a low-layer water withdrawal port 991 for discharging fluid substances having a high specific gravity to the outside of the fluid material separator 2000 ) Is provided in the form of a prong with an upward phonon suction pipe (928);

상승 싸이폰 흡입파이프(928)의 상부 일측에는 배출량을 조절하여 주는 배출량 조절밸브(715)가 결합되는 구조;A structure in which a discharge control valve 715 for controlling the discharge amount is coupled to one side of the upper side of the upsiphone suction pipe 928;

유체성 물질분자 분리기(2000)의 타측 상부에는 비중이 가벼운 유체성 물질분자들을 외부로 배출하여 주는 잉여 물질분자 배출파이프(927)가 결합되는 구조;A structure in which a surplus material molecule discharge pipe 927 for discharging liquid material molecules having a light specific gravity to the outside is coupled to the other side of the fluid material separator 2000;

유체성 물질분자 분리기(2000)의 중앙 하단부에는 회전축지지구(992)가 구비되고 상단부에는 회전체(920)가 구성되는 구조;A structure in which a rotating shaft 992 is provided at the center lower end of the fluid material separator 2000 and a rotating body 920 is formed at the upper end;

회전축지지구(992)와 회전체(920)사이에는 회전축(921)이 결합되는 구조;A structure in which a rotary shaft 921 is coupled between the rotary shaft support 992 and the rotary body 920;

유체성 물질분자 분리기(2000)의 중간 중간에는 불특정의 형태로 다수개의 유체 이동홈(926)이 구성되어 있는 고정 마찰판(925)이 구성되는 구조;A structure in which a fixed friction plate 925 constituting a plurality of fluid movement grooves 926 in an unspecified form is formed in the middle of the fluid material molecule separator 2000;

고정마찰판(925)에는 마찰력을 높여주도록 작용하는 요철홈(996)이 구성되는 구조;A structure in which the fixed friction plate 925 is provided with the uneven groove 996 functioning to increase the frictional force;

회전축(921)에는 고정마찰판(925)의 사이사이에 다수개 구성되는 회전마찰판(922)이 구비되고;The rotary shaft 921 is provided with a plurality of rotary friction plates 922 between the fixed friction plates 925;

회전마찰판(922)에는 마찰력을 높여주도록 작용하는 요철홈(995)이 구성되는 구조; A structure in which a rotating friction plate 922 is provided with a recessed groove 995 functioning to increase frictional force;

회전마찰판(922)에는 불특정한 형태로 다수개의 유체이동홈(923)이 구성되는 구조;A structure in which a plurality of fluid transfer grooves 923 are formed in the rotary friction plate 922 in an unspecified form;

이상과 같이 유체성 물질분자 분리기(2000)에 구성되어 있는 진동 바이브레이타(707)를 가동하여 유체성 물질분자 분리기(2000)를 진동시킴과 동시에 As described above, the vibrating vibrator 707 constituting the fluid material separator 2000 is operated to vibrate the fluid material separator 2000

기체주입펌프(917)를 이용하여 유체성 물질분자 분리기(2000)의 내부에 신선한 공기 또는 오염된 공기를 연속적으로 주입함과 동시에 Fresh air or contaminated air is continuously injected into the fluid material molecule separator 2000 using the gas injection pump 917

유체성 물질분자 분리기(2000)의 상부에 구성되어 있는 초음파 진동기(980)를 이용하여 유입되는 유체성 물질분자들을 타격하여 가공함과 동시에 The fluidic substance molecules flowing into the fluidic material molecule separator 2000 are blown and processed by using the ultrasonic vibrator 980 formed at the upper part of the fluidic material molecule separator 2000

유체성 물질분자 유입파이프(716)를 통하여 물과 같은 유체성 물질분자들을 고압의 압력으로 연속 유입시켜서 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질분자와 비중이 무거운 깨끗한 물질분자들이 분리되도록 가공함과 동시에 유체성 물질분자 분리기(2000)의 상부에 구성되어 있는 모타와 같은 회전체(920)를 연속적으로 회전시켜서 회전체(920)와 고정마찰판(925)의 사이에 다수개 구성되는 회전마찰판(922)을 이용하여 유체성 물질분자 분리기(2000)의 내부로 유입되는 유체성 물질분자와 기체성 물질분자들을 믹서하여 분쇄시켜서 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자가 중력의 작용과 중력 가속도 작용과 비중과 질량의 차이로 인하여 물질충돌작용과 물질마찰작용과 물질폭발작용에 의해 충돌하면서 질량과 비중이 비숫한 물질분자 끼리 자연스럽게 상층부와 하층부로 이동이 되도록 가공할 때에 유체성 물질분자 분리기(2000)로 유입되는 유체성 물질분자들의 총량 100WT% 대비 중력의 작용과 비중과 질량의 차이에 의해 유체성 물질분자 분리기(2000)의 하단부로 이동하는 비중이 무거운 유체성 물질분자 70WT%~99.99WT%는 유체성 물질분자 분리기(2000)의 일측 하단부에 구성되어 있는 Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, The rotating body 920 such as a motor configured at the upper portion of the fluid material separator 2000 is continuously rotated to rotate the rotating body 920 and the fixed friction plate 925 The fluid material molecules and the gaseous material molecules introduced into the fluid material separator 2000 are mixed and pulverized by using the friction plate 922 to form fluid material molecules having a specific gravity and heavy fluid material molecules Due to the effect of gravity and gravitational acceleration and the difference of specific gravity and mass, (2000), the total amount of molecules of fluid material flowing into the molecular material separator (2000) is 100WT% compared to the total amount of 100WT%. Therefore, due to the action of gravity and the difference between specific gravity and mass, The fluidic material molecules 70WT% to 99.99WT% having a high specific gravity moving to the lower end of the molecular sieve separator 2000 are arranged at the lower end of one side of the molecular material separator 2000

저층수 취수구(991)와 상승 싸이폰 흡입파이프(928)와 결합되어 있는 Which is coupled to the low-layer water intake 991 and the lifting cyphon suction pipe 928

배출량 조절밸브(715)를 조절하여 배출시킨후 비중과 질량과 중력의 차이로 인하여 상승 싸이폰 흡입파이프(928)를 통하여 배출되지 못하는 0.1WT%~30WT%는 0.1 WT% ~ 30 WT%, which can not be discharged through the ascending siphon suction pipe 928 due to the difference in specific gravity, mass and gravity after the discharge amount control valve 715 is regulated and discharged

유체성 물질분자 분리기(2000)의 타측 상부에 구성되어 있는 잉여 물질분자 배출파이프(927)를 통하여 배출시킨후 수집하여 재사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다.The environmentally friendly eco-friendly method of collecting and reusing or re-processing after discharging through a surplus material molecular discharge pipe 927 formed on the other side of the fluidic material molecular separator 2000, .

[제 12실시 예][Twelfth Embodiment]

다음은 본 발명 제12 실시 예에 따라 구성되는 청구항 13에 대해서 설명한다.Next, a description will be given of the thirteenth aspect constructed in accordance with the twelfth embodiment of the present invention.

도32는 본 발명 제 12 실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도로써 다음과 같이 구성된다.
32 is a cross-sectional perspective view of a fluid material separator constructed in accordance with a twelfth embodiment of the present invention.

함체형태로 구성되어 유체성 물질분자들이 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~60m 정도의 높이로 구성되는 유체성 물질분자 분리기(9000)는 네쌍의 회전바퀴(703)의 상부에 구성되는 구조;The fluid material separator 9000, which is composed of a hollow body and has a height of about 5m to 60m so that the molecules of the fluid material can exert a gravitational action and a gravitational acceleration action more effectively, The structure being constructed;

유체성 물질분자 분리기(9000)의 상부 일측에는 물과 액체등을 유체성 물질분자 분리기(9000)의 내부로 주입하여 주는 유체성 물질분자 유입파이프(716)가 구비되고;A fluid material molecule inlet pipe 716 for injecting water and liquid into the fluid material separator 9000 is provided on one side of the fluid material separator 9000;

유체성 물질분자 분리기(9000)의 중앙 하단부 에는 진동 바이브레이타(707)가 구성되고; A vibrating vibrator 707 is configured at the center lower end of the fluid material molecule separator 9000;

유체성 물질분자 분리기(9000)의 일측 하부에는 기체 주입펌프(917)가 구비되며;A gas injection pump 917 is provided at a lower portion of one side of the fluid material molecule separator 9000;

유체성 물질분자 분리기(9000)의 타측에는 유체성 물질분자 분리기(9000)의 하단부로 모여 지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(9000)의 외부로 배출하여 주는 저층수 취수구(901)가 상승 싸이폰 흡입파이프(902)가 구비되고;The fluid material separator 9000 is provided at the other side thereof with a low water withdrawal port 901 for discharging fluid material molecules having a high specific gravity collected at the lower end of the fluid material separator 9000 to the outside of the fluid material separator 9000 Is provided with an upsized phonon suction pipe 902;

상승 싸이폰 흡입파이프(902)의 하단부 일측에는 배출량을 조절하여 주는 배출량 조절밸브(903)가 흰지축(905)와 결합되는 구조;A structure in which a discharge control valve 903 for controlling the discharge amount is coupled to the white support shaft 905 at one side of the lower end of the ascending cyclone suction pipe 902;

유체성 물질분자 분리기(9000)의 타측 상부에는 비중이 가벼운 유체성 물질분자들을 외부로 배출하여 주는 잉여 물질분자 배출파이프(910)가 결합되는 구조;A structure in which a surplus material molecule discharge pipe 910 for discharging fluid material molecules having a light specific gravity to the outside is coupled to the other side of the fluid material separator 9000;

잉여 물질분자 배출파이프(910)의 하단부에는 거품 형태로 배출되는 비중이 가벼운 유체성 물질분자들을 비중이 무거운 유체성 물질분자로 변형 시켜주는 유체성 물질분자 보관함(911)이 구비되고;A fluid material molecular reservoir 911 is provided at the lower end of the surplus material molecular discharge pipe 910 to transform the fluid material molecules having specific gravity discharged in the form of bubbles into fluid material molecules having a high specific gravity;

유체성 물질분자 보관함(911)의 내부에는 바닷물 또는 일반적인 민물(913)들이 수납되어 거품형태로 유입되는 비중이 가벼운 유체성 물질분자들을 비중이 무거운 유체성 물질분자로 변형시켜주도록 작용함과 함께;The fluidic material molecular reservoir 911 serves to transform the lightweight fluidic material molecules, which are contained in the seawater or the general fresh water 913, into the foamed fluidic material, and convert the molecules into fluidic mass molecules having a high specific gravity;

유체성 물질분자 보관함(911)의 상부 타측에는 유체성 물질분자 보관함(911)의 내부로 거품형태로 유입된 상태에서 비중이 무거운 유체성 물질분자로 변한 유체성 물질분자들을 외부로 배출하여주는 제2 잉여물질분자 배출파이프(912)가 구비되고; The fluidic substance storage container 911 is provided at the other side of the upper side thereof with a fluidic substance material reservoir 911 for discharging the fluidic substance molecules which have become heavy fluidic substance molecules in a state of being foamed into the fluidic substance molecular reservoir 911 2 surplus material molecular discharge pipe 912 is provided;

제2 잉여물질분자 배출파이프(912)의 유입구는 중력의 작용에 의해 유체성 물질분자 보관함(911)의 하단부로 이동하는 비중이 무거운 유체성 물질분자들을 우선적으로 배출시키는 작용을 발휘하도록 유체성 물질분자 보관함(911)의 하단부분에 위치하도록 구성시키는 구조;The inlet port of the second surplus material molecular discharge pipe 912 is connected to the fluid material reservoir 911 by the action of gravity so as to exert the action of preferentially discharging heavy specific molecules of fluid material moving to the lower end of the molecular material reservoir 911, To be positioned at the lower end portion of the molecular reservoir 911;

유체성 물질분자 분리기(9000)의 중간중간에는 모타와 같은 회전체(906)와 결합되는 회전축(985)이 다수개 구비되고 ;A plurality of rotation shafts 985 coupled with the rotating body 906 such as a motor are provided in the middle of the fluid material separator 9000;

회전축(985)에는 회전판(907)이 구비되며;The rotary shaft 985 is provided with a rotary plate 907;

회전판(907)에는 직선방향이 아닌 대각선 방향 또는 뉘어진 형태로 구성되어 유체성 물질분자 분리기(9000)의 내부로 유입되는 유체성 물질분자와 기체성 물질분자들을 불특정 방향으로 타격하여주는 작용을 발휘하여주는 다수개의 대각선 타격봉(908)이 구성되는 구조;The rotating plate 907 is formed in a diagonal or lagged shape rather than in a straight line direction to exert an effect of hitting the fluid material molecules and the gaseous material molecules flowing into the fluid material molecule separator 9000 in an unspecified direction A plurality of diagonal striking rods 908 constituting the diaphragm 908;

대각선 타격봉(908)에는 회오리바람을 발생시켜주는 나사산이 구성되는 구조;The diagonal striking rod 908 has a structure in which a thread for generating a whirlwind is formed;

유체성 물질분자 분리기(9000)의 하단부 중간중간에는 충격을 흡수하여주는 충격흡수재와 결합되는 초음파 타격기(986)이 지지축(987)과 결합되어 유체성 물질분자 분리기(9000)의 내부로 유입되는 유체성 물질분자와 기체성 물질분자들을 타격하여주는 작용을 발휘함과 함께;An ultrasonic hitting unit 986 coupled with a shock absorber for absorbing an impact is coupled to a support shaft 987 to be introduced into the fluid material molecule separator 9000 at a middle portion of the lower end of the fluid material molecule separator 9000 And exerts an action to strike fluid molecules and gaseous molecules;

이상과 같이 유체성 물질분자 분리기(9000)에 구성되어 있는 진동 바이브레이타(707)를 가동하여 유체성 물질분자 분리기(9000)를 진동시킴과 동시에 As described above, the vibrating vibrator 707 constituting the fluid material separator 9000 is operated to vibrate the fluid material separator 9000

기체주입펌프(917)를 이용하여 유체성 물질분자 분리기(9000)의 내부에 신선한 공기 또는 오염된 공기를 연속적으로 주입함과 동시에 Fresh air or contaminated air is continuously injected into the fluid material molecule separator 9000 using the gas injection pump 917

유체성 물질분자 분리기(9000)의 내부에 구성되어 있는 초음파 진동기(986)를 이용하여 유입되는 유체성 물질분자들을 타격하여 가공함과 동시에 The fluidic substance molecules flowing into the fluidic material molecule separator 9000 are blown and processed by using the ultrasonic vibrator 986 formed therein

유체성 물질분자 유입파이프(716)를 통하여 물과 같은 유체성 물질분자들을 고압의 압력으로 연속 유입시켜서 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질분자와 비중이 무거운 깨끗한 물질분자들이 분리되도록 가공함과 동시에 유체성 물질분자 분리기(9000)의 측면에 구성되어 있는 모타와 같은 회전체(906)를 연속적으로 회전시켜서 회전축(985)과 결합되어 있는 대각선 타격봉(908)을 이용하여 회오리바람을 발생시켜서 유체성 물질분자 분리기(9000)의 내부로 유입되는 유체성 물질분자와 기체성 물질분자들을 믹서하면서 분쇄시키거나 타격하여 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자가 중력의 작용과 중력 가속도 작용과 비중과 질량의 차이로 인하여 물질충돌작용과 물질마찰작용과 물질폭발작용에 의해 충돌하면서 질량과 비중이 비숫한 물질분자 끼리 자연스럽게 상층부와 하층부로 이동이 되도록 가공할 때에 유체성 물질분자 분리기(9000)로 유입되는 유체성 물질분자들의 총량 100WT% 대비 중력의 작용과 비중과 질량의 차이에 의해 유체성 물질분자 분리기(9000)의 하단부로 이동하는 비중이 무거운 유체성 물질분자 70WT%~99.99WT%는 유체성 물질분자 분리기(9000)의 일측 하단부에 구성되어 있는 Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, The rotating body 906 such as a motor formed on the side surface of the fluid material separator 9000 is continuously rotated to rotate the rotary body 905 using the diagonal striking rod 908 coupled with the rotary shaft 985, The fluidic substance molecules and the gaseous substance molecules flowing into the fluidic substance molecular sieve separator 9000 are mixed and pulverized or struck to form fluidic substance molecules having a light specific gravity and fluidic substance molecules having a heavy specific gravity Due to the action of gravity acceleration and the difference of specific gravity and mass. (9000), the total amount of molecules of fluid material flowing into the molecular material separator (9000) is compared with the difference of specific gravity and mass The fluidic substance molecules 70WT to 99.99WT% of which specific gravity is heavy and move to the lower end of the fluidic substance molecular sieve separator 9000 are formed at the lower end of one side of the fluidic substance molecular separator 9000

저층수 취수구(901)와 상승 싸이폰 흡입파이프(902)와 결합되어 있는 배출량 조절밸브(903)를 조절하여 배출시킨후 비중과 질량과 중력의 차이로 인하여 상승 싸이폰 흡입파이프(902)를 통하여 배출되지 못하는 유체성 물질분자와 기체성 물질분자 0.1WT%~30WT%는 유체성 물질분자 분리기(9000)의 타측 상부에 구성되어 있는 잉여 물질분자 배출파이프(910)를 통하여 유체성 물질분자 보관함(911)으로 이동시킨후 유체성 물질분자 보관함(911)의 내부에 수납되어 있는 바닷물 또는 민물(913)의 액상화 작용을 이용하여 거품형태로 배출되는 유체성 물질분자 또는 기체성 물질분자들을 액상화 시킨후 제2 잉여물질분자 배출파이프(912)로 2차 배출시켜서 수집하여 재사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다.
The drainage control valve 903 coupled with the low-layer water intake port 901 and the rising-siphon suction pipe 902 is adjusted and discharged, and then discharged through the ascending-side suction pipe 902 due to the difference in specific gravity, And 0.1 WT% to 30 WT% of the fluidic substance molecules and the gaseous substance molecules that can not be contained in the fluidic substance molecular reservoir 9000 through the surplus material molecule discharge pipe 910 formed on the other side of the fluidic substance molecular separator 9000 ), And liquid matter molecules or gaseous substance molecules discharged in the form of a foam are liquefied by using the liquefaction action of seawater or freshwater 913 stored in the fluid material molecular reservoir 911, 2 Environmentally friendly eco-friendly method of collecting, reusing, or re-processing by discharging the second surplus material to the molecular exhaust pipe 912 and a fluidic substance molecular separator applied thereto All.

[제 13실시 예][Thirteenth Embodiment]

다음은 본 발명 제13 실시 예에 따라 구성되는 청구항 14에 대해서 설명한다.The following will describe the fourteenth embodiment constructed in accordance with the thirteenth embodiment of the present invention.

도33은 본 발명 제 13 실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면 사시도로써 다음과 같이 구성된다.
33 is a cross-sectional perspective view of a fluid material separator constructed in accordance with a thirteenth embodiment of the present invention.

함체형태로 구성되어 유체성 물질분자들이 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~90m 정도의 높이로 구성되는 유체성 물질분자 분리기(3000)는 네쌍의 회전바퀴(703)의 상부에 구성되는 구조;The fluidic material molecular separator 3000 having a height of about 5m to 90m is formed on the upper part of the four pairs of rotating wheels 703 so that the fluidic material molecules can exert the action of gravity and the action of gravitational acceleration even more, The structure being constructed;

유체성 물질분자 분리기(3000)의 상부 일측에는 물과 액체등을 유체성 물질분자 분리기(3000)의 내부로 주입하여 주는 유체성 물질분자 유입파이프(716)가 구비되고;A fluid material molecule inlet pipe 716 for injecting water, liquid or the like into the fluid material separator 3000 is provided at an upper side of the fluid material separator 3000;

유체성 물질분자 분리기(3000)의 중앙 하단부 에는 진동 바이브레이타(707)가 구성되고; A vibrating vibrator 707 is formed at the center lower end of the fluid material separator 3000;

유체성 물질분자 분리기(3000)의 일측 하부에는 기체 주입펌프(917)가 구비되며;A gas injection pump 917 is provided at a lower portion of one side of the fluid material separator 3000;

유체성 물질분자 분리기(3000)의 타측에는 유체성 물질분자 분리기(3000)의 하단부로 모여 지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(3000)의 외부로 배출하여 주는 저층수 취수구(936)가 상승 싸이폰 흡입파이프(930)가 구비되고;The fluid material separator 3000 is provided at the other side of the fluid material separator 3000 with a low layer water intake port 936 for discharging heavy fluid substances collected at the lower end of the fluid material separator 3000 to the outside of the fluid material separator 3000 Is equipped with an upsized phonon suction pipe 930;

상승 싸이폰 흡입파이프(930)의 하단부 일측에는 배출량을 조절하여 주는 배출량 조절밸브(931)가 결합되는 구조;A structure in which a discharge amount control valve 931 for controlling the discharge amount is coupled to one side of the lower end of the ascending cyclone suction pipe 930;

유체성 물질분자 분리기(3000)의 중간중간에는 층층으로 유체성 물질분자 분리구(935,948,949,955)가 역삼각형의 형태로 구성되고;In the middle of the fluid material separator 3000, the fluid material molecule separators 935, 948, 949, and 955 are formed in the form of inverted triangles as the layer layers;

유체성 물질분자 분리구(935,948,949,955)의 하단부에는 각각의 배출구(957,959,946,932)가 구성되고;At the lower end of the fluid material molecule separation ports 935, 948, 949, and 955, respective outlets 957, 959, 946, 932 are formed;

각각의 배출구(957,959,946,932)에는 각각의 조절밸브(933,947,960,958)이 구성되는 구조;A structure in which each of the outlet ports 957, 959, 946, 932 is configured with respective control valves 933, 947, 960, 958;

층층으로 구성되는 각각의 유체성 물질분자 분리구(935,948,949,955)의 일측에는 비중이 가벼운 유체성 물질분자와 비중이 가벼운 기체성 물질분자들을 배출하여주는 잉여물질분자 배출구(937,939,941,943)이 구비되고;A plurality of molecular material discharge ports 937, 939, 941 and 943 are provided at one side of each of the fluid material separators 935, 948, 949, and 955, which are formed of a layered structure, to discharge fluid material molecules having a specific gravity and light gaseous material molecules.

각각의 잉여물질분자 배출구(937,939,941,943)에는 배출량을 조절하여주는 배출량 조절밸브(938,940,942,945)가 각각 구성되는 구조;A structure in which exhaust control valves 938, 940, 942, 945 for controlling the amount of emissions are respectively formed in the respective surplus material molecular outlets 937, 939, 941, 943;

층층으로 구성되는 각각의 유체성 물질분자 분리구(935,948,949,955)의 사이사이에는 모타와 같은 회전체(951)와 결합되는 회전축(956)이 구비되고;A rotating shaft 956 coupled with a rotating body 951 such as a motor is provided between each of the fluid material separators 935, 948, 949, and 955 constituted of a layered structure;

회전축(956)에는 대각선 방향과 비스듬이 뉘어진 형태로 대각선 경사 타격봉(950)이 구성되고;The diagonal slanting rod 950 is formed on the rotary shaft 956 in a diagonal direction and a diagonal line.

대각선 경사 타격봉(950)에는 회전할 때에 소용돌이와 회오리 바람을 발생시켜주는 나선형의 회전수단이 구성되는 구조;The diagonal inclination striking rod 950 has a structure in which spiral rotating means for generating vortex and whirlwind when it rotates are constituted;

이상과 같이 유체성 물질분자 분리기(3000)에 구성되어 있는 진동 바이브레이타(707)를 가동하여 유체성 물질분자 분리기(3000)를 진동시킴과 동시에 As described above, the vibrating vibrator 707 constituting the fluid material separator 3000 is operated to vibrate the fluid material separator 3000

기체주입펌프(917)를 이용하여 유체성 물질분자 분리기(3000)의 내부에 신선한 공기 또는 오염된 공기를 연속적으로 주입함과 동시에 Fresh air or contaminated air is continuously injected into the fluid material molecule separator 3000 using the gas injection pump 917

유체성 물질분자 유입파이프(716)를 통하여 물과 같은 유체성 물질분자들을 고압의 압력으로 연속 유입시켜서 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질분자와 비중이 무거운 깨끗한 물질분자들이 분리되도록 가공함과 동시에 유체성 물질분자 분리기(3000)의 측면에 구성되어 있는 모타와 같은 회전체(951)를 연속적으로 회전시켜서 회전축(956)과 결합되어 있는 대각선 경사 타격봉(950)을 이용하여 소용돌이와 회오리바람을 발생시켜서 유체성 물질분자 분리기(3000)의 내부로 유입되는 유체성 물질분자와 기체성 물질분자들을 믹서하면서 분쇄시키거나 타격하여 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자가 중력의 작용과 중력 가속도 작용과 비중과 질량의 차이로 인하여 물질충돌작용과 물질마찰작용과 물질폭발작용에 의해 충돌하면서 질량과 비중이 비숫한 물질분자 끼리 자연스럽게 상층부와 하층부로 이동이 되도록 가공할 때에 유체성 물질분자 분리기(3000)로 유입되는 유체성 물질분자들의 총량 100WT% 대비 중력의 작용과 중력 가속도 작용과 비중과 질량의 차이에 의해 유체성 물질분자 분리기(3000)의 하단부로 이동하는 비중이 무거운 유체성 물질분자 70WT%~99.99WT%는 유체성 물질분자 분리기(3000)의 일측 하단부에 구성되어 있는 Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, The rotating body 951 such as a motor constituted on the side of the fluid material separator 3000 is continuously rotated and the swirling motion of the swirling body is performed by using the diagonal slanting striking rod 950 coupled to the rotating shaft 956, And a whirlwind are generated so that the fluid material molecules and the gaseous material molecules flowing into the fluid material separator 3000 are crushed or pulverized while being mixed with the fluent material molecules having a specific gravity and heavy materials Due to the action of gravity and gravitational acceleration and the difference of specific gravity and mass, The mass and the specific gravity of the material molecules collide with each other due to the action. When the molecules are naturally moved to the upper and lower layers, the total amount of the fluid material molecules flowing into the fluid material separator (3000) The fluidic substance molecules 70WT% to 99.99WT%, which have a high specific gravity and move to the lower end of the fluidic material molecular sieve 3000 due to the difference in specific gravity and mass due to the acceleration action, are arranged at the lower end of one side of the fluidic material molecular sieve 3000 Being

저층수 취수구(936)와 상승 싸이폰 흡입파이프(930)와 결합되어 있는 배출량 조절밸브(931)를 조절하여 배출시킨후 비중과 질량과 중력의 차이로 인하여 상승 싸이폰 흡입파이프(930)를 통하여 배출되지 못하는 유체성 물질분자와 기체성 물질분자 0.1WT%~30WT%는 유체성 물질분자 분리기(3000)의 타측 상부에 층층으로 구성되어 있는 각각의 잉여물질분자 배출구(937,939,941,943)로 배출시켜서 수집하여 재사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다The drainage control valve 931 coupled to the lower layer water intake 936 and the riser suction pipe 930 is adjusted and discharged and discharged through the riser siphon suction pipe 930 due to the difference in specific gravity, And 0.1 WT% ~ 30 WT% of the fluidic substance molecules and the gaseous substance molecules that can not be collected are discharged to the respective surplus material molecule outlets 937, 939, 941 and 943 constituting the layer layer on the other side of the fluidic substance molecular sieve separator 3000, Environmentally friendly process and a fluidic substance molecular separator applied to it

[제 14 실시 예][Fourteenth Embodiment]

다음은 본 발명 실시 예 14에 따라 구성되는 청구항 15에 대해서 설명한다The following describes the fifteenth aspect constructed in accordance with the fourteenth embodiment of the present invention

도 34는 본 발명 제 14의 실시 예에 따라 구성되는 유체성 물질분자 분리기의 단면을 도시한 사시도 이다.34 is a perspective view showing a cross section of a fluid material separator constructed in accordance with the fourteenth embodiment of the present invention.

함체형태로 구성되어 유체성 물질분자들이 중력의 작용과 중력 가속도 작용을 더욱더 크게 발휘하도록 5m~100m 정도의 높이로 구성되는 유체성 물질분자 분리기(9800)는 네쌍의 회전바퀴(703)의 상부에 구성되는 구조;The fluidic substance molecular separator 9800 having a height of about 5 m to 100 m is formed on the upper part of the four pairs of rotating wheels 703 so that the molecules of the fluent material can exert the action of gravity and the action of gravitational acceleration much more, The structure being constructed;

함체 형태로 구성되는 유체성 물질분자 분리기의 구조는 당해 업자라면 매우 다양하게 변경 구성이 가능함으로 이러한 구조 변경들 모두가 본 발명의 권리범위에 속하는 것은 당연한 것이다The structure of the fluidic material molecular separator in the form of an enclosure can be varied by a person skilled in the art, and it is natural that all of these structural changes belong to the scope of the present invention

유체성 물질분자 분리기(9800)의 상부 일측에는 물과 액체등을 유체성 물질분자 분리기(9800)의 내부로 주입하여 주는 유체성 물질분자 유입파이프(716)가 구비되고;A fluidic substance molecule inlet pipe 716 for injecting water, liquid or the like into the fluidic substance molecule separator 9800 is provided at one side of the upper part of the fluidic substance molecule separator 9800;

유체성 물질분자 분리기(9800)의 중앙 하단부 에는 진동 바이브레이타(707)가 구성되고; A vibrating vibrator 707 is formed at the center lower end of the fluid material molecule separator 9800;

유체성 물질분자 분리기(9800)의 일측 하부에는 기체 주입펌프(917)가 구비되며;A gas injection pump 917 is provided at a lower portion of one side of the fluid material molecule separator 9800;

유체성 물질분자 분리기(9800)의 하단부 타측에는 유체성 물질분자 분리기(9800)의 하단부로 모여 지는 비중이 무거운 유체성 물질분자들을 유체성 물질분자 분리기(9800)의 외부로 배출하여 주는 저층수 취수구(901)가 상승 싸이폰 흡입파이프(902)와 결합되어 구비되고;The fluid material separator 9800 is provided at the lower end of the fluid material separator 9800 with a low-layer water withdrawal port (hereinafter, referred to as " fluid material separator 9800 " 901) is provided in combination with the lifting siphon suction pipe (902);

유체성 물질분자 분리기(9800)의 내부에는 유체성 물질분자들을 전기 분해하여 주는 -전극봉(1005)과 + 전극 봉(1006)이 전기 분해 장치(1007)와 결합되어 각각 구성되는 구조;A structure in which a liquid electrode material 1005 and a + electrode rod 1006, which electrolyze fluidic substance molecules, are combined with the electrolytic device 1007, respectively;

(전기 분해장치는 매우 다양하게 변경 구성이 가능함으로 상세 구조의 도시를 생략하고 전극봉과의 결합 관계만 도시함) (The electrolytic apparatus can be changed and configured in a wide variety of ways, so that the detailed structure is omitted and only the relationship with the electrode is shown)

유체성 물질분자 분리기(9800)의 중간중간에는 모타와 같은 회전체(1001)와 회전축(1003)과 결합되는 다수개의 대각선 경사 타격봉(1002)이 뉘어진 형태로 구성되는 구조;A structure in which a rotating body 1001 such as a motor and a plurality of diagonal slanting striking rods 1002 coupled to the rotating shaft 1003 are formed in the middle of the fluid material molecule separator 9800;

다각선 경사 타격봉(1002)의 표면 구성 구조는 회오리바람과 소용돌이를 용이하게 발생시켜주는 나사산 형태의 요철돌기가 구성되는 구조;The structure of the surface structure of the polygonal bevel striking bar 1002 has a structure in which thread-like protrusions and protrusions are formed to easily generate whirlwind and vortex;

유체성 물질분자 분리기(9800)의 타측 상부에는 비중이 가벼운 유체성 물질분자들을 외부로 배출하여 주는 잉여 물질분자 배출파이프(927)가 결합되는 구조;A structure in which a surplus material molecule discharge pipe 927 for discharging fluid material molecules having a light specific gravity to the outside is coupled to the other side of the fluid material separator 9800;

이상과 같이 유체성 물질분자 분리기(9800)에 구성되어 있는 진동 바이브레이타(707)를 가동하여 유체성 물질분자 분리기(9800)를 진동시킴과 동시에 As described above, the vibrating vibrator 707 constituting the fluid material molecule separator 9800 is operated to vibrate the fluid material molecule separator 9800

기체주입펌프(917)를 이용하여 유체성 물질분자 분리기(9800)의 내부에 신선한 공기 또는 오염된 공기를 연속적으로 주입함과 동시에 Fresh air or contaminated air is continuously injected into the fluid material molecule separator 9800 using the gas injection pump 917

유체성 물질분자 유입파이프(716)를 통하여 물과 같은 유체성 물질분자들을 고압의 압력으로 연속 유입시켜서 유체성 물질분자와 결합되어 있는 비중이 가벼운 오염물질분자와 비중이 무거운 깨끗한 물질분자들이 분리되도록 가공함과 동시에 Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, At the same time as processing

전기분해장치(1007)를 이용하여 -전극봉(1005)와 +전극봉(1006)에 전기를 흐르게 하여 유체성 물질분자 분리기(9800)의 내부로 유입되는 물과 같은 유체성 물질분자와 결합되어 있는 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 무릴분자들을 분해내는 작용을 발생시킴과 동시에 Electric power is supplied to the electrode rod 1005 and the + electrode rod 1006 by using the electrolytic apparatus 1007 so that the specific gravity which is combined with the fluid material molecules such as water flowing into the fluid material molecule separator 9800 This action creates the action of decomposing these light fluidic molecules and heavy fluvial molecules

유체성 물질분자 분리기(9800)의 측면에 구성되어 있는 모타와 같은 회전체(1001)를 연속적으로 회전시켜서 회전축(1003)과 결합되어 있는 대각선 경사 타격봉(1002)을 이용하여 소용돌이와 회오리바람을 발생시켜서 유체성 물질분자 분리기(9800)의 내부로 유입되는 유체성 물질분자와 기체성 물질분자들을 믹서하면서 분쇄시키거나 타격하여 비중이 가벼운 유체성 물질분자와 비중이 무거운 유체성 물질분자가 중력의 작용과 중력 가속도 작용과 비중과 질량의 차이로 인하여 물질충돌작용과 물질마찰작용과 물질폭발작용에 의해 충돌하면서 질량과 비중이 비숫한 물질분자 끼리 자연스럽게 상층부와 하층부로 이동이 되도록 가공할 때에 유체성 물질분자 분리기(9800)로 유입되는 유체성 물질분자들의 총량 100WT% 대비 중력의 작용과 중력 가속도 작용과 비중과 질량의 차이에 의해 유체성 물질분자 분리기(9800)의 하단부로 이동하는 비중이 무거운 유체성 물질분자 70WT%~99.99WT%는 유체성 물질분자 분리기(9800)의 일측 하단부에 구성되어 있는 The rotating body 1001 such as a motor constituted on the side of the fluid material molecule separator 9800 is continuously rotated so that the swirling and the whirlwind are performed using the diagonal slanting rod 1002 coupled with the rotating shaft 1003 The fluidic substance molecules and the gaseous substance molecules flowing into the fluidic substance molecular separator 9800 are mixed and pulverized or struck to form a fluidic substance molecule having a light specific gravity and a fluidic substance molecule having a heavy specific gravity The effect of gravity acceleration, gravity acceleration and mass, and mass and mass gravity are similar due to collision of material, material friction and mass explosion due to the difference of specific gravity and mass. When material is naturally moved to upper and lower layers, The effect of gravity and gravitational acceleration versus the ratio of the total amount of fluidic material molecules entering the material molecule separator 9800 to 100WT% The fluidic substance molecules 70WT% to 99.99WT% of heavy specific gravity that migrate to the lower end of the fluidic material molecular separator 9800 due to the difference in mass and mass are formed at the lower end of one side of the fluidic material molecular separator 9800

저층수 취수구(901)와 상승 싸이폰 흡입파이프(902)와 결합되어 있는 배출량 조절밸브(715)를 조절하여 배출시켜서 재활용하거나 재사용함과 동시에 비중과 질량과 중력의 차이로 인하여 상승 싸이폰 흡입파이프(902)를 통하여 배출되지 못하는 유체성 물질분자와 기체성 물질분자 0.1WT%~30WT%는 유체성 물질분자 분리기(9800)의 타측 상부에 층층으로 구성되어 있는 잉여 물질분자 배출파이프(927)로 배출시켜서 수집하여 재사용하거나 재 가공하는 자연친화적인 친환경 공법과 여기에 적용되는 유체성 물질분자 분리기를 제시한다
The lower volume intake port 901 and the discharge volume control valve 715 coupled to the upper siphon intake pipe 902 are regulated and discharged to be recycled or reused and at the same time the difference in specific gravity, 902) and 0.1 wt% to 30 wt% of the gaseous substance molecules are discharged to the surplus material molecule discharge pipe 927 composed of a layered layer on the other side of the fluidic substance molecule separator 9800 Friendly, eco-friendly method of collecting, reusing, or reworking a fluid material molecule separator

저렴한 비용으로 오염된 빗물이나 오염된 하천수 또는 바닷물 또는 우유 또는 술이나 음료 또는 일반적인 민물과 같은 유체성 물질분자들을 깨끗한 물질분자로 정화 주는 방식이기 때문에 본 발명에 따라 구성되는 친환경 공법을 적용할 곳은 무궁무진함으로 산업상 이용가능성은 매우 크다 할 것이다.Since the method of purifying polluted rainwater or polluted river water or fluid material molecules such as seawater or milk or milk or alcoholic beverage or general fresh water by clean substance molecules is applied at a low cost, The possibilities of industrial use will be very large because of the limitlessness.

또한 혈액을 채취한 후 오염된 혈액을 깨끗하게 정화시켜 주도록 작용하는 본 발명의 친환경 공법의 시장은 무궁무진하다 할 것이다.Also, the market of the eco-friendly method of the present invention, which functions to purify contaminated blood after collecting blood, will be endless.

또한 약품 투입 없이도 오염된 민물을 깨끗한 수돗물로 정화 시킬 수가 있기 때문에 본 발명에 따라 구성되는 자연친화적인 친환경을 공법과 여기에 적용되는 유체성 물질분자 분리기의 시장은 무궁무진하다 할 것이다
In addition, since the polluted fresh water can be purified by clean tap water without the input of chemicals, the environment-friendly environment-friendly method constructed according to the present invention and the market of the fluid material molecule separator applied thereto are endless

200,300,1000,1500: 유체성 물질분자 분리기 1502: 기초 좌판 1513: 후면판 200,300,1000,1500: Fluid material molecule separator 1502: Base plate 1513: Back plate

Claims

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
A fluid material separator having a height of about 5m to 50m so as to exert a gravity action and a gravity acceleration action even more on the basis of a structure constituted on an upper part of a base seat coupled with four pairs of rotating wheels;
A first pump for pumping water and liquid into the interior of the fluid material separator is connected to the liquid inlet at one side of the base seat;
A second pump for pumping air or contaminated soot into the fluid material separator is connected to the air inlet at the other side of the base seat;
A structure of a base frame in the form of a U-shape at the center of the base seat;
A structure of a vibrator configured at a lower end of a base frame;
A structure of a U-shaped coupling band which is configured to be opposed to one side and the other side of the base frame;
A structure of a rear coupling part formed at a front coupling part and a rear part formed at a front part of the C-shaped coupling band;
The structure of the lower air vent formed at the lower portion of the U-shaped coupling band;
The other side of the lower air exhaust port is constituted by a material molecule separation compartment, and a low-layer water intake port connected to the low-level water discharge pipe is placed so that the fluid material molecules having a high specific gravity flowing into the fluid material molecule separator are pumped by the second pump A structure for separating soot and the like from being rotten;
A structure in which an air injection pipe coupling port for injecting air or soot generated in the second pump into the fluid material separator is formed in the lower end portion of the front air injection port of the lower air injection port;
The air injection pipe coupling port is formed with an air injection pipe for injecting air or contaminated soot into the fluid material separator;
And the other end of the air injection pipe is coupled to a second pump formed on the base seat;
A structure in which an upper plate filtration membrane is formed in the form of a long hole at the upper end of the U-
The first upper flange is formed in the form of a plate on the front and rear sides of the upper end of the U-shaped coupling band composed of two pairs, respectively;
A plurality of top plate upper flange first coupling portions are formed in the first upper flange of the upper plate;
An upper second upper flange is formed at the upper end of the first upper flange of the upper plate;
A structure in which an upper outlet is formed in a lance shape at an upper end of the upper second upper flange;
A structure in which an inverted triangular conical spray rod is combined with a fluid material molecule injection pipe in the lower part of the upper discharge port;
The conical ejection rod maintains a small discharge amount of 1WT ~ 20WT% higher than the total influent amount of 100WT% flowing into the fluid material molecule injection pipe, which is a high pressure ejection port for ejecting a plurality of fluid material molecules or gaseous substance molecules, A structure in which the total discharge amount of the high-pressure discharge port is made small so as to be ejected;
Fluid material The lower part of the molecular injection pipe is connected to the first pump on the base seat plate and functions to introduce various liquid material molecules composed of liquid such as water into the fluid material separator together;
A front plate having a U shape is formed on the front portion of the U-
In the lower part of the front plate, a low-level water discharge pipe joining port is formed. In the low-level water discharge pipe joining port, fluid substances having heavy specific gravity moving to the lower end of the fluid material separator are pumped, And a low-layer water discharge pipe configured to discharge the outside of the molecular separator, wherein the position of the low-layer water intake port formed at the lower end of the low-level water discharge pipe is between 3 cm and 25 cm from the upper end of the lower end air-
The end portion of the low-level water intake port is formed in the form of a fan so that air or polluted soot ejected from the lower-end air exhaust port can not be directly introduced into the inlet of the low-level water intake port (not shown in detail)
In the middle part of the low-level water discharge pipe, the fluidic substance molecules having a large specific gravity moving to the lower end of the fluidic substance molecular separator are quantified to preferentially pump and discharge the fluidic substance molecules having a heavy specific weight to the outside of the fluidic substance molecular separator Constituting a working discharge pump;
A plurality of front plate coupling parts are formed between the outer peripheral surfaces of the front plate so as to facilitate coupling with the front coupling parts formed in the C-
A plurality of frictional rod engaging portions are provided between the upper end portion and the lower end portion of the front plate so as to frictionally move the fluidic substance molecules or the gaseous substance molecules to crush or size the particle size;
The friction rod engaging portion includes a plurality of friction rods;
The front plate constructed as described above is combined with the front plate coupling unit and the front plate coupling unit formed in the C-type coupling unit with a bolt or the like to complete the front portion of the fluid material separator;
A plurality of rear plate coupling parts are formed on an outer circumferential surface of a rear plate which is formed in a U-shape on a rear part of the U-shaped coupling band;
A structure in which a plurality of flange coupling holes and a shaft coupling hole are respectively formed between the upper end portion and the lower end portion of the rear plate;
A structure in which each rotary housing coupled with a rotary shaft is combined with a coupling flange so that two bearings (not shown) are inserted and rotated easily;
A structure of a shaft screw and a shaft bolt for coupling and supporting a friction plate at one end of the rotation shaft;
A structure of each coupling flange and the rotary housing, the flange coupling and the shaft coupling being formed on the rear plate being coupled to the rear face of the rear plate by bolts or the like;
A structure of each friction plate coupled to the rotational axis;
The rotating means for rotating the friction plate coupled to the rotating shaft is configured to directly couple the rotating motor to rotate the driving pulley or to connect the driving pulley connected to the rotating motor to the driven pulley by a belt or the like, It is not shown because it is possible to make various changes)
A structure of a plurality of striking grooves formed on the outer circumferential surface of the friction plate;
A structure of a plurality of striking rods formed on a friction plate;
A structure of a friction plate coupled to the rotary shaft by a shaft screw and a shaft bolt formed on each rotary shaft;
A structure of a rear plate constituted by connecting a rear coupling unit constituted by the c-type coupling unit and a rear plate coupling unit constituted by the rear plate and then connecting them with bolts or the like;
The fluid material molecules such as water are continuously introduced into the fluid material molecule separator through the conical ejection rods connected to the fluid material molecule injection pipe in the fluid material molecule separator constructed as described above at a high pressure The friction material is composed of a frictional rod and a backing plate, which are formed on the front plate of the fluid material separator and are formed so as to separate the light pollutant molecules and heavy clean substances, which are combined with the fluid material molecules. The fluid material molecules flowing into the fluid material separator are continuously blown and processed by using the blowing grooves and the fluid material molecules are introduced into the fluid material separator by using a vibrator formed on the base plate The fluidic material molecules are continuously blown and processed and the second pump The fluid material molecules introduced into the fluid material separator are continuously blown and processed by introducing air into the fluid material separator using a high pressure to the inside of the fluid material separator, Through the formed conical ejection rods, fresh water, seawater, alcohol, milk, beverage, or blood is continuously introduced into the fluid material separator, and the fluid material molecule having a light specific gravity and the fluid material molecule having a heavy specific gravity The effect of gravity and the difference in specific gravity and mass compared to the total amount of molecules of fluid material flowing into the fluid material separator when processed to separate naturally by action and material impact action and material friction action and material explosion action, A heavy fluid mass moving to the lower end of the sex material molecular separator 70WT% ~ 99.99WT% of the molecules are discharged to the outside of the fluid material separator by using the low-level water discharge pipe and the discharge pump which are combined with the low-layer water withdrawal port formed at the lower end of the fluid material separator, Due to the difference in mass and specific gravity, the fluid material molecules that are not discharged to the bottom water inlet and emerge at the upper end of the fluid material separator are separated and discharged to the upper outlet port formed at the upper end of the fluid material separation. Which is characterized by the nature-friendly eco-friendly method and the fluidic material molecular separator applied to it, is used for the separation and processing of light-weight substance molecules and heavy-specific fluid substances molecules Environment-friendly eco-friendly method and molecular material separation

The method of claim 1, wherein
When the facilities constituted in the fluid material separator are used to process a fresh food, seawater, or a preferential food such as milk, sake, or beverage, 0.01 WT of the amount of 100 WT% % ~ 10WT% is configured such that the size of the low-level water discharge pipe is smaller than the size of the fluid material molecule injection pipe by 0.01% to 10% so as to be discharged to the upper discharge port formed on the other side of the upper part of the fluid material separator Water discharge pipe due to the structural characteristic of the fluidic substance molecular separator which is configured to have a smaller amount of discharge than the inflow amount, and is discharged to the upper end of the fluidic substance molecular separator due to the action of gravity, The fluidic material molecules having a specific gravity are arranged at the upper end of the fluidic material molecular separator In addition, the lower part of the fluid material separator is separated from the upper outlet, and fluid substances having heavy specific gravity due to gravity action and difference in mass and specific gravity are mixed with the lower layer water discharge pipe Friendly method of eco-friendly method for separating and processing naturally pollutant molecules and clean substance molecules with heavy specific gravity, which are bonded to fluidic substance molecules by discharging them first to the outside of fluid material separator. Which is characterized by a molecular material separator, is separated and processed into a fluid material molecule having a specific gravity and a specific gravity, and a fluid material molecular separator

In Item 1
In the process of processing a fresh food, a seawater, or a favorite food such as milk, sake, or beverage by using the fluid material separator, the fluid material separator composed of the first to the tenth step is continuously installed step by step, Step 10 The fluid material is connected to the fluid outlet of the fluid material separator and the fluid inlet of the fluid material separator of the first to tenth stages, The fluidic substance molecules discharged from the low-level water discharge pipe are transferred to a liquid inlet formed in each of the fluidic substance molecular separators composed of 1 to 10 sites, The fluid material molecules are repeatedly re-injected 1 to 10 times through the conical ejection rod with the re- Is a molecule of liquid material or gaseous substance which is bonded to a molecule of liquid substance or gaseous substance through the process and a substance of light specific substance which is combined with a fluid substance molecule or gaseous substance molecule having a heavy specific gravity And fluidic substance molecules or gaseous substance molecules are separated in stages 1 to 10 by using a fluidic substance molecular separator installed to separate the fluidic substance molecules having a high specific gravity and the fluidic substance molecules or gaseous substance molecules And the fluid material molecule separator is applied to the hydrophilic material molecule, which is a natural-friendly method for separating and processing the light material molecules having a low specific gravity and the fluid material molecules having a high specific gravity combined with the fluid material molecules.

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
The fluid material separator, which is composed of an enclosure type and has a height of about 5m to 60m so as to exert a gravity action and a gravitational acceleration action even more, has a structure constituted on an upper part of a base seat coupled with four pairs of rotating wheels;
A vibrator is configured at a central lower portion of the fluidic material molecular separator;
A lower plate is provided on an upper portion of a lower end of the fluid material separator;
An air diffuser is formed at the upper part of the lower plate;
A structure in which an air vent for diffusing air into the fluid material separator is formed at the upper end of the air diffuser;
An air pump is provided at an upper portion of one side of the fluid material separator;
A structure for supplying air or polluted soot into the fluid material separator by combining the air supply pipe for transferring the air between the air pump and the air diffuser;
At the other side of the fluid material separator, a low-layer water discharge pipe with a low-layer water outlet, which discharges fluid substance molecules having a high specific gravity collected at the lower end of the fluid material separator to the outside of the fluid material separator, &Lt; / RTI >
And a fluidic substance molecule injection port for introducing fluidic substance molecules such as water into the fluidic substance molecular separator is coupled to the control valve at one end of the upper end of the fluidic substance molecular separator,
The upper part of the fluid material separator is provided with an upper discharge port for discharging the fluid material molecules having a specific gravity, which is bonded to the fluid material molecules such as water flowing into the fluid material separator, ;
A structure of a rotating shaft composed of a plurality of pipes in the other side and one side of the fluid material separator;
A plurality of rotating shafts) are coupled to one side and the other side of the fluid material separator by being coupled with the rotating shaft housing;
Inside the rotating shaft, there is provided a friction plate coupled with an inlet hole through which fluidic substance molecules such as air or water are introduced, and a diffusion supply port through which fluid molecules such as air or water are diffused and supplied to the end of the rotating shaft ;
A structure in which a jet port for ejecting fluid substances such as air or water and a friction wing are coupled to one end of the friction plate;
The rotating means for rotating the friction plate coupled to the rotating shaft is configured to directly couple the rotating motor to rotate the driving pulley or to connect the driving pulley connected to the rotating motor to the driven pulley by a belt or the like, It is not shown because it is possible to make various changes)
As described above, the fluidic material molecules such as water are continuously introduced into the fluidic material molecular separator through the fluidic material molecule injection port at a high pressure to continuously inject the contaminant molecules having a small specific gravity and heavy specific gravity The fluid material molecules such as air or water are separated from the fluid material separator by a high pressure through the inlet hole and the outlet port, And a friction plate and a friction blade coupled to the rotating shaft to continuously blow the gas or fluid material molecules flowing into the fluid material separator, This light pollutant molecule and heavy specific gravity clean By separating and processing one molecule of material, the fluid material molecules flowing into the fluid material separator are continuously blown and processed by using a vibrator constructed on the base seat, Air is introduced into the molecular sieve separator at a high pressure to continuously blow and process the gas or fluid material molecules flowing into the molecular material separator, and at the same time, Fluid material molecules are injected continuously into the interior of the molecular material separator through fresh water, seawater, alcohol, milk, beverage, or blood, so that liquid matter molecules with a low specific gravity and fluids with high specific gravity molecules can be gravity- Material Collision and Material Friction and Material Explosion In the process of separating, the total amount of molecules of fluid material flowing into the molecular material separator is 100WT%. Due to the action of gravity and the difference of specific gravity and mass, 70WT% ~ 99.99WT% is the effect of gravity and mass when discharging to the outside of fluid material separator by using low water discharge pipe and discharge pump combined with low water withdrawal port which is formed at one side lower part of fluid material separator Which is not discharged to the outside of the fluid material separator through the bottom water intake port due to the difference in specific gravity between the fluid material separator and the fluid material separator, The fluid substances separated and discharged after being separated and discharged to the upper outlet are collected It is a nature-friendly environment-friendly process that uses or recycles materials and fluid materials that are applied to it. Fluid materials that are characterized by molecular separators. Lightweight materials that are combined with molecules. Fluid materials that have heavy specific gravity. Friendly eco-friendly method and a fluid material molecular separator

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
The fluid material separator, which is composed of a hollow body and has a height of about 5m to 70m so as to exert more action of gravity and gravity acceleration action, is constructed on the upper part of the base seat coupled with four pairs of rotating wheels;
A structure in which a vibrator is housed in a central lower portion of the fluid material separator;
A structure in which a lower plate is formed at the lower end of the fluidic material molecular separator;
In the upper part of the lower plate, a fluid material molecule with a high specific gravity and a fluid material molecule with a light specific gravity are combined with an intermediate plate which separates the fluid material molecules into grains by gravity, mass and specific gravity, Providing a separation chamber;
(Not shown) so that the molecules of the fluid material move freely up and down in the intermediate plate;
The upper part of the middle plate is composed of a filtration membrane that filters light pollutant molecules and heavy hydro-mass molecules combined with fluid material molecules; A detailed description thereof is omitted), a conical spraying rod connected to and connected to a fluidic substance molecule supply pipe for introducing fluidic substance molecules into the fluidic substance molecular separator is provided at one side of the fluidic substance molecular separator Being;
A structure in which a plurality of high-pressure air outlets for injecting high-pressure air into the fluid material separator are coupled to the outer circumferential surface of the lower end of the conical ejection rod;
The fluid material separator is provided at the other side of the molecular separator with a low-layer water discharge pipe, which discharges fluid material molecules having a high specific gravity to the outside of the fluid material separator, A structure in which a low-layer water intake port is coupled to the inner end of the molecular separator;
Fluid material The top outlet on the other side of the molecular separator is a top outlet that discharges fluid molecules with a specific gravity that floats above the fluid material separator due to gravity action and difference in specific gravity and mass difference. &Lt; / RTI >
In the fluid material separator having the above configuration, 100 wt% of the total amount of the fluid material molecules such as water is injected at a high pressure through the conical ejection bar formed at one side of the fluid material separator. The fluid material separator is operated at the lower end of the fluid material separator to operate the vibrator to vibrate the fluid material separator, and at the same time, the discharge control valve , It is necessary to control the discharge control valve to discharge only 0.01wt% ~ 10wt% of 100wt% of the total amount of the inflow into the fluid material separator. Re-treatment or separate collection and reuse, and at the same time, the action of gravity and the mass and specific gravity The fluid material molecules of 90 wt% ~ 99.99 wt%, which are not discharged to the upper outlet due to the difference of the mass and collected in the material molecule separation compartment, use the action of gravity to absorb the fluid material separator coupled low- Fluid material that is configured to be reused or reprocessed by automatically discharging it to the outside of the fluid material separator by using a pipe is used. It is a natural environment friendly process to separate and process hydrodynamic molecules and a fluid material molecule that is characterized by a fluid material molecule separator applied to it. It separates a light specific substance molecule and a heavy specific fluid substance molecule Environment-friendly eco-friendly process to process and fluid materials Here breakers

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
The fluid material separator is composed of a circular shape and has a height of about 5m to 80m so that the action of gravity and the action of gravitational acceleration can be further enhanced.
A structure formed on an upper portion of a rectangular base plate;
The fluid material separator is provided at one side of the fluid separator with a conical discharge rod connected to and connected to a fluid material supply pipe for introducing the fluid material molecules into the fluid material separator;
A structure in which a plurality of high-pressure air outlets for injecting high-pressure air into the fluid material separator are coupled to the outer circumferential surface of the lower end of the conical ejection rod;
In the upper part of the fluidic substance molecular sieve separator, an upper discharge port for discharging the fluidic substance molecules having a specific gravity floating to the upper part of the fluidic substance molecular separator due to the action of gravity and the difference in specific gravity and mass, Is configured to be coupled with the emission control valve;
Fluid material The other part of the lower part of the molecular separator discharges the fluid material molecules collected at the lower part of the fluid material separator to the outside of the fluid material separator due to the action of gravity and the difference in mass and specific gravity. The pipe is combined in the form of an ∩ character;
A structure in which a low-layer water discharge pipe and a low-layer water discharge pipe are connected to the inner end of the fluid material separator;
The other end of the base plate is connected to a reservoir tank coupled with a low-layer water discharge pipe;
One end of the reservoir tank is coupled to a lower high pressure pump;
The lower high-pressure pump temporarily stores fluid molecules such as water supplied from the low-level water discharge pipe, and simultaneously controls the first lower discharge control valve that controls the amount of discharged fluid substances, A lower first discharge pipe connected to the lower first discharge pipe;
And an end of the lower first discharge pipe is connected to a fluid material molecule supply pipe constituted on the upper part of another fluid material molecular separator formed step by step;
At the other end of the reservoir tank, fluid materials with heavy specific gravity, which pass through the fluid material separator installed step by step, are supplied from the bottom water discharge pipe and stored in the reservoir tank. A second lower discharge pipe for discharging the molecules to the outside, and a second discharge control valve connected to the second lower discharge pipe;
After the fluidic material molecular separator constructed as described above is connected to the first to the 10th steps, the lower first discharge pipe formed at the lower end of the second fluid material molecule separator is disposed at the upper end of the fluid material separator The fluid material separator is connected to the fluid material supply pipe of the first stage, and then the fluid material separator of the first stage is connected to the fluid material separator, And the first bottom discharge rate control valve coupled to the first bottom discharge pipe formed at the lower end of the fluidic material molecular separator is controlled so that the total amount of the fluidic substance influx into the first-stage fluidic material separator is 100 wt% And 90% by weight to 99.99% by weight of the fluid material is discharged to the first lower discharge pipe, The fluid material is supplied to the molecular material supply pipe formed at the upper end of the separator, and then, through the circular discharge rod and the high pressure discharge port coupled with the material molecule supply pipe, A continuous process of feeding and spraying material molecules is performed
The liquid material having a specific gravity floating at the upper end of the fluid material separator, which can not move to the lower end of the fluid material separator of step 2 to step 10 installed due to the action of gravity and the difference in specific gravity and mass, 0.01wt% ~ 10wt% of the molecules are discharged to the upper discharge port formed at the upper end of each fluid material separator, collected, treated, collected and reused, and a fluid material molecular separator It is a nature-friendly eco-friendly method for separating light-weight material molecules and heavy-specific fluidic material molecules combined with fluidic material molecules,

The method of claim 6, wherein
The fluidic material molecular separator has a body shape of a rectangular enclosure shape to process a fluid material molecule, and it is combined with a fluid material molecule characterized by a nature-friendly eco- Which is a natural substance that separates and processes the light material molecules and the heavier fluid material molecules, and the fluid material molecular separator

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
A structure of a fluidic substance molecular separator composed of an enclosure shape and having a height of about 5m to 90m so as to exert a gravitational action and a gravitational acceleration action even more;
A vibrating vibrator is configured at the lower central portion of the fluid material separator;
A lower plate is provided on an upper portion of a lower end of the fluid material separator;
An air diffuser is formed at the upper part of the lower plate;
A gas injection pump is provided at an upper portion of one side of the fluid material separator;
A structure in which fresh air introduced from the outside or contaminated air or an air inlet for injecting contaminated soot into the gas air pump is provided at one side of the gas injection pump;
A structure in which fresh air or polluted soot is supplied into the fluid material separator by combining an air supply pipe for transferring air between the gas injection pump and the air diffuser;
On the other side of the fluid material separator, there is a low water intake pipe which discharges the fluid material molecules having a high specific gravity collected to the lower end of the fluid material separator to the outside of the fluid material separator, ;
A structure for forming a second fluid material molecule separation tube in the form of an enclosure at the upper part of the ascending cyphon suction pipe;
A second discharge pipe connected to the second discharge control valve at an upper portion of the second fluid material separator to discharge molecules of liquid material having a specific gravity to the outside;
A second fluid material separator having a siphon downflow pipe coupled to a discharge control valve at one side of the molecular sieve,
A fluid material inlet pipe for introducing fluid material molecules such as water into the fluid material separator is coupled to the control valve at one end of the upper end of the fluid material separator;
A structure in which a fluid material molecule diffusion hole is formed at an end of a fluid material inlet pipe;
At the other side of the upper part of the fluidic substance molecular separator, there is provided an upper part for discharging the fluidic substance molecules having a specific gravity, which is bonded to the fluidic substance molecules such as water, flowing into the fluidic substance molecular separator, A structure comprising an outlet;
On the upper side of the upper discharge port, the fluidic component in the liquid phase is injected to the fluidic foam components floating above the fluidic substance molecular separator, because it can not move to the lower side of the fluidic substance molecular separator due to the action of gravity and difference in specific gravity and mass. A structure for constituting a liquid-jet opening which exerts a function of deforming a bubble component into a liquid;
A structure in which a plurality of forward rotation fixed striking rods are formed in a spiral shape so as to exhibit a material collision action and a material friction action to collide the fluid material molecules by rotating the molecules of the fluid material,
A structure for constructing a rotating striking plate coupled to a plurality of rotating bodies on the other side of the inner side of the fluid material separator;
The rotating striking plate has a structure that combines a plurality of rotating striking rods in a helical shape so as to exhibit a material collision action and a material friction action to collide the fluid material molecules by rotating them.
(The rotating structure that rotates the striking plate is not shown in detail because it can be configured in various ways by using a driving gear or a driving poly which is coupled with a rotating means such as a motor.
As described above, the vibrating vibrator constructed in the fluid material separator is operated to vibrate the fluid material separator, and at the same time, fresh air or contaminated air is introduced into the fluid material separator by using the gas injection pump The fluid material molecules such as water are continuously introduced at a high pressure through the fluid material inlet pipe formed at the upper part of the fluid material separator and the specific gravity of the fluid material molecules And a plurality of rotating striking plates are rotated on the fluid material separator to separate the gas or fluid substance molecules flowing into the fluid material separator, while simultaneously processing the light pollutant molecules and the clean substance molecules having a large specific gravity, Continuous striking with rotating fixed striking rod and counter rotating striking rod A fluid material with a small specific gravity and a fluid material with a large specific gravity are collided by the action of gravity, the gravity and the mass, The mass of molecules of liquid material flowing into the molecular material separator when it is processed so as to separate the molecules naturally from each other, and the mass of heavy molecules moving to the lower end of the molecular material separator due to the difference of specific gravity and mass, 70WT% ~ 99.99WT% of the substance substance molecule is discharged through the ascending siphon suction pipe and the secondary fluid substance molecular separation passage through the descending pipe of the siphon combined with the low-level water intake port formed at the lower end of the fluidic substance molecular separator Adjust the discharge control valve, which is connected to the siphon descending pipe, 0.1 WT% ~ 30 WT% of the fluidic substance molecules, which can not be discharged through the siphon descending pipe due to the difference of mass and gravity, are discharged through the upper outlet formed at the upper part of the other side of the fluid material separator The method of separating and processing fluid material molecules with heavy specific gravity and heavy specific gravity, which are combined with fluid material molecules, characterized by a nature-friendly environment-friendly method of collecting, reusing or reworking, Which is applied to the environmentally-friendly eco-friendly method and the fluid material separator

1 to 2 to 3 to 4 to 4 to 5 to 6 to 7 to 8,
A horizontal discharge inducing pipe for discharging the fluid material molecules having a high specific gravity to the outside of the fluid material separator, which is combined with the low-layer water intake port formed in the fluid material separator, is inclined in the transverse direction, The fluid substance molecules having a high specific gravity push the fluid substance molecules having a low specific gravity by the action of gravity, and the fluid substances A structure for constituting a siphon pipe for inducing the ascending fluid material molecules in a one-letter form so as to easily move to the outside of the material molecule separator;
A structure for constituting a molecular fluid separating column of a second fluid material on the upper part of the hydroponic molecular induction inducing siphon pipe;
Second Fluid Material Molecule Separating the fluidic material molecule with a heavy specific gravity on the upper part of the separating cylinder, due to the action of gravity and the difference between specific gravity and mass, A second discharge port for discharging the second discharge control valve;
And a ciphone downfalling discharge pipe for discharging the fluidic substance having a high specific gravity to the outside of the fluid material separator, And a discharge amount control valve.
As described above, the vibrating vibrator constructed in the fluid material separator is operated to vibrate the fluid material separator
The gas injection pump continuously injects fresh air or contaminated air into the fluid material separator
Fluid Material Molecule Separator The Fluid Molecule Molecule Separator is made up of a fluidic substance molecule inlet pipe that continuously injects fluid substance molecules such as water at a high pressure, The fluid substance molecules separator is rotated to rotate the plurality of rotating impact plates to move the gas or fluid substance molecules flowing into the fluid substance molecule separator to the forward rotation fixed bar and the reverse rotation bar Fluid material molecules with heavy specific gravity and fluid material molecules with heavy specific gravity are struck successively by rotary striking rod and collide due to action of gravity, difference of specific gravity and mass due to material collision, material friction and material explosion Processed so that material molecules with similar mass and specific gravity are separated naturally Fluid materials Fluid material molecules entering the molecular separator Total mass of molecules Moving to the bottom of the fluid material separator due to gravity action and difference of specific gravity and mass compared to 100WT% Fluid material with high specific gravity 70WT% ~ 99.99 WT% controls the discharge control valve associated with the siphon downflow pipe and is connected to the horizontal discharge induction pipe combined with the low-level water withdrawal port at the lower end of the fluid material separator
Fluid material Molecular Ascension Siphon Pipe and Siphon Drain Pipe, and then discharged through the siphon descending pipe due to difference of specific gravity, mass and gravity. ~ 30WT% is discharged through the upper discharge port formed on the other side of the fluidic substance molecular separator, collected and reused or reworked, and a fluid characterized by a fluid material molecule separator applied thereto Friendly environment-friendly method of separating light-weight substance molecules and heavy-specific fluid substance molecules combined with sex-substance molecules and a fluid-state substance molecular separator

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
A structure coupled with four pairs of rotating wheels coupled with a base seat;
A structure in which a fluidic substance molecular separator is formed in the form of a rectangular enclosure at the upper part of the base seat plate;
A vibrating vibrator is configured at the lower central portion of the fluid material separator;
A lower plate is provided on an upper portion of a lower end of the fluid material separator;
An air diffuser is formed at the upper part of the lower plate;
A gas injection pump is provided at an upper portion of one side of the fluid material separator;
A structure in which fresh air introduced from the outside or contaminated air or an air inlet for injecting contaminated soot into the gas air pump is provided at one side of the gas injection pump;
A structure in which fresh air or polluted soot is supplied into the fluid material separator by combining an air supply pipe for transferring air between the gas injection pump and the air diffuser;
At the other side of the fluid material separator, there is a low-layer water intake pipe which discharges fluid material molecules having a large specific gravity collected at the lower end of the fluid material separator to the outside of the fluid material separator, The pipe is constructed in the form of an ∩ character;
The upper portion of the rising siphon suction pipe is provided with a discharge control valve for controlling the discharge amount;
The upper part of the fluid material separator has an upper discharge port connected to the discharge control valve for discharging the fluid substance molecules and the gaseous substance molecules having a specific gravity.
The fluid material separator is provided at the other side of the upper end with a fluid material inlet pipe for introducing fluid material molecules such as water into the fluid material separator,
Fluid material Molecule inlet In the upper part of the pipe, a first material molecule separation column for collecting liquid material molecules and gaseous material molecules having a low specific gravity is formed. Then, one side of the first material molecule separation column is provided with liquid material molecules The primary exhaust pipe for discharging is combined with the primary discharge control valve, and at the same time,
A structure for constructing a lifting pipe for the siphon on the other side of the primary material molecular separation column;
Forming a first material molecular reservoir in the form of an enclosure capable of opening and closing at one side of the lifting pipe of the cyphon;
Wherein the first material molecular reservoir is provided with a movable wheel-shaped elastic body at four lower sides of the first material molecular reservoir;
A structure that constitutes a vibrating vibrator that generates vibration at a lower end of the first material molecular reservoir;
An injection pump is configured on the other side of the first material molecule reservoir;
A connection pipe for introducing the backside of the infusion pump and the air or contaminated soot floating above the first material molecular reservoir back into the interior of the first material molecule reservoir;
An air diffusion port for injecting air supplied from the injection pump is formed at the bottom of the lower portion of the first material molecular reservoir,
A structure for constructing a fluid material molecule injection pipe for supplying fluid material molecules such as water into the first material molecule reservoir at the other side of the first material molecule reservoir;
Injecting a contaminated substance into the first material molecular reservoir constituted as described above;
Continuously injecting water or sea water into the interior of the first material molecule reservoir and the interior of the fluid material molecule separator;
The fluid material separator and the vibrating vibrator constructed in the first material molecular reservoir continuously operate to vibrate the water, seawater, or contaminants entering the fluid material separator, Continuously vibrating the contaminants and water or seawater loaded in the vessel;
Continuously injecting air into the fluid material separator using a gas injection pump coupled to the fluid material separator;
Through the above-described processing, the fluid material molecules such as water or seawater passing through the lifting pipe of the siphon constituted at the lower end of the first material molecular reservoir are separated into the primary emission control valve To the first material molecular reservoir through the first material molecular reservoir by controlling the amount of the fluid material introduced into the first material molecular reservoir through the first discharge pipe, And then re-introduced into the first material molecular reservoir and reworked, and at the same time, 90 wt% ~ 99.99 wt% of the remaining fluid material molecules introduced into the first material molecular separator are discharged through the first emission control pump and the fluid material The process of transferring the material to the inside of the fluid material separator using a pipe is performed, and at the same time, Combined fluid material Fluid material entering through molecular inlet pipe Fluid material with a small specific gravity relative to total amount of 100wt% 0.01wt% ~ 10wt is discharged through the top outlet formed at the upper part of the fluid material separator And the remaining 90wt% ~ 99.99wt% is discharged through a low-layer water intake port and a rising water suction pipe and a siphon down discharge pipe which are formed at one side of the lower end of the fluid material separator, By regulating the valve, it is possible to separate and extract light-weight fluidic substance molecules combined with heavy-specific fluidic substance molecules, and then reuse the fluidic substance molecules having light specific gravity and light- Friendly eco-friendly process to be processed, and a fluid material separator Which is characterized in that the fluid material molecules are separated from the fluid material molecules, and the fluid material molecules separator

In claims 1 to 4 to 5 to 6 to 8 to 9 to 10,
Diluting 50 wt% to 95 wt% of salt with 5 wt% to 50 wt% of water to prepare a liquid brine;
The fluid material separator, the fluid material separator, and the second bottom discharge pipe or the siphon down discharge pipe or the siphon down discharge pipe or the siphon down discharge pipe, And discharging 90 wt% ~ 99.99 wt% of the total amount of the liquid brine flowing into the fluid material separator through the low-level water discharging pipe, collecting and reusing the same, 0.01wt% to 10wt% of the fluidic substance molecules which can not be discharged through the second bottom discharge pipe, the siphon down discharge pipe, the siphon down discharge pipe or the bottom discharge pipe, The upper outlet port formed at the upper end of the separator This is a natural eco-friendly method for separating and processing liquid material molecules with a low specific gravity and heavy material molecules, which are combined with fluid material molecules, which are collected, reused or reprocessed after discharge. Sexual substance molecular separator

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
The fluid material separator 2000, which is composed of a hollow body and has a height of about 5m to 30m so that the molecules of the fluid material can exert a gravitational action and a gravitational acceleration action more greatly, is provided on the upper part of the four pairs of rotating wheels 703 The structure being constructed;
A fluid material molecule inlet pipe 716 for injecting water, liquid, or the like into the fluid material separator 2000 is provided on one side of the fluid material separator 2000;
A structure in which a control valve 916 for controlling the inflow amount is coupled to the middle of the fluid material inflow pipe 716;
A structure in which an ultrasonic vibrator 980 coupled with a vibration absorbing rubber pad 981 is coupled to an intermediate side of the fluid material inflow pipe 716;
A vibrating vibrator 707 is formed at the center lower end of the fluid material separator 2000;
A gas injection pump 917 is provided at a lower portion of one side of the fluid material separator 2000;
At one lower end of the gas injection pump 917, an air diffuser 918 is formed;
A structure in which an air inlet 728 for injecting fresh air or polluted air or contaminated soot flowing into the gas air pump 917 from the outside is provided at one side of the gas injection pump 917;
The fluid material separator 2000 is provided at the other side of the fluid material separator 2000 with a low-layer water withdrawal port 991 for discharging fluid substances having a high specific gravity to the outside of the fluid material separator 2000 ) Is coupled with the lifting phyton suction pipe (928) in a spiral shape;
A structure in which a discharge control valve 715 for controlling the discharge amount is coupled to one side of the upper side of the upsiphone suction pipe 928;
A structure in which a surplus material molecule discharge pipe 927 for discharging liquid material molecules having a light specific gravity to the outside is coupled to the other side of the fluid material separator 2000;
A structure in which a rotating shaft 992 is provided at the center lower end of the fluid material separator 2000 and a rotating body 920 is formed at the upper end;
A structure in which a rotary shaft 921 is coupled between the rotary shaft support 992 and the rotary body 920;
A structure in which a fixed friction plate 925 constituting a plurality of fluid movement grooves 926 in an unspecified form is formed in the middle of the fluid material molecule separator 2000;
A structure in which the fixed friction plate 925 is provided with the uneven groove 996 functioning to increase the frictional force;
The rotary shaft 921 is provided with a plurality of rotary friction plates 922 between the fixed friction plates 925;
A structure in which a rotating friction plate 922 is provided with a recessed groove 995 functioning to increase frictional force;
A structure in which a plurality of fluid transfer grooves 923 are formed in the rotary friction plate 922 in an unspecified form;
As described above, the vibrating vibrator 707 constituting the fluid material separator 2000 is operated to vibrate the fluid material separator 2000
Fresh air or contaminated air is continuously injected into the fluid material molecule separator 2000 using the gas injection pump 917
The fluidic substance molecules flowing into the fluidic material molecule separator 2000 are blown and processed by using the ultrasonic vibrator 980 formed at the upper part of the fluidic material molecule separator 2000
Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, The rotating body 920 such as a motor configured at the upper portion of the fluid material separator 2000 is continuously rotated to rotate the rotating body 920 and the fixed friction plate 925 The fluid material molecules and the gaseous material molecules introduced into the fluid material separator 2000 are mixed and pulverized by using the friction plate 922 to form fluid material molecules having a specific gravity and heavy fluid material molecules Due to the effect of gravity and gravitational acceleration and the difference of specific gravity and mass, (2000), the total amount of molecules of fluid material flowing into the molecular material separator (2000) is 100WT% compared to the total amount of 100WT%. Therefore, due to the action of gravity and the difference between specific gravity and mass, The fluidic material molecules 70WT% to 99.99WT% having a high specific gravity moving to the lower end of the molecular sieve separator 2000 are arranged at the lower end of one side of the molecular material separator 2000
Which is coupled to the low-layer water intake 991 and the lifting cyphon suction pipe 928
0.1 WT% ~ 30 WT%, which can not be discharged through the ascending siphon suction pipe 928 due to the difference in specific gravity, mass and gravity after the discharge amount control valve 715 is regulated and discharged
The environmentally friendly eco-friendly method of collecting and reusing or re-processing after discharging through a surplus material molecular discharge pipe 927 formed on the other side of the fluidic material molecular separator 2000,

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto
The fluid material separator 9000, which is composed of a hollow body and has a height of about 5m to 60m so that the molecules of the fluid material can exert a gravitational action and a gravitational acceleration action more effectively, The structure being constructed;
A fluid material molecule inlet pipe 716 for injecting water and liquid into the fluid material separator 9000 is provided on one side of the fluid material separator 9000;
A structure in which a control valve 916 for controlling the inflow amount is coupled to the middle of the fluid material inflow pipe 716;
A vibrating vibrator 707 is formed at the center lower end of the fluid material molecule separator 9000;
A gas injection pump 917 is provided at a lower portion of one side of the fluid material molecule separator 9000;
At one lower end of the gas injection pump 917, an air diffuser 918 is formed;
A structure in which an air inlet 728 for injecting fresh air or polluted air or contaminated soot flowing into the gas air pump 917 from the outside is provided at one side of the gas injection pump 917;
The fluid material separator 9000 is provided at the other side thereof with a low water withdrawal port 901 for discharging fluid material molecules having a high specific gravity collected at the lower end of the fluid material separator 9000 to the outside of the fluid material separator 9000 ) Is provided in combination with the lifting siphon suction pipe (902);
A structure in which a discharge control valve 903 for controlling the discharge amount is coupled to the white support shaft 905 at one side of the lower end of the ascending cyclone suction pipe 902;
A structure in which a surplus material molecule discharge pipe 910 for discharging fluid material molecules having a light specific gravity to the outside is coupled to the other side of the fluid material separator 9000;
A fluid material molecular reservoir 911 is provided at the lower end of the surplus material molecular discharge pipe 910 to transform the fluid material molecules having specific gravity discharged in the form of bubbles into fluid material molecules having a high specific gravity;
The fluidic material molecular reservoir 911 serves to transform the lightweight fluidic material molecules, which are contained in the seawater or the general fresh water 913, into the foamed fluidic material, and convert the molecules into fluidic mass molecules having a high specific gravity;
The fluidic substance storage container 911 is provided at the other side of the upper side thereof with a fluidic substance material reservoir 911 for discharging the fluidic substance molecules which have become heavy fluidic substance molecules in a state of being foamed into the fluidic substance molecular reservoir 911 2 surplus material molecular discharge pipe 912 is provided;
The inlet port of the second surplus material molecular discharge pipe 912 is connected to the fluid material reservoir 911 by the action of gravity so as to exert the action of preferentially discharging heavy specific molecules of fluid material moving to the lower end of the molecular material reservoir 911, To be positioned at the lower end portion of the molecular reservoir 911;
A plurality of rotation shafts 985 coupled with the rotating body 906 such as a motor are provided in the middle of the fluid material separator 9000;
The rotary shaft 985 is provided with a rotary plate 907;
The rotating plate 907 is formed in a diagonal or lagged shape rather than in a straight line direction to exert an effect of hitting the fluid material molecules and the gaseous material molecules flowing into the fluid material molecule separator 9000 in an unspecified direction A plurality of diagonal striking rods 908 constituting the diaphragm 908;
The diagonal striking rod 908 has a structure in which a thread for generating a whirlwind is formed;
An ultrasonic hitting unit 986 coupled with a shock absorber for absorbing an impact is coupled to a support shaft 987 to be introduced into the fluid material molecule separator 9000 at a middle portion of the lower end of the fluid material molecule separator 9000 And exerts an action to strike fluid molecules and gaseous molecules;
As described above, the vibrating vibrator 707 constituting the fluid material separator 9000 is operated to vibrate the fluid material separator 9000
Fresh air or contaminated air is continuously injected into the fluid material molecule separator 9000 using the gas injection pump 917
The fluidic substance molecules flowing into the fluidic material molecule separator 9000 are blown and processed by using the ultrasonic vibrator 986 formed therein
Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, The rotating body 906 such as a motor formed on the side surface of the fluid material separator 9000 is continuously rotated to rotate the rotary body 905 using the diagonal striking rod 908 coupled with the rotary shaft 985, The fluidic substance molecules and the gaseous substance molecules flowing into the fluidic substance molecular sieve separator 9000 are mixed and pulverized or struck to form fluidic substance molecules having a light specific gravity and fluidic substance molecules having a heavy specific gravity Due to the action of gravity acceleration and the difference of specific gravity and mass. (9000), the total amount of molecules of fluid material flowing into the molecular material separator (9000) is different from that of gravity by the action of gravity and the difference of specific gravity and mass The fluidic substance molecules 70WT to 99.99WT% of which specific gravity is heavy and move to the lower end of the fluidic substance molecular sieve separator 9000 are formed at the lower end of one side of the fluidic substance molecular separator 9000
The drainage control valve 903 coupled with the low-layer water intake port 901 and the rising-siphon suction pipe 902 is adjusted and discharged, and then discharged through the ascending-side suction pipe 902 due to the difference in specific gravity, And 0.1 WT% to 30 WT% of the fluidic substance molecules and the gaseous substance molecules that can not be contained in the fluidic substance molecular reservoir 9000 through the surplus material molecule discharge pipe 910 formed on the other side of the fluidic substance molecular separator 9000 ), And liquid matter molecules or gaseous substance molecules discharged in the form of a foam are liquefied by using the liquefaction action of seawater or freshwater 913 stored in the fluid material molecular reservoir 911, 2 Environmentally friendly eco-friendly method of collecting, reusing, or reworking by discharging the second surplus material to the molecular discharge pipe 912, and a fluid material separator

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto

The fluidic material molecular separator 3000 having a height of about 5m to 90m is formed on the upper part of the four pairs of rotating wheels 703 so that the fluidic material molecules can exert the action of gravity and the action of gravitational acceleration even more, The structure being constructed;
A fluid material molecule inlet pipe 716 for injecting water, liquid or the like into the fluid material separator 3000 is provided at an upper side of the fluid material separator 3000;
A structure in which a control valve 916 for controlling the inflow amount is coupled to the middle of the fluid material inflow pipe 716;
A vibrating vibrator 707 is formed at the center lower end of the fluid material separator 3000;
A gas injection pump 917 is provided at a lower portion of one side of the fluid material separator 3000;
At one lower end of the gas injection pump 917, an air diffuser 918 is formed;
A structure in which an air inlet 728 for injecting fresh air or polluted air or contaminated soot flowing into the gas air pump 917 from the outside is provided at one side of the gas injection pump 917;
The fluid material separator 3000 is provided at the other side of the fluid material separator 3000 with a low layer water intake port 936 for discharging heavy fluid substances collected at the lower end of the fluid material separator 3000 to the outside of the fluid material separator 3000 Is provided in combination with the lifting phyton suction pipe 930;
A structure in which a discharge amount control valve 931 for controlling the discharge amount is coupled to one side of the lower end of the ascending cyclone suction pipe 930;
In the middle of the fluid material separator 3000, the fluid material molecule separators 935, 948, 949, and 955 are formed in the form of inverted triangles as the layer layers;
At the lower end of the fluid material molecule separation ports 935, 948, 949, and 955, respective outlets 957, 959, 946, 932 are formed;
A structure in which each of the outlet ports 957, 959, 946, 932 is configured with respective control valves 933, 947, 960, 958;
A plurality of molecular material discharge ports 937, 939, 941 and 943 are provided at one side of each of the fluid material separators 935, 948, 949, and 955, which are formed of a layered structure, to discharge fluid material molecules having a specific gravity and light gaseous material molecules;
A structure in which exhaust control valves 938, 940, 942, and 945 for controlling the emission amount are respectively formed in the respective surplus material molecular outlets 937, 939, 941 and 943;
A rotating shaft 956 coupled with a rotating body 951 such as a motor is provided between each of the fluid material separators 935, 948, 949, and 955 constituted of a layered structure;
The diagonal slanting rod 950 is formed on the rotary shaft 956 in a diagonal direction and a diagonal line.
The diagonal inclination striking rod 950 has a structure in which spiral rotating means for generating vortex and whirlwind when it rotates are protruded in a concavo-convex form;
As described above, the vibrating vibrator 707 constituting the fluid material separator 3000 is operated to vibrate the fluid material separator 3000
Fresh air or contaminated air is continuously injected into the fluid material molecule separator 3000 using the gas injection pump 917
Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, The rotating body 951 such as a motor constituted on the side of the fluid material separator 3000 is continuously rotated and the swirling motion of the swirling body is performed by using the diagonal slanting striking rod 950 coupled to the rotating shaft 956, And a whirlwind are generated so that the fluid material molecules and the gaseous material molecules flowing into the fluid material separator 3000 are crushed or pulverized while being mixed with the fluent material molecules having a specific gravity and heavy materials Due to the action of gravity and gravitational acceleration and the difference of specific gravity and mass, The mass and the specific gravity of the material molecules collide with each other due to the action. When the molecules are naturally moved to the upper and lower layers, the total amount of the fluid material molecules flowing into the fluid material separator (3000) The fluidic substance molecules 70WT% to 99.99WT%, which have a high specific gravity and move to the lower end of the fluidic material molecular sieve 3000 due to the difference in specific gravity and mass due to the acceleration action, are arranged at the lower end of one side of the fluidic material molecular sieve 3000 Being
The drainage control valve 931 coupled to the lower layer water intake 936 and the riser suction pipe 930 is adjusted and discharged and discharged through the riser siphon suction pipe 930 due to the difference in specific gravity, And 0.1 WT% to 30 WT% of the fluidic substance molecules and the gaseous substance molecules that can not be collected are discharged to each of the surplus material molecule outlets 937, 939, 941 and 943 constituting the layer layer on the other side of the fluidic substance molecular sieve separator 3000, Friendly and environmentally-friendly process for recycling and reusing a fluid material separator

Rotating striking and air striking Using a striking device and a vibration striking device, it is possible to separate and process clean substances with high specific gravity and high specific gravity, such as fresh water, seawater, alcohol, milk or blood or fluids. Friendly environment-friendly method and a fluid material molecular separator applied thereto

The fluidic substance molecular separator 9800 having a height of about 5 m to 100 m is formed on the upper part of the four pairs of rotating wheels 703 so that the molecules of the fluent material can exert the action of gravity and the action of gravitational acceleration much more, The structure being constructed;
A fluidic substance molecule inlet pipe 716 for injecting water, liquid or the like into the fluidic substance molecule separator 9800 is provided at one side of the upper part of the fluidic substance molecule separator 9800;
A structure in which a control valve 916 for controlling the inflow amount is coupled to the middle of the fluid material inflow pipe 716;
A vibrating vibrator 707 is formed at the center lower end of the fluid material molecule separator 9800;
A gas injection pump 917 is provided at a lower portion of one side of the fluid material molecule separator 9800;
At one lower end of the gas injection pump 917, an air diffuser 918 is formed;
A structure in which an air inlet 728 for injecting fresh air or polluted air or contaminated soot flowing into the gas air pump 917 from the outside is provided at one side of the gas injection pump 917;
The fluid material separator 9800 is provided at the other side of the lower end of the fluid material separator 9800 with a low-layer water withdrawal port 901) is provided in combination with the lifting siphon suction pipe (902);
A structure in which a discharge amount control valve 931 for controlling the discharge amount is coupled to one side of the lower end of the ascending cyclone suction pipe 930;
A structure in which a liquid electrode material 1005 and a + electrode rod 1006, which electrolyze fluidic substance molecules, are combined with the electrolytic device 1007, respectively;
(The electrolytic apparatus can be changed and configured in a wide variety of ways, so that the detailed structure is omitted and only the relationship with the electrode is shown)
A structure in which a rotating body 1001 such as a motor and a plurality of diagonal slanting striking rods 1002 coupled to the rotating shaft 1003 are formed in the middle of the fluid material molecule separator 9800;
The structure of the surface structure of the polygonal bevel striking bar 1002 has a structure in which thread-like protrusions and protrusions are formed to easily generate whirlwind and vortex;
A structure in which a surplus material molecule discharge pipe 927 for discharging fluid material molecules having a light specific gravity to the outside is coupled to the other side of the fluid material separator 9800;
As described above, the vibrating vibrator 707 constituting the fluid material molecule separator 9800 is operated to vibrate the fluid material molecule separator 9800
Fresh air or contaminated air is continuously injected into the fluid material molecule separator 9800 using the gas injection pump 917
Fluid material molecules such as water are continuously introduced at a high pressure through a fluid material inlet pipe 716 so as to separate contaminant molecules having a low specific gravity and clean substance molecules having a large specific gravity, At the same time as processing
Electric power is supplied to the electrode rod 1005 and the + electrode rod 1006 by using the electrolytic apparatus 1007 so that the specific gravity which is combined with the fluid material molecules such as water flowing into the fluid material molecule separator 9800 This action creates the action of decomposing these light fluidic molecules and heavy fluvial molecules
The rotating body 1001 such as a motor constituted on the side of the fluid material separator 9800 is continuously rotated and the swirling and the whirlwind are performed using the diagonal slanting rod 1002 coupled with the rotating shaft 1003 The fluidic substance molecules and the gaseous substance molecules flowing into the fluidic substance molecular separator 9800 are mixed and pulverized or struck to form a fluidic substance molecule having a light specific gravity and a fluidic substance molecule having a heavy specific gravity The effect of gravity acceleration, gravity acceleration and mass, and mass and mass gravity are similar due to collision of material, material friction and mass explosion due to the difference of specific gravity and mass. When material is naturally moved to upper and lower layers, The effect of gravity and gravitational acceleration versus the ratio of the total amount of fluidic material molecules entering the material molecule separator 9800 to 100WT% And that by the difference fluid material molecular separator (9800) 70WT% heavier molecular weight liquid crystalline substance to move to the lower end of the ~ 99.99WT% of the mass it is configured at one side lower end of the fluid material molecular separator (9800)
The lower volume intake port 901 and the discharge volume control valve 715 coupled to the upper siphon intake pipe 902 are regulated and discharged to be recycled or reused and at the same time the difference in specific gravity, 902) and 0.1 wt% to 30 wt% of the gaseous substance molecules are discharged to the surplus material molecule discharge pipe 927 composed of a layered layer on the other side of the fluidic substance molecule separator 9800 Friendly, eco-friendly method of collecting, reusing, or reworking a fluid material separator

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The fluid material separator is composed of a plastic or non-ferrous metal that does not generate a magnetic force when constituting the molecular separator. The gravity acceleration action, gravity action, material friction action and substance explosion action are combined with the fluid substance molecules Which is a kind of environmentally friendly process for separating and processing light material molecules and heavy hydrolytic molecules,