WO2022014996A2

WO2022014996A2 - Eco-friendly material molecule isolating and processing method, which isolates and extracts small-specific-gravity fluid material and large-specific-gravity fluid material that are coupled to trace amount of salt ingredient mixed into food waste, polluted air, polluted mineral material or polluted fluid material molecules, so as to perform natural purification, and eco-friendly material molecule isolating and processing apparatus, which is also used as water purifier and is applied thereto

Info

Publication number: WO2022014996A2
Application number: PCT/KR2021/008920
Authority: WO
Inventors: 한상관
Original assignee: 한상관
Priority date: 2020-07-12
Filing date: 2021-07-12
Publication date: 2022-01-20
Also published as: WO2022014996A3; KR102209197B1

Abstract

The present invention relates to an eco-friendly material molecule isolating and processing apparatus for processing, by using gravity, polluted water or polluted wastewater or river water into clean water. The present invention is rectangular and comprises: an injection line formed at the upper end of one end thereof; a discharge line, formed at the lower end of the other end, for discharging fluid material molecules; a discharge control device coupled to one side of the discharge line; a pusher, coupled thereto, for pushing pollutant material molecules to the outside and removing same; and a fluid material molecule isolation guide plate formed at the lower end, wherein the material molecule isolation guide plate is inclined, has a vertical shape inclined in the back to front direction, and comprises: a plurality of material molecule isolation guide membranes formed therein; bottom movement passages provided at the lower ends of the isolation guide membranes; material molecule elevation guide passages and movement passages, which are formed at the rear surface parts of the material molecule isolation guide membranes; and a circular whirlwind generation device of the material molecule elevation guide passages, the circular whirlwind generation device being formed to be triangular and long, and an upper whirlwind generation device and a rotary actuator are each coupled to the lower end of the circular whirlwind generation device to process fluid material molecules.

Description

A small amount of salt mixed in food waste or polluted air or polluted mineral substances or fluid substance molecules with a light specific gravity combined with polluted fluid substance molecules are separated and extracted and cleaned Nature-friendly material molecule separation processing method that purifies nature Eco-friendly method and water purifier applied here

The present invention separates and extracts a small amount of salt component mixed in food waste or polluted air or fluid substance molecules with a heavy specific gravity and a fluid substance molecule with a heavy specific gravity combined with polluted fluid substance molecules It is an invention related to an eco-friendly method for separating and processing nature-friendly substances and molecules, and an eco-friendly, eco-friendly, eco-friendly substance molecule separation and processing machine that can be used as a water purifier applied here.

More specifically, it relates to a material molecular separator that naturally purifies contaminated water or purifies seawater, and more specifically, passes contaminated water or milk or alcohol or brine through the separation membrane and causes alcohol, milk or This is to remove various foreign substances contained in contaminated water and various foreign substances contained in salt water to produce clean fluidic material molecules by purifying or purifying them.

The present invention uses the theory of water generation that the inventor discovered while inventing 1,600 cases for over 40 years. This invention relates to an eco-friendly material molecule separation processor that cleanly purifies polluted fluid molecules using a technology to separate molecules, and an eco-friendly method using the same.

In detail, water that has been discovered while studying water with the question of what principle does the urine and excretion substances discharged daily by innumerable large numbers of fish and algae on Earth do not accumulate and disappear even after 4.5 billion years have passed? Based on the production theory, it is an invention related to a nature-friendly eco-friendly material molecule separation and processing machine that cleanly purifies polluted fluid material molecules.

In order to look back at the proof of this proof theory, we can see that even if we infer only 100 years of time, the truth that water is created is not wrong.

If this logic is wrong, the urine and excreta excreted by humans and all kinds of primates, fish and birds that have ever existed on the earth should remain as they are forever.

In detail, the paradoxical logic that there should be no snow or rain and there should not be any clouds in the sky is established.

Therefore, it proves once again that the water generation theory that all substances will eventually completely decompose and change into water molecules is not wrong.

The present inventor has obtained dozens of water purification related patents while proving this water theory.

In spite of comprehensively presenting these evidences that all substances on earth are decomposed and turned into water molecules, saying that patents cannot be registered because the logic presented in the present invention is wrong is that all substances have a volume and It is a clear violation of Article 7 of the Constitution as it completely denies the basic scientific common sense that it is completely governed by gravity according to the mass it follows.

The most recent patent registration is Patent Registration No. 10-2091573, which was registered on March 16, 2020.

The present invention was invented by the present inventor and has been used in the prior art "Title of the invention: Device for purifying polluted water Patent Publication No. 10-2008-0080077" and "Title of the invention: Naturally polluted water using a partition "Patent Publication No. 10-2007-0105949" and title of invention: It purifies tap water flowing into a water tank with clean water or purifies contaminated river water with clean water while simultaneously drinking seawater. It is a technology that solves the major drawbacks of "Comprehensive eco-friendly method of purifying water with fresh water and purifying it with clean seawater" Publication No. 10-2011-0030285

Since these techniques described above have a structure in which the lower end of the partition formed inside the purification tank is opened, it is very difficult to control the discharge when processing the polluted river water because the river water introduced into the purification tank is discharged before processing. There were downsides.

That is, when the contaminated river water is stored in the purification tank and purified with clean water, the efficiency of processing is very high because the river water introduced through the lower end of the partition, which is open from the beginning, is discharged downstream before processing. There were low drawbacks The present invention is a technique to solve these problems

As is well known, most of the water provided as drinking water is supplied by purifying water stored in rivers, rivers, and reservoirs. It contains a lot of substances.

Therefore, several methods have been proposed to purify the stored water. Conventionally used water purification methods include gravel contact oxidation, reverse contact oxidation, sewage treatment plant water purification, chlorine input purification, etc., but they are all expensive and expensive. The effect was insignificant compared to the cost.

In order to improve this, a device has also appeared to implement water purification by forming a vortex in the water through a separate device to float contaminants and removing them. Of course, the water quality purification area was very limited, so there was a disadvantage of being vulnerable to water quality improvement in a wider range.

In addition, there are devices that purify water using a photocatalyst. However, in the case of a water purification device using such a photocatalyst, it is difficult to continuously purify a large amount of water because the water is purified in a state that does not flow in a limited space. A device capable of continuously purifying the water of

Here, in order to increase the technical value of the present invention, terms applied to the present invention will be described.

“Material acceleration phenomenon” and “material slashing action”, “the law of material conservation instinct” and “material binding action” and “material binding action” and “substance rejection” in which the polluted water quality contained in river water is naturally purified or deteriorated Action” and “material liberation action” will be explained.

Due to the difference in mass and specific gravity of the material, the moment it flows into the water, the location of the material is different depending on the specific gravity of the material, i.e., it flows in different layers for each material.

Due to this action, water with heavy specific gravity flows while forming a state in the lower layer of river water, and polluted water with light specific gravity flows while forming a state in the upper layer of river water. The reality is that it flows faster than water. This action occurs because the amount of pollutants contained in the water, that is, the pollution load, is high. This principle is defined as “the phenomenon of acceleration of matter”.

The reason that the water flowing in the river is more polluted is because of the “material acceleration phenomenon” and the “material bonding action”. Due to the action of gravity generated by the rotation of the Earth and the solar system, polluted water with light specific gravity flows into the downstream part of the river while maintaining the state in which polluted water with light specific gravity is placed on the upper layer of water with heavy specific gravity. Pollution is aggravated by the "material binding action" that combines with other pollutants that come, and the pollution of river water is further aggravated.

The following describes the process of “material slashing action”. There is a close relationship between the material clipping action and the material acceleration phenomenon. The process of material slashing is that when polluted river water tries to pass through the lower part of the sluice gate installed to block water, the water that makes up the river water has a heavy specific gravity and pushes up polluted water with a light specific gravity to the upper layer, and then the specific gravity increases. The light polluted water first tries to escape through the lower layer. is defined as Even if all substances on earth have the same size due to the atomic weight and molecular weight of the substances that make up them, their volume or specific gravity is different.

Therefore, pollutant molecules with a light specific gravity flow downstream in a state of being scattered in the upper layer of the river water, and river water with a high specific gravity is scattered in the lower layer and flowing down.

The following is the “law of material preservation instinct”, which instinctively tries to preserve the essential components of all substances, and “material liberation” that occurs by the “matter binding action” and the pushing action of matter exerted by this action. action” is explained. Due to the structural characteristics of water, when a substance other than water penetrates into the structure of a water molecule, it instinctively accepts the penetrating substance and combines with the substance to create another substance. In the present invention, this action is defined as “substance binding action”.

In addition, when a certain impact is applied to water to make pure water molecules by brushing off contaminants penetrating into the molecular structure of pure water constituting the crystal of water, the contaminants contained in the pure molecular structure of water are immediately removed from the water molecules. The action of breaking out is called “material liberation”. is defined as In other words, the action of purifying water polluted by the force of external impact is “material liberation action”. is defined as The reason that the material binding action occurs as described above is that the water storage system that traps river water is configured in such a way that the inflowing river water is discharged to the upper end, such as a concrete beam, a conductive sluice gate, or a rubber dam. However, if a low-level water discharge type sluice system that discharges the river water to the lower part is installed, the material stealing action, the material pushing action, and the material liberation action occur naturally, and the polluted river water is naturally purified. will be. If the dams of large dams are also constructed according to this method, pollution is absolutely not aggravated. In addition, if a sluice system configured to discharge a lot of part of the river water that is scattered in the lower part of the water storage system is installed, the pollution is aggravated because the polluted water with a light specific gravity that is stagnant in parts other than the discharge part where the sluice gate is composed has a specific gravity. By the material pushing action pushed by this heavy water molecule, it is pushed out to the part other than the outlet, and the pollution is further aggravated by the material binding action that combines with other pollutants. Contaminated river water with a light specific gravity that is stagnant other than the outlet of the sluice gate due to the material pushing action and the material bonding action is in a state in which it is absolutely impossible to move downstream of the river. This will further exacerbate the pollution. In detail, if a siphon-type sluice gate is installed, which is configured to selectively discharge only a part of the discharge port at the lower part of the rubber dam or the lower part of the conductive sluice gate, water with heavy specific gravity will increase in specific gravity. Substance that pushes out light polluted water and exits first. Substances that have no choice but to maintain a stagnant state inside the sluice gate as polluted water molecules with light specific gravity are pushed by water molecules with heavy specific gravity due to the slashing action and material pushing action In the state that absolutely cannot escape to the downstream part due to the pushing action, the contamination is inevitably aggravated by the material binding action, where the polluted materials come together again, and the material binding action, where the polluted materials combine with each other to create another material. there is no When water is confined using a submerged beam that discharges the inflow water to the upper part by these actions, the material binding action and substance generated by the aggregation of pollutants and substances of water molecules while confining water inside the water storage system There are serious problems in that the contamination is rather aggravated by the binding action.

The following explains the "law of the instinct to conserve matter."

All materials, if other foreign substances penetrate into the material structure possessed by the material, are rejected or pushed away or Or, the action of trying to escape from the substance or contaminants to permanently preserve the pure structures of the substance is defined as “the law of the instinct for preserving matter” in the present invention.

Because of this species preservation instinct, the unique subordinates living on the earth have successively conserved their unique genes.

The following explains the "substance rejection action" caused by the "law of the instinct to preserve matter".

When all substances enter the water, they are diluted with the substances mixed in the water, and the material binding action that aggravates the water pollution is not exerted from the beginning, but the structures of pure water molecules are directly combined by the material rejection action that rejects the pollutants. It is not possible, that is, it rejects the binding action of the material and the material, and after a certain period of time, the contaminants are gradually released by the decomposition action applied from the outside, that is, by the natural reaction such as dissolved oxygen, solar heat, and osmotic action with microorganisms. When combined with water molecules, it is transformed into pollutants. As these substances are naturally decomposed again, the particles generated are combined with other substances, and the pollution of water is aggravated. . Substances called feral animals are by-products generated by aggregation with organic and inorganic substances.

The following describes the action of material decomposition, material bonding, and material levitation. Pure water molecules react in an attempt not to combine with other substances as material rejection occurs due to the "law of conservation of matter" that tries to maintain pure water molecules, and is inevitably caused by the strong viscous force of pollutants. The substances are decomposed by the natural decomposition action that occurs naturally in the state that they are combined by the material bonding action of bonding with the molecules and the specific gravity becomes heavy and sinks in the bottom layer of the river to generate fine particles. A repetitive action of water molecules and some materials of pollutants coming from upstream and material binding action will occur.

Contaminants contained in water molecules are transformed into fine particles by the self-cleaning action that is naturally decomposed and exhibit a repetitive material levitation action that moves to the upper part of the reservoir again. The water molecules bound by the water molecules become heavy at the same time as they bind, and the repetitive action of sinking to the bottom of the reservoir is made. material levitation”.

The following describes the “material explosion action” that aggravates water pollution.

Substances that undergo various kinds of chemical reactions are naturally introduced into the water. When these unknown substances meet another substance, the unique chemical component of the substance and the unknown chemical component meet, the fine particles of the substance are formed. During the explosion, gaseous material molecules such as fine air bubbles are created and floated to the surface of the water. In other words, the continuous occurrence of fine droplets in the beer mug is because the fine particles contained in the beer and the fine particles meet and explode.

In addition, when the screw used in the operation of the ship rotates, the air bubbles generated by contact with seawater are also generated due to the material explosion.

The reason that these material explosions continue to occur in water is that they continue to create minute gaseous air bubbles because of the material explosion that explodes when matter and matter meet. When this explosive action occurs, another substance is created as the air bubbles generated and other particles contained in the water combine with each other. As it settles on the bottom layer of the

Next, "material friction action", "material decomposition action", and "material binding action" will be explained.

Even if all substances are lighter than water or heavier than the specific gravity of water, the point of fine particles and other clean water molecules that make up clean water molecules by the pressure generated by the action of gravity and water pressure applied to the water the moment it enters the water. When active contact is made with the pointed parts of the particulate matter, continuous blows are naturally applied to the particulate matter sandwiched between water molecules, and As the abrasion gradually takes place, the existence of particulates constituting the pollutant itself is worn out and disappears, and the polluted water quality is changed to clean water quality.

The natural purification of polluted water by this natural decomposition action is defined as "natural water purification by material friction", and "academic term" is defined as Hans action. When the action of naturally purifying the polluted water is performed, the polluted substances are naturally decomposed without the action of oxygen.

In the process of this action, the particles of incompletely decomposed substances are combined with pollutants and clean water by the viscous force contained in the particles, that is, the viscous force and magnetic force contained in the particles decomposed from other substances. This action is the "material binding action". The reason that the particles generated by the decomposition of substances naturally have viscous and magnetic forces is that the water molecules actively move the Brown movement that occurs inside the water, that is, they move innumerable numbers, and the material frictional movement wears out substances and substances. As this is done naturally, surface tension naturally occurs on the surface of the material, so the viscous force that tries to bond with the material and the magnetic force that pulls the material are naturally strong at the sharp part of the material. It is defined as “acting”.

The new materials created by the material binding action generated through this process are heavier than the specific gravity of water, so they are converted into sedimentary sludge as they settle in the lower layer of the reservoir at the same time as the material binding takes place.

At this time, a large amount of fine particles is generated again through a continuous process in which the pollutants composing the generated sedimentary sludge are decomposed again by material friction and another decomposition action. As the particles interact with each other again, the polluted water quality is naturally revived. .

All substances are completely decomposed and changed into water molecules when they are introduced into water by the frictional action and other material decomposition actions exerted by the particles making up the water molecules.

For example, the red rust produced by the decomposition of iron is fine particles with a lighter specific gravity than water molecules, and as a result of a material binding action with other particles decomposed by water molecules, they are deposited on the river bed. The resulting material is sedimentary sludge.

Through the process of natural decomposition of all organic and inorganic substances, phosphorus, and nitrogen contained in the water, by the friction of materials, the action of oxygen, microorganisms, solar heat, and water molecules, the polluted water quality changes to water with a heavy specific gravity. Since it is located in the lower part of the water storage device, if it is discharged in the downstream direction through the lower part of the water storage device, that is, the bottom water discharge type, only clean water is continuously produced.

In this way, when water flowing down from the upstream is discharged through the lower layer in which the water is stored, it is a layered classification action that is naturally classified into layers according to the difference in specific gravity and mass of a substance according to the law of specific gravity and material leaking action. Due to the fact that the material binding action is not performed because the location of the material is different for each intrinsic mass of the material, the pollution is not aggravated, and the contaminated water quality is naturally purified.

Therefore, if water is locked in a certain place for a long time, pollution is further aggravated by material decomposition and material bonding. Frequent discharge is the best way to prevent contamination of river water. Also, if you use the method of discharging water from the storage space through the lower part of the sluice gate, the While discharging pollutants such as agglomerated sedimentary sludge, it simultaneously purifies the polluted water quality by generating material acceleration, material leaking, material decomposition, and material levitation. It is most desirable to purify the polluted water quality by discharging some incoming water and diluting it with polluted substances with a light specific gravity floating on the top of the water and water with a heavy specific gravity discharged through the lower part of the sluice gate. .

(Patent Document 1) Patent Publication No. 10-2008-0080077 Publication date September 02, 2008

(Patent Document 2) Patent Publication No. 10-2007-0105949 Publication date October 31, 2007

(Patent Document 3) Patent Publication No. 10-2009-0129389 Publication date December 16, 2009

The present invention separates pollutant molecules bound to water molecules in the upper and lower directions in the process of passing them through the lower layer of the material molecule separation inducing membrane constructed by applying the automatic separation principle of material molecules as described above to obtain clean water molecules First, it discharges in the downstream direction to purify polluted material molecules, or use a material molecule separation induction membrane that works to remove impurities from alcohol, milk, or salt dissolved in water to naturally purify polluted water molecules or to purify seawater. It is intended to provide a method for purification.

In order to solve this problem, the present invention installs a plurality of material molecule separation inducing membranes inside the processing machine composed of a rectangle, and preferentially moves fluid material molecules with heavy specific gravity at a point of 1/3 to 2/3 in the downstream direction. An object of the present invention is to be solved by using a method of configuring the material molecule outlet for each material molecule separation inducing membrane.

Water molecules with heavy specific gravity put aside water molecules with light specific gravity, and the water pushed out by the material leaking action first passes through the gap, and the material bonding is more active, so the pollution of water is aggravated. It's called working. The principle that when a stone is thrown into the water pushes the water out and sinks into the water, it is intended to purify the polluted river water into clean water molecules by using the material cut-out action.

In detail, all material molecules have mass, and it is intended to provide a method for naturally purifying or refining polluted water quality by reversely using the action of gravity acting according to the mass.

According to the present invention, when water is continuously supplied to the inside of a processing machine configured to process water and is continuously discharged, water molecules are automatically generated by the action of gravity as water molecules escape one after another through the separation induction membrane of each material molecule It is possible to purify the water quality by naturally occurring material acceleration action, material cut-out phenomenon, material liberation action, and material levitation action, and this purified water can be finally discharged, and along with it, it automatically floats to the upper part of the processing machine. Contaminants are removed by pushing them to the outside of the processing machine by using the push rod in the upper part of the processing machine, so it has the effect of simply and easily removing the pollutants that are bound to water molecules and processing them into clean water molecules. . In other words, since the present invention uses the action of gravity inversely, it does not use a separate biochemical method, but accelerates the material in the process of water molecules exiting through the material molecule outlet configured in each material molecule separation inducing membrane, The principle of purifying the polluted river water by removing the polluted water molecules that are bound to clean water molecules by the material cut-off phenomenon, the material liberation action, and the material levitation action Pure water molecules with relatively heavy specific gravity move to the lower layer of each space and discharge to the outside of the processing machine, which has the effect of extracting pure water molecules that are combined with pollutant molecules. In addition, since a separate biochemical treatment is not required, the treatment time can be shortened, and there is an advantage that the treatment cost is not required at all. Therefore, if this method is applied, even the contaminated stored water can be easily purified and supplied as living water at a small cost. If it is passed through, it is possible to purify river water by making clean water without using chemicals such as chlorine and fluorine, and it is possible to reduce the generation of sedimentary sludge. If the processing machine configured according to the present invention is installed in a reservoir or lake and then the stored water is cycled through the processing machine configured according to the present invention, the material binding action that aggravates the contamination of water is fundamentally prevented. There is a significant action effect that can prevent them at the source.

1 is a perspective view of an eco-friendly material molecule separation and processing machine according to a first embodiment of the present invention;

2 is a cross-sectional perspective view showing a middle part of an eco-friendly material molecule separation processing machine according to the first to fourth embodiments of the present invention;

3 is an enlarged side cross-sectional perspective view of the eco-friendly material molecule separation processing machine according to the second embodiment of the present invention;

4 is a cross-sectional perspective view of an eco-friendly material molecule separation and processing machine according to a second embodiment of the present invention;

5 is a cross-sectional perspective view of an eco-friendly material molecule separation and processing machine according to the first and second embodiments of the present invention;

6 is a perspective view illustrating a modified embodiment of a rotating type furry brush configured in a furry shape inside the eco-friendly material molecule separation processing machine constructed according to the present invention;

7 and 8 and 9 are perspective views showing a conventional water purification device shown in Patent Publication No. 10-2008-0080077, Patent Publication No. 10-2007-0105949, and Patent Publication No. 10-2009-0129389

10 is a horizontal photograph showing a state in which the circular tornado generating device and the rotary striking device applied to the present invention are configured in a furry shape;

11 is a cross-sectional perspective view of an eco-friendly material molecule separation processing machine modified according to

claims

4 and 5 of the present invention;

12 is a cross-sectional perspective view showing a state in which the upright rotating type furry brush applied to the present invention is configured inside the eco-friendly material molecule separation and processing machine;

13 is a perspective view of a multi-stage eco-friendly material molecule separation and processing machine constructed according to a third embodiment of the present invention;

14 is a perspective view of an eco-friendly material molecule separation processing machine configured according to claim 9, which is a modified embodiment of the fourth embodiment of the present invention;

15 is a perspective view of an eco-friendly material molecule separation and processing machine configured according to claim 8 according to a fourth embodiment of the present invention;

16 is a perspective view of an eco-friendly material molecule separation and processing machine according to a fifth embodiment of the present invention;

17 is a cross-sectional perspective view showing the middle part of the eco-friendly material molecule separation processing machine according to the fifth embodiment of the present invention;

18 to a perspective view of an eco-friendly material molecule separation and processing machine according to a sixth embodiment of the present invention

19 is a cross-sectional perspective view showing the middle of the eco-friendly material molecule separation processing machine according to the sixth embodiment of the present invention;

20 is a perspective view of the middle part of the eco-friendly material molecule separation processing machine according to the sixth embodiment of the present invention by cutting the middle of one side;

21 is a cut-away perspective view showing the front part of one side of the eco-friendly material molecule separation processing machine according to the sixth embodiment of the present invention;

22 is a perspective view showing an environment-friendly material molecule separation processing machine configured according to a seventh embodiment of the present invention in a perspective view;

23 is a cross-sectional perspective view showing the middle of the eco-friendly material molecule separation processing machine configured according to the seventh embodiment of the present invention, cut in the horizontal direction;

24 is a perspective cross-sectional plan view showing the top part of the eco-friendly material molecule separation processing machine configured according to the seventh embodiment of the present invention;

25 is a photograph showing an installation example of a rotary striking device configured to be cross-inserted into the interior of an environmentally friendly material molecule separation processing machine according to a seventh embodiment of the present invention;

26 is a cross-sectional view showing a transverse cross-section and a planar state of the middle part of the eco-friendly material molecule separation processing machine constructed according to the fifth to sixth embodiments of the present invention;

27 is a perspective view of an eco-friendly material molecule separation and processing machine configured according to an eighth embodiment of the present invention;

28 is a cross-sectional perspective view of an eco-friendly material molecule separation and processing machine configured according to a ninth embodiment of the present invention;

29 is an installation cross-sectional perspective view of an eco-friendly material molecule separation and processing machine configured according to a tenth embodiment of the present invention;

30 is a cross-sectional perspective view showing an internal cross section of an eco-friendly material molecule separation and processing machine constructed according to an eleventh embodiment of the present invention;

31 is a photograph taken of the configuration of the rotating striking body configured in the shape of a cup brush according to the twelfth embodiment of the present invention;

32 is a cross-sectional perspective view showing a cross section of a material molecule separator constructed according to a thirteenth embodiment of the present invention;

33 is a perspective view showing a cross-section of an eco-friendly material molecule separation and processing machine constructed according to claim 19 of the present invention;

34 is a perspective view showing a cross-section of an eco-friendly material molecule separation and processing machine constructed according to claim 18 of the present invention;

35 is a perspective view of an eco-friendly material molecule separation and processing machine configured according to a fourteenth embodiment of the present invention;

36 is a cross-sectional perspective view showing an eco-friendly material molecule separation processing machine constructed according to a fourteenth embodiment of the present invention, cut in the horizontal direction;

37 is a perspective view from one side showing a state in which a rotating type furry brush is configured inside the eco-friendly material molecule separation processing machine according to the fourteenth embodiment of the present invention;

38 is a perspective view configured by changing the shape of the rotating striking body configured inside the eco-friendly material molecule separation processing machine according to the present invention;

Figure 39 is a perspective view configured by changing the shape of the rotating striking body configured in the interior of the eco-friendly material molecule separation processing machine according to the present invention;

40 is a perspective view configured by changing the shape of the rotating striking body configured in the interior of the eco-friendly material molecule separation processing machine according to the present invention;

41 is a perspective view of an eco-friendly material molecule separation processing machine constructed according to a seventeenth embodiment of the present invention

43 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to an eighteenth embodiment of the present invention

45 is a perspective view showing an eco-friendly material molecule separation processing machine constructed according to a seventeenth embodiment of the present invention from the lower end in an upward direction;

46 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 19th embodiment of the present invention

48 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a twentieth embodiment of the present invention, and FIG. perspective

50 is a perspective view showing the eco-friendly material molecule separation and processing machine configured according to the twentieth embodiment of the present invention from the lower direction to the upper direction in a state in which the separation and processing machine is separated in half;

51 is an intermediate separation membrane that promotes the separation of fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity in a portion of the interior of the eco-friendly material molecule separation and processing machine constructed according to the twentieth embodiment of the present invention. Half perspective view showing the state

52 is a schematic perspective view of an air blowing unit configured to be inserted into a material molecule separator according to a twenty-second embodiment of the present invention;

53 is a perspective view of a material molecule separator constructed according to a twenty-first embodiment of the present invention;

54 is an exploded perspective view showing a material molecule separator constructed in accordance with a twenty-first embodiment of the present invention, separated in half;

55 is a perspective view of a rotating striking body constructed according to a twenty-third embodiment of the present invention;

56 is a perspective view of an eco-friendly material molecule separation and processing machine applied to a twenty-fourth embodiment of the present invention;

57 is an exploded perspective view in which the eco-friendly material molecule separation processing machine applied to the twenty-fourth embodiment of the present invention is separated in half.

58 is a photograph showing a state in which a rotating striking body constructed according to each embodiment of the present invention is changed to a turbocharged type;

59 is a perspective view showing a state in which the multi-layered material molecule movement path configured inside the material molecule separator is configured in layers with different shapes such as circles, pentagons, or diamonds;

60 and a schematic perspective view of a fluidic material molecule upward guide plate constructed according to a twenty-seventh embodiment of the present invention;

61 is a schematic perspective view of a material molecule descending guide plate constructed according to a twenty-seventh embodiment of the present invention;

62 is a half perspective view showing the inside of the material molecule separator constructed in accordance with the twenty-eighth embodiment of the present invention, cut in half;

63 is a photograph of a material explosion that occurs when the material molecules come into contact with the material molecules when tap water flows out;

64 is a photograph of a cloud, which is a combination of gaseous moisture that rises to the atmosphere by the action of gravity as it is decomposed into ultrafine particles by the material explosion generated when various substances and substances existing in the sea and land come into contact with each other

65 is a perspective view of an eco-friendly material molecule separation and processing machine applied to the 29th embodiment of the present invention;

66 is an exploded perspective view illustrating the eco-friendly material molecule separation processing machine applied to the 29th embodiment of the present invention by separating it in half

67 is a perspective view of an eco-friendly material molecule separation and processing machine showing a modified state of the 29th embodiment of the present invention;

68 is an exploded perspective view showing a modified state of the 29th embodiment of the present invention by separating the eco-friendly material molecule separation processing machine in half

69 is a partial perspective view showing the coupling relationship between the rotating body, the rotating striking body, the injection pipe, and the second injection pipe applied to the material molecule separator according to the 29th embodiment of the present invention;

70 is a partial perspective view showing the coupling structure of the material molecule separator and the fluid material molecule upward guide plate configured inside the material molecule mixer unit according to the 29th embodiment of the present invention;

71 is a plan perspective view as viewed from the upper side of the material molecule separator in a state in which one side of the material molecule separator constructed according to the 29th of the present invention is cut;

72 is a partial perspective view showing the coupling relationship between the material molecule separator and the fluid material molecule rising guide plate configured in the inside of the material molecule mixer unit and the upper layer material molecule movement passage, which are constructed according to the 29th aspect of the present invention;

73 is a view showing a rotating body, a rotating striking body, a material molecule descending guide plate, a fluid material molecule rising guide plate, and a plurality of upper layer material molecules configured inside the material molecule separator and material molecule mixer unit constructed according to the twenty-ninth aspect of the present invention; Partial perspective view showing the coupling relationship between the moving passage and the injection pipe

74 is a diagram illustrating the combination of a material molecule descending guide plate and a fluid material molecule rising guide plate, a plurality of upper layer material molecule movement passages and an injection pipe configured inside the material molecule separator and the material molecule mixer unit constructed according to the 29th embodiment of the present invention; Partial perspective view showing the relationship

75 is a perspective view of a material molecule separator constructed according to a thirtieth embodiment of the present invention;

76 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine constructed according to the thirtieth embodiment of the present invention by separating it in half;

77 is a perspective view of an eco-friendly material molecule separation and processing machine showing a modified configuration of the water-ville molecular separator constructed according to the thirtieth embodiment of the present invention;

78 is an exploded perspective view showing a modified state of the thirtieth embodiment of the present invention by separating the eco-friendly material molecule separation processing machine in half

79 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 31st embodiment of the present invention;

80 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine constructed according to the 31st embodiment of the present invention in half

81 is an exploded perspective view showing the coupling relationship between the material molecule descending guide plate configured in the eco-friendly material molecule separation and processing machine according to the 31st embodiment of the present invention;

82 is an exploded perspective view showing the configuration of the fluidic material molecule rising guide plate configured in the eco-friendly material molecule separation and processing machine according to the 31st embodiment of the present invention;

83 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a thirty-second embodiment of the present invention;

84 is an exploded perspective view showing the eco-friendly material molecule separation processing machine configured in accordance with the 32nd embodiment of the present invention by separating it in half;

85 is a perspective view of a multi-stage eco-friendly material molecule separation processing machine showing a state of purifying polluted fluidic material molecules or polluted air by installing the environmentally friendly material molecule separation processing machine configured according to the 32nd embodiment of the present invention in multiple stages

86 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 33rd embodiment of the present invention;

87 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine configured according to the 33rd embodiment of the present invention by separating it in half;

88 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 34th embodiment of the present invention;

89 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine configured according to the 34th embodiment of the present invention by separating it in half;

90 is a perspective view showing the eco-friendly material molecule separation and processing machine constructed in accordance with the 34th embodiment of the present invention in multiple stages

91 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine configured according to the eighth embodiment of the present invention by separating it in half;

92 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 35th embodiment of the present invention;

93 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine configured according to the 35th embodiment of the present invention by separating it in half;

94 is an exploded perspective view showing a part of the eco-friendly material molecule separation and processing machine configured according to the 35th embodiment of the present invention;

95 is a photograph of a phenomenon in which the material explosion action, the material pushing action, and the material rejection action applied to each embodiment of the present invention occur inside the paper cup.

96 is a photograph showing a modified form of a rotating striking body applied to each embodiment of the present invention

97 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 36th embodiment of the present invention;

98 is a cross-sectional perspective view showing an embodiment in which the rotating body for rotating the rotating striking body applied to each embodiment of the present invention and the connecting means for connecting the rotating body are changed to a gear type;

99 is a perspective view of a material molecule separator constructed according to a thirty-seventh embodiment of the present invention;

100 is an exploded perspective view showing a material molecule separator constructed in accordance with a 37th embodiment of the present invention by splitting it in half;

101 is a perspective view illustrating a state in which a rotating body for rotating a rotating striking body configured according to each embodiment of the present invention and a rotating body are connected in a gear type;

102 is an exploded perspective view showing the coupling state of the rotating body and the rotating body for rotating the rotating striking body configured according to each embodiment of the present invention separately;

103 is a perspective view of a material molecule separator constructed according to a 39th embodiment of the present invention;

104 is an exploded perspective view showing the upper middle part of the material molecule separator constructed in accordance with the 39th embodiment of the present invention, separated in half;

105 is an exploded perspective view showing the material molecule separator constructed in accordance with the 39th embodiment of the present invention by dividing the middle part in the horizontal direction in half;

106 is an exploded perspective view showing a material molecule separator constructed according to a 39th embodiment of the present invention in a diagonal direction;

107 is a perspective view showing a material molecule separator constructed according to a 39th embodiment of the present invention from the upper end direction;

108 is a perspective view of a material molecule separator constructed according to a fortieth embodiment of the present invention;

109 is an exploded perspective view showing the material molecule separator constructed according to the fortieth embodiment of the present invention by dividing the middle part in the horizontal direction in half;

110 is an exploded perspective view showing the material molecule separator constructed in accordance with a fortieth embodiment of the present invention from an upper direction in a state in which one side is cut;

111 is an exploded perspective view from the right side in a state in which one side of the material molecule separator constructed according to the fortieth embodiment of the present invention is cut;

112 is a perspective view of a material molecule separator constructed according to claim 53 of the present invention;

113 is an exploded perspective view showing the material separator constructed in accordance with claim 53 of the present invention in half;

114 is a perspective view of a material molecule separator constructed according to the 54th embodiment of the present invention;

115 is an exploded perspective view showing the material separator constructed in accordance with the 54th aspect of the present invention in half;

116 is a perspective view of a multi-stage material molecule separator for separating fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity by installing the material separator constructed in accordance with the 54th aspect of the present invention in multiple stages;

117 is a perspective view of a material molecule separator constructed according to the 55th aspect of the present invention;

118 is an exploded perspective view showing the material separator constructed in accordance with the present invention 55;

119 is a perspective view of a multi-stage material molecule separator for separating fluid material molecules having a light specific gravity and fluid material molecules having a heavy specific gravity by installing the material separator configured in accordance with 55 of the present invention in multiple stages;

120 is a perspective view of a material molecule separator constructed according to claim 56 of the present invention;

121 is an exploded perspective view showing the material separator configured according to claim 56 of the present invention by dividing it in half;

122 is a perspective view of an eco-friendly material molecule separation and processing machine showing an embodiment of a modified material molecule separator configured according to claim 56 of the present invention;

123 is an exploded perspective view showing an embodiment in which the material separator configured according to claim 56 of the present invention is changed in half;

124 is a perspective view of an eco-friendly material molecule separation and processing machine showing a material molecule separator constructed according to claim 57 of the present invention;

125 is an exploded perspective view showing the material separator constructed in accordance with claim 57 of the present invention in half;

126 is a perspective view of an eco-friendly material molecule separation and processing machine showing an embodiment of a modified material molecule separator configured according to claim 57 of the present invention;

127 is an exploded perspective view showing an embodiment in which a material separator configured according to claim 57 of the present invention is changed in half;

128 is a perspective view showing a material separator constructed according to claim 58 of the present invention;

129 is an exploded perspective view of an eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to claim 58 of the present invention by splitting it in half;

130 is a perspective view of a material molecule branch configured in multiple steps according to claim 59 of the present invention;

131 is a cross-sectional perspective view of a branch of material molecules constructed according to a 48th embodiment of the present invention;

132 is a cross-sectional perspective view of an eco-friendly material molecule separation processing machine applied to a ship or a flotation facility configured to float inside a river, river, lake or lagoon according to the 49th embodiment of the present invention;

133 is a cross-sectional perspective view of an eco-friendly material molecule separation and processing machine applied to a fiftieth embodiment of the present invention;

134 is a perspective view showing a material separator constructed according to a 63rd embodiment according to a 51st embodiment of the present invention;

135 is an exploded perspective view of the eco-friendly material molecule separation and processing machine showing the material molecule separator configured in accordance with the 63rd paragraph according to the 51st embodiment of the present invention by splitting it in half

136 is a perspective view showing a material separator configured according to claim 64 according to a 52nd embodiment of the present invention;

137 is an exploded perspective view of an eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to the 64

138 is a perspective view illustrating a material separator constructed according to claim 65 according to a 53rd embodiment of the present invention;

139 is an exploded perspective view of the eco-friendly material molecule separation processing machine showing the material molecule separator configured according to claim 65 according to the 53rd embodiment of the present invention by separating it in half;

140 is a perspective view illustrating a material separator configured according to claim 66 according to a 54th embodiment of the present invention;

141 is an exploded perspective view of an eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to claim 66 according to the 54th embodiment of the present invention by splitting it in half

142 is a perspective view showing the material separator constructed according to claim 67 according to the 55th embodiment of the present invention;

143 is an exploded perspective view of an eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to claim 67 according to the 55th embodiment of the present invention by separating it in half;

144 is a perspective view showing a material separator constructed according to 68 in accordance with the 56th embodiment of the present invention;

145 is an exploded perspective view of an eco-friendly material molecule separation processing machine showing the material molecule separator configured according to 68 in accordance with the 56th embodiment of the present invention by separating it in half

146 is a perspective view showing a material separator constructed according to claim 69 according to the 57th embodiment of the present invention;

147 is an exploded perspective view of an eco-friendly material molecule separation processing machine showing the material molecule separator configured according to claim 69 according to the 57th embodiment of the present invention by separating it in half

148 is a perspective view showing the material separator constructed according to the 70th embodiment according to the 58th embodiment of the present invention;

149 is an exploded perspective view of the eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to the 70th embodiment according to the 58th embodiment of the present invention by splitting it in half

150 is a perspective view illustrating a material separator constructed according to claim 71 according to a 59th embodiment of the present invention;

151 is an exploded perspective view of an eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to claim 71 according to the 59th embodiment of the present invention by splitting it in half

152 is a perspective view showing the material separator constructed according to the 72nd embodiment according to the 60th embodiment of the present invention;

153 is an exploded perspective view of the eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to the 72nd embodiment according to the 60th embodiment of the present invention by splitting it in half

154 is a partial perspective view illustrating the planar state of the upper part of the environmentally friendly eco-friendly material molecule separation processing machine configured according to the 61st embodiment of the present invention;

155 is a photograph of a collision accelerating member put into the interior of the eco-friendly material molecule separation processing machine configured according to the 62nd embodiment of the present invention;

156 is a perspective view showing a material separator constructed according to claim 75 according to the 63rd embodiment of the present invention;

157 is an exploded perspective view of the eco-friendly material molecule separation and processing machine showing the material molecule separator configured according to claim 75 according to the 66th embodiment of the present invention by separating it in half

158 is a perspective view of a multi-step eco-friendly material molecule separation and processing machine showing a state in which the material molecule separator configured according to claim 75 according to the 66th embodiment of the present invention is installed and configured in multiple steps;

159 and 160 are photographs of a rotating brush illustrating a modified embodiment of the rotating striking body inserted into the interior of the eco-friendly material molecule separation processing machine configured according to each embodiment of the present invention.

161 is a photograph showing an example of a concave-convex wall inserted into the interior of the eco-friendly material molecule separation processing machine configured according to each embodiment of the present invention;

162 is configured to eject gaseous material molecules and fluidic material molecules at various angles to the end or side portion of the injection pipe inserted into the interior of the eco-friendly material molecule separation processing machine constructed according to each embodiment of the present invention A photo illustrating an vent.

163 is a perspective view showing a state in which the eco-friendly material molecule separation processing machine according to the fifth embodiment of the present invention is configured in another form;

164 is an exploded perspective view showing the environment-friendly material molecule separation processing machine according to the fifth embodiment of the present invention, separated in half

165 is a perspective view showing the material separator constructed according to claim 76 according to the 64th embodiment of the present invention, and FIG. A perspective view of an eco-friendly material molecule separation and processing machine shown in isolation

167 is a perspective view showing a state in which an eco-friendly material molecule separation processing machine according to a 65th embodiment of the present invention is configured in another form;

168 is an exploded perspective view showing the environment-friendly material molecule separation processing machine according to the 65th embodiment of the present invention, separated in half

169 is an exploded perspective view showing the material molecule separation processing unit, which is a component of the eco-friendly material molecule separation processing machine, in half according to the 65th embodiment of the present invention;

170 is an upright injection pipe that is combined with an injection pipe, which is a component of the eco-friendly material molecule separation and processing machine according to the 65th embodiment of the present invention. Partial perspective view showing the configuration state of the air diffuser plate being separated

171 is a perspective view showing an eco-friendly material molecule separation and processing machine according to a 66th embodiment of the present invention;

172 is an exploded perspective view showing the eco-friendly material molecule separation processing machine according to the 66th embodiment of the present invention by separating it in half

173 is a photo of a rotating striking body configured according to each embodiment of the present invention

174 is a photograph of a rotating striking body configured according to each embodiment of the present invention in another form showing a structure capable of changing and configuring the rotating striking body;

175 is a photograph taken from the inside of an airplane of clouds floating in the sky;

176 is a photograph of the discharge phenomenon of river water discharged through the lower part of the eco-friendly movable beam combined with a water purifier constructed by blocking the river.

177 is a photograph of a phenomenon discharged through a faucet;

178 is a perspective view showing the eco-friendly material molecule separation processing machine according to the 66th embodiment of the present invention in a multi-step configuration;

179 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 67th embodiment of the present invention;

180 is an exploded perspective view showing the middle of the eco-friendly material molecule separation and processing machine constructed according to the 67th embodiment of the present invention;

A trace amount of salt mixed in food waste using an eco-friendly water purifier and eco-friendly material molecule separation processor configured to separate light-weight fluid material molecules and heavy-gravity fluid material molecules combined with all material molecules Nature-friendly eco-friendly water purifier combined material molecule separation that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with components or polluted air or polluted fluid material molecules This invention relates to a processing machine and an environmentally friendly, environmentally friendly material molecule separation processing method.

In detail, it is a nature-friendly eco-friendly water purifier that separates and extracts molecules of a fluid substance such as water or a molecule of a gaseous substance such as air, which are combined with a molecule of a gaseous substance, such as air, and a molecule of a pollutant substance with a light specific gravity. It is an invention related to a processing machine and an eco-friendly construction method using the same

All substances, such as water, have mass and volume, and air also has mass and volume.

Therefore, all material molecules in the universe and on Earth are governed by gravity.

The present invention reversely uses the action of gravity to reverse the law of gravity, which moves up and down according to the motion of mass and specific gravity and the resulting action and reaction, so that pollutant molecules with light specific gravity and fluidity with heavy specific gravity This invention relates to a nature-friendly eco-friendly method for separating and extracting material molecules and a nature-friendly eco-friendly material molecule separation and processing machine applied here, and is composed as follows.

Hereinafter, the present invention will be described in detail according to each of the presented embodiments and the accompanying drawings.

Among the terms applied to the present invention, water or unprocessed river water or water stored in rivers or reservoirs, water stored in lakes or small ponds or puddles, or processed wastewater Human waste or livestock manure General waste and food waste and food All fluid substances used by humans or animals, such as water or tap water, milk, alcohol, favorite foods, added food, and beverages used to make food, are collectively referred to as “fluid substance molecules”.

In addition, the term "material molecule" refers to liquid material molecules composed of fine fluid material molecules.

Example 1

A first embodiment constructed according to claim 1 will be described as follows.

1 is a perspective view of an eco-friendly material molecule separation processing machine according to a first embodiment of the present invention;

2 is a cross-sectional perspective view showing the middle part of the eco-friendly material molecule separation processing machine according to the first to fourth embodiments of the present invention, and FIG. 6 is a furry form inside the eco-friendly material molecule separation processing machine constructed according to the present invention. It is a perspective view showing a modified embodiment of the rotary hairy brush 5000 consisting of

As shown, in the eco-friendly material molecule separation and processing machine according to the first embodiment of the present invention, the eco-friendly material molecule separation processing machine 8000 is configured in a rectangular shape;

A structure in which an injection line 8001 for injecting fluid material molecules such as water is configured at the upper end of one side:

At the lower end of the other side, a discharge line 8028 for discharging fluid material molecules such as water has a smaller size at a ratio of 10L to 99.99L than a ratio of 100L of the total amount of inflow flowing through the injection line 8001

a structure coupled to a discharge control valve 8029 for opening and closing the discharge line 8028 on one side of the discharge line 8028;

For example, when converted to an inflow amount of 1000L per 1 second to 1 hour through the injection line 8001 into the environment-friendly material molecule separation processing machine, 900L to 999.99L are discharged through the discharge line 8028. The remaining 0.001L to 999.99L is configured to generate an action of levitating and discharging to the upper side of the eco-friendly material molecule separation and processing machine (8000).

In the upper part of the eco-friendly material molecule separation processing machine 8000, pollutant material molecules with a light specific gravity floating to the upper part of the eco-friendly material molecule separation processing machine 8000 are removed by pushing them to the outside of the eco-friendly material molecule separation processing machine 8000. a structure in which the push rod 9999 is combined with the adjusting device 6002;

The role of the discharge control valve 8029 is to control the discharge amount of fluid material molecules such as water or river water or primary purified wastewater flowing into the environment-friendly material molecule separation and processing machine.

The structure of the adjusting device 6002 that operates the pusher 9999 can be changed in many different ways.

In the present invention, the structure for controlling the push rod is shown as a rotary type combined with a speed reducer, but contaminants with a light specific gravity floating to the upper side of the eco-friendly material molecule separation processing machine while moving forward and backward in a pneumatic or hydraulic type, screw screw type, or rack gear type It is natural that all of these design changes fall within the scope of the present invention as it is possible to change the configuration to push and remove the fluidic material molecules with light weight and weight to the outside of the eco-friendly material molecule separation processing machine.

A structure in which a fluidic material molecule separation guide plate 2000 is configured in one direction at the lower end of the eco-friendly material molecule separation processing machine 8000;

The structure of the fluidic material molecule separation guide plate 2000 is inclined from the other direction to one direction so that water molecules with heavy specific gravity are collected in one direction, and the longitudinal form is inclined from the rear to the front. structured structure; to be.

The reason why it is configured to be inclined in one direction instead of horizontally is to use the principle that all fluid material molecules are governed by gravity, so fluid material molecules with light specific gravity are pushed to the upper side by material molecules with heavy specific gravity. It is a structure designed to

In detail, the structure of the fluidic material molecule separation guide plate 2000 is inclined from the other direction to one direction so that the water molecules with heavy specific gravity push out the material molecules with light specific gravity and gather in one direction because the valley is formed in an inclined shape. The true form and the longitudinal form is a structure configured in a form inclined from the rear part to the front part; This is to collect water with heavy specific gravity easily in one direction to carefully select and collect many fluidic material molecules with heavy specific gravity.

When configuring the fluidic material molecule separation guide plate 2000, the angle of inclination is not limited to a specific shape because any change is possible.

A structure in which a plurality of material molecule separation inducing membranes (8003,8007, 8011, 8015, 8019, 8023) are each configured inside the eco-friendly material molecule separation and processing machine (8000); to be

The number of components of the plurality of material molecule separation inducing membranes is not particularly limited because it can be configured by adding as many as necessary.

The constituent angle and constituent number of the material molecule separation inducing membrane can be adjusted as much as possible, and the constituent number is not specified because it can be extended and configured.

At the lower end of the material molecule separation inducing membrane (8003,8007,8011,8015,8019,8023), there is a movement path (8004,8008,8012,8016, 8004,8008,8012,8016, 8020 and 8024) are provided, respectively.

The configuration and number of components of the low-layer movement path of the material molecules can be added and configured, and the configuration can be configured by changing the configuration.

On the rear side of the material molecule separation guide film (8003,8007,8011,8015,8019,8023), a constant distance, that is, a distance of 5cm to 10m, is placed on the material molecule upward guide plate (8005,8009,8013,8017,8021,8025) These structures are combined to form respective material molecule upward induction passages (2, 4, 6, 8, 10, 12), respectively.

The configuration angle, configuration form, and number of components of the material molecule upward guide plate and the material molecule upward guide passage can be added and configured by changing the shape and configuration.

On the upper side of the material molecule upward guide plate (8005,8009,8013,8017,8021,8025), an upper layer material molecule movement path (8006,8010,8014,8018,8022, 8026) is each composed of a structure;

The configuration of the upper layer material molecule movement path can be changed as much as necessary, and its size can be changed any number of times.

Between the lower end of the material molecule ascending guide passage (2, 4, 6, 8, 10, 12) and the fluid material molecule separation guide plate 2000, the eco-friendly material molecule separation and processing machine 8000 is introduced into the inside. A structure in which a circular tornado generating device 5002 that rotates and strikes fluid material molecules such as water is configured to face one side and the other side of the eco-friendly material molecule separation processing machine 8000, respectively;

If it is a person skilled in the art, the configuration of the circular tornado generating device is a structure that can be changed as much as possible.

How much is it for those skilled in the art to change the configuration of the material molecule separation inducing membrane, the material molecule lower layer movement passage, the material molecule ascending guide plate, and the material molecule ascending passage by changing the configuration, increasing the number of components, or changing the configuration height? Since any change configuration is possible, it is natural that all of these design changes fall within the scope of the present invention.

Between the circular tornado generating device 5002, a lifting guide plate body 5001 that elevates fluid material molecules such as water in an upward direction is formed in a triangular shape and is long in one side and the other direction of the eco-friendly material molecule separation processing machine. is a structure that becomes;

The configuration of the lifting guide plate body can be changed in a very diverse way.

At the lower end of the circular tornado generating device 5002, an upper tornado generating device 3002 that generates a tornado in an upward direction is coupled to the rotating body 1502, respectively. In a state in which the discharge control valve 8029 is closed, unprocessed wastewater, river water, or fresh water is continuously injected into the environment-friendly material molecule separation processing machine 8000 through the injection line 8001 at a rate of 100 wt%, and then The circular tornado generating device 5002 and the upper tornado generating device 3002 each configured inside the eco-friendly material molecule separation processing machine 8000 are continuously rotated to enter the eco-friendly material molecule separation processing machine 8000. By continuously striking the inflowing fluidic material molecules, that is, wastewater, river water, or fresh water, pollutant molecules with light specific gravity combined with wastewater, river water or fresh water float upward, and material molecules with heavy specific gravity are installed in multiple stages. Molecules of fluid substances that are contaminated by passing through the molecular separation induction membrane (8003,8007,8011,8015,8019,8023) and at the same time using the circular tornado generator 5002 and the upper tornado generator 3002 The material molecules with light specific gravity and material molecules with heavy specific gravity are processed so that they are vertically separated by rotating them, and at the same time, the fluidity introduced through the injection line 8001 configured in the upper part of the eco-friendly material molecule separation processing machine 8000 95WT% to 99.99WT% is discharged through the discharge line 8028, which is configured to be smaller than the discharge line 8001, out of 100WT% of the total inflow of material molecules, and collects, uses, or recycles and automatically the eco-friendly material The eco-friendly material molecule separation and processing machine ( 8000) to remove Eco-friendly water quality purification that separates and processes pollutant molecules with light specific gravity and water with heavy specific gravity contained in polluted river water, polluted wastewater, or polluted fresh water using a multi-step eco-friendly material molecule separation and processing machine configured to A multi-step eco-friendly material molecule separation and processing machine applied here is presented.

It is very simple to separate and process the fluid material molecules having a light specific gravity and the fluid material molecules having a heavy specific gravity using the eco-friendly material molecule separation and processing machine configured as described above.

In other words, it is not limited to a specific fluid substance molecule because it is possible to separate and process all fluid substance molecules composed of fluid substance molecules in a liquid state.

The width of the material molecule upward induction passage is not limited because it can be changed and configured according to the material to be treated and the installation location.

The size of the upper layer material molecule flow path is not limited to the width of the upper layer material molecule flow path because the size can be freely changed and configured depending on the location.

The components of the material molecule separation inducing membrane, the material molecule lower layer movement passage, the material molecule ascending guide plate, the material molecule ascending guide passage, and the upper layer material molecule movement passage can be configured by increasing or decreasing the number of installations. It is natural that all eco-friendly material molecule separation and processing machines constructed by increasing or decreasing the number of installations fall within the scope of the present invention.

The distance between the material molecule separation guide film (8003,8007,8011,8015,8019,8023) and the material molecule lift guide plate (8005,8009,8013,8017,8021,8025) does not require a uniform and fixed width. As it is not, it is natural that all of the changes and configurations fall within the scope of the present invention.

The outer wall of the rising guide plate body 5001 can be configured by adding a plurality of irregularities or protrusions to enhance the effect of the material explosion generated when material molecules collide.

The structure of the circular tornado generator can be changed in various ways

For example, it is possible to change the configuration to a turbo type that produces strong pressure while rotating more than 1 million times per minute. Therefore, it can be seen that the spherical shape of the circular tornado generator applied to the present invention can be changed as much as possible by changing the configuration of the previously used impeller-type rotary striking device or tornado-type striking device.

The reason that the circular tornado generating device is configured in a shape facing each other from one side and the other side is that when material molecules collide with each other, material molecules and This is to separate the bound material molecules while processing the undecomposed material molecules into smaller particles.

The reason that the horizontal rotation device is additionally configured on the upper part of the circular tornado generator is that pollutant molecules with a light specific gravity that float to the upper layer by the action of gravity are secondarily re-stretched into smaller particle material molecules. for processing

When the environment-friendly material molecule separation and processing machine is continuously injected with polluted river water, polluted river water, wastewater or groundwater, the fluidic material molecule separation guide plate 2000, which is composed of an inclined shape, generates the action of gravity Due to this, each of the material molecule separation inducing film, the material molecule ascending guide plate, the upper layer material molecule movement passage, the material molecule ascending guide passage, and the material molecule lower portion movement passage successively configured inside the eco-friendly material molecule separation and processing machine 8000 When the raw fluidic material molecules passing through, that is, river water or river water or wastewater, collide with the circular tornado generating device 5002 and the horizontal rotation device 2001, and are hit, the specific gravity coupled with the river water with a heavy specific gravity Light material molecules are separated from water molecules with heavy specific gravity, and at the same time, they float to the upper part of the eco-friendly material molecule separation processing machine 8000 by the action of gravity, and at the same time, the pusher 9999 is operated in the horizontal direction and rises upward. Contaminants with a light specific gravity are removed by pushing them out of the eco-friendly material molecule separation processing machine 8000, and at the same time, river water with a heavy specific gravity is generated by the action of gravity generated by the fluid material molecule separation guide plate 2000. The eco-friendly material molecule separation processing machine ( 8000) is used to remove pollutant fluid material molecules with light specific gravity combined with fluid water molecules with heavy specific gravity and process them into clean fluid material molecules. do

If the environment-friendly material molecule separation and processing machine constituted according to the present invention is used to circulate and process contaminated fluidic material molecules, no matter how large the reservoir water is, it can be easily purified within a short time.

As an additional change configuration, the specific gravity is combined with pure and clean water molecules with heavy specific gravity by hitting the fluid material molecules such as water flowing into the interior of the eco-friendly material molecule separation processing machine at the lower end of the eco-friendly material molecule separation processing machine. The circular striking device 2001, which is configured to generate a circular tornado that acts to separate light pollutant material molecules and heavy water molecules, is combined with the rotating body 1502. present the structure

The structure constituting the circular striking device can be configured using an impeller blade applied to a motor pump, and as another structure, it can be configured using a turbo device that generates a turbo-type wind in an upward direction, and the circular blow The device that rotates the device can be connected to a general electric motor or hydraulic motor or multiple driven pulleys that are configured in combination with one rotation generating device using a connecting rotating body such as a belt. omit the city

Another additional component is a plurality of rotational furry brushes 5500 that are combined with a rotation device 5501 configured in a motor-like structure inside the eco-friendly material molecule separation processing machine as shown in FIG. 12 . The eco-friendly material molecule separation and processing machine (8000) by striking the fluid material molecules coupled with the raw water or river water or wastewater by inserting a structure to the environment-friendly material molecule separation processing machine 8000, river water with a heavy specific gravity and pollutant material molecules with a light specific gravity An eco-friendly material molecule separation and processing machine configured to separate

The structure of the rotating device 5501 for rotating the rotating hairy brush 5500 can be changed in a very diverse way using hydraulic, pneumatic, or mechanical mechanical mechanisms, so as shown in FIG. It is shown in the shape of a simple rotating device.

The reason is that the shape of the rotating body commonly used is applied as a simple electric motor method, or a rotating pulley in which a plurality of belts are combined, which is composed by combining each driven pulley to a hydraulic motor or one motor, and each rotary type furry It is shown in a simple form because it can be combined with the brush 5500 to form an eco-friendly material molecule separation processing machine.

Therefore, by changing the shape of the rotatable shaggy brush 5500 composed of a furry shape or rotating the rotatable shaggy brush 5500 to remove the fluid material molecules flowing into the eco-friendly material molecule separation processing machine It is natural that all of the separation processing falls within the scope of the present invention.

In addition, as shown in Figs. 6, 10, and 12, changing the configuration of the rotational furry brush 5000 is possible, so it is natural that all of these design changes fall within the scope of the present invention.

Example 2

Next, a second embodiment of the present invention will be described.

2 is a cross-sectional perspective view showing a middle part of the eco-friendly material molecule separation processing machine according to the first to fourth embodiments of the present invention, and FIG. 3 is a side view of the eco-friendly material molecule separation processing machine according to the second embodiment of the present invention. It is a side cross-sectional perspective view showing an enlarged cross section, Figure 4 is a cross-sectional perspective view of an eco-friendly material molecule separation processing machine according to a second embodiment of the present invention, and Fig. 5 is an eco-friendly view according to the first and second embodiments of the present invention. It is a cross-sectional perspective view of the material molecule separation processing machine, and FIG. 10 is a horizontal photograph showing a state in which the circular tornado generating device and the rotary striking device applied to the present invention are configured in a furry shape,

12 is a cross-sectional perspective view showing a state in which the upright rotating type furry brush applied to the present invention is configured inside the eco-friendly material molecule separation processing machine;

As shown, the eco-friendly material molecule separation and processing machine according to the second embodiment of the present invention has a rectangular shape similar to that of the first embodiment, and the inner floor is inclined in one direction while the front and rear directions of the inner floor are from the rear. It is composed of the structure of the fluid material molecule separation guide plate 2000 that is inclined in the forward direction.

The reason for this configuration is to induce the fluid material molecules with heavy specific gravity to push up or sideways the pollutant material molecules with light specific gravity to the upper side and to preferentially move easily to the lower part.

a structure in which a plurality of fluidic material molecule outlets 6001 for discharging pollutant material molecules having a light specific gravity are configured on one upper side of the eco-friendly material molecule separation and processing machine 8000;

A structure in which a collection line 6003 for collecting fluid material molecules having a light specific gravity is long on the front part of the fluid material molecule outlet 6001

a structure in which an injection line 8001 is formed on the upper side of the eco-friendly material molecule separation and processing machine 8000;

a structure of a discharge line 8028 configured at the lower end of the eco-friendly material molecule separation and processing machine 8000;

The structure of the discharge line 8028 reduces the discharge capacity discharged through the discharge line 8028 at a ratio of 95 WT% to 99.99 WT% when the inlet size of the injection line 8001 is assumed to be 100 WT% capacity. structure to make it as small as possible;

A plurality of material molecule separation guide films 8003, a plurality of material molecule upward guide plates 8005, a plurality of upper layer material molecule movement passages 8006, and a plurality of material molecules lower layer portions inside the eco-friendly material molecule separation and processing machine 8000 After each of the movement passage 8004 and the plurality of material molecule ascending

induction passages

2, 4, 6, 8, 10, 12, 14, 16 are configured in multiple stages, the specific gravity is applied to the outside of the material molecule separation induction film 8003 These heavy water molecules move to the lower layer and polluted material molecules with light specific gravity are moved to the upper layer, respectively. The structure in which the furry-type rotary striking device 2001 combined with the whole 2002 is configured, respectively;

After configuring the air generating device 1000 on one side of the lower end of the eco-friendly material molecule separation and processing machine 8000, the piping line 1001 and the discharge nozzle 1002 coupled to the air generating device are connected to the eco-friendly material molecule separation processing machine 8000 ) in the lower part of the structure.

The material discharged through the discharge nozzle shows a state of discharging air, but in another embodiment, it is possible to purify the contaminated water by discharging water and contaminated water or seawater or chemicals.

In addition, after the air generator is replaced with a water pump that pumps water

By discharging unprocessed contaminated water through the discharge nozzle, it is possible to separate and process material molecules with heavy specific gravity and material molecules with light specific gravity combined with polluted water, so all of these design changes are within the scope of the present invention. It is natural to belong

After continuously introducing unprocessed river water or contaminated wastewater or contaminated water stored in a reservoir through the injection line 8001 into the environment-friendly material molecule separation processing machine 8000, the air generating device 1000 By continuously injecting the air produced in the environment-friendly material molecule separation processing machine 8000 into the interior of the eco-friendly material molecule separation and processing machine 8000 to continuously strike the fluid material molecules, and at the same time use the furry-type rotary striking device 2001 to continuously blow the fluid material molecules The material molecules with light specific gravity and fluid material molecules with heavy specific gravity are separated and processed at the same time by hitting with a blower. After discharging and recycling 90WT% to 99.99WT%, the remaining 0.01% to 10% of the light fluidic material molecules are collected through the fluidic material molecule outlet 6001 and the collection line 6003 Water molecules with heavy specific gravity and pollutants with light specific gravity combined with pollutant fluid material molecules stored in polluted river water, polluted wastewater, or reservoirs using an eco-friendly material molecule separation processor configured to be recycled or disposed of We present an eco-friendly, eco-friendly material molecule separation and processing machine that separates and processes sexual material molecules and processes them with clean water.

The shape of the rotary striking device 2001 is preferably made of stainless steel as shown in FIG. 8, but not in the form of a straight iron wire, but in a furry shape using a twisted and irregular iron wire.

In addition, the rotational driving device for rotating the circular tornado generating device and the rotational striking device 2001 can be configured to combine multiple forward rotation pulleys coupled to the rotational motor. In addition, when rotating using power, a rotational driving body that can be changed in various configurations is applied to rotate the circular tornado generating device and the rotary striking device 2001, so that river water with heavy specific gravity and pollutant material molecules with light specific gravity It can be processed to separate by hitting them.

Modified embodiments of

claims

4 and 5 for other examples of modifications will be described.

claims

4 and 5 of the present invention, and a modified embodiment will be described as follows.

Stretching device for length adjustment that is coupled with the pusher 9999 when constructing the pusher 9999 that acts to remove the fluid material molecules with light specific gravity floating to the upper part of the eco-friendly material molecule separation processing machine by the action of gravity ( 6603) and the control device 6022 are combined to push the pollutant material molecules with a light specific gravity floating to the upper side of the eco-friendly material molecule separation processing machine using a push bar configured to push it from the left to the right side of the eco-friendly material molecule separation processing machine It is possible to construct and use an eco-friendly material molecule separation processing machine that processes fluid material molecules by using the structure of a push rod configured to be removed by pushing it to the outside.

In addition, when configuring the push rod 9999 on the upper part of the eco-friendly material molecule separation processing machine, the eco-friendly material molecule separation processing machine ( 8000), an eco-friendly material molecule separation processing machine that processes fluid material molecules using the structure of a push rod configured to push and remove pollutant material molecules with a light specific gravity floating upward from the front to the rear. can use

By pushing the push rod in either direction to change and configure to remove fluidic material molecules with light specific gravity, any person skilled in the art can change the structure, so that all of these design changes fall within the scope of the present invention. it is natural

As another modification method, it is possible to change the configuration so as to blow processing the fluid material molecules by installing the rotation-type furry brush 5500 composed of a woolly shape inside the eco-friendly material molecule separation processing machine.

In addition, since the structure of the control device can be changed to a screw screw type, a rack gear type, a solenoid valve type, a cylinder type, etc., the illustration of a special structure is omitted.

Example 3

Next, a third embodiment of the present invention will be described.

13 is a perspective view of a multi-step eco-friendly material molecule separation and processing machine configured according to a third embodiment of the present invention;

The structure of the multi-step eco-friendly material molecule separation and processing machine 8000, which is composed in multiple steps, is

The structure of the circular eco-friendly material molecule separation and processing machine 9008 which is configured in multiple steps in a narrow upper part and a wide lower part;

a structure of an inlet line 9001 for introducing fluid material molecules such as water into the upper side of the circular eco-friendly material molecule separation processing machine 9008, which is configured in multiple steps;

The discharge line 9002 connected to the lower end of the circular eco-friendly material molecule separation processing machine 9008, which is configured in multiple stages, is 0.001% to 3% smaller than the inflow passage size of the inflow line 9001. Each multi-stage configuration structure to be;

In detail, the reason for configuring the size of the discharge line 9002 smaller by about 0.001% to 5% when the inlet size of the inlet line 9001 is assumed to be 100 WT% is the contaminated water or Contaminated river water or unprocessed wastewater is introduced into the circular eco-friendly material molecule separation processing machine 9008 at a rate of 100L per second to one hour basis, and at the same time, 90L through the discharge line 9002 It is discharged at a rate of 99.999L and the remaining 0.001L to 10L of fluid material molecules are combined with fluid material molecules using a separation and discharge method that continuously overflows and discharges to the upper end of the eco-friendly material molecule separation processing machine (9008). In order to separate and extract fluid material molecules with light specific gravity, the inlet line and the outlet line are configured to have different sizes.

At the lower end of the circular eco-friendly material molecule separation and processing machine 9008 composed of multiple stages, a collecting plate 9004 that collects the fluidic material molecules overflowing the upper end of the circular eco-friendly material molecule separation processing unit 9008 composed of multiple stages is a structure configured to be coupled to the discharge pipe 9003;

This is the structure of the rotating striking plate body 9006 which is configured to be coupled with the rotating body 9005 composed at the lower end of the circular eco-friendly material molecule separation processing machine 9008 composed of multiple steps.

The shape of the rotating striking plate body can be changed in many different ways. For example, it can be configured in the form of an impeller used for pumping water or an air compression type turbo, or in the form of a rotary shaggy brush 5500 shown in FIGS. 10 and 12 .

In addition, the components of the rotating body consist of a single driven pulley coupled to an electric motor, a hydraulic motor, etc., each driven pulley configured at the lower end of each rotary strike plate body, and then connect between the configured pulleys with a belt. It is possible

Therefore, it is natural that all of these design changes fall within the scope of the present invention.

After continuously injecting fluid material molecules such as river water, wastewater, or unprocessed water into the multi-stage circular eco-friendly material molecule separation processing machine 9008 configured as described above, the rotary striking plate body 9006 is rotated to rotate the circular shape. By continuously hitting the fluid material molecules flowing into the eco-friendly material molecule separation processing machine (9008), it is continuously processed so that the fluid material molecules with light specific gravity and the heavy material molecules that are combined with the fluid material molecules are separated. At the same time, 900L to 999.999L compared to 1000L based on the total amount introduced per second to one hour through the inlet line 9001 at the same time through the discharge line 9002. The circular eco-friendly material molecule separation and processing machine 9008 ) continuously discharged step by step through the lower end of the material molecules with heavy specific gravity and material molecules with light specific gravity, and at the same time, the remaining 0.001L to 100L fluid material molecules are separated from the circular eco-friendly material molecule separation and processing machine (9008). Multi-level eco-friendly material configured to overflow and discharge through the upper part to separate and extract light-specific material molecules and heavy-gravity fluid material molecules to process and extract heavy-gravity fluid material molecules combined with pollutant molecules We present an eco-friendly material molecular separation and processing machine that purifies polluted water or seawater by circulating polluted water, polluted wastewater, or water stored in a reservoir or lake using the molecular separation and processing machine (8000).

The third embodiment of the present invention can be modified in many different ways.

As an example, as shown in FIG. 14, the configuration of the circular eco-friendly material molecule separation processing machine 9008 configured in a circular shape can be changed to a narrow rhombic jar shape with the upper and lower sides, so all of these design changes can be seen It is natural that the invention falls within the scope of the right

Example 4

Next, a fourth embodiment of the present invention will be described.

15 is a perspective view of an eco-friendly material molecule separation and processing machine configured according to claim 8 according to a fourth embodiment of the present invention, and FIG. 2 is an environmentally friendly material molecule separation processing machine configured according to the first and fourth embodiments of the present invention. It is an intermediate cross-sectional perspective view showing the middle, and FIG. 14 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to claim 9 modified according to the fourth embodiment of the present invention, and is configured as follows.

The structure of the eco-friendly material molecule separation processing machine 8000, the upper and lower portions are narrow, and the middle is a rhombus larger than the upper and lower sizes;

The interior of the eco-friendly material molecule separation processing machine 8000 is inclined from one direction to the other, and the front and rear directions are inclined from the rear to the front so that the fluid material molecules with heavy specific gravity are easily discharged to the lower part. Structure of the fluid material molecule separation guide plate (2000) constituted;

Inside the eco-friendly material molecule separation and processing machine 8000, a plurality of material molecule separation guide films 8003 and a plurality of material molecule lift guide plates 8005 are configured in a zigzag shape in the form of alignment;

The material molecule separation inducing film 8003 and the plurality of material molecule upward guide plates 8005 have an upper layer material molecule movement passage 8006, a plurality of material molecule lower layer movement passages 8004 and a plurality of material molecule ascending guide passages, respectively. (2,4,6,8,10,12,14,16) in a multi-step structure;

An injection line 8001 is formed on the upper side of the eco-friendly material molecule separation and processing machine 8000;

A discharge line 8028 is configured on the lower side of the eco-friendly material molecule separation and processing machine 8000,

At the lower end of the eco-friendly material molecule separation processing machine 8000, an upper tornado generating device 3002 that generates a tornado in an upward direction is combined with the rotating body 1502, respectively. Of the eco-friendly material molecule separation processing machine 8000 present the structure

By controlling the discharge control valve 8029 coupled to the discharge line configured at the lower end of one side of the eco-friendly material molecule separation processing machine configured as described above, 90 WT% to 99.99 WT% of the inflow 100 WT% compared to the discharge line 8028 The upper tornado generating device 3002 in a state in which fluid material molecules such as water are continuously injected through the injection line 8001 into the environment-friendly material molecule separation processing machine 8000. to continuously strike the fluid material molecules such as water flowing into the eco-friendly material molecule separation processing machine, and at the same time discharge 90 WT% to 99.99 WT% of the total amount of inflow through the discharge line 8028 compared to 100 WT% Eco-friendly material molecules configured to be collected and used by discharging them to the line 8028 and separately collected and processed for the remaining fluidic material molecules with a light specific gravity of 0.001 to 10 WT% of the remaining fluidic material molecules overflowing to the upper side of the eco-friendly material molecule separation and processing machine We present a separation machine

The reason for configuring the eco-friendly material molecule separation and processing machine 8000 in a diamond shape is that the fluid material molecules with a heavy specific gravity push or set aside the fluid material molecules with a light specific gravity and use the material slashing action and the material pushing action that are discharged to the lower part first. to increase the separation efficiency

Therefore, the shape of the eco-friendly material molecule separation processor, which is configured to process fluid material molecules by configuring the upper part and the lower part in a narrow shape, and the middle part in a wider shape than the upper and lower parts, can be changed in many ways, so the configuration of the lozenge is possible It is natural that all changes in the form fall within the scope of the present invention.

In addition, the discharge rate of fluid material molecules such as water or sea water or milk and beverage discharged through the discharge line (8028,9002) is reduced to a ratio of a size other than the ratio of 95 WT% to 99.99 WT%. It goes without saying that all of these design changes fall within the scope of the present invention because any number of changes is possible.

That is, when the total amount of fluid material molecules such as water, beverage, alcohol or milk flowing into the eco-friendly material molecule separation processing machine is converted into 100 WT%, the amount discharged through the discharge line is 30 WT% to 95 WT% It is natural that all of these changes fall within the scope of the present invention, as changes can be made to the specifications of the discharge line so as to be changed and discharged at the rate of

In addition, as shown in Fig. 14, the shape of the eco-friendly material molecule separation processing machine is configured in a circular shape, and the upper and lower parts are configured in the form of a narrow rhombus, and then the fluid material molecules overflowing the upper part of the eco-friendly material molecule separation processing machine are collected. It is natural that all of these design changes fall within the scope of the present invention, since it is possible for any person skilled in the art to change and configure the collection plate 9004 at the middle lower part of the eco-friendly material molecule separation processing machine.

Example 5

Next, claim 6 constituted according to a fifth embodiment of the present invention will be described.

16 is a perspective view of an eco-friendly material molecule separation and processing machine according to a fifth embodiment of the present invention, and FIG. is a cross-sectional view showing an intermediate transverse section and a planar state of the eco-friendly material molecule separation processing machine constructed according to the fifth to sixth embodiments of the present invention, and FIG. 163 is an eco-friendly material molecule separation processing machine according to the fifth embodiment of the present invention is a perspective view showing a state configured in a different form. is composed

The shape of one side is a rectangular rectangle, the other side has a rectangular shape, and the size of the other side is 10% to 500% larger than the structure of the one side. The structure of the eco-friendly material molecule separation processing machine 1100 which is respectively coupled by the material molecule pushing wall 1600 configured in a rhombus shape so that the fluid material molecules are pushed in the left and right directions and floated upward at the same time; ;to be.

The reason why the material molecule pushing wall 1600 is configured is that the fluid material molecules with heavy specific gravity among the fluid material molecules in which fluid material molecules such as water are moved from a high place to a low place by the action of gravity These light fluidic material molecules are pushed in the left, right, and upward directions and preferentially discharged in the direction of the upward induction passage, which consists of a plurality of material molecule separation induction films and material molecules ascending guide plates on one side. It is a structure designed to give

In detail, as in the phenomenon of stones with heavy specific gravity pushing out water and preferentially sinking to the bottom of the river, pollutant molecules with light specific gravity and material molecules with heavy specific gravity contained in water are temporarily combined, but when an impact is applied from the outside, Substance molecules separated from each other Molecules of fluid substances with light specific gravity and fluid substances with heavy specific gravity are separated from each other by the separation action. These light fluid material molecules induce upward levitation, so that the fluid material molecules are separated from the heavy fluid material molecules contained in the polluted fluid material molecules from the light fluid material molecules. It is to configure the first inflowing material molecule push wall 1600 in a rhombus shape.

Therefore, it is natural that all of the different installation angles of the material molecule guiding wall 1600 fall within the scope of the present invention.

A support 1501 is configured on one side of the eco-friendly material molecule separation and processing machine 1100 to support the eco-friendly material molecule separation and processing machine 1100;

On the inner bottom of the eco-friendly material molecule separation processing machine 1100, the structure of the fluid material molecule separation guide plate 2000 is configured in a slanted form in one direction while the front and rear directions are inclined in the rear to front direction;

In the upper end of one side of the eco-friendly material molecule separation processing machine 1100, an injection line 8001 for injecting fluid material molecules such as water is configured:

a structure in which a discharge line 8028 for discharging fluid material molecules such as water is combined with an emission control valve 8029 at the other lower end of the eco-friendly material molecule separation and processing machine 1100;

Inside one side of the eco-friendly material molecule separation and processing machine 1100, a plurality of material molecule

separation guide films

1111, 1113, 1115, 1117, 1119 and a plurality of material molecule

lift guide plates

1112, 1114, 1116, 1118, 1120) This is a structure in which each ascending induction passage (1800, 1701, 1702, 1703, 1704, 1705, 1706, 1707, 1708, 1709) is constructed using

The reason for configuring the multiple material molecule separation membranes and the plurality of rising guide plates to overlap is that fluid material molecules with a heavy specific gravity and fluid material molecules with a heavy specific gravity are easily shaken off to form a fluid material molecule with a heavy specific gravity. This is to separate fluid molecules with light specific gravity.

At the lower end of the material molecule

separation inducing membranes

1111, 1113, 1115, 1117, 1119, each upper layer material molecule movement path (1500, 1511, 1512, 1513, 1514) is formed to transport fluid material molecules with heavy specific gravity to the upper side. It is a structure that induces movement to;

Upper layer material

molecule movement passages

1555, 1556, 1557, 1558, 1559 are formed on the upper side of the material molecule

upward guide plates

1112, 1114, 1116, 1118, and 1120 to transport fluid material molecules with heavy specific gravity in the downstream direction. It is a structure that induces movement;

On the other side of the eco-friendly material molecule separation processing machine 1100, a plurality of rotating striking bodies 1503 are coupled and the upper side is composed of a plurality of striking devices 1598 coupled with a rotating body 1502, and the eco-friendly material molecules A structure configured to strike the fluidic material molecules flowing into the separation processing machine 1100;

At the upper edge of the upper upper part of the eco-friendly material molecule separation processor 1100, the fluid material molecules with a light specific gravity that float to the upper side of the eco-friendly material molecule separation processor 1100 by the action of gravity are collected and discharged to the outside. a structure in which the collecting port 250 coupled to the 220 is configured; to be.

In the upper part of the other side of the eco-friendly material molecule separation processing machine 1100, the upper side is wide and the lower side is a narrow rhombic funnel in the form of a hopper 8800, each of which is configured in layers;

The reason for configuring the hopper in the shape of a funnel of a rhombic shape with the upper side wide and the lower side narrow is to separate and discharge material molecules with heavy specific gravity and fluid material molecules with light specific gravity.

The upper side is wide and the lower side is narrow, so changing the configuration of the hopper can be changed in many ways, so it is natural that all of these design changes fall within the scope of the present invention.

A structure in which a plurality of rotating striking bodies 8884 coupled with a rotating body 8881 are coupled to the inside of the hopper 8800;

The configuration of the rotating body that rotates the rotating striking body can be changed to an electric motor type or pneumatic rotation type in which the driving poly and the driven poly that are combined with the driving body are recombined.

In addition, a detailed structure is omitted because a very various change configuration is possible.

A structure in which discharge control valves (8886, 8887, 8888) for controlling the discharge amount are coupled to the lower portion of the hopper (8800);

On the upper side of the hopper 8800, an inlet line 8882 for introducing fluid material molecules such as water is combined with an inflow control valve 8883;

On one side of the hopper 8800, the hopper upper outlet 8885 that acts to discharge the fluid material molecules with a light specific gravity floating upward by the material pushing action to the outside of the hopper 8800 is configured;

That is, when it is assumed that 1000 L of fluid substance molecules per hour are introduced into the inside of the hopper 8800 configured through the inlet line 8882, the fluid substance molecules introduced into the inside of the hopper 8800 are The discharge control valve ( When 8886, 8887, and 8888) are adjusted, 10 L of fluid material molecules overflowing from each hopper 8800 are discharged to the outside through the upper outlet 8885 configured in the hopper 8800. At the same time, the fluid material molecules 980L discharged through the lower end of the hopper are introduced into the eco-friendly material molecule separation and processing machine 1100 configured at the lower end of the hopper 8800 and at the same time to the material molecule separation processing machine 1100. It is a structure of an eco-friendly water purifier and eco-friendly material molecule separation processing machine that processes to be transformed into fluid material molecules with a heavier specific gravity through the process of hitting again by the rotating striking body 1503 composed of

Water, seawater, milk, or alcohol extracted through an eco-friendly water purifier combined material molecule separation and processing machine configured to pass through this structure removes the molecules of fluid substances with light specific gravity contained in the molecules of fluid substances with heavy specific gravity We present a multi-stage material molecule separation and processing machine that is combined with an eco-friendly water purifier that is designed to extract and use only material molecules.

The reason for hitting the fluid material molecules is that the fluid material molecules have a heavy specific gravity and a fluid material molecule with a light specific gravity are bonded to each other. Molecules and fluidic material molecules with light specific gravity are separated up and down by the action of gravity, while material molecules with heavy specific gravity are moved to the lower layer and pollutant fluidic material molecules with light specific gravity are lifted upwards. to cause

That is, through the

injection lines

8001 and 8882, 10000 L per hour of fluid material molecules are continuously injected into the hopper and the eco-friendly material molecule separation processing machine, and then 9000 L per hour are discharged through the discharge line 8028. At the same time, when the fluid material molecules are continuously hit and processed using the rotating striking body 229, the material molecules with heavy specific gravity are collected and used by discharging 9000L through the discharge line 8028 in the lower direction. , the remaining fluid material molecules having a light specific gravity are discharged to the outside of the eco-friendly material molecule separation processing machine through the upper outlet 8885 and the fluid material molecule outlet 251 configured in the hopper. Contamination using a structure We present an eco-friendly water purifier and material molecule separation and processing machine that is configured to collect and use heavy material molecules and light weight fluid material molecules that are combined with the fluid material molecules.

That is, all material molecules are separated from each other in the structure where they are bound when a slight impact is applied by the action of the material preservation instinct to maintain their unique components, and the specific gravity of the fluid material molecules with heavy specific gravity is increased. Material molecule separation occurs in which light fluid material molecules are separated from each other.

At the same time, the fluid material molecules with heavy specific gravity are immediately discharged in the downstream direction as the material pushing action and material slashing action, which pushes the fluid material molecules with light specific gravity to the side or upwards, are immediately exhibited.

We present an eco-friendly water purifier and material molecule separation and processing machine for the separation of material molecules.

Example 6

Next, a sixth embodiment of the present invention will be described.

18 to Fig. 18 is a perspective view of an eco-friendly material molecule separation processing machine according to a sixth embodiment of the present invention, Fig. 19 is a cross-sectional perspective view showing the middle of an environmentally friendly material molecule separation processing machine according to a sixth embodiment of the present invention, and Fig. 20 is It is a perspective view of the middle part showing the middle of one side of the eco-friendly material molecule separation processing machine according to the sixth embodiment of the present invention, and FIG. As a cut-off perspective view, it is composed as follows

The shape of one side is a rectangular rectangle, the other side has a rectangular shape, and the size of the other side is 10% to 500% larger than the structure of the one side. The structure of the eco-friendly material molecule separation and processing machine 1100 each coupled by the material molecule pushing wall 1600 configured in a rhombus shape so as to be floated while being pushed by the fluid material molecules;

The reason for making the width of the other side larger than the size of one side when configuring the material molecule separation processing machine 1100 is that the fluid material molecules with a heavy specific gravity push the fluid material molecules with a light specific gravity upward or sideways This is to promote the material slashing action and the material pushing action, which are discharged first in the downstream direction of the lower position.

A support 1501 is configured on one side of the eco-friendly material molecule separation and processing machine 1100 to support the eco-friendly material molecule separation processing machine 1100;

separation inducing films

1111, 1113,, 1115, 1117, 1119 and a plurality of material molecule

upward guide plates

1112, 1114, 1116, 1118, 1120) to construct each upward induction passage (1800, 1701, 1702, 1703, 1704, 1705, 1706, 1707, 1708, 1709);

At the lower end of the material molecule separation inducing membrane (1111, 1113,, 1115,, 1117, 1119), each upper layer material molecule movement path (1500, 1511, 1512, 1513, 1514) is configured, so that fluid material molecules with heavy specific gravity a structure that induces them to move upward;

Upper layer material

molecule movement passages

1555, 1556, 1557, 1558, 1559 are configured on the upper side of the material molecule

upward guide plates

1112, 1114, 1116, 1118, and 1120 to move fluid material molecules with heavy specific gravity in the downstream direction. a structure that induces movement;

On the other side of the eco-friendly material molecule separation processing machine 1100, a plurality of rotating striking bodies 1503 are coupled, and a plurality of striking devices 1598 coupled with the rotating body 1502 are coupled to the upper side of the eco-friendly material molecules. Structure configured to hit the fluid material molecules introduced into the separation processing machine (1100);

On the upper edge of the upper upper portion of the eco-friendly material molecule separation and processing machine 1100, a collection port 8800 coupled with an outlet 220 for collecting and discharging the fluid material molecules floating to the upper side of the eco-friendly material molecule separation processing machine 1100 ) is composed of; an eco-friendly material molecule separation and processing machine combined with an eco-friendly water purifier configured to separate and process the polluted fluidic material molecules.

Example 7

Next, a seventh embodiment of the present invention will be described.

22 is a perspective view showing an eco-friendly material molecule separation processing machine configured according to a seventh embodiment of the present invention in a perspective view, and FIG. It is a cross-sectional perspective view cut in the horizontal direction, and FIG. 24 is a planar cross-sectional perspective view showing the planar configuration of the upper part of the eco-friendly material molecule separation processing machine configured according to the seventh embodiment of the present invention, and FIG. According to the embodiment of 7, as a photograph showing an installation example of a rotary striking device that is cross-inserted into the interior of the eco-friendly material molecule separation processing machine, it is configured as follows

The eco-friendly material molecule separation and processing machine 1100 is configured in a rectangular shape;

Water, seawater, alcohol, milk, or beverages are injected through the injection line.

a structure in which a discharge line 8028 for discharging fluid material molecules such as water is configured at the lower end of the other side;

The emission control device does not provide special specifications as a wide variety of products are used.

At the bottom of the lower end of the eco-friendly material molecule separation and processing machine 1100, the material molecule separation guide plate is inclined by 0.1% to 20% from the right to the left while being inclined by 0.1% to 20% from the rear to the front. (2000) consists of a structure;

The reason why it is configured to be inclined in one direction and one direction is so that the fluid material molecules can easily gather in one direction by the action of gravity.

a structure in which a fluid substance molecule outlet 251 for discharging fluid substance molecules having a light specific gravity to the outside is configured around the upper periphery of the eco-friendly substance molecule separation and processing machine 1100;

When the volume of fluid material molecules injected into the eco-friendly material molecule separation processing machine is 100%, the remaining 1% is automatically discharged to the discharge line by controlling the discharge control valve to discharge 99% of the fluid. It has a structure configured to be separated and discharged to the outside of the material molecule separation processing machine through the sexual material molecule outlet.

A structure in which a plurality of rotating shafts (223,228,232,231,331,332,333,334) coupled to a rotating body (8888) are crossed between the front and rear surfaces of one side of the eco-friendly material molecule separation processing machine (1100);

Between the rotating shafts (223,228,232,231,331,332,333,334), a plurality of rotating striking bodies 229 are sequentially cross-linked structure;

The reason for cross-linking the rotating striking body as shown in FIGS. 9 and 10 is to increase the strike strength of the fluid material molecules flowing between the rotating striking body, thereby making the incompletely decomposed substances bonded to the fluid material molecules stronger. This is to separate and process the fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity by hitting them into upper and lower layers.

As described above, the rotating striking body cross-linking method proposed in the present invention can be modified in many different ways.

a structure in which a material molecule separation inducing film 230 is formed across the front and rear directions at the other side position of the material molecule separation processing machine 1100;

At the lower end of the material molecule separation inducing membrane 230, a structure in which a material molecule lower layer movement passage 233 is formed in an open lower end so that fluid material molecules with heavy specific gravity are discharged in a downstream direction;

On the front portion of the material molecule inducing film 230, there are a fluid material molecule rising passage 236 and a fluid material molecule discharge passage 238 that act to discharge in the downstream direction while the fluid material molecules having heavy specific gravity are raised. a structure in which a material molecule ascending guide plate 234 is configured between the front and rear surfaces of the eco-friendly material molecule separation processing machine 1100 to be configured;

At the upper end of the material molecule guide plate 234, an upper layer material molecule movement path 237 is formed to sequentially transfer fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity contained in the contaminated fluid material molecules. Material pushing action generated by the action of gravity, characterized by a nature-friendly eco-friendly water purifier and material molecule separation and processing machine 1100 configured to separate and process fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity by passing through them We present a multi-stage material molecule separation and processing machine that is combined with a nature-friendly eco-friendly water purifier that separates and processes polluted fluid molecules with light specific gravity and fluid molecules with heavy specific gravity by using the action of purifying and purifying them.

Since the method of changing the configuration of the rotating striking body applied to the present invention can be changed to an impeller type or a turbo compression type applied to a pump, it is natural that all of these design changes fall within the scope of the present invention.

Example 8

Next, claim 9 constituted according to the eighth embodiment of the present invention will be described.

27 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to an eighth embodiment of the present invention, and FIG. As a perspective view, it is composed as follows

The structure of the eco-friendly material molecule separation processing machine 1100 configured in multiple steps in the form of an inverted rhombus from the top to the bottom so that the fluid material molecules with a light specific gravity are pushed to the fluid material molecules with a heavy specific gravity and floated upward.

The reason that the eco-friendly material molecule separation and processing machine is configured in an inverted rhombus with a smaller width from the top to the bottom is that the fluid material molecules with a heavy specific gravity push the fluid material molecules with a light specific gravity upward and move downward. This is to induce them to be discharged first

It is possible to change the configuration so as to reduce the size from the upper direction to the lower direction as long as it is a person skilled in the art.

a structure in which a material molecule separation guide plate 2000 is configured in a shape inclined from one side to the other at the lower end of the material molecule separation processing machine; The reason for configuring the lower part to be inclined is to make it inclined so that the fluid material molecules with heavy specific gravity push the fluid material molecules with light specific gravity upward or sideways and preferentially discharge in the lower part direction.

A plurality of material molecule descending

guide plates

101, 301, 501, and 701 are configured inside the material molecule separation processing machine 1100; The lower end of the material molecule descending guide plate (101, 301, 501, 701) has a structure in which a plurality of lower end material molecule movement passages (102, 302, 502, 702) are configured to preferentially discharge fluid material molecules with heavy specific gravity;

In the next step of the material molecule movement path (102, 302, 502, 702), the fluid material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, the fluid material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. The fluidic material molecules ascending

guide plates

201, 401, 601 are each configured, and upper layer material

molecule movement passages

202, 402, 602 are respectively configured on the upper side of the fluid material molecule ascending

guide plates

201, 401, 601. ) a structure composed of multiple pieces in the form of this step;

A support plate body 1806, an elastic cushion material 1801, and a support column 1802 are respectively coupled to the lower end of the eco-friendly material molecule separation and processing machine 1100 to face each other.

The structural purpose of the elastic cushion material is a structure configured to correct the vibration of the material molecule separation processing machine vibrating in the upper and lower directions using a spring.

However, it is possible to change the configuration to a hydraulic cylinder type, an air compression cylinder type, or a rubber ball cushion type.

A crankshaft 1804 coupled with the rotary motor 1805 is configured between the support post and the support post 1802; The crankshaft 1804 has a structure in which the rotary vibrator 1803 is coupled;

The vibrator is a structure that is configured to generate vibration while rotating unspecifiedly while acting as a weight with weight.

When the crankshaft is rotated by the rotational force of the rotating motor, the vibrator having the weight of the crankshaft rotates and generates vibration. A weight is placed on the crankshaft to induce the fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity to be vertically separated by vibration to construct a vibrator with

However, in addition to this method, the configuration method of the vibrating device that generates vibration is configured so that when the weight is coupled to the rotation shaft configured in the horizontal direction, 20% to 50% more in one direction is configured to protrude when the rotation shaft rotates. Since the weight that more protrudes in one direction rotates abnormally and continuously generates vibration, using this design change method, it is possible to process the fluid material molecules by vibrating the eco-friendly material molecule separation processor. It is natural to fall within the scope of the present invention

In the upper end of the other side of the eco-friendly material molecule separation processing machine 1100, an injection line 8001 for injecting fluid material molecules such as water is configured:

Separation of the eco-friendly material molecules by compressing the fluid material molecules using a compressor to a pressure between 5 atmospheres and 1000 atmospheres so that the pressure of the fluid material molecules injected through the injection line is increased. When it is introduced into the processing machine, the fluid material molecules strongly collide with the wall of the material molecule separation processing machine, and the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity are easily combined with the fluid material molecules. By generating the effect of immediate separation in the vertical direction, it is possible to easily separate and process the contaminated fluidic material molecules within a short time.

At one lower end of the eco-friendly material molecule separation processing machine 1100, a discharge line 8028 for discharging fluid material molecules such as water is combined with an emission control valve 8029;

On the upper edge of the material molecule separation and processing machine, a material molecule collection port 250 for collecting fluid material molecules having a light specific gravity and a material molecule separation processing machine configured with the fluid material molecule discharge port 251 are used for polluted fluid We present a nature-friendly eco-friendly water purifier and eco-friendly material molecule separation and processing machine that is configured to separate and extract heavy fluid material molecules and light specific gravity polluted fluid material molecules that are combined with material molecules.

The process of separating and extracting heavy fluid material molecules and light specific gravity fluid material molecules from the contaminated fluid material molecules using the material molecule separation processor is an injection line 8001 configured in combination with the material molecule separation processor. ) through the continuous injection of fluid material molecules and at the same time rotating the crankshaft 1804 coupled with the rotary motor 1805, the reaction force of the rotary vibrator 1803 included in the crankshaft 1804 At the same time, while vibrating the fluid material molecules flowing into the material molecule separation processing machine using After discharging, the remaining 0.01% to 10% is discharged through the material molecule collection port 250 and the fluid material molecule discharge port 251, and then collected and reprocessed or used. and an eco-friendly construction method using it

However, if various processing methods are applied other than these processing methods, it is natural that all of these design changes belong to the right of the present invention because it is possible to separate and process the contaminated fluid material molecules coupled with the fluid material molecules.

Example 9

Next, the ninth embodiment of the present invention will be described as follows.

28 is a cross-sectional perspective view of an eco-friendly material molecule separation processing machine constructed according to a ninth embodiment of the present invention, and is configured as follows.

The structure of the eco-friendly material molecule separation and processing machine 1100 configured in multiple steps in the form of a circular staircase; to be.

In the ninth embodiment, a method of configuring the shape of an eco-friendly material molecule separation processing machine in a circular shape is presented, but the structure can be changed to a rectangle, rectangle, rhombus, hexagon, octagon, or inverted triangle, etc. It does not specifically limit the configuration form of .

Since the installation location of the branching material molecule composed of multiple steps can be configured by increasing or decreasing the number of installations from 10 to 100 steps, it is natural that all of these design changes belong to the right of the present invention.

The structure of the fluidic material molecule injection line 8001 composed of multiple stages on one side of the upper side of the eco-friendly material molecule separation processing machine 1100 composed of multiple stages;

As shown in FIG. 28, the position of the discharge port at the end of the injection line 8001 is about 20 cm to 200 cm from the upper position of the eco-friendly material molecule separation processing machine 1100 to the lower end direction. It consists of a deeply inserted structure.

This configuration is to induce the fluid material molecules with heavy specific gravity to push the fluid material molecules with light specific gravity upward and to easily descend to the lower end of the eco-friendly material molecule separation processing machine.

a structure of a fluid material molecule outlet 251 configured on the other side of the eco-friendly material molecule separation and processing machine 1100 to discharge fluid material molecules having a light specific gravity;

A structure of a plurality of rotating striking bodies 1503 coupled with a rotating body 1502 configured at the lower end of the material molecule separation and processing machine 1100;

A rotating body refers to a motor driven by electricity or a rotating means rotating by hydraulic or pneumatic pressure.

Since the configuration method of the support that supports the upper part of the rotary striking body can be changed in a very diverse way, the detailed structure is omitted.

The structure of the rotating striking body 1503 can be changed in a very various ways.

For example, it is possible to change the configuration of the rotating striking body by using a grinding blade that is configured to grind objects or fluid material molecules into very small sizes.

At this time, it is possible to change the rotational direction of the rotating striking body or the grinding blade so as to rotate forward and reverse.

At the lower end of the eco-friendly material molecule separation and processing machine 1100, a discharge line 8028 for discharging fluid material molecules with heavy specific gravity is combined with the discharge control valve 8029 and is installed in multiple stages. As the structure of the separation processing machine, the method of processing the polluted fluid molecules is accomplished through the following process.

In the state in which the emission control valve is closed, the environment-friendly material molecule separation processing machine, which is configured in multiple stages through the injection line 8001, is filled with all of the fluid material molecules such as water. Approximately 1000L to 10000L per hour of fluid material molecules are continuously introduced into the eco-friendly material molecule separation processing machine, and at the same time, each of the discharge control valves 8029 configured at the lower end of the material separator are controlled to discharge the material. When only 900L to 9999L per hour are continuously introduced into the environment-friendly material molecule separation and processing machine in each of the next steps through line 8028, the remaining 1L to 100L fluid material molecules have heavy specific gravity due to the action of gravity. As it is pushed to the upper layer by the fluid material molecules, it floats to the upper side of the eco-friendly material molecule separation processing machine, and at the same time, the specific gravity is increased by the heavy fluid material molecules continuously flowing through the material separator composed of multiple stages again Light fluid material molecules are pushed back to the upper layer, and each multi-step eco-friendly material molecule is separated through the fluidic material molecule outlet 251 configured on the other side of the multi-step eco-friendly material molecule separation and processing machine 1100 It is a structure of a multi-step eco-friendly material molecule separation processing machine configured to automatically discharge to the outside of the processing machine 1100 to collect and use or dispose of, and at the same time separate and extract about 900L to 9000L of fluid material molecules with heavy specific gravity per hour.

The types of fluidic material molecules introduced into the eco-friendly material molecule separation processing machine are very diverse, so it is not limited to a special component.

In addition, it is natural that all of these design changes fall within the scope of the present invention because the numerical values of the inflow amount and the discharge amount can be changed as much as possible.

Example 10

Next, the tenth embodiment of the present invention will be described as follows.

29 is an installation cross-sectional perspective view of an eco-friendly material molecule separation processing machine configured according to a tenth embodiment of the present invention, and is configured as follows.

The structure of the eco-friendly material molecule separation processing machine 1100 composed of a rectangular or circular structure; It is possible to change the configuration in the form of a rectangle, a rectangle, a square, a rhombus, or a hexagon or an octagon.

An injection line ( 8001) was constructed; to be

The reason for configuring the injection line 8001 for injecting fluid material molecules such as water or milk, seawater or alcohol at a position lower by about 30 cm to 2 m from the upper side is lower than the upper side of all fluid material molecules They have mass, and among these fluid material molecules, there are fluid material molecules with heavy specific gravity mixed with incompletely decomposed material molecules. Immediately, the natural material molecule separation action occurs in which the material molecule separation and processing machine moves downward by the material slashing action and the material pushing action, which are naturally generated by the action of gravity, and the fluid material molecules with a light specific gravity float to the upper side This is to configure the injection line 8001 at a lower position than the upper position in order to naturally separate the fluid material molecules with heavy specific gravity and the fluid material molecules with light specific gravity.

In order to naturally separate the polluted fluid material molecules from the heavy fluid material molecules by generating such a material slashing action and material pushing action, it is placed at a lower position than the upper side based on the upper position of the eco-friendly material molecule separation processing machine. Changing the location of the injection line configured to introduce fluidic material molecules into the environment-friendly material molecule separation processing machine is possible for those skilled in the art to change the location, so these design changes are all It is natural that the invention belongs to the scope of the right

a structure of a fluid substance molecule outlet 251 for discharging fluid substance molecules having a light specific gravity to the outside at an upper side of the eco-friendly substance molecule separation processing machine 1100;

The structure of the rotating striking body 1505 configured to be coupled with a plurality of rotating bodies 1502, respectively, at unspecified positions inside the eco-friendly material molecule separation and processing machine 1100;

A special structure is not presented because the rotating body 1502 is fixed to the inside of the eco-friendly material molecule separation processing machine 1100 and combined configuration can be changed as much as possible.

In addition, it is possible to change the configuration of the rotary striking body 1505 in a very diverse way to change the configuration of the installation position.

In addition, as shown in Fig. 34, when the rotating striking body 1505 each coupled to a plurality of rotating bodies 1502 is formed at an unspecified location inside the eco-friendly material molecule separation processing machine, it rotates from the lower direction to the upper direction. A rotating striking body 1505 which rotates from an upper direction to a downward direction and a rotating striking body 1505 configured to face and rotate in opposite directions in the left and right directions are configured to separate the material molecules An eco-friendly water purifier configured to separate and process the heavy and light fluid material molecules that are combined with the fluid material molecules by striking them and processing them into ultra-fine particles A combined material molecule separation and processing machine can be constructed.

In addition, as shown in FIG. 18, a plurality of rotating bodies 1502 are configured at unspecified positions inside the eco-friendly material molecule separation processing machine 1100, and are coupled to the lower ends of the rotating bodies 1502, respectively, and rotate in the downward direction. It is possible to construct an eco-friendly water purifier and eco-friendly material molecule separation processing machine that processes fluid material molecules by configuring a rotary striking body 1505 that is configured to rotate and strike the fluid material molecules flowing in from the upper direction to the lower direction from the lower position. have.

As an example, it is possible to construct a rotating striking body using a grinding blade that crushes an object.

a structure of a discharge line 8028 coupled to an emission control valve 8029 on one side of the lower end of the eco-friendly material molecule separation and processing machine 1100; It is a structure of an eco-friendly material molecule separation and processing machine that is used as an eco-friendly eco-friendly water purifier composed of

In the state in which the emission control valve 8029 configured at the lower end of the eco-friendly material molecule separation processing machine configured as described above is closed, the rotating body 1502 is filled with all the fluid material molecules inside the eco-friendly material molecule separation processing machine ) and the rotating striking body 1505 to continuously strike the fluid material molecules filled in the eco-friendly material molecule separation and processing machine 1100, and at the same time, it is configured at the lower end of the eco-friendly material molecule separation processing machine The discharge control valve 8029 is opened only 5% to 10%, and at the same time, 2000 L of fluid material molecules per hour are continuously introduced into the inside of the fluid material molecule separation processing machine, and at the same time, the discharge line 8028 is opened. 1500L to 1900L per hour are discharged to the outside of the material molecule discharger through the collection and use, and the remaining 100L to 200L fluid material molecules with a light specific gravity are separated and processed through the fluid material molecule outlet 251 ( 1100), the structure of an eco-friendly material molecule separation and processing machine configured to be disposed of or collected and reused by discharging to the outside is presented.

Since the change of time, numerical value, and quantity presented in the tenth embodiment of the present invention can be changed, only one embodiment is presented.

Therefore, it is natural that the person concerned incorrectly configures the environment-friendly material molecule separation processing machine configured according to the present invention and incorrectly configures the time, numerical value, and quantity applied thereto all fall within the scope of the present invention.

Example 11

Next, an eleventh embodiment of the present invention will be described.

30 is a cross-sectional perspective view illustrating an internal cross-section of an eco-friendly material molecule separation processing machine constructed according to an eleventh embodiment of the present invention, and is configured as follows.

Structure of eco-friendly material molecule separation and processing machine 1100 configured in a circular or rectangular shape

An injection line that injects molecules of a fluid substance such as water, milk, or alcohol at a position of the lower part 30 cm to 2 m lower in the lower end direction from the upper position on the other side of the eco-friendly material molecule separation processing machine 1100 (8001) was constructed;

At the lower end of the eco-friendly material molecule separation processing machine, 3 to 8 degrees are more inclined in one direction to induce the fluid material molecules with heavy specific gravity to flow in one direction of the material molecule flow guide plate 5000 structure;

A rotary friction plate 3000 is configured to be coupled to the rotary body 1508 and the protrusion is configured at the end coupled to the rotary body and the rotary shaft 1958; In the middle of the rotating shaft 1958, a plurality of rotating friction plates 3000 including a plurality of rotating brushes 1509 are installed in a plurality of opposite directions facing the inside of the eco-friendly material molecule separation processing machine 1100;

The configuration of the rotary friction plate is configured to face each other and to be opposite to each other, rotate in opposite directions or rotate in the same direction as the yarn to rotate and strike the fluid material molecules flowing into the material molecule separation processing machine to pulverize them. do

The configuration method of the rotating friction plates facing each other can be configured using a turbo impeller type or a pump impeller type.

Example 12

Next, a twelfth embodiment of the invention will be described.

31 is a photograph taken of the configuration of the rotating striking body configured in the shape of a cup brush according to the twelfth embodiment of the present invention, and is configured as follows.

A plurality of rotatable furry brushes 5500 configured in the form of cup brushes are installed in the inside of the material molecule separation processing machine 1000 to face each other and then rotated in different directions to each other inside the eco-friendly material molecule separation processing machine We present an eco-friendly water purifier and material molecule separation and processing machine that is configured to blow-process the fluid material molecules flowing into the

The rotating device that rotates the rotating striking body can use an electric motor and a device that rotates by hydraulic or air power.

As shown in FIG. 31, one side rotating hairy brush 5500 is rotated to the left, and the other side rotating type hairy brush body is configured in a shape opposite to each other by forming a striking body composed of a cup brush type inside the material molecule separation processing machine. This brush 5500 is configured to be rotated in one direction and rotated in the opposite direction to each other and can be changed to increase the hitting efficiency of the fluid material molecules flowing into the eco-friendly material molecule separation processing machine, so all of these design changes are possible. It is natural to fall within the scope of the present invention

In addition, since the arrangement method and arrangement order of the cup brushes can be changed as much as possible, it is natural that all of these design changes fall within the scope of the present invention.

In this way, by configuring the opposite state to face each other, changing and configuring the fluid material molecules flowing into the environment-friendly material molecule separation and processing machine to be blow-processed can be changed by any person skilled in the art, so the shape or rotation of the cup brush is possible. It goes without saying that all of the changes in the configuration of the friction plate fall within the scope of the present invention.

The rotary device for rotating the rotating striking body applied to each embodiment according to the present invention is a direct rotation type using a motor, and a chain or belts can be combined between the driving pulley and the driven pulley that are combined with the motor. As the structure of the rotating device can be changed in many different ways, the illustration of the detailed structure is omitted.

The air injection line for injecting compressed-processed air at 1 to 1000 atm into the environment-friendly material molecule separation processing machine is not shown in a special position because it can be configured by changing the position in a very diverse way.

The reason is that the air injection line can be configured in various places of the eco-friendly material molecule separation and processing machine.

In addition, the method of compressing and processing fluid material molecules at a pressure of 1 atm to 1000 atm and injecting them into the material molecule separation processing machine uses an existing injection line, or additionally configures an injection line at a separate location or changes the configuration. Since it is possible, the illustration of an injection line additionally configured is omitted.

Example 13

Next, a thirteenth embodiment of the present invention will be described.

32 is a cross-sectional perspective view showing a cross section of a material molecule separation processing machine constructed according to a thirteenth embodiment of the present invention, and is configured as follows.

a structure in which an injection line 8001 including a spray nozzle 8111 is formed at a position of a lower end of 20 cm to 100 cm from the upper side of the eco-friendly material molecule separation processing machine 8111; to be.

The reason for configuring the injection line 8001 below about 20 cm to 100 cm from the top to the bottom is to induce the fluid material molecules with heavy specific gravity to push out the fluid material molecules with light specific gravity and to move easily toward the bottom. is to do

In addition, the reason for configuring all of the injection nozzles 8111 at regular intervals over the entire length of the injection line 8001 is directly at the upper end of the vibration generating device configured in multi-steps in the entire horizontal direction of the material molecule separation processing machine. This is to increase the strength of the impact applied to the fluid material molecules by allowing the fluid material molecules to fall.

A plurality of horizontal supports (8012) are layered on the inside of the eco-friendly material molecule separation processing machine, and a vibration generating device (8113) configured to be coupled to a support ring (8110) at the lower end of the horizontal support (8112) is coupled and configured, and then the Fluid material molecules are introduced into the environment-friendly material molecule separation processing machine 1100 through the injection line 8001 including the injection nozzle 8111, and the fluid material molecules are blow-processed to combine with the fluid material molecules We present an eco-friendly water purifier and eco-friendly material molecule separation and processing machine that is configured to process by hitting material molecules with heavy specific gravity and fluid material molecules with light specific gravity.

Since the configuration of the vibration generating device includes a crankshaft vibration method and a vibrating vibration method, and another method includes an ultrasonic vibration impact method using electromagnetic waves, any one method is not specifically limited.

In addition, the installation number of the vibration generator is not particularly limited because it can be manufactured by increasing or decreasing the number according to the size of the inflow.

The configuration method of the injection nozzle 8111 is configured between one side and the other side of the material molecule separation processing machine, and directly flows into the upper part of the vibration generating device 8113 to strongly impact the fluid material molecules to increase the strength of the impact. It is desirable to configure it to be high.

The vibration generator can be configured by applying an ultrasonic generator using electricity, and can be configured by applying a vibration generator using a crankshaft.

Changing the configuration of the support ring 8110 and the vibration generating device 8113 applied to the present invention is possible for those skilled in the art to change the configuration.

Since the electrical wiring method coupled with the vibration generating device can be changed in many different ways, the illustration of the connection configuration method is omitted.

Example 14

Next, the fourteenth of the present invention will be described.

35 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a fourteenth embodiment of the present invention, and FIG. 37 is a cross-sectional perspective view, and FIG. 37 is a side perspective view illustrating a state in which a rotating hairy brush is configured inside the eco-friendly material molecule separation and processing machine according to a fourteenth embodiment of the present invention, and is configured as follows.

The structure of the material molecule separation processing machine (1100) in which a plurality of material molecule pushing wall 1600 and material molecule diffusion guiding wall 1700 are combined in the form of a rhombus between the structure of a box composed of a rectangular rectangular shape ;to be.

The reason for configuring a plurality of material molecule pushing wall 1600 and material molecule diffusion guiding wall 1700 is that material molecules with heavy specific gravity push up fluid material molecules with light specific gravity to the upper side of the eco-friendly material molecule separation processing machine. It is a structure constructed in order to promote the ejection of material and the pushing action of the material discharged first in the downstream direction while pushing it in the left and right direction.

The configuration of the material molecule guiding wall 1600 and the material molecule diffusion guiding wall 1700 can be changed to a circular shape as well.

a structure in which a material molecule separation guide plate 2000 is configured to be inclined from the front direction to the rear direction while being inclined in one direction at the lower end of the material molecule separation processing machine 1100; to be. The reason for the inclined configuration is that the fluid material molecules with a heavy specific gravity push the fluid material molecules with a light specific gravity upward or left and right and are discharged first in the downstream direction. This is to separate and process them easily and easily.

Inside the eco-friendly material molecule separation and processing machine 1100, a plurality of material molecule separation guide films 8003, a plurality of material molecule lift guide plates 8005, a plurality of upper layer material molecule movement passages 8006, and a plurality of material molecule lower layer portions It is a structure in which the movement passage 8004 and the plurality of material molecule ascending induction passages 2 are each configured in multiple stages.

The reason for configuring the low-layer movement passage 8004 of the material molecules in the lower part of the material separator and the upper movement passage 8006 in the upper part is that the fluid material molecules having a heavy specific gravity are first discharged in the downstream direction. It is a structure that collects and composes for reuse.

Each of the material molecule upward guide passage (2) and the material molecule upward guide plate (8005) has a structure in which a rotating hairy brush 5500, which is opposite to each other, is coupled to a rotating body (2002), respectively; to be.

The rotating body that rotates the rotating furry brush 5500 refers to a driving body that is rotated by electricity, hydraulic pressure, or pneumatic force.

In order to drive the rotatable furry brush 5500, the driving pulley and the driven pulley are combined with the rotatable furry brush 5500, respectively, and can be used using a connecting member such as a belt.

In addition, when rotating the rotatable furry brush 5500 configured to face each other, the rotation direction is operated to be different from each other, so that the fluid material molecules flowing into the eco-friendly material molecule separation processing machine are hit and processed. can be

The construction method of the rotating striking body configured in the interior of the eco-friendly material molecule separation and processing machine can be changed in many ways. It goes without saying that all of them fall within the scope of the present invention.

It goes without saying that all of these modification methods fall within the scope of the present invention.

On the other side of the eco-friendly material molecule separation and processing machine 1100, an injection line 8001 for introducing fluid material molecules such as water and milk or alcohol or seawater is configured; In the lower part of the one

Using a material molecule separation processing machine comprising a discharge line 8028 configured to be combined with the discharge control valve 8029, a fluid material molecule with a heavy specific gravity and a polluted fluid with a light specific gravity are combined with the polluted fluid material molecules The discharge is controlled in a state in which 1000 L of fluid material molecules per hour are continuously injected through the injection line 8001 into the environment-friendly eco-friendly water purifier and eco-friendly material molecule separation processing machine configured to separate and extract the sexual material molecules. When the valve 8029 is adjusted to discharge 900L to 999.9L per hour through the discharge line 8028, the remaining 0.1L to 100L fluidic material molecules composed of light-specific fluidic material molecules are the eco-friendly material Eco-friendly water purifier combined eco-friendly material molecule separation configured to separate and extract heavy-gravity fluid material molecules and light-gravity fluid material molecules combined with fluid material molecules by acting to discharge them through the upper side of the molecular separation processing machine present the processing machine.

35, 36, and 37 have a structure in which the material molecule collecting port and the fluid material molecule outlet are combined on the upper side, but the detailed structure is omitted.

Therefore, it is natural that all of these additional structures fall within the scope of the present invention.

Water flowing into the inside by configuring the configuration of the eco-friendly material molecule separation processing machine differently because the configuration can be changed as much as possible by changing and applying the various methods for constructing the eco-friendly material molecule separation processing machine presented above. All those that are modified and configured to extract fluid molecules with heavy specific gravity by striking the molecules of fluid substances such as milk, alcohol, and sea water to separate fluid substances with light specific gravity and fluid substances with heavy specific gravity up and down It is natural that it falls within the scope of the present invention.

Example 15

Next, a fifteenth embodiment of the present invention will be described.

38 is a perspective view showing the shape of the rotating striking body configured inside the eco-friendly material molecule separation and processing machine according to the present invention, and FIG. It is a perspective view constructed by changing the

As shown in FIG. 37, the rotating striking body 200 coupled with the rotating shaft 100 inside the eco-friendly material molecule separation processing machine 1100 is made of a stone such as a stone, and then a plurality of concave-convex grooves 222 in the stone. We present a material molecule separation and processing machine configured to blow-process the fluid material molecules by configuring it.

In addition, since the constituent materials of the rotating shaft can be made of plastic, glass, or non-ferrous metal such as ceramic or stone, it is natural that all of these design changes fall within the scope of the present invention.

The configuration of the concave-convex groove can be changed into various shapes.

In addition, it is possible to configure it in the form of a through hole in which the front and back sides are completely opened or to change the configuration to a concave form.

Since the stone material can be constructed using all mineral materials existing on the earth, all rotating striking bodies constructed by varying the material of the stone material are included in the scope of the present invention.

In addition, as shown in FIG. 38, the rotating striking body 200, which is configured to be coupled with the rotating shaft inside the eco-friendly material molecule separation processing machine, is placed at an angle using a stone such as a stone and in a staggered form on the rotating shaft 100. We present fluid material molecules configured to construct and blow-process the fluid material molecules.

Example 16

The following describes claim 28 according to the sixteenth embodiment of the present invention.

40 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a sixteenth embodiment of the present invention, and is configured as follows.

The structure of the material molecule separation processing machine 1100 composed of multiple steps in the form of a circle;

The configuration of the material molecule separation processing machine 1100 can be changed to a triangle, an inverted triangle, a cone, a hexagon, a square, an octagon, or a rectangle.

Alternatively, it is possible to configure the shape of a triangular joint like this

Or, it is natural that all of these design changes fall within the scope of the present invention as changes can be made, such as in the form of peanuts.

The structure of the rotating striking body 1503 configured to be coupled to the rotating body inside the material molecule separation processing machine 1100;

The function of the rotating striking body is a structure configured to separate fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity that are combined with fluidic material molecules flowing into the environment-friendly material molecule separation and processing machine to be.

a structure in which an injection line 8001 for injecting fluid material molecules, such as water, milk, or alcohol, is formed on the upper side of the material molecule separation processing machine 1100;

At the lower end of the material molecule separation processing machine 1100, the upper transfer discharge line 8098 connected to the upper end of the material molecule separation processing machine 1100, which is configured in multiple steps in the next step, is combined with the upper discharge control valve 8099 structure to be;

The structure of the discharge line 8028 coupled to the discharge control valve 8029 at the lower end of the material molecule separation processing machine 1100 configured at the end of the eco-friendly material molecule separation processing machine 1100 configured in multiple steps;

At the upper edge of the upper upper part of the eco-friendly material molecule separation processor 1100, the fluid material molecules with a light specific gravity that float to the upper side of the eco-friendly material molecule separation processor 1100 by the action of gravity are collected and discharged to the outside. A structure in which the molecule collecting port 250 is configured in a ∪ shape from the lower part of the upper upper rim of the eco-friendly material molecule separation processing machine 1100 as a starting point;

That is, it is a structure constructed by standing up in the shape of a U.

In detail, starting in the form of an ∪-shaped plate-shaped rim from just below the upper end of the eco-friendly material molecule separation processing machine, it is a structure configured to collect fluid material molecules with a light specific gravity overflowing the upper end of the eco-friendly material molecule separation processing machine. .

This structure is an important structure that separates fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity, and it corresponds to the main structure of the present invention, so it is very simple for those skilled in the art to change and configure

A material molecule separation processing machine ( 1100) is presented

As described above, fluidic material molecules such as water are continuously injected at a rate of 100 wt% through the injection line 8001 configured on the upper side of the eco-friendly material molecule separation processing machine 1100, which is configured in multiple steps as described above. By using the rotating body 1502 and the rotating striking body 1503 to strike the fluid material molecules continuously flowing into the environment-friendly material molecule separation processing machine, the fluid material molecules with heavy specific gravity and fluidity with light specific gravity At the same time processing so that material molecules are separated, the upper transfer discharge line 8098 and the upper discharge control valve 8099 coupled to the upper transfer discharge line 8098 are adjusted to increase 90 to 99.99 wt% of the inflow amount 100 wt%, the upper transfer discharge line 8098 In the next step, the fluid material molecules such as water are reduced and discharged step by step so that the discharge amount is sequentially reduced to the inside of the material molecule separation processing machine 1100, which is composed of multiple steps in the next step, so that the fluid material molecules with light specific gravity and specific gravity are reduced. The process of separating heavy fluid material molecules is separated and processed through the eco-friendly material molecule separation processing machine, which is composed of steps, and at the same time, it is configured at the end of the eco-friendly material molecule separation processing machine, which is composed of multiple steps. After collecting and using the fluid material molecules with heavy specific gravity finally discharged through the discharge line 8028, the remaining fluid material molecules with a light specific gravity float to the upper side of the eco-friendly material molecule separation processing machine 1100, which is composed of multiple steps. Pure fluid material molecules with heavy specific gravity using the material molecule separation processing machine 1100 configured to discharge or collect them to the outside through the material molecule collection port 250 and the fluid material molecule discharge port 251 We present an eco-friendly material molecule separation and processing machine configured to separate and extract fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with

Example 17

The following describes claim 29 constituted according to the seventeenth embodiment of the present invention.

41 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a seventeenth embodiment of the present invention, and FIG. , and FIG. 45 is a perspective view showing the eco-friendly material molecule separation processing machine constructed according to the seventeenth embodiment of the present invention from the lower end to the upper side, and is configured as follows.

The lower part has a structure in which the lower partition compartment 5577 is configured to be wider than the width of the upper part; In the middle part, an intermediate separation compartment (5588) for inducing a material slashing action, in which the fluid material molecules with a heavy specific gravity act to preferentially fall downward while pushing the fluid material molecules with a light specific gravity upward, is configured in a triangular shape. structure to be;

On the upper side of the intermediate separation compartment 5588 for inducing the material snatching action, the upper separation compartment 5599 in a rectangular and rectangular shape is combined in multiple steps in a stepwise form. The structure of the eco-friendly material molecule separation processing machine 1100;

The reason that the size of the lower part is larger than the size of the upper part is that by the action of gravity, molecules of fluid substances with heavy specific gravity push up molecules of fluid substances with light specific gravity to the upper part and preferentially descend in the direction of the lower part to be discharged preferentially. This is to facilitate the separation and collection of heavy fluid material molecules that are bound to pollutant material molecules with light specific gravity by accelerating the cut-out action.

This structure can be configured in the form of an inverted triangle or in the form of a jar that makes the middle part larger.

Around the upper end of the upper separation compartment 5599, a material molecule collecting port 250 that collects fluid material molecules with a light specific gravity overflowing the upper end of the eco-friendly material molecule separation and processing machine 1100 is configured in an _ shape, , a structure in which a fluid material molecule outlet 251 is formed on one side of the material molecule collecting port 250;

a structure in which a material molecule separation guide plate 2000 is configured to be inclined from the front direction to the rear direction while being inclined in one direction at the lower end of the material molecule separation processing machine 1100;

In the interior of the eco-friendly material molecule separation and processing machine 1100, which is composed of the structure of the lower layer separation compartment 5577, the intermediate separation compartment 5588 for inducing the material snatching action, and the upper separation compartment 5599, a plurality of them in a stepped form The structure is composed of two material molecules descending

guide plates

101, 301, 501, 701, and 901.

At the lower end of the material molecule descending guide plate (101, 301, 501, 701, 901), a plurality of lower portion material molecule movement passages (102, 302, 502, 702, 902) are configured to preferentially discharge fluid material molecules with heavy specific gravity;

In the next step of the material molecule movement path (102, 302, 502, 702, 902), the fluid material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, the fluid material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. The fluidic material molecule rising guide plate (201,401,601,801,9912) is configured, and the upper layer material molecule movement passageway (202,402,602,802,9911) is configured on the upper side. structure; is

The material molecule separation compartment (100,200,300,400,500,600,700,800,900,991,992) in which fluid material molecules such as water, seawater, alcohol, milk or beverage are formed in multiple stages through the injection line 8001 configured in the eco-friendly material molecule separation processing machine configured as described above At the same time, it is hit and processed by the rotating striking body 1503 configured at the lower end of the eco-friendly material molecule separation processing machine 1100, and at the same time floats upward through the material

molecule movement passages

102, 302, 502, 702, 902 by the action of gravity. A discharge line ( 8028), the structure is configured so that the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity are separated as they are discharged to the outside.

The number of components of the material molecule separation compartment, the material molecule descending guide plate, the fluid material molecule ascending guide plate, the upper layer material molecule movement passage, and the lower portion material molecule movement passage may be changed according to the material to be processed. Since the size can be configured differently or the number can be changed to increase the number, it is natural for the person concerned to change and configure these configurations to fall within the scope of the present invention.

a structure in which an injection line 8001 for injecting fluid material molecules such as water, milk, alcohol, beverage, medicine, or seawater on one side of the material molecule separation processing machine 1100 is configured;

A discharge line 8028 for discharging fluidic material molecules with heavy specific gravity to the lower end of the eco-friendly material molecule separation processing machine 1100 is combined with an emission control valve 8029. Contaminated fluidity using a material molecule separation processing machine We present a nature-friendly, eco-friendly water purifier and eco-friendly material molecule separation and processing machine that is configured to separate and extract heavy fluid material molecules and light specific gravity polluted fluid material molecules combined with material molecules.

The striking devices for hitting the fluid material molecules flowing into the eco-friendly material molecule separation processing machine are presented in each embodiment of the present invention, and thus the structure is omitted in the seventeenth embodiment of the present invention.

The eco-friendly material molecule separation and processing machine using a rotating striking body (not shown) in a state in which 100wt% of fluid material molecules are continuously introduced on an hourly basis through the injection line 8001 configured in the eco-friendly material molecule separation and processing machine By continuously striking and processing the fluidic material molecules flowing into 1100, the discharge control valve 8029 is controlled to discharge 90wt% to 99.99wt% of the inflow 100wt% through the discharge line 8028. After collection and use, the remaining 0.01 to 10 wt% of the fluidic material molecules with a light specific gravity that float to the upper side of the eco-friendly material molecule separation and processing machine 1100 are the material molecule collection port ( 250) and an eco-friendly material molecule separation processing machine configured to be collected and used or reprocessed by discharging to the outside of the environmentally friendly material molecule separation processing machine through the fluid material molecule discharge port 251 configured on one side.

Since it is very simple to change and configure the rotating striking body inserted into the eco-friendly material molecule separation processing machine configured as described above, it is displayed briefly.

The configuration of the rotating striking body configured according to each embodiment of the present invention can be configured as a circle, hexagon, or square, octagon, or half-moon type formed by splitting a circular pipe in half.

In addition, if a person skilled in the art applies the basic theory presented in the present invention, it is possible to strike or pulverize the fluid substance molecules coupled with the pollutant fluid substance molecules so that the fluid substance molecules with heavy specific gravity are discharged in the downward direction. Used among the devices that are modified to crush the fluid material molecules flowing into the material molecule separation processing machine when changing and configuring the material molecule separation processing machine to act and simultaneously float the fluid material molecules with light specific gravity in the upward direction Possible components include using a blender blade or installing a grinder configured to rotate facing each other in a millstone type at the entrance or inside of the material molecule separation processing machine. It is natural that it falls within the scope of the present invention.

Example 18

The following describes claim 30 constituted according to the eighteenth embodiment of the present invention.

43 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to an eighteenth embodiment of the present invention, and FIG. As a perspective view, it is configured as follows.

The structure of the eco-friendly material molecule separation processing machine 1100 in which the upper separation compartment 5599 portion is combined in a horizontal form in a rectangular and rectangular shape on the upper side of the intermediate separation compartment 5588 for inducing the material cut-off action;

Around the upper end of the upper separation compartment 5599, a material molecule collecting port 250 that collects fluid material molecules with a light specific gravity overflowing the upper end of the eco-friendly material molecule separation and processing machine 1100 is configured in an _ shape, , a structure in which a fluid material molecule outlet 251 is formed on one side of the material molecule collecting port 250 ;

A plurality of material molecules descend in the eco-friendly material molecule separation and processing machine 1100 composed of the structure of the lower layer separation compartment 5577, the intermediate separation compartment 5588 for inducing the material slashing action, and the upper separation compartment 5599. a structure in which guide

plates

101, 201, 301, 501, 701, and 901 are configured;

At the lower end of the material molecule descending guide plate (101, 201, 301, 501, 701, 901), a plurality of lower end material molecule movement passages (102, 302, 502, 702, 902) are configured to preferentially discharge fluid material molecules with heavy specific gravity;

At the rear of the material

molecule movement passages

102, 302, 502, 702, and 902, the fluid material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, the fluid material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. a structure in which the sexual material molecule upward guide plate (201, 401, 601, 801, 9912) is configured;

A structure in which a plurality of material molecule separation compartments (100,200,300,400,500,600,700,800,900,991,992) are formed on the upper side of the fluidic material molecule rising guide plate (201,401,601,801,9912) by a structure in which the upper layer material molecule movement passages (202,402,602,802,9911) are configured;

The material molecule separation compartment (100,200,300,400,500,600,700,800,900,991,992) composed of multiple stages through the injection line 8001 configured in the eco-friendly material molecule separation processing machine configured as described above is water, seawater, alcohol, milk or beverage, etc. In the state of continuously injecting

It is processed by hitting the fluid material molecules using the rotating striking body 1503 configured at the lower end of the eco-friendly material molecule separation processing machine 1100, and at the same time, by the action of gravity, the material

molecule movement passages

102, 302, 502, 702, 902 through the upper side Fluid material molecules with a light specific gravity floating as a result are collected and processed using a fluid material molecule outlet 251 on one side of the material molecule collecting port 250, and at the same time, the fluidic material molecule rising guide plate (201,401,601,801,9912) ) through the upper layer material molecule movement passages (202, 402, 602, 802, 9911) composed of multiple stages at the upper end of the eco-friendly material molecule separation processing machine 1100 through the discharge line 8028 configured at the end of the configured to be discharged to the outside An eco-friendly material that is used as an eco-friendly water purifier to separate and extract the heavy fluid substance molecules and the light specific gravity polluted fluid substance molecules that are combined with the polluted fluid substance molecules using a material molecule separation processing machine Molecular separation processing machine is presented.

Another modified embodiment will be described.

As described above, the multi-layer material molecule transfer passage 5858 is configured in layers in the form of a plurality of passages at the lower end of the upper material

molecule movement passages

202, 402, 602, 802, 9911 configured in the eco-friendly material molecule separation and processing machine 1100. Depending on the mass of We present a structure in which automatic separation according to specific gravity, gravity, and mass is performed in detail through the material molecule collecting port 250 and the fluid material molecule outlet 251 .

The configuration of the multi-layered material molecule transport passages 5858 can be changed in a very diverse way as shown in FIG. It is natural that all of those configured differently or otherwise fall within the scope of the present invention.

Example 19

The following describes claim 31 constituted according to the nineteenth embodiment of the present invention.

46 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 19th embodiment of the present invention, and FIG. It is a perspective view, Figure 63 is a photograph of a material explosion that occurs when material molecules and material molecules come into contact when tap water flows out, and Figure 64 is a photograph of various materials and substances existing in the sea and land come into contact It is a photograph of a cloud, which is a combination of gaseous moisture that has risen to the atmosphere by the action of gravity while being decomposed into ultrafine particles by the action of an explosion, and is composed as follows.

As shown in FIG. 63, all substances are converted to gaseous substance molecules as soon as they come into contact with a substance molecule having another component, and are recombined to reduce to their original components.

The evidence is the phenomenon that the seawater comes into contact with the waves and bubbles are generated at the same time.

When the wave strikes, the material molecules come into contact with the material molecules, and at the same time, a material explosion occurs, creating bubbles, which are gaseous material molecules.

Since the generated foam has a light specific gravity, it floats upward by the action of gravity.

Some of its components rise to the atmosphere by the action of gravity and turn into clouds, then change into components of snow, rain, or hail.

The process of this cycle is factual evidence accepted by earth science.

Heavy metals are decomposed into material molecules with light specific gravity by this material explosion action, and heavy metals contained in contaminated soil are decomposed into material molecules with light specific gravity by various actions such as material explosion action and are stacked or contained in the soil. .

As proof of that, iron content from tap water is mixed with tap water because the water pipe is corroded by various actions and its specific gravity has become lighter than that of water.

In addition, since the tap water component is composed of thousands of components, as shown in FIG. 63, when the material molecules and material molecules come into contact with each other naturally, a material explosion occurs, and countless bubble gases are released. You can directly witness what is happening.

If you shake the beer bottle vigorously after opening it, countless bubbles, which are foaming substances, are generated at the top of the bottle.

Also, as shown in Fig. 64, the clouds floating in the upper part of the atmosphere are made up of various substances by various actions such as a material explosion that occurs when moisture existing on the ground and sea water in the sea come into contact with each other. The material molecules that make up living things and their materials, as well as the material molecules that make up plants and animals, are decomposed into ultrafine particles, their specific gravity becomes lighter than water, and remain floating in the atmosphere by the action of gravity. It is the principle of the universe that it turns into snow, rainwater, or hail by various actions generated by substances such as ultraviolet rays, gamma rays, and alpha rays emitted from the universe and falls back to the ground and sea to become water molecules.

In detail, ultrafine particles, which are the basic constituents of all living things, plants, animals, and all objects that are made up of material molecules, come into contact with a particulate matter molecule with a light specific gravity and another particulate matter molecule. At the same time, it occurs in catalysis and material explosion, and at the same time particulate fluidic material molecules are transformed into bubble-like material molecules such as balloons by various invisible actions such as mass explosion, and then floated into the atmosphere by the action of gravity. The evidence that the present inventor changes to water molecules by various actions in the state of being watered is an empirical fact that the inventor discovered while inventing 1,600 while researching water for over 30 years, and there are numerous patents registered while proving this logical truth. .

For example, when soap is dissolved in water and blown, a material explosion occurs and a bubble-like substance is formed.

For example, the specific gravity of iron is composed of heavy metals 7.85 times heavier than that of water. Since it has been converted into a compound of iron, rust, that is, a compound of iron, comes out of the tap water.

In addition, since the salt components in the food waste are mixed with the water added when making food, if water is added to the food waste and then diluted, a material explosion occurs when the salt components and water molecules come into contact. As a result, the salt components change to a gaseous state, and at the same time, the specific gravity becomes lighter than that of water temporarily and remains floating upwards. After 1 to 5 minutes, the salt components recombine with water and Since it is heavier than the specific gravity, the salt component could not be removed from the food waste.

However, while continuously injecting water with heavy specific gravity into the inside of the hopper 8080 into which the salt components and the food waste diluted with the salt components are continuously put in a state in which the salt components are kept floating on the upper part of the water, the rotating striking body ( 1523), when food waste and water are hit, the food waste is automatically separated in the upper and lower directions due to the difference in specific gravity and the action of gravity. The material molecule separation and processing machine that easily removes salt and edible oil components contained in garbage is presented as follows. In detail, food waste and water molecules with heavy specific gravity are continuously introduced into the inside of the hopper 8080 at the same time as food waste is introduced, and at the same time, food waste, salt components, and water molecules with heavy specific gravity are removed by using the rotary striking body 1523. When it is processed by hitting, the salt components dilute and dilute with water by the blow of the rotating striking body 1523 are transformed into bubble components, that is, foam components by the material explosion action, that is, into material molecules having a lighter specific gravity than water molecules. We present a material molecule separation and processing machine configured to remove trace salt components contained in food components by using the phenomenon of automatically floating to the upper side of the hopper while being pushed upward by water molecules with heavy specific gravity.

In detail, it is composed to remove salt components or cooking oil components contained in food waste by using the principle that salt components combined with seawater are transformed into bubbles by the action of material explosion when waves strike in the sea and float to the upper part of seawater. It is a technology related to eco-friendly material molecule separation and processing machine

In other words, the edible oil component contained in food waste has a lighter specific gravity than water molecules, so it is easier to remove and extract.

In addition, the method of removing heavy metal components with light specific gravity contained in the contaminated soil from the soil can be easily separated and extracted using a material molecule separation and processing machine as configured as follows.

In detail, when all material molecules come into contact with components other than their own, a temporary material explosion occurs and turns into air bubbles, i.e., air bubbles, and automatically floats upwards. It is intended to present an eco-friendly material molecule separation and processing machine configured to separate and extract components contained in soil, etc.

The specific gravity of salt water is 1.028 times heavier than that of water. However, this figure is when 10 g of salt is added to 90 g of distilled water.

However, the amount of salt water contained in the normally generated food waste varies greatly depending on the food, so it is impossible to know the number.

Therefore, it was close to impossible to remove the salt component contained in the food.

However, a small amount of salt contained in food waste can be removed by reversely using the material explosion action, the material pushing action, and the action of gravity, which act to easily and quickly remove a small amount of salt components in food.

An eco-friendly material molecule separation and processing machine according to the present invention that removes light heavy metals, etc. from contaminated soil contaminated with light heavy metals and removes trace salt components contained in food waste will be described as follows.

The structure of the eco-friendly material molecule separation processing machine 1100 configured to separate salt or light heavy metals contained in contaminated food waste or contaminated soil, etc. The structure of the eco-friendly material molecule separation and processing machine 1100 configured in the form of a hopper 8080 having an outlet 8030 coupled to the material molecule separation inducing unit 8070;

A structure in which a plurality of rotating striking bodies 1503 coupled with a rotating body 1502 such as a motor are coupled around the material molecule separation inducing unit 8070;

The shape of the hopper can be freely changed, such as a rectangular or rectangular floating rhombus, hexagon or octagon.

An outlet 8030 is configured on the lower side of the hopper 8080; A structure in which the discharge valve 8031 is coupled to the discharge port 8030;

Since the shape of the discharge valve can be changed in many ways, it is natural that all of the changed configuration falls within the scope of the present invention.

a structure in which a discharge line 8028 is coupled to a discharge control valve 8029 on one side of the lower end of the hopper 8080;

A rotating body 1522 such as a motor is coupled to the inside of the hopper 8080 by a cradle; A structure in which the rotating striking body 1523 is coupled to the lower side of the rotating body 1522 is;

The structure of the cradle for mounting the rotating body 1522, such as a motor, is specified in FIGS. 46 and 47, but reference numerals are omitted.

In the upper periphery of the hopper 8080, 1cm to 30cm is lower than the height of the upper end of the hopper 8080, and the upper end is 1cm to 30cm higher than the height of the hopper 8080. Material molecule collection port ( 250) is constructed; At one side of the material molecule collecting port 250, a fluid material molecule outlet 251 for discharging the fluid material molecules floating upward of the hopper 8080 to the outside is configured;

However, the configuration height of the material molecule collecting port 250 is not limited to a special value because the configuration can be changed as much as possible.

The reason for configuring the position of the material molecule collecting port 250 to be lower than the height of the upper side of the hopper 8080 is that fluidic material molecules having a light specific gravity flowing through the upper end of the hopper 8080 are easily removed. in order to collect

In addition, the reason for configuring the upper height of the material molecule collecting port 250 to be higher than the height of the upper end of the hopper 8080 is to easily collect the fluidic material molecules having a light specific gravity flowing through the upper end of the hopper. is for

Therefore, it is natural that the shape of the material molecule collecting port 250 is different or the configuration position is configured differently all fall within the scope of the present invention.

a structure in which an injection line 8001 for introducing molecules of a fluid material such as water is coupled to one upper side of the hopper 8080;

A structure in which a horizontal transfer conveyor belt unit 7000 is coupled to the lower end of the outlet 8030;

On one side of the hopper 8080, a structure in which the conveyor belt unit 9000 is coupled to the inlet 9090 in an inclined form; is

The structure of the conveyor loom unit 9000 configured to put food waste or sludge, human manure, livestock manure, or contaminated soil into the hopper can be changed in various ways.

As an example, the configuration can be changed to a vacuum pump transfer type or a screw transfer type, so it is natural that all of these design changes fall within the scope of the present invention.

The role of the inlet is a structure configured to stably inject a certain amount of soil or sludge dredged using equipment such as a dump truck or a fork crane or contaminants such as general waste or food waste into the inside of the hopper.

It is very simple to change and configure food waste, contaminated soil, human excreta, livestock manure, or sedimentary sludge in the sea, etc.

The reason for configuring the conveyor belt unit 9000 on one side of the hopper is to stably inject a certain amount of general waste or food waste or sludge, or mud or mud such as contaminated soil or contaminated sediment sludge into the inside of the hopper. This is to separate edible oil and salt components contained in contaminated food waste, or heavy metals with light specific gravity contained in soil or mud constituting contaminated sedimentary sludge.

However, the method of putting contaminated sedimentary sludge or contaminated soil, livestock, human manure, or food waste into the inside of the hopper 8080 can be changed so that it is input through a pipeline configured to be combined with a vacuum pump.

It is natural that all of these design changes fall within the scope of the present invention.

In addition, the reason for configuring the injection line 8001 on one side of the hopper is to introduce fluid material molecules such as water with heavy specific gravity through the injection line 8001 and at the same time, through the conveyor belt unit 9000. Food waste or sludge flowing into the inside of the hopper 8080, or fluid material molecules such as salt components or edible oil contained in general waste, are induced to float to the upper side of the hopper, or contaminated soil or contaminated sedimentary sludge is removed. After putting in the polluted mud constituting it with water, the food wastes are continuously hit and processed using the rotary striker 1503, or the polluted mud composing water and soil or sedimentary sludge is continuously diluted. Then, 80wt% to 99.99wt% of the water continuously introduced into the injection line 8001 is adjusted to 100wt% by adjusting the discharge control valve 8029 coupled to the discharge line 8028 compared to 100wt% of the water inflow into the discharge line 8028. When it is discharged through Eco-friendly material molecule separation processing machine configured to remove fluid material molecules such as salt components or edible oil separated from contaminated soil or food waste by discharging to the outside of the environmentally friendly material molecule separation processing machine 1100 through the outlet 251 is the structure of

In detail, after adding about 5% to 10% of water in a state in which 80% to 90% of food waste or contaminated soil is put into the inside of the hopper, the rotation coupled to the rotating body 1502 When the striking body 1503 is used to strike water and food waste or contaminated soil flowing into the hopper 8080, a material explosion occurs between water and food waste or water and contaminated soil. At the same time, salt components with light specific gravity and components with light specific gravity separated from the contaminated soil automatically float to the upper side of the hopper. When about %~30% is added, the additionally added water with a heavy specific gravity is a light-specific pollutant separated from the light-specific salt component or the light-specific gravity polluted soil that is added to the inside of the hopper. Salt contained in contaminated soil or food waste by using the action of releasing molecules to the outside of the eco-friendly material molecule separation and processing machine through the material molecule collecting port 250 and the fluid material molecule outlet 251 It is the structure of an eco-friendly material molecule separation processing machine that is configured to remove components or edible oil components.

Controlling the amount of food waste and water injected through the hopper by controlling the discharge control valve 8029 can be changed by any person skilled in the art.

The results that can be achieved through the operation process of the material molecule separation and processing machine as described above are the fluid material molecules with a light specific gravity combined with the polluted mud constituting the contaminated soil or contaminated sedimentary sludge, and the pure water molecules with a specific gravity heavier than that of water. While performing the process of continuously injecting soil and sedimentary sludge into the hopper 8080, and simultaneously performing the process of continuously injecting clean water through the injection line 8001, it flows into the inside of the hopper 8080 By controlling the discharge control valve 8029 coupled to the discharge line 8028 compared to 100wt% of the water inflow, 80wt% to 99.99wt% is discharged to the outside through the discharge line 8028, the remaining 0.1wt% Fluid material molecules with a light specific gravity of ~20 wt% are the eco-friendly material molecules through the material molecule collecting port 250 and the fluid material molecule outlet 251 through the upper end of the hopper 8080 by the action of gravity This is the structure of the material molecule separation processing machine 1100 configured to separate and extract heavy metals with light specific gravity combined with the contaminated soil by discharging them to the outside of the separation processing machine 1100.

The soils simultaneously discharged through the discharge line 8028 by the action of gravity collect the soils mixed with water in a separate collection bin, and then remove the water deposited in the collection bin after sedimentation is complete and then settle It is a structure of an eco-friendly material molecule separation and processing machine configured to separate and collect soil and reuse it.

After the process of processing as described above is carried out for about 5 to 30 minutes, the injection line 8001 and the discharge control valve 8029 are both closed in the state inside the outlet 8030. The discharge valve 8031 is gradually opened to gradually discharge the processed food waste or the processed soil or sedimentary sludge by putting it into the inside of the hopper 8080 through the discharge port 8030, and configured at the lower end. Presents an eco-friendly material molecule separation and processing machine configured to collect and process using a horizontal transfer conveyor belt unit (7000).

When the food wastes are continuously hit by using the rotary striking body 1523, a material explosion occurs between the water molecules and the salt component and the cooking oil component combined with the food waste, and at the same time, the salt component and the cooking oil component As they are changed into foam components, their specific gravity is lighter than that of water and food waste due to material levitation, and they float to the upper side of the hopper 8080 by the action of gravity.

The fundamental reason for this flotation of material molecules is that as soon as the ultrafine particle components, which are unique components of all materials, come into contact with each other, a material explosion occurs and at the same time changes into a gaseous component, resulting in a hopper (8080) by the action of gravity. Comparing the natural phenomenon, when a wave strikes in the sea, the material molecules that make up the seawater and the material molecules come into contact with each other and the seawater that has turned into gas is transformed into bubbles with light specific gravity. After being floated to the upper part of the sea water by the action of gravity, it is possible to witness the phenomenon that material molecules and material molecules recombine again to change back to sea water by the material bonding action.

Due to this material explosion, if you stand on the beach where the waves hit, you can directly witness the vibration of the smell of water.

The phenomenon of vibrating a fishy smell at the beach can be witnessed as a phenomenon that the watery smell becomes more intense because the material explosion occurs strongly when the material molecules come into contact with the material molecules when a typhoon comes.

When the technique of claim 31 according to the 19th embodiment of the present invention using the material explosion action and the material pushing action described above is used, heavy metal components with light specific gravity contained in contaminated soil and salt components contained in food waste It is logically understandable that vegetable oil and cooking oil components can be easily separated and extracted from food waste.

The method of operating the conveyor belt unit 9000 and the horizontal transfer conveyor belt unit 7000 is omitted because the automatic control technology is applied.

An eco-friendly system that is configured to separate and extract molecules of fluid substances such as salt or edible oil mixed with food waste through the repetitive work process as described above, or to regenerate contaminated soil or mud composing contaminated sedimentary sludge into pure soil The invention relates to a material molecule separation and processing machine.

That is, it is a structure of an eco-friendly material molecule separation and processing machine that is configured to separate and extract salt components or edible oils mixed with food waste.

In other words, if the fluid material molecules with light specific gravity separated and extracted from the contaminated soil or sediment-contaminated mud are reprocessed through a separate treatment process, the contaminated soil or soil contaminated with sediment is simply reprocessed to be reborn as pure soil. Show the skills that can make it happen.

In detail, when the salt component or edible oil mixed with the food waste is diluted with water and mixed with water, it is automatically floated to the upper side of the hopper 8080 by the action of gravity and additionally introduced to the heavy water molecules. The salt components and edible oil components mixed with the food waste are pushed upward and are separated and extracted to the outside of the hopper 8080 through the material molecule collecting port 250 configured around the upper side of the hopper. The invention relates to a molecular separation processing machine.

When water is discharged through the discharge line 8028 through this work process, food waste mixed with water by the action of gravity and discharged at the same time is moved to a separate collection space, settling, and then collected and recycled. It is possible to remove salt components and cooking oil contained in the garbage.

Example 20

The following describes claim 32 constituted according to the twentieth embodiment of the present invention. 48 is a perspective view of an eco-friendly material molecule separation and processing machine configured according to a twentieth embodiment of the present invention, and FIG. 50 is a perspective view showing the eco-friendly material molecule separation processing machine configured according to the twentieth embodiment of the present invention from the lower direction to the upper direction in a state of being separated in half, and FIG. 50 is the twentieth embodiment of the present invention It is a half perspective view showing the state in which an intermediate separation membrane that promotes the separation of fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity is formed in a part of the interior of the eco-friendly material molecule separation processing machine constructed according to the following. composed together

The structure of the eco-friendly material molecule separation processing machine 1100 configured in the shape of a rectangle;

A structure in which a material molecule separation guide plate 2222 is formed in the form of a multi-step step while being inclined to one side at the lower end of the eco-friendly material molecule separation and processing machine 1100;

Each material molecule descending guide plate (101,301,501,701,901,9913) with an interval of 1mm to 200cm in the upward direction on the upper side of the material molecule separation guide plate 2222 configured inside the eco-friendly material molecule separation processing machine 1100 It is a structure in which each material molecule separation compartment (100,200,300,400,500,600,700,800,900,991,992,993) is formed by constructing it.

At the lower end of the material molecule separation compartment (100,200,300,400,500,600,700,800,900,991,992,993), a rotating body (9005) that acts to strike fluid material molecules or air is combined with a rotating striking body (9006) configured respectively;

A structure in which fluidic material molecules ascending guide plates (201, 401, 601, 801, 9912) are respectively configured between the material molecule separation compartments (100, 200, 300, 400, 500, 600, 700, 800, 900, 991, 992, 993).

The size and number of components of the material molecule descending guide plate, the material molecule separation compartment, and the fluid material molecule ascending guide plate, respectively, can be increased or decreased as much as possible.

A structure in which an intermediate separation membrane 9991 is formed in each form between the material molecule separation compartment and the fluidic material molecule rising guide plate.

The configuration of the intermediate separation membrane can be changed to the shape of a thousand taeman images.

The reason that the intermediate separator 9991 is formed between the material molecule separation compartment and the fluidic material molecule rising guide plate is that fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity can easily move upward and downward. This is to induce separation while moving in the direction

a structure in which an intermediate separation membrane 9991 is formed in each shape between the material molecule separation compartment and the fluidic material molecule rising guide plate;

a structure in which upper layer material

molecule movement passages

202, 402, 602, 802, and 9911 are respectively configured with an interval of 1 cm to 100 cm above the fluidic material molecule rising guide plate (201, 401, 601, 801, 9912);

At the lower end of the fluidic material molecule rising guide plate (201,401, 601, 801, 9912), with the material molecule separation guide plate 2222 as a starting point, gravity guide plates 9990 are formed at a height of 1 cm to 2 m in the upper part, respectively, to move the bottom water. A structure in which passage 2201 is configured, respectively.

A structure in which material molecule inducing films 996 are respectively formed in the shape of a triangle on the upper side of the low-level water movement passage 2201;

The material molecule separation compartments (100,200,300,400,500,600,700,800,900,991,992,993) and the fluidic material molecule upward guide plates (201,401,601,801,9912) have a structure in which each intermediate part movement path 995 is configured.

The reason for configuring the intermediate portion moving passage 995 is to make the fluid material molecules with heavy specific gravity push the fluid material molecules with light specific gravity and act so that they are easily moved to the next compartment.

In addition, it is configured to act so that the polluted air and the purified air can easily move upward.

The configuration of the intermediate portion moving passage 995 may be layered on the material molecule separation compartments 100,200,300,400,500,600,700,800,900,991,992,993 and the fluidic material molecule upward guide plate 201,401,601,801,9912.

In addition, it is possible to change the configuration to a shape such as a rectangle, a triangle, a square, a rhombus, or a diamond, and the configuration position is freely changeable.

The size and configuration number of the intermediate separation membrane 9991, the low-layer water movement passage 2201, and the upper layer material molecule movement passage can be configured to increase the number or change the shape.

The configuration of the material molecule inducing film can be changed to an ∩ shape as shown in FIG. 51, and since the configuration can be changed any number of times according to the intention of the person concerned, all of these design changes are within the scope of the present invention It is natural to belong to

On the upper part of the material molecule inducing film 996, fluid material molecules with heavy specific gravity are moved to the lower layer and material molecules moving passages 997 that act to float fluid material molecules with light specific gravity to the upper side are formed. structure;

a structure in which an injection pipe 7777 is formed between one side and the other side of the middle portion of the eco-friendly material molecule separation and processing machine 1100;

The injection pipe 7777 has a structure in which a plurality of outlets 7700 for supplying fluid material molecules or air are formed;

A structure connected with the injection pipe 7777 by configuring a pump 7770 at a position 10% to 20% higher than the upper end position of the eco-friendly material molecule separation and processing machine 1100 on one side of the injection pipe 7777 ;to be.

However, the configuration position of the pump can be freely changed.

a structure in which a second injection pipe 9901 is configured at the lower end of the injection pipe 7777;

The second injection pipe 9901 has a structure in which a plurality of second outlets 9902 are configured;

a structure in which a second pump 9900 configured to inject air or polluted air or water or liquids is coupled to one side of the second injection pipe 9901; A nature-friendly eco-friendly water purifier and eco-friendly material molecule that is configured to separate molecules of a fluid substance with a light specific gravity and a molecule of a fluid substance with a heavy specific gravity, which are combined with molecules of a fluid substance composed of air, water, or liquid using A separation machine is presented.

The size and configuration number of the injection pipe 7777 and the second injection pipe 9901 can be increased or configured by changing the configuration.

In addition, the configuration of the pump is not particularly limited because it is possible to change the configuration in many different ways.

Using the environmentally friendly eco-friendly water purifier and eco-friendly material molecule separation processing machine configured as described above, it is possible to inject and process the soot combined with the polluted air using the pump 7770, and in another embodiment, the second In a state in which water is continuously injected into the environment-friendly material molecule separation and processing machine 1100 using the pump 9900, the contaminated air is continuously injected using the pump 7770 to combine with the contaminated air. Separation processing and extraction of pollutant molecules are possible.

It is natural that these modified embodiments also fall within the scope of the present invention.

Instead of the air pump, another type of pump that injects fluid material molecules is used to inject fluid material molecules into the eco-friendly material molecule separation processing machine, so that fluid material molecules with heavy specific gravity and fluidic material molecules with light specific gravity It is possible to change the configuration to separate and process material molecules

Example 21

The following describes claim 33 constituted according to the twenty-first embodiment of the present invention.

Figure 53 is a perspective view of the material molecule separation processing machine constructed according to the twenty-first embodiment of the present invention, and Figure 54 is an exploded perspective view showing the material molecule separation processing machine constructed according to the twenty-first embodiment is composed as follows.

The structure of the material molecule separation and processing machine 1100, each of which is composed of a plurality of pieces, is in the form of a hopper, the upper part is in a horizontal form, and the lower part is in the form of an inclination from one side to the other, and at the same time, the material molecule is separated so that it is inclined from the front direction to the rear direction. a structure in which the guide plate 2000 is configured;

Around the upper end of the eco-friendly material molecule separation and processing machine 1100, a material molecule collecting port 250 that collects fluid material molecules with a light specific gravity overflowing the upper end is configured in an _ shape, and the material molecule collecting port 250 ) on one side of the structure comprising a fluid material molecule outlet 251;

At one side and a lower end of the eco-friendly material molecule separation and processing machine 1100, an injection line 8001 for introducing fluid material molecules has a structure in the shape of an _ character;

A structure in which a connection pipe 1530 is coupled in a ∪ shape to the lower end of the eco-friendly material molecule separation processing machine 1100, each configured in a separate form;

The structure of the discharge line 8028 coupled to the discharge control valve 8029 at the lower end of the material molecule separation processing machine 1100 configured at the end portion; Nature-friendly eco-friendly water purifier combined material molecule separation configured to separate fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with fluid material molecules composed of air, water, or liquid using present the machine

Example 22

The following describes claim 34 constituted according to the twenty-second embodiment of the present invention.

52 is a schematic perspective view of an air blowing unit configured to be inserted into a material molecule separation processing machine according to a twenty-second embodiment of the present invention, and is configured as follows;

a structure in which an air ejection unit 7007 having an air outlet 7008 is inserted into the material molecule separation compartment;

The air blowing unit 7007 presents a nature-friendly eco-friendly water purifier combined material molecule separation and processing machine in which an air pump 7700 connected with an air injection pipe 7777 is combined.

The reason for this configuration is that the air supplied from the outside rapidly rises in the upper direction inside the material molecule separation processing machine, and at the same time, the contaminant material molecules are combined with each other by the opposite phenomenon, the material binding action, in an upward direction. for quick injury and removal

The configuration of the air blowing unit that blows air into the eco-friendly material molecule separation processing machine configured in each structure can be changed in a very diverse way.

Example 23

The following describes claim 35 constituted according to the twenty-third embodiment of the present invention.

55 is a perspective view of a rotating striking body applied to claim 35 of the present invention.

a structure of a hinge shaft support 9011 configured on one upper side and the other side of the eco-friendly material molecule separation and processing machine 1100;

a structure of a crankshaft 9012 and a rotating body 9010 coupled to the white paper shaft support 9011;

a structure in which a vibration coupling body (9013) coupled to the crankshaft (9012) is configured inside the eco-friendly material molecule separation processing machine (1100);

After the vibrator 9015 constituted at the lower end of the vibrating assembly 9013 is configured inside the eco-friendly material molecule separation processing machine 1100, the rotating body 9010 is rotated.

By vibrating the crankshaft 9012, the vibration coupling body 9013, and the vibrator 9015, which are coupled with the rotating body 9010, the fluid material molecules flowing into the eco-friendly material molecule separation processing machine are hit. Therefore, we present an eco-friendly material molecule separation and processing machine that is configured to separate and process fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with fluid material molecules.

The configuration of the rotating body 9010 can be changed by applying an electric motor operated by electric power or an actuator operated by hydraulic or pneumatic force.

The structure of the vibrating body 9013 has been presented as an example of using a spring, but it is changed using materials in which holes are formed through which fluid molecules such as water move, such as conventionally used membranes, sponges, non-woven fabrics, or mosquito nets. configurable

The structure of the vibrator 9015 can be configured by applying a weighted object, and as the crankshaft rotates, it moves up and down and strikes fluid material molecules such as water flowing into the eco-friendly material molecule separation and processing machine. Thus, it is a structure configured to play a role of striking so that the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity are naturally separated.

Example 24

The following describes claim 36 constituted according to the twenty-fourth embodiment of the present invention.

Figure 56 is a perspective view of the eco-friendly material molecule separation processing machine applied to the twenty-fourth embodiment of the present invention, and Fig. 57 is an exploded perspective view of the eco-friendly material molecule separation processing machine applied to the twenty-fourth embodiment of the present invention separated in half. It consists of

The structure of the lower end of the material molecule separation processing machine, which is configured to separate and process polluted air or fluid material molecules, is inclined in one direction and at the same time, the material molecule separation guide plate 2000 is coupled to be inclined from the rear direction to the front direction. structure; is

In order to maintain the inclined shape from one side to the other side, a support leg is configured on one side.

The structure of the eco-friendly material molecule separation processing machine 1100 in which the material molecule separation induction part 3301 is coupled to the upper side of the material molecule separation guide plate 2000, which is a rhombic rectangle and the upper part is a triangular rhombic shape.

The reason for this configuration is to easily separate fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity.

Between the upper one side and the other side of the material molecule separation guide plate 2000 in an inclined shape

It is a structure in which an air injection pipe 7777 is formed, and a plurality of outlets 7700 are formed in the injection pipe 7777 and then combined with the pump 7770;

It is possible to change and apply a general pump that injects fluid material molecules such as water instead of an air pump to inject fluid material molecules such as water into the inside of the material molecule separation processing machine.

The front and rear surfaces and lower ends of the material molecule separation and processing machine 1100 have a structure in which a plurality of rotating bodies 1502 and a rotating striking body 1503 coupled to each other are coupled in opposite directions and upward directions.

The reason that the rotating striking body is configured to be opposed to the opposite direction is that when fluid material molecules are pumped while facing each other from one side and the other side, the fluidic material molecules collide with each other and the specific gravity combined with the fluid material molecules increases. This is to induce the separation of light fluid substance molecules and heavy fluid substance molecules.

In addition, this is to easily separate the fluid material molecules having a heavy specific gravity from the fluid material molecules having a light specific gravity by rotating the rotating striking body in the upward direction.

A structure in which a plurality of material molecule separation induction boxes 3300 are coupled to the upper end of the material molecule separation processing machine 1100 in the form of an inverted rhombus.

The reason for configuring the material molecule separation induction box 3300 in the form of an inverted rhombic shape is to induce a material slashing action in which the fluid material molecules with a heavy specific gravity push the fluid material molecules with a light specific gravity upward and preferentially descend. is for

Around the upper end of the material molecule separation processing machine 1100, a material molecule collecting port 250 that collects fluid material molecules with a light specific gravity overflowing the upper end of the material molecule separation induction box 3300 is formed in an _ shape. and a structure in which a fluidic material molecule outlet 251 is formed on one side of the material molecule collecting port 250;

a structure of a discharge line 8028 coupled to an emission control valve 8029 on one side of the lower end of the eco-friendly material molecule separation and processing machine 1100;

a structure in which an injection line 8001 for introducing fluid material molecules such as water is coupled to the upper side of the material molecule separation induction box 3300 configured on the other side of the material molecule separation processing machine 1100; Constructed to separate and extract fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity by hitting the fluidic material molecules bound to the fluidic material molecules with the air generated by the rotating body and the air pump using Presenting a material and molecule separation and processing machine

The size of the injection line 8001 is 1% to 10% larger than the size of the discharge line 8028 .

The reason is that 90wt% to 99.99wt% of the amount discharged through the discharge line 8028 is discharged when the inflow standard of the fluidic material molecules injected through the injection line 8001 is assumed to be 100wt%. When given, the remaining 0.1wt% to 10wt% of the fluidic material molecules overflow the upper end of the material molecule separation induction box 3300 to the outside through the material molecule collecting port 250 and the fluidic material molecule outlet 251 We present an eco-friendly material molecule separation and processing machine that is configured to naturally separate and process fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with fluid material molecules as they are separated and discharged.

Example 25

Next, claim 37 constituted according to the twenty-fifth embodiment of the present invention will be described as follows.

179 is a perspective view of an eco-friendly material molecule separation processing machine configured according to a 25th embodiment of the present invention, and FIG. 180 is an exploded perspective view showing the middle of the eco-friendly material molecule separation processing machine configured according to a 25th embodiment of the present invention. It consists of:

As shown in Figs. 179 and 180, the eco-friendly material molecule separation and processing machine according to the twenty-fifth embodiment of the present invention has a structure in which the eco-friendly material molecule separation and processing machine 8000 is configured in a rectangular shape;

a structure in which a fluidic material molecule outlet 6001 is coupled to one side of the upper end of the eco-friendly material molecule separation and processing machine;

A structure in which an injection line 8001 for injecting fluid material molecules such as water is configured at an upper end of one side.

The role of the discharge control valve 8029 is to control the discharge amount of fluid material molecules such as water or river water or primary purified wastewater flowing into the eco-friendly material molecule separation and processing machine.

The reason that the structure of the fluidic material molecule separation guide plate 2000 is not configured in a horizontal form, but is inclined in one direction as shown in FIG. It is a structure constructed to utilize the principle that heavy fluid material molecules are moved in the downward direction while fluid material molecules of light specific gravity are pushed by the heavy material molecules by the action of gravity and automatically float upward.

The inclination angle is not particularly limited because it must be configured differently depending on the fluid material molecule to be processed.

When configuring the fluidic material molecule separation guide plate 2000, the inclination angle is not limited to a specific shape because any change is possible.

A structure in which a plurality of material molecule separation inducing membranes (8003,8007, 8011, 8015, 8019, 8023) are respectively configured inside the eco-friendly material molecule separation and processing machine (8000); to be

At the lower end of the material molecule separation inducing membrane (8003,8007,8011,8015,8019,8023), there is a movement path (8004,8008,8012,8016, 8020 and 8024) are provided, respectively.

The configuration and number of the material molecule lower layer movement passage is not particularly limited because it can be configured by adding any number of configurations and can be configured by changing the configuration.

What are the configuration angles, configuration types, and numbers of the material molecule upward guide plates (8005,8009, 8013, 8017,8021,8025) and the material molecule upward guide passages (2,4,6,8,10,12)? It can be configured by adding any number of items, and can be configured by changing the shape and configuration.

On the upper side of the material molecule upward guide plate (8005,8009,8013,8017,8021,8025), upper layer material molecule movement paths (8006,8010,8014,8018,8022, 8026) is each composed of a structure;

The configuration of the upper layer material molecule movement passages (8006, 8010, 8014, 8018, 8022, 8026) can be changed as much as necessary, and its size can be changed any number of times.

A plurality of air ejection plates 7091 for ejecting gaseous material molecules or fluid material molecules inside the eco-friendly material molecule separation processing machine 8000 are combined for each compartment, and then air or oxygen or hydrogen or An eco-friendly material that is configured to separate and process fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity by combining with an injection pump (8802) that injects molecules of fluid substances such as seawater, water, alcohol, vinegar, or milk Molecular separation processing machine (888888) is presented.

Fluid material molecules introduced into the environment-friendly material molecule separation processing machine 8000 by gaseous material molecules or fluid material molecules such as water through the air ejection plate 7091 coupled to the injection pump 8802 In other words, by continuously striking molecules of fluid substances such as wastewater or riverwater or freshwater or alcohol or milk, pollutant molecules with a light specific gravity combined with wastewater or riverwater or freshwater or alcohol, beverage or milk float upward and have a higher specific gravity. Heavy material molecules sequentially pass through the material molecule separation induction membrane (8003,8007,8011,8015,8019,8023) installed in multiple stages, and at the same time, the air outlet plate coupled with the injection pump 8802 ( 7091) is used to strike the polluted fluid material molecules so that the light and heavy material molecules are separated up and down, and at the same time, the eco-friendly material molecule separation and processing machine 8000 is injected Among the total inflow amount of 100 WT% of fluid material molecules introduced through the line 8001, 95 WT% to 99.9999 WT% are discharged through the discharge line 8028, which is configured to be smaller than the discharge amount of the injection line 8001, and collect and use Or, at the same time as recycling, 0.0001 WT% to 5% of fluid material molecules having a light specific gravity that automatically float to the upper side of the eco-friendly material molecule separation processing machine 8000 are naturally discharged through the fluid material molecule outlet 6001 An eco-friendly, eco-friendly water purification method that separates and processes pollutant molecules with light specific gravity and water with heavy specific gravity contained in polluted river water, polluted wastewater, or polluted fresh water using an eco-friendly material molecule separation and processing machine and applied thereto We present a multi-step eco-friendly material molecule separation and processing machine.

The installation position of the air blower plate 7091 is not specified in any one place due to the characteristic that the position must be changed from time to time according to the material molecule to be processed.

Therefore, it is natural that everything configured by changing the installation location falls within the scope of the present invention.

In addition, the material injected through the air ejection plate 7091 can be changed and applied in a very diverse way. For example, seawater, fresh water, beverages, favorite foods, or fluid substances such as alcohol, spirits, alcohol, milk, wastewater, or hydrogen Because it is possible to change the configuration to inject gases such as oxygen and air, it is natural that all of these design changes fall within the scope of the present invention.

In addition, the pressure of the material molecules injected through the air ejection plate 7091 is not limited to a specific pressure because the ejected pressure must be applied differently depending on the material molecules to be processed.

The components of the material molecule separation induction membrane, the material molecule lower layer movement passage, the material molecule ascending guide plate, the material molecule ascending guide passage, and the upper layer material molecule movement passage can be configured by increasing or decreasing the number of installations. It is natural that all eco-friendly material molecule separation and processing machines constructed by increasing or decreasing the number of installations fall within the scope of the present invention.

It can be used to separate and extract trace substances contained in seawater using the eco-friendly material molecular separation and processing machine configured as described above.

The method of extracting and separating polluted fluid substance molecules or fluid substance molecules with light specific gravity contained in substances such as seawater, alcohol or milk using a fluid substance molecule separation processing machine is as described in each of the above examples. implement it.

The term "fluid material molecules introduced into the environment-friendly material molecule separation processing machine" refers to fluid material molecules composed of all liquids existing on the earth.

For example, it refers to any kind of food used by humans or humans, such as curry or soup, soy sauce or fish sauce, milk, or beverages.

Example 26

The following describes a twenty-sixth embodiment constituted by claim 38 of the present invention.

A fluid material with a light specific gravity combined with the fluid material molecules by using the multi-layer material molecule movement passage 5858 composed of layers in the form of multiple passages for the upper layer material molecule movement passages configured in the eco-friendly material molecule separation and processing machine An eco-friendly material molecule separation and processing machine configured to separate molecules and fluid material molecules with heavy specific gravity is presented.

The reason that the multi-layered material molecule movement path 5858 is configured in layers is that all material molecules have different effects of gravity depending on their mass. In order to easily separate the fluidic material molecules, the multi-layered material molecule transfer path 5858 is configured in layers.

59 is a perspective view showing a state in which the multi-layered material molecule movement passage 3333 shown inside the material molecule separation processing machine is configured in layers by changing the shape such as a circle, a pentagon, or a diamond.

Example 27

Next, a twenty-seventh embodiment constructed according to claim 39 of the present invention will be described.

60 and a schematic perspective view of a fluidic material molecule ascending guide plate constructed according to a 27th embodiment of the present invention, and FIG. 61 is a schematic perspective view of a material molecule descending guide plate constructed according to a 27th embodiment of the present invention. is composed of

The structure of the plurality of material molecule descending

guide plates

101, 301, 501, 701, 901, 9913 and the plurality of fluid material molecule ascending

guide plates

201, 401, 601, 801, 9912 configured inside the material molecule separation processing machine 1100 is configured in the form of a double layer and a structure configured with an outlet 555 for ejecting fluid material molecules or air on one side;

On one side of the spout 555, an eco-friendly material molecule separation and processing machine comprising a pump 558 coupled with a supply pipe 556 is provided.

The reason that the structure of the material molecule descending guide plate and the fluid material molecule ascending guide plate composed of a plurality of material molecules inside the material molecule separation processing machine is configured in a multi-layered form and the outlet 555 is constituted by the pump By using 558, air or fluid material molecules are continuously supplied to the inside of the material molecule separation and processing machine 1100 so that the fluid material molecules or polluted air with a light specific gravity combined with the polluted air This is to induce light fluid molecules to be easily separated into upper and lower layers.

In the middle, the other side, or one corner of the material molecule descending

guide plate

guide plates

201, 401, 601, 801, 9912, a pipe coupled with an air supply is constructed, and then a plurality of It goes without saying that the method of configuring the air vent also falls within the scope of the present invention.

Example 28

The following describes claim 40 constituted according to the 28th case of the present invention.

Figure 62 is a half perspective view showing the inside of the material molecule separation processing machine constructed in accordance with the twenty-eighth embodiment of the present invention, cut in half, and is constructed as follows.

a structure in which a multilayer space 2020 is formed using a plurality of partitions 2010 at the lower end of the eco-friendly material molecule separation and processing machine 1100;

The partition (2010) has a structure in which each movable hole 2030 is formed in the upper and lower directions;

On the other side of the multi-storey space 2020, a structure configured by combining a pump 5570 coupled with a supply pipe 5560;

The installation location of the pump is a structure that is installed in a place 10% to 30% higher than the upper side of the eco-friendly material molecule separation and processing machine.

On the upper side of the multi-layer space 2020, a structure in which a material molecule separation guide plate 2000 is formed in a form inclined in one direction and inclined in a rear to front direction;

On the upper side of the material molecule separation guide plate 2000,

A plurality of the fluidic material molecule upward guide plates (201, 401, 601, 801, 9912) and upper layer material molecule movement passages (202, 402, 602, 802, 9911) and

A plurality of material molecule descending guide plates (101,301,501,701,901,9913) and a plurality of material molecule separation compartments (100,200,300,400,500,600,700,800,900,991,992,993) are each constituted; an eco-friendly material molecule separation processing machine is provided.

The structure constituting the material molecule collecting port 250 and the fluid material molecule outlet 251 on the upper part of the material molecule separation and processing machine is omitted.

In addition, the structure and description of the injection line and the discharge line were omitted.

Example 29

The following describes claim 42 constituted according to the twenty-ninth embodiment of the present invention.

65 is a perspective view of the eco-friendly material molecule separation processing machine applied to the 29th embodiment of the present invention, and FIG. , Figure 67 is a perspective view of an eco-friendly material molecule separation processing machine showing a modified state of the 29th embodiment of the present invention, and Figure 68 is an eco-friendly material molecule separation processing machine showing a modified state of the 29th embodiment of the present invention It is an exploded perspective view constructed by separating in half, and FIG. 69 is a portion showing the coupling relationship between the rotating body, the rotating striking body, the injection pipe, and the second injection pipe applied to the material molecule separation and processing machine according to the 29th embodiment of the present invention 70 is a partial perspective view showing the coupling structure of the material molecule separation processing machine and the fluid material molecule rising guide plate configured inside the material molecule mixer unit according to the 29th embodiment of the present invention, and FIG. 71 is this view A plan perspective view viewed from the upper side of the material molecule separation processing machine in a state in which one side of the material molecule separation processing machine constructed according to the 29th invention is cut, and FIG. 72 is a material molecule separation processing machine and material molecule mixer unit configured according to the 29th invention It is a partial perspective view showing the coupling relationship between the fluidic material molecule rising guide plate and the upper layer material molecule movement path, which is configured in the interior of the It is a partial perspective view showing the coupling relationship between the rotating body, the rotating striking body, the material molecule descending guide plate, the fluid material molecule ascending guide plate, the plurality of upper layer material molecule movement passages, and the injection pipe, which are configured in 29, a material molecule separation processing machine, a material molecule descending guide plate and a fluid material molecule rising guide plate configured inside the material molecule mixer unit, and a portion showing the coupling relationship between a plurality of upper layer material molecule movement passages and the injection pipe As a perspective view, it is configured as follows.

The upper part of the upper structure of the eco-friendly material molecule separation processing machine 1100 is composed of a horizontal shape and a rectangular shape and a rectangular shape;

At the lower end of the material molecule separation and processing machine 1100, a material molecule mixer unit 2288 configured in a rhombic shape and inclined from one side to the other is a structure.

The reason that the size of the material molecule mixer unit 2288 is larger than the size of the eco-friendly material molecule separation and processing machine configured on the upper side is that fluid material molecules or material molecules with a light specific gravity released from the polluted air have specific gravity. This is to induce easy levitation in the upward direction while being pushed by these heavy fluid material molecules.

The structure of the material molecule mixer unit 2288 can be changed to a rhombic shape configured in a circular or rectangular shape, or an octagonal or hexagonal shape.

A structure in which an injection line 8001 for injecting fluid material molecules such as water is coupled to an upper portion of one side of the material molecule separation processing machine 1100;

Air may be injected through the injection line or contaminated air may be injected.

The material molecule collection port 250 and the fluid material molecule discharge port 251 are configured on the upper edge of the material molecule separation and processing machine 1100 .

The reason for configuring the material molecule collection port on the upper side of the material molecule separation processing machine is the structure configured to collect fluid material molecules with light specific gravity.

A structure in which a discharge line 8028 coupled to a discharge control valve 8029 is configured at the lower end of the other side of the material molecule separation processing machine 1100;

The size of the discharge line is configured to be smaller than the size of the injection line by 0.1 to 5%.

a structure in which a discharge line coupled to a discharge control valve is configured at the lower end of the other side of the material molecule separation processing machine;

A plurality of material molecule descending

guide plates

101, 301, 501, 701, 901, 9913, 9915 are each formed in a multi-stage inclined shape inside the material molecule separation processing machine;

At the lower end of the material molecule descending guide plate (101, 301, 501, 701, 901, 9913, 9915), a plurality of material molecule movement passages (102, 302, 502, 702, 902, 1012, 1022) are each combined in an inclined multi-step structure;

In the next compartment of the material molecule descending guide plate 101,301,501,701,901,9913,9915, each material molecule separation compartment 100,200,300,400,500,600,700,800,900,991,992,993.994,995 has a structure in which the material molecule mixer unit 2288 is coupled to each other in the form of an inclined multi-step structure;

In the compartment next to the material molecule separation compartment (100,200,300,400,500,600,700,800,900,991,992,993.994,995,996), a plurality of fluidic material molecule upward guide plates (201,401,601,801,9912,9914,9917) and a plurality of upper layer material molecule movement passages (202,402,602,802,9911,9911,9911) a structure configured to be coupled to each other in an inclined form;

Inside the material molecule mixer unit 2288, a plurality of rotating bodies 1502 and a plurality of rotating bodies 1502 that act to strike fluid material molecules or air are opposite to each other facing each other in a diagonal direction. a structure constructed in each direction;

;to be.

The installation interval can be configured by arbitrarily adjusting the size and width according to the material to be treated.

The structure of the material molecule descending guide plate and the material molecule separation compartment can be configured by increasing or decreasing the number according to the material to be processed and the characteristics of the material.

The size can also be changed according to the material to be processed.

Therefore, the shape and size of the material molecule descending guide plate, the material molecule separation compartment, the fluid material molecule ascending guide plate, and the upper layer material molecule movement passages are configured with different shapes and sizes or different installation numbers, and then the fluid material molecules and contaminated air It is natural that all of the eco-friendly material molecule separation and processing machines configured to purify the particles fall within the scope of the present invention.

In the material molecule mixer unit 2288, the rotating striking body 1503, which is configured to be coupled with the rotating body 1502 that acts to strike the fluid material molecules or air, is opposite to each other in each direction. It is a structure composed of each;

The reason for configuring the rotating striking body 1503 in a facing form is to induce the fluid material molecules having a light specific gravity to rise directly to the upper side of the eco-friendly material molecule separation processing machine, and another reason is that the undecomposed specific gravity is This is to promote the action of breaking down light fluid material molecules into microscopic ultra-fine particles by striking them.

An injection pipe 7777 is configured inside the material molecule mixer unit 2288;

The injection pipe 7777 has a structure in which a plurality of outlets 7700 for supplying fluid material molecules or air are formed.

Materials introduced into the environment-friendly material molecule separation and processing machine 1100 through the injection pipe 7777 are water, contaminated wastewater, beverages such as milk or alcohol, seawater, food waste, livestock, human excreta, and the like. Since it can be changed and injected, it is not limited to a special substance.

A structure in which the pump 7770 is configured at a position 10% to 20% higher than the upper end position of the eco-friendly material molecule separation and processing machine 1100 on one side of the upper part of the injection pipe 7777;

The substances connected to the pump and introduced into the environment-friendly material molecule separation and processing machine through the injection pipe are wastewater or pollutants produced in a sewage treatment plant, a water supply treatment plant, a general plant, a thermal power plant, a steel mill, a chemical plant, a pig farm, or a poultry farm. Connection configuration is possible to inject air

a structure in which a second injection pipe 9901 is coupled to the inside of the material molecule mixer unit 2288;

To one side of the second injection pipe 9901, an eco-friendly material molecule separation and processing machine configured to be combined with a second pump 9900 configured to inject air, polluted air, water, or liquids is provided.

Contaminated material or contaminated air is injected into the material molecule separation processing machine through the second pump and the second injection pipe configured according to the 29th embodiment of the present invention, so that material molecules with light specific gravity and heavy specific gravity are injected. The method of separating and processing material molecules can be varied and configured in many ways.

Therefore, it is natural for the person concerned to change and configure the eco-friendly material molecule separation processing machine using the third pipe or the fourth to tenth pipe in addition to the first injection pipe and the second injection pipe, all fall within the scope of the present invention.

The process of purifying polluted air using the eco-friendly material molecule separation and processing machine will be described.

The process of filling the inside of the material molecule separation processing machine 1100 with water using the pump 7770, the injection pipe 7777, and the outlet 7700 inside the material molecule separation processing machine 1100;

Process of continuously injecting clean or polluted air using the second pump 9900, the second injection pipe 9901, and the second outlet 9902 configured in the material molecule separation and processing machine 1100 class;

By controlling the discharge control valve 8029 coupled to the discharge line 8028, 0.01wt% to 10wt% of the water injected through the pump 7770 is reduced by 0.01wt% to 10wt% with the eco-friendly material molecule separation and processing machine 1100 continuously discharging to the outside through the combined discharge line 8028;

0.02wt% to 20wt%, which is more than the amount of 0.01wt% to 5wt% of water consumed by being discharged to the outside through the discharge line 8028 compared to 100wt% of the water flowing into the material molecule separation processing machine 1100 The process of continuously supplementing and injecting water into the inside of the material molecule separation processing machine 1100 through the pump 7770;

The remaining 0.01wt% to 10wt% of water, which cannot be discharged through the discharge line 8028 and overflows to the upper side of the eco-friendly material molecule separation and processing machine 1100, is transferred to the material molecule collecting port 250 and the fluid material molecule outlet It can be applied to purify the polluted air by collecting and processing through (251).

In detail, a plurality of outlets 7700 are formed in the injection pipe 7777 configured in the eco-friendly material molecule separation and processing machine 1100, and then combined with a pump 7770. Structure of the eco-friendly material molecule separation processing machine 1100 ;to be.

a structure in which a second injection pipe 9901 is configured at the lower end of the injection pipe 7777 configured in the eco-friendly material molecule separation and processing machine 1100;

A rotating striking body configured to be coupled with a plurality of rotating bodies 1502 in the upper and lower diagonal directions and the diagonal directions of one side and the other side of the material molecule mixer unit 2288 configured at the lower end of the eco-friendly material molecule separation and processing machine 1100 (1503) in opposite directions facing each other;

In detail, when the polluted fluidic material molecules are injected into the environment-friendly material molecule separation processing machine through the injection line 8001 in the state in which the rotary striking body 1503 coupled with the rotary body 1502 is operated, First, by the action of gravity, in the material molecule separation compartment (100,200,300,400,500,600,700,800,900,991,992,993.994,995), fluid material molecules with heavy specific gravity and fluidic material molecules with light specific gravity are automatically separated in the up and down directions and at the same time by the action of gravity It is separated in the upper and lower directions to the fluid material molecules that are continuously introduced. In detail, the material molecule separation action, in which the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity are automatically separated in the up and down directions, becomes more active.

At the same time, by the striking action of the rotary striking body 1503 and the blow of the air ejected from the jet port 7700, the upper and lower separation action is more actively made.

At the same time, the material molecules with heavy specific gravity separated from the contaminated fluidic material molecules are inclined along the inclined surface of the material molecule mixer unit 2288 configured in multiple stages to guide

plates

201, 401, 601, 801, 9912, 9914), the fluid material molecules pass through a plurality of upper layer material molecule movement passages (202,402,602,802,9911,9916) and then pass the material molecule descending guide plate (101,301,501,701,901,9913,9915), which is composed of a multi-stage inclined structure. After passing again, it continuously passes through a plurality of material molecule separation compartments (100,200,300,400,500,600,700,800,900,991,992,993.994,995), and is finally discharged through the discharge line 8028 configured at the end and at the same time, pollutant fluid material molecules with light specific gravity are Eco-friendly configured to be separately collected and processed by discharging to the outside of the eco-friendly material molecule separation and processing machine through the material molecule collection port 250 and the fluid material molecule discharge port 251 configured on the upper side of the eco-friendly material molecule separation and processing machine We present a nature-friendly, eco-friendly separation method using a material molecule separation and processing machine.

Pure fluid material molecules combined with polluted air or polluted fluid substance molecules by additionally configuring an injection pipe and a second injection pipe or a third injection pipe or a fourth injection pipe in the eco-friendly material molecule separation processing machine Or, since it is possible to change the configuration to extract pure air, it is natural that all of these design changes fall within the scope of the present invention.

At one side of the second injection pipe 9901, through a second pump 9900 configured to inject fluid water molecules or air or polluted air, water or liquids, into the interior of the eco-friendly material molecule separation processing machine 1100 While introducing fluid material molecules or contaminated air or air, using the rotating striking body 1503 to strike the polluted air or fluid material molecules flowing into the environment-friendly material molecule separation processing machine 1100 At the same time as processing, water is introduced into the inside of the material molecule separation processing machine 1100 through the pump 7770, and contamination flowing into the environment-friendly material molecule separation processing machine 1100 through the second pump 9900 It is possible to separate molecules of fluid substances with light specific gravity and pollutants with light specific gravity that are released from the fluid molecules or polluted air.

In other words, we propose a material molecule separation and processing machine that can be used for clean processing by separating and extracting polluted air, polluted fluidic substance molecules, or fluid substance molecules or pollutant molecules with a light specific gravity combined with polluted air.

After the pump and the second pump are combined with a pollutant molecule outlet for discharging from a factory, wastewater treatment plant, or waterworks treatment plant, polluted air or polluted fluidic substance molecules are injected into the eco-friendly substance molecule separation and processing machine for separation processing It is natural that all of them fall within the scope of the present invention.

Example 30

The following describes claim 42 constituted according to the thirtieth embodiment of the present invention.

75 is a perspective view of a material molecule separation processing machine constructed according to a thirtieth embodiment of the present invention, and FIG. 77 is a perspective view of an eco-friendly material molecule separation processing machine configured by modifying the environment-friendly material molecule separation processing machine configured according to a thirtieth embodiment of the present invention, and FIG. 78 is a thirtieth embodiment of the present invention It is an isolated perspective view in which the eco-friendly material molecule separation processing machine showing the deformed state is separated in half and configured as follows.

The structure of the material molecule mixer unit 2288 configured to be inclined on the upper side of the eco-friendly material molecule separation and processing machine in which the upper part has a horizontal structure and the lower part has a inclined shape;

a structure of the material molecule descending guide plate 101,301,501,701,901,9913,9915, which is configured in multiple steps along the inclined surface of the eco-friendly material molecule separation and processing machine and the material molecule mixer unit 2288;

the structure of the material molecule movement path (102,302,502,702,902,1012,1022) configured at the lower end of the material molecule descending guide plate (101,301,501,701,901,9913,9915);

a structure of a plurality of material molecule separation compartments (100,200,300,400,500,600,700,800,900,991,992,993.994,995,996) configured between the material molecule descending guide plates (101,301,501,701,901,9913,9915);

The structure of the fluidic material molecule ascending guide plate (201,401,601,801,9912,9914,9917) consisting of multiple steps in the next step of the material molecule separation compartment (100,200,300,400,500,600,700,800,900,991,992,993.994,995,996);

This is the structure of the upper layer material

molecule movement passages

202, 402, 602, 802, 9911, and 9916 respectively configured on the upper side of the fluidic material molecule

upward guide plates

201, 401, 601, 801, 9912, 9914, 9917.

In the interior of the material molecule mixer unit 2288, which is coupled to the lower end of the eco-friendly material molecule separation and processing machine 1100, while exerting an action of lowering the fluid material molecules having a heavy specific gravity, the fluid material molecules having a light specific gravity are placed on the upper side. As shown in FIGS. 76 and 78, the upper and lower separation guide plate 3388 of material molecules that act to float

We present the structure of an eco-friendly material molecule separation and processing machine configured to separate and extract fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity by composing in an inclined multi-step form.

The reason for configuring the material molecule separation guide plate 3388 in the form of a triangle inside the material molecule mixer unit 2288, which is inclined in the direction from one side to the other, for each compartment is that the material molecules with heavy specific gravity and specific gravity This is to induce the light fluid material molecules to be easily separated in the up and down directions.

The lower side is wide and the upper side is narrow, not in the form of a rhombus or a triangle, but even if it is installed slightly obliquely, the effect to be exhibited in the present invention can be obtained.

A plurality of multi-layered material molecule movement passages 3333 are formed inside the material molecule separation guide plate body 3388 so that the fluid material molecules with heavy specific gravity are moved from one direction to the other or downstream by the action of gravity. Configurable for easy configuration

In addition, by inserting a plurality of multi-layered material molecule transfer passages 3333 into the fluidic material molecule rising guide plates 201,401,601,801,9912,9914,9917, it is also possible to separate and extract the fluidic material molecules with heavy specific gravity. It is natural to fall within the scope of the present invention

Example 31

The following describes claim 43 constructed according to the 31st embodiment of the present invention.

Figure 79 is a perspective view of the eco-friendly material molecule separation and processing machine constructed according to the 31st embodiment of the present invention, and Figure 80 is the separation showing the eco-friendly material molecule separation processing machine constructed according to the 31st embodiment of the present invention, even after dividing it in half It is a perspective view, Figure 81 is an exploded perspective view showing the coupling relationship of the material molecule descending guide plate configured in the eco-friendly material molecule separation processing machine according to the 31st embodiment of the present invention, Figure 82 is an exploded perspective view according to the 31st embodiment of the present invention It is an exploded perspective view showing the configuration of the fluidic material molecule rising guide plate configured in the eco-friendly material molecule separation processing machine, and is composed as follows.

Each base pedestal is configured on the bottom, and the material molecule processing unit 2299 is configured in a circular shape inclined from one direction to the other on the upper side of the base pedestal.

A structure in which a plurality of rotating striking bodies 1503 are combined with a rotating body around the circle of the material molecule processing unit 2299;

The configuration of the rotating striking body is preferably installed in opposite directions facing each other, but it is possible to change the configuration so that the directions are different from each other.

In addition, it is possible to configure the rotation direction to cross each other

The configuration of the material molecule processing unit can be changed in many ways, such as a square, a rhombus, or a shape of a cross-section such as a cross-section of a star if those skilled in the art.

the structure of the eco-friendly material molecule separation processing unit 1100 coupled to the material molecule processing unit 2299 in a rectangular box shape;

A structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity and an outlet 251 for fluid material molecules are formed around the upper periphery of the eco-friendly material molecule separation and processing machine 1100 .

It is preferable to configure it to be 1% to 30% higher than the height of the upper side of the eco-friendly material molecule separation processing machine, but it is possible to change the configuration.

a structure in which an injection pipe 7777 is formed through left and right sides inside the material molecule processing unit 2299;

The structure of the eco-friendly material molecule separation and processing machine 1100 in which a plurality of spouts 7700 are formed inside the injection pipe 7777 and then combined with the pump 7770;

In the state in which the rotating striking body 1503 is in operation, fluid material molecules such as water are injected through the injection line 8001, and at the same time, the environment-friendly material molecule separation processing machine is contaminated through the pump and the injection pipe. Since it is possible to extract material molecules with a light specific gravity contained in the contaminated air by simultaneously injecting fluid material molecules such as contaminated air or contaminated wastewater, it is natural that all of these design change methods fall within the scope of the present invention.

a structure in which an injection line 8001 is formed on one side of the upper part of the material molecule separation processing machine 1100;

a structure in which a discharge line 8028 coupled to a discharge control valve 8029 is configured in the other direction of the material molecule separation processing machine 1100;

Between the inner side and the other side of the eco-friendly material molecule separation processing machine 1100, the action of gravity is induced so that the fluid material molecules having a heavy specific gravity are lowered while the fluid material molecules having a light specific gravity are levitated in the upward direction. It is a structure in which the material molecule

separation guide rods

1188 and 1199 are inserted in the form of a square or round rod;

By using the action of gravity inversely, fluid material molecules or gaseous substances with light specific gravity act to float upward, and fluid substance molecules or gaseous substance molecules with heavy specific gravity act to move in the downward direction. The shape and configuration of the material molecule

separation guide rods

1188 and 1199 can be changed in a very diverse way.

For example, since a change configuration is possible even in a form inclined from one direction to the other, it is natural that all of these design changes fall within the scope of the present invention.

Inside the eco-friendly material molecule separation processing machine 1100, the material molecule

separation guide rods

1188 and 1199 and the injection pipe 7777 pass through, the lower end is wide and the upper end has a narrow triangular shape, and a plurality of material molecules descend It is a structure in which the

guide plates

101, 301, 501, 701, 901, 9913 and a plurality of fluid material molecules ascending

guide plates

201, 401, 601, 801, 9912, 9914 are respectively constituted to form each material molecule separation compartment (100, 200, 300, 400, 500, 600, 700, 800, 900, 991, 992, 993.994).

The reason why the upper part has a narrow shape and the lower part has a wide triangular shape is to make the action of gravity larger.

In detail, all gaseous material molecules and fluid material molecules are governed by gravity, so material molecules with light specific gravity are pushed upward by material molecules with heavy specific gravity and move upwards, and at the same time, material molecules with heavy specific gravity move downward. It is a structure constructed in order to reliably separate and extract fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity by using the basic principles of material pushing action and material slashing action that are discharged first in the direction.

Changing the configuration of the 31st embodiment of the present invention so that the action of gravity is enhanced by changing the configuration of the material molecule separation processing machine is very diverse, so it is natural that all of them fall within the scope of the present invention.

The lower end of the material molecule descending guide plate (101, 301, 501, 701, 901, 9913) has a structure in which each material molecule movement path (102, 302, 502, 702, 902, 1012) is configured;

The configuration of the material molecule descending guide plate can be configured by increasing or decreasing the number as much as possible.

At the upper end of the fluidic material molecule rising guide plate (201, 401, 601, 801, 9912, 9914), each upper layer material molecule movement path (202, 402, 602, 802, 9911, 9916) constitutes a structure of an eco-friendly material molecule separation processing machine.

Example 32

The following describes claim 44 constructed according to the 32nd embodiment of the present invention.

84 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine configured according to the 32nd embodiment of the present invention by dividing it in half, and FIG. It is a perspective view of a multi-stage eco-friendly material molecule separation processing machine that is installed in multiple stages and shows the state of purifying polluted fluid molecules or polluted air, and is configured as follows.

At the lower end, the material molecule separation guide plate 2000 is configured to be inclined from one side to the other; a structure in which a material molecule separation unit 2299 is formed on an upper side of the material molecule separation guide plate 2000 in a rectangular shape and an upper end is horizontal;

The upper end of the material molecule separation unit 2299 has a lower end in a rhombic shape and an upper end of the material molecule separation unit 2299 has a horizontal shape;

Inside the material molecule separation unit 2299, a plurality of material molecule descending

guide plates

101 and 301 each having a material molecule movement passage 102 and an upper layer material molecule movement passage 202 are each configured to induce a plurality of material molecules descending. The structure of the material molecule separation processing machine 1100 in which the plate 101 is coupled;

Inside the material molecule separation and processing machine 1100, a plurality of material molecule descending

guide plates

101 and 301 each having a material molecule movement passage 102 and an upper layer material molecule movement passage 202 are configured to descend a plurality of material molecules, respectively. The structure of the material molecule separation processing machine 1100 in which the guide plate 101 is configured, respectively;

A structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity and an outlet 251 for fluid material molecules are formed around the upper periphery of the eco-friendly material molecule separation and processing machine 1100;

a structure in which an injection pipe 7777 is formed through the left and right sides of the material molecule separation processing machine;

The structure of the eco-friendly material molecule separation and processing machine 1100 configured to be coupled to the pump 7770 after configuring a plurality of spouts 7700 inside the injection pipe 7777;

A structure in which a plurality of rotating striking bodies 1503 coupled to a rotating body 1502 are each configured in a form opposite to each other on one side, the other side, and the lower end of the material molecule separation processing machine;

In the other direction of the material molecule separation processing machine 1100, the material molecule separation processing machine 1100 including the discharge line 8028 coupled to the discharge control valve 8029 is configured in multiple stages to form the polluted fluidic material molecules or contamination We present an eco-friendly material molecule separation and processing machine configured to purify the air.

Contamination using the rotating striking body 1503 in a state in which the contaminated fluidic material molecules are continuously injected through the injection line 8001 into the inside of the material molecule separation processing machine 1100, which is configured in multiple stages as described above. At the same time as continuously striking the fluidic material molecules, 90% to 99.99% of the total amount introduced through the injection line 8001 is separated from the material molecules configured in the next step through the discharge line 8028 It is sequentially discharged into the inside of the processing machine to collect and use, and at the same time, 0.01% to 10% of the fluid material molecules having a light specific gravity are sequentially collected through the material molecule collection port 250 and the fluid material molecule discharge port 251. It is a technology related to a multi-step eco-friendly material molecule separation and processing machine configured to separate and extract fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with fluid material molecules by processing.

In addition, air is continuously injected into the inside of the material molecule separation processing machine through the jet port 7700 configured in the injection pipe 7777 coupled to the pump 7770 to strike and process the fluidic material molecules to contaminate them. It is possible to separate and process the molecules of fluid substances and fluid substances with heavy specific gravity, or separate and process clean air and polluted air combined with polluted air by injecting polluted air.

The number of material molecule separation and processing machines that are composed in multiple stages can be increased or decreased as much as possible.

Example 33

The following describes claim 45 constituted according to the thirty-third embodiment of the present invention.

86 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a thirty-third embodiment of the present invention;

87 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine configured according to the 33rd embodiment of the present invention by separating it in half and is configured as follows.

The base pedestal is configured on the bottom, and the material molecule separation unit 3332 is in the form of a multi-layered flying saucer, the middle part is wide and the upper and lower parts are narrow, on the upper side of the base pedestal. a structure consisting of a lower bond;

In the vertical direction of the material molecule separation unit 3332, a structure in which a plurality of rotating bodies 1502 and a rotating striking body 1503 coupled to each other are configured in opposite directions;

In the lower layer, the material molecule separation unit 3332 includes a discharge line 8028 coupled to the discharge control valve 8029 in the shape of a letter L to preferentially discharge fluid material molecules with heavy specific gravity;

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity and a fluid material molecule outlet 251 are configured around the upper periphery of the material molecule separation unit 3332;

a structure in which an injection pipe 7777 penetrates in the vertical direction inside the material molecule separation unit 3332;

The structure of the eco-friendly material molecule separation and processing machine 1100 in which a plurality of spouts 7700 are formed inside the injection pipe 7777 and then combined with a pump 7770 at the upper end;

An injection line 8001 is formed on one side of the material molecule separation unit 3332 to continuously inject fluid material molecules into the inside of the material molecule separation unit 3332 using the rotating striking body 1503 At the same time as continuously striking the inflowing fluidic material molecules, air is continuously injected through the injection pipe 7777 and the outlet 7700 coupled to the pump 7770 to continuously strike the fluidic material molecules. At the same time as processing, about 90% to 99.99% of the total amount of fluid material molecules introduced through the injection line 8001 is continuously discharged through the discharge line 8028, and then the remaining 0.01% to 10% By separating and discharging through the material molecule collecting port 250 and the fluid material molecule outlet 251, fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity are separated and extracted We present an eco-friendly material molecule separation and processing machine configured to

In detail, since all molecules of fluid and gaseous substances are governed by gravity, fluid substance molecules with heavy specific gravity tend to move downward, and fluid substance molecules with light specific gravity tend to move upward. There is this.

We provide a technology that uses the action of gravity to separate molecules of a fluid substance with a light specific gravity and molecules of a fluid substance with a high specific gravity, which are bound to a molecule of a pollutant substance.

Example 34

The following describes claim 46 constructed according to the thirty-fourth embodiment of the present invention.

88 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a thirty-fourth embodiment of the present invention;

Figure 89 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine constructed according to the 34th embodiment of the present invention by dividing it in half; It is a perspective view composed of multi-level layers and is composed as follows.

a structure in which the material molecule separation processing machine 1100 is configured in the form of a material molecule separation unit 3355 in a rectangular shape and the upper end is horizontal;

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity and an outlet 251 for fluid material molecules are formed around the upper periphery of the material molecule separation unit 3355;

a structure in which a plurality of rotating striking bodies 1503 are configured to be coupled to a rotating body 1503 in a form opposite to each other around the material molecule separating unit 3355;

a structure in which an injection line 8001 is coupled to an injection amount control valve 8088 on an upper side of the material molecule separation unit 3355;

At the lower end of the material molecule separation unit 3355, a material molecule separation processing machine including a discharge line 8028 coupled with a discharge control valve 8029 is configured in a multi-layered form, and the specific gravity coupled with the fluid material molecules We present a material molecule separation processing machine that is composed of multiple layers of layers to separate these heavy fluid molecules and fluid molecules with light specific gravity.

Example 35

The following describes claim 47 constructed according to the 35th embodiment of the present invention.

92 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a thirty-fifth embodiment of the present invention;

93 is an exploded perspective view showing the eco-friendly material molecule separation and processing machine constructed according to the 35th embodiment of the present invention by dividing it in half; FIG. As an exploded perspective view showing a part open, it is configured as follows.

Each base pedestal is configured on the bottom, and a material molecule processing unit 2299 is configured on the upper side of the base pedestal in the form of a rhombus inclined from one direction to the other;

a structure in which a plurality of rotating striking bodies 1503 are coupled to a rotating body 1502 in opposite directions facing each other around the material molecule processing unit 2299;

The structure of the eco-friendly material molecule separation and processing unit 1100 coupled to the upper side of the material molecule processing unit 2299 in a rectangular box shape;

a structure in which a second pump (9900), a second injection pipe (9901), and a second outlet (9902) are configured in the material molecule separation and processing machine (1100);

A plurality of material molecule descending

guide plates

101, 301, 501, 701, 901, 9913, 9915 are configured inside the eco-friendly material molecule separation and processing machine 1100; At the lower end of the material molecule descending guide plate (101,301,501,701,901,9913,9915), a plurality of lower end material molecule movement passages (102,302,502,702,902,1012,1022) are respectively configured to preferentially discharge fluid material molecules with heavy specific gravity in the downstream direction. ;

In the next step of the lower part material molecule movement passages 102,302,502,702,902,1012,1022, the fluid material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, the fluid material molecules with light specific gravity are pushed upward and preferentially to the downstream part. The fluidic material molecules ascending guide plates 201,401,601,801,9912,9914, which act to be discharged, are each configured, and upper layer material molecule movement passages 202,402,602,802, 9911,9916) is a structure of an eco-friendly material molecule separation processing machine in which a plurality of material molecule separation compartments (100,200,300,400,500,600,700,800,900,991,992,993.994,995) are formed in a sloping stepwise form;

On the upper side of the material molecule separation compartment (100,200,300,400,500,600), which is configured in combination with a plurality of material molecule descending guide plates 101,301,501 and fluid material molecule ascending guide plates 201,401,601 configured on one side of the eco-friendly material molecule separation processing machine 1100 It is a structure in which each collecting roof 7733 that collects gaseous material molecules is constituted.

a structure in which a separation cylinder 7711 each having a separation compartment 7766 is formed on one side of the material molecule separation processing machine 1100;

a structure in which a transfer pipe 7722 for transferring gaseous material molecules or fluid material molecules is formed between the upper side of the collecting roof 7733 and the separation compartment 7766, respectively;

A structure in which each injection pipe 7712 is formed on the upper portion of the separation compartment 7766;

On one side of the separation compartment 7766, the structure of a material molecule separation processing machine each comprising a discharge pipe 7713 for discharging gaseous material molecules or fluid material molecules flowing into each of the separation compartments 7766 to the outside. present.

In a state in which the fluid material molecules such as water are filled in the separation vessel 7711, fluid material molecules such as water are continuously introduced into the inside of the material molecular branch through the injection line 8001, and at the same time, the Through the second pump 9900, the second injection pipe 9901, and the second outlet 9902, the contaminated air is simultaneously introduced into the environment-friendly material molecule separation and processing machine, and at the same time, the rotating striking body 1503 Contaminant material molecules bonded to the air by striking the fluid material molecules such as water flowing into the material molecule separation processing machine through When they are forcibly separated, gaseous material molecules and fluid material molecules that are raised by the action of gravity are transferred through the transfer pipe 7722, and then the separation vessel 7711 is transferred through the transfer pipe 7722. Presenting an eco-friendly material molecule separation processing machine configured to collect, use, or reprocess the air or fluid material molecules transferred to the separation container 7711 and the separation compartment 7766 to the outside through the discharge pipe 7713 do.

In addition, there are very many methods of modifying the configuration of the material molecule separation processing machine, which is configured to extract polluted fluid material molecules or fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity from polluted air. Since there are too many methods, the modified example is omitted.

Example 36

The following describes claim 48 constituted according to the 36th embodiment of the present invention.

95 is a photograph of a phenomenon in which the actual phenomena of the material explosion action, the material pushing action, and the material rejection action applied to each embodiment of the present invention occur inside the paper cup, and FIG. It is a photograph showing a deformed form of the applied rotating striking body, and FIG. 97 is a perspective view of an eco-friendly material molecule separation processing machine constructed according to the 36th embodiment of the present invention, and is configured as follows.

Eco-friendly material molecule separation processing machine (1100) composed of a structure of a material molecule processing unit (2299) in which the material molecule separation guide plate (2000) is coupled to the upper part in a circular horizontal shape and the lower part is inclined from one side to the other side structure of;

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity and an outlet 251 for fluid material molecules are formed around the upper periphery of the material molecule processing unit 2299;

a structure in which an injection line 8001 is formed on one side of the upper part of the material molecule processing unit 2299;

a structure in which a discharge line 8028 coupled to a discharge control valve 8029 is configured in the other direction of the material molecule processing unit 2299;

Inside the material molecule processing unit 2299, a plurality of separation membranes 7033 that act to move the fluid substances having a light specific gravity in an upward direction while inducing the fluid substances having a heavy specific gravity to move in a downward direction are layered inside the material molecule processing unit 2299 A structure consisting of;

The number of installations of the separation membrane 7033 composed of layers can be increased or decreased as much as possible.

In the inside of the separation membrane 7033, a plurality of guide holes 7755 for guiding fluid material molecules to move in an upward direction or to induce movement in a downward direction are provided.

As shown in FIG. 97, the configuration of the guide hole 7755 can be configured to be wider at the upper side or wider to the lower side.

In addition, it is possible to change the configuration so that the configuration in the upper and lower directions crosses the upper and lower triangles in a combined form. it is natural

Since the configuration of the material molecule descending guide plate and the fluid material molecule ascending guide plate can be configured by increasing or decreasing the number as much as possible, the material molecule separation processing machine configured by reducing or increasing the number is all within the scope of the present invention It is natural to belong to

Example 37

Next, Embodiment 37 according to claim 49 of the present invention will be described.

99 is a perspective view of a material molecule separation processing machine configured according to a 37th embodiment of the present invention, and FIG. 100 is an exploded perspective view showing the material molecule separation processing machine configured according to the 37th embodiment of the present invention by dividing the material molecule separation processing machine in half. It consists of

The lower end is the structure of the material molecule separation processing machine 1100 configured in a circular shape at the upper end of the material molecule separation guide plate 2000, which is inclined in the direction from one side to the other; It is possible to change the configuration in the form of a rhombus, hexagon, or octagon.

A structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is formed in an inclined form from one side to the other around the upper periphery of the material molecule separation processing machine 1100;

The reason for configuring the material molecule collecting sphere on the upper side is to collect the fluid material molecules having a light specific gravity that float in the upper direction of the material molecule separation and processing machine by the action of gravity.

a structure in which a fluid material molecule outlet 251 for discharging fluid material molecules having a light specific gravity is formed on the other side of the material molecule collecting port 250;

a structure in which a discharge line 8028 coupled to a discharge control valve 8029 is configured on the other side of the lower end of the material molecule separation and processing machine 1100;

A structure in which a rotating striking body 1503 for striking the fluid material molecules is provided in the form of a thresher inside the material molecule separation processing machine 1100;

The configuration of the rotating striking body can be changed in many different ways.

A structure in which a rotating means (1551) for rotating the rotating striking body (1503) is configured on the outside of the material molecule separation processing machine (1100).

The structure of the rotating means for rotating the rotating striking body is a structure for striking the fluid material molecules such as contaminated water flowing into the inside of the material molecule separation processing machine by artificially rotating the rotating striking body, and the change configuration is very simple do

In the inside of the material molecule separation processing machine 1100, the volume ratio adjusting means with a structure such as a rubber balloon that increases or increases the volume ratio of fluid material molecules such as water flowing into the inside of the material molecule separation processing machine 1100 ( 1004) is a combined structure; and

A structure in which an air pump 1005 acting to increase or decrease the volume of the volume ratio adjusting means 1004 is coupled to the outside of the material molecule separation processing machine 1100;

The structure of the volume ratio adjusting means 1004 means a structure in which a structure composed of a bar balloon type is installed inside the material molecule separation processing machine 1100 .

In detail, in a state in which the environment-friendly material molecule separation and processing machine is filled with fluid molecules such as milk, alcohol, or water, the rotation means is used to rotate the rotating striking body configured in the environment-friendly material molecule separation and processing machine The air pump 1005 coupled with the volume ratio adjusting means 1004 is used to process the fluid material molecules by hitting them to separate the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity. By injecting air into the interior of the volume ratio control means 1004 composed of a material such as an air balloon, the eco-friendly material molecule separation and processing machine 1100 is filled with fluid material molecules with a light specific gravity. After discharging the material molecules to the outside of the material molecule separation processing machine 1100 through the material molecule collecting port 250 and the fluid material molecule outlet 251, the fluid material molecules with heavy specific gravity are discharged through the discharge line 8028. A material molecule separation processor configured for collection and use is presented.

Through this processing process, what is the emission value of fluid material molecules with a light specific gravity discharged to the outside of the material molecule separation processing machine 1100 through the material molecule collection port 250 and the fluid material molecule discharge port 251? No special figures are given because it is possible to freely control and process

The floor area ratio adjusting means 1004 configured according to the 37th embodiment of the present invention can be changed to a bar balloon type.

In this way, the structure of the volume ratio adjusting means for raising and discharging the fluid material molecules with light specific gravity by increasing the volume ratio of the fluid material molecules accommodated in the material molecule separation processing machine can be changed in a very diverse way.

Therefore, it is natural for those skilled in the art to change the structure of the material molecule separation processing machine using this theory and to fall within the scope of the present invention.

In addition, the structure of the air pump can be configured in a syringe type and can be changed in a very diverse way.

Example 38

Next, claim 50 according to the 38th embodiment of the present invention will be described.

The nature of extracting a salt mixture with a heavy specific gravity by separating and extracting fluid material molecules with a light specific gravity mixed in a salt mixture made by diluting salt and water using the action of gravity generated by the eco-friendly material molecule separation and processing machine The friendly eco-friendly material molecule separation and processing method will be described as follows.

A salt mixture made by diluting 70wt% to 99wt% of salt made by processing seawater and 1wt% to 30wt% of water is separated from the eco-friendly material molecule through the injection line 8001 configured in the eco-friendly material molecule separation and processing machine 1100 After continuously flowing into the inside of the processing machine 1100, a process of continuously hitting the salt mixture using a rotating striking body and a rotating body is performed, and at the same time, the emission control valve 8029 is closed to close the eco-friendly material molecule separation processing machine 1100 ( 1100), by controlling the discharge control valve 8029 configured at the lower end, discharge 70wt% to 99wt% to the discharge line 8028, collect and reuse or reprocess, and at the same time perform a work process of re-using or reprocessing, and at the same time the remaining specific gravity is light 1wt% ~30wt% of excess fluidic material molecules are separated by the eco-friendly material molecule separation and processing machine 1100 through the material molecule collection port 250 and the material molecule outlet 251 configured on the upper side of the eco-friendly material molecule separation and processing machine 1100 ), we propose an eco-friendly, eco-friendly material molecule separation and processing method that collects, disposes, or reuses

Example 39

The following describes claim 51 constituted according to the 39th embodiment of the present invention.

103 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 39th embodiment of the present invention, and FIG. 105 is an exploded perspective view showing the eco-friendly material molecule separation processing machine constructed according to the 39th embodiment of the present invention by splitting the middle part in the horizontal direction in half, and FIG. 106 is the 39th embodiment of the present invention It is an exploded perspective view showing the eco-friendly material molecule separation processing machine constructed according to the embodiment of the present invention in a diagonal direction, and FIG. is composed as follows

As shown in FIG. 103, the structure in which the eco-friendly material molecule separation processing machine 1100 is configured in a rectangular shape;

However, the upper part is narrow and the lower part is wide triangle, hexagon, or circle or rhombic shape.

At the lower end of the other side, a discharge line 8028 for discharging fluid material molecules such as water is combined with the discharge control valve 8029;

The discharge line and discharge control valve can be configured by applying the devices used in the past.

A structure in which a fluid material molecule separation guide plate 2000 is configured at the lower end of the eco-friendly material molecule separation and processing machine 1100;

The structure of the fluidic material molecule separation guide plate 2000 is tilted from the other direction to one direction so that water molecules with heavy specific gravity are gathered in one direction while pushing the fluid material molecules with light specific gravity in a low direction by the action of gravity. The true form and the longitudinal form are structured in a form inclined from the rear to the front; to be.

In detail, all of the fluid molecules are structured to separate molecules of fluid substances with heavy specific gravity from those of fluid substances with light specific gravity by using the natural action of flowing down from high to low by the action of gravity.

Therefore, it is natural that all of the configuration angles configured to be inclined from one side to the other side belong to the right of the present invention.

At the upper edge of the eco-friendly material molecule separation and processing machine 1100, a material molecule collection port 250 for collecting fluid material molecules with light specific gravity and a fluid material molecule discharge port for discharging the collected fluid material molecules to the outside ( 251) respectively; to be.

The reason for configuring the material molecule collecting port 250 on the upper side of the eco-friendly material molecule separation processing machine is 100 wt% of the total inflow amount of the fluid material molecules through the injection line 8001 configured on one side of the eco-friendly material molecule separation processing machine After discharging 90wt% to 99.99wt% of the total inflow through the discharge line 8028 when introducing is a structure for

In the interior of the eco-friendly material molecule separation and processing machine 1100, a plurality of material molecule upward induction films 5050 in the shape of a triangle are each configured;

The reason for forming a plurality of material molecule upward induction films 5050 in the shape of a triangle inside the eco-friendly material molecule separation processing machine 1100 is that all fluid material molecules flow from a high place to a low place by the action of gravity. It is a structure for separating fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity by using the natural action to go.

At the upper end of the material molecule upward induction film 5050, it is configured in the form of a compartment to exert an action of lowering fluid material molecules having a heavy specific gravity, such as water, while simultaneously moving fluid material molecules having a heavy specific gravity in an upward direction. It acts to move the material molecules to the rear part of the upward induction film 5050 while serving as a movement path (200, 400, 600, 800, 911.993), and at the same time, fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity are easily combined We present an eco-friendly material molecule separation and processing machine that is configured to separate the fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity by combining the material molecule separation guide plate (88888) in the shape of an ∧, which acts to prevent it from happening

The reason for configuring the material molecule separation guide plate 88888 in the ∧ shape at the upper end of the material molecule upward guide film 5050 configured inside the eco-friendly material molecule separation and processing machine 1100 is the action of gravity and specific gravity and A material bond that is reunited by the viscous force of the fluid substance molecule when the molecules of a fluid substance with a light specific gravity and a fluid substance with a heavy specific gravity are separated separately into the upper layer position and the lower layer space due to the difference in mass It is a structure constructed to fundamentally block the action.

Therefore, it is natural that all of the material molecule separation guide plates in a shape other than the ∧ shape inside the eco-friendly material molecule separation processing machine fall within the scope of the present invention.

Although the rotating striking body is configured separately on one side and the other side or at the lower end of the eco-friendly material molecule separation processing machine 1100, the detailed structure and description thereof will be omitted because the detailed structure is shown in each embodiment.

Example 40

The following describes claim 52 constructed according to the fortieth embodiment of the present invention.

108 is a perspective view of an eco-friendly material molecule separation and processing machine constructed according to a 40th embodiment of the present invention, and FIG. It is an exploded perspective view showing the separation of , and FIG. 110 is an exploded perspective view shown from the upper direction in a state in which one side of the eco-friendly material molecule separation processing machine configured according to the 40th embodiment of the present invention is cut, and FIG. 111 is the present invention It is a separation perspective road shown from the right side in a state in which one side of the eco-friendly material molecule separation processing machine configured according to the fortieth embodiment is cut, and is configured as follows.

a structure in which a discharge line 8028 for discharging fluid material molecules such as water is coupled to the discharge control valve 8029 at the lower end of the other side;

The structure of the fluidic material molecule separation guide plate 2000 is tilted from the other direction to one direction so that water molecules with heavy specific gravity are gathered in one direction while pushing the fluid material molecules with light specific gravity in a low direction by the action of gravity. The true form and the longitudinal form are structured in a form inclined from the rear to the front;

At the upper edge of the eco-friendly material molecule separation and processing machine 1100, a material molecule collection port 250 for collecting fluid material molecules with light specific gravity and a fluid material molecule discharge port for discharging the collected fluid material molecules to the outside ( 251) respectively;

A structure in which a plurality of material molecule upward induction films 5060 each having an air supply space 5062 in the form of an empty triangle inside the eco-friendly material molecule separation and processing machine 1100;

a structure in which a plurality of air outlets 5061 are coupled to the material molecule upward induction film 5060;

The upper end of the material molecule upward induction film 5060 is configured in the form of a compartment to lower or discharge fluid material molecules having a heavy specific gravity, such as water, while lowering or discharging fluid material molecules having a heavy specific gravity in an upward direction. It acts to move the material molecules to the upper direction or the rear part of the upward induction film 5060 while acting as a movement path (200, 400, 600, 800, 911.993), and at the same time, a fluid material molecule with a heavy specific gravity and a fluid material with a light specific gravity a structure in which the material molecule separation guide plate 88888, which acts to prevent the molecules from being easily combined, is combined in a ∧ shape;

In the material molecule separation guide plate 88888 each configured inside the eco-friendly material molecule separation processing machine 1100, the air or fluid material molecules having a heavy specific gravity are lowered or acted to increase the fluid material molecules having a light specific gravity. a structure in which a plurality of jets 8803 are each configured;

Fluid material molecules such as water passing through the lower end of the material molecule upward induction film 5060 and the air supply space 5062 respectively configured at the lower end of one side and the other side of the eco-friendly material molecule separation and processing machine 1100 in the left and right directions a structure in which the lower injection pipe 8801 is installed for injecting gases such as field or air;

In the lower injection pipe 8801, an outlet 8802 for discharging fluid material molecules such as air or water is configured, respectively, so that the fluid material molecules having a heavy specific gravity and the fluid material molecules having a light specific gravity are directed upward and downward. We present an eco-friendly material molecule separation and processing machine that works to separate

When 100wt% of the total inflow amount of fluid material molecules is introduced through the injection line 8001 configured on one side of the eco-friendly material molecule separation processing machine configured as described above, 90wt% of the total inflow through the discharge line 8028 After discharging ~99.99wt%, an eco-friendly material molecule separation and processing machine configured to collect the remaining 0.01wt%~10wt% of fluid material molecules through the material molecule collecting port 250 is provided.

Example 41

The following describes a forty-first embodiment which is constituted by the claims of the present invention.

Fig. 112 is a perspective view of the material molecule separation and processing machine constructed according to claim 53 of the present invention, and FIG.

The structure in which one side and the other side of the lower end are in the form of an inverted triangle and the fluidic material molecule separation guide plate 2000 is formed in an inclined shape from one direction to the other;

The structure of the eco-friendly material molecule separation processing machine 1100 in which the upper part consists of a material molecule collection port 250 configured in a horizontal shape and a fluid material molecule discharge port 251 for discharging the collected fluid material molecules to the outside, respectively ;

An injection pipe (7777) coupled to a pump (7770) is configured between one side and the other side of the fluidic material molecule separation guide plate (2000);

A structure in which a plurality of ejection boxes 7715 for ejecting air or liquid are coupled between the injection pipes 7777;

The reason for configuring the ejection box 7715 between one side and the other side of the lower end of the eco-friendly material molecule separation and processing machine 1100 is material friction generated while the air or fluid material molecules ejected from the ejection box 7715 collide with each other. This is to promote the action and collision of material molecules.

Through the pump 7770, air or fluid material molecules are continuously supplied through the ejection box 7715 coupled with the injection pipe 7777, and at the same time, fluidicity through the injection line 8001 Excess fluidic material molecules of 0.01% and 10% that are separated and extracted using a double separation and discharge method that continuously injects material molecules and discharges 90% to 99.99% of 100% of the total amount injected through the discharge line 8028 at the same time It is a structure of an eco-friendly material molecule separation and processing machine configured to separate and extract the material molecules using the material molecule collecting port 250 and the fluid material molecule outlet 251 for discharging the collected fluid material molecules to the outside.

a structure in which a discharge line 8028 for discharging fluid material molecules such as water is combined with an emission control valve 8029 on one side of the eco-friendly material molecule separation and processing machine 1100;

a structure in which an injection line 8001 is coupled to an upper portion of the other side of the eco-friendly material molecule separation and processing machine 1100;

Inside the eco-friendly material molecule separation and processing machine 1100, a plurality of primary material molecule descending guide plates 409.411, 413,415, 417, 419 are each configured. However, these structures can be configured by increasing or decreasing the number of installations.

At the lower end of the primary material molecule descending guide plate (409.411, 413,415, 417, 419), each lower end material molecule movement path (102,352,552,752,952,1152), which acts to preferentially discharge fluidic material molecules with heavy specific gravity, is coupled to the structure; to be. However, these structures can be configured by increasing or decreasing the number of installations.

In the next step of the first material molecule descending guide plate (409.411, 413,415, 417, 419),

It is a structure in which the material molecule separation compartment (100,200,500,800,992,995,999) is constituted by combining the fluidic material molecule rising guide plates (201,401,601,801,1011,1101). However, these structures can be configured by increasing or decreasing the number of installations.

On the upper side of the fluidic material molecule ascending guide plate (201,401,601,801,1011,1101), upper layer material molecule movement passages (202,402,602,802,9912,9916) for moving fluidic material molecules with heavy specific gravity are each constituted; however. These structures can be configured by increasing or decreasing the number of installations.

In the next step of the fluidic material molecule ascending guide plate (201,401,601,801, 1011,1101), the secondary material molecule descending guide plate (410,414,416,418,420) is combined to form a secondary lower layer material molecule movement path (300,600,900,993,1010); .However, it is possible to configure by increasing or decreasing the number of installations.

At the lower end of the secondary material molecule descending guide plate (410,414,416,418,420), the fluidic material molecules with heavy specific gravity are lowered and flowed to rise, while at the same time, the fluidic material molecules with light specific gravity are raised. Water and air are simultaneously injected into the eco-friendly material molecule separation processing machine 1100, which is composed of passages 252,452,652,852,1052,1252, respectively, to separate and extract fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity. Presenting a nature-friendly, eco-friendly construction method

Example 42

The following describes claim 54 constructed according to the forty-second embodiment of the present invention.

114 is a perspective view of the material molecule separation processing machine constructed according to the 54th embodiment of the present invention;

115 is an exploded perspective view showing the material separator configured according to the present invention 54 separated in half, and FIG. 116 is a multi-stage installation of the material separator configured according to the present invention 54. It is a perspective view of a multi-stage material molecule separation processing machine that separates fluid material molecules with heavy specific gravity, and is composed as follows.

The upper part is a horizontal structure, and the lower part is combined with the fluid material molecule separation guide plate 2000 configured in an inclined shape from one side to the other side to form a cylindrical structure of the eco-friendly material molecule separation processing machine 1100; It is possible to change the configuration to a hexagon or a rhombus.

A structure in which a material molecule collection port 250 and a fluid material molecule discharge port 251 for discharging the collected fluid material molecules to the outside are respectively configured at the upper end of the eco-friendly material molecule separation and processing machine 1100;

On the other side of the lower end of the eco-friendly material molecule separation processing machine 1100, a discharge line 8028 for discharging fluid material molecules such as water is combined with an emission control valve 8029;

Inside the eco-friendly material molecule separation and processing machine 1100, an ascending passage 1819, which acts to raise the fluid material molecules with a light specific gravity while lowering the fluid material molecules with a heavy specific gravity, and the fluid material molecules with a heavy specific gravity are A structure in which the material molecule movement guide pipe 1818 including the material molecule movement passage 1820 that acts to move in one direction is 5 cm to 50 cm higher than the height of the eco-friendly material molecule separation and processing machine 1100 ;to be. It is natural that all of these design changes fall within the scope of the present invention.

a structure in which an injection line 8001 for injecting fluid material molecules is configured on the other upper side of the eco-friendly material molecule separation and processing machine 1100;

The discharge line 8028 and the emission control valve 8029 configured at the lower end of the eco-friendly material molecule separation and processing machine 1100 are continuously configured in a stepwise manner in the next step. Presents an eco-friendly material molecule separation and processing machine 1100 configured in multi-steps to separate and extract fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity by multi-step combination with

It is possible to change and configure the number composed of layers in a multi-step stepwise fashion.

When 100 wt% of fluid material molecules are injected through the injection line 8001 configured on the upper side of the eco-friendly material molecule separation processing machine 1100 configured as described above, 100% of the injection amount is injected through the discharge line 8028 When 90 to 99.99% is discharged, the remaining 0.01% to 10% of the fluid material molecules overflow into the material molecule collecting port 250 and are discharged to the outside through the fluid material molecule outlet 251 sequentially We present an eco-friendly method that separates and extracts fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity using the phosphorus emission process.

When constructing the eco-friendly material molecule separation processing machine 1100 configured in a cylindrical shape, it is possible to combine materials such as fire hoses and change the configuration so that it can be used when folded and unfolded.

The reason is that it can be applied when demonstrating demonstrations while moving long distances.

Example 43

Next, claim 55 constituted according to the 43rd embodiment of the present invention will be described.

FIG. 117 is a perspective view of a material molecule separation and processing machine constructed according to the 55th claim of the present invention, FIG. It is a perspective view of a multi-stage material molecule separation and processing machine that separates fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity by installing a material separator configured according to the following steps.

The lower structure is a structure in which the fluidic material molecule separation guide plate 2000 is inclined from one direction to the other.

The inclination angle is not particularly limited because it can be freely changed.

The structure in which the eco-friendly material molecule separation processing machine 1100 is configured in the form of a rectangular box at the upper end of the fluidic material molecule separation guide plate 2000. However, a hexagonal or octagonal configuration is possible. In addition, the configuration height can be freely changed according to the need.

On the upper side of the eco-friendly material molecule separation and processing machine 1100, a material molecule collection port 250 for collecting fluid material molecules having a light specific gravity and a fluid material molecule discharge port 251 for discharging the collected fluid material molecules to the outside ) of each structure;

At one side of the eco-friendly material molecule separation and processing machine 1100, a pump 315 for pumping and discharging low-layer water with a heavy specific gravity to the upper layer is combined with a low-layer water discharge pipe 419 coupled to the structure; The reason for composing this structure is that by the action of gravity, the fluid material molecules with heavy specific gravity in the lower layer are preferentially discharged upward to separate the fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity. structure for extraction.

However, by separately configuring several low-rise water pipes of different heights, it is possible to change the configuration so as to separate and extract each component layer by layer.

As shown in FIG. 119, an eco-friendly method for separating fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity by installing the eco-friendly material molecule separation processing machine 1100 in multiple stages is configured as follows

The low-level water discharge pipe 419 configured in the eco-friendly material molecule separation processing machine 1100 configured as described above is combined with the upper direction of the eco-friendly material molecule separation processing machine 1100 configured in a continuous stepwise step in the next step. A structure in which an injection line 8001 is installed at the uppermost end of the eco-friendly material molecule separation processing machine 1100 installed in the uppermost direction installed in multiple stages after installation.

That is, after injecting the fluidic material molecules into the eco-friendly material molecule separation processing machine 1100 through one line, the discharge configured at the lower end of the eco-friendly material molecule separation processing machine 1100 configured at the lowest end Fluid with heavy specific gravity by controlling the amount discharged through the line 8028 and at the same time controlling the amount discharged through the pump 315 configured at the upper end of the eco-friendly material molecule separation processing machine 1100 installed in steps It is an invention related to an eco-friendly method for separating material molecules and fluid material molecules with light specific gravity.

In detail, the discharge line 8028 coupled with the emission control valve 8029 is configured at the lower end of one side of the eco-friendly material molecule separation and processing machine 1100 installed at the lowermost end of the eco-friendly material molecule separation processing machine 1100. After configuring the injection 100wt% of the total amount of fluid material molecules injected through the line 8001 is injected into the eco-friendly material molecule separation processing machine 1100 configured at the top end, and at the same time through the pump 315 and the bottom water discharge pipe 419 95wt% to 99.99wt% of the fluid material molecules having heavy specific gravity in the lower part of the eco-friendly material molecule separation and processing machine 1100 are pumped into the eco-friendly material molecule separation processing machine 1100, which is configured in the next step. At the same time, the remaining excess fluidic material molecules overflowing the upper part of the eco-friendly material molecule separation and processing machine 1100 are the material molecule collecting port 250 and the fluidic material molecule outlet 251 for discharging the collected fluidic material molecules to the outside. ) through the discharge line 8028 configured at the lower end of the eco-friendly material molecule separation processing machine 1100 configured at the same time to be disposed of or recycled, and finally discharged through the heavy-weight fluidic material molecule Using the eco-friendly material molecule separation and processing machine 1100 configured to be discharged through the discharge line 8028 and used, multi-stage low-layer water pumping separation to separate fluid material molecules having a light specific gravity and fluid material molecules having a light specific gravity We present an eco-friendly, nature-friendly method that separates and extracts polluted fluid molecules using a method

Example 44

Next, claim 56 constituted according to the 56th embodiment of the present invention will be described.

Figure 120 is a perspective view of the material molecule separation processing machine constructed according to the 56th claim of the present invention, Figure 121 is an exploded perspective view showing the material separator constructed according to the 56th aspect of the present invention by splitting it in half, and Figure 122 is the present invention 56. It is a perspective view of an eco-friendly material molecule separation processing machine showing an embodiment of changing the material molecule separation processing machine configured according to As an exploded perspective view, it is configured as follows.

The lower end has a structure of an inverted triangle, and the fluidic material molecule separation guide plate 2000 is configured with a structure inclined from one direction to the other;

At the upper end of the fluidic material molecule separation guide plate 2000, an eco-friendly material in the form of a zigzag box so that the fluid material molecules with heavy specific gravity move quickly to the lower end by the action of gravity and exert a material squeezing action and a material pushing action The structure in which the molecular separation processing machine 1100 is configured;

The upper side of the eco-friendly material molecule separation and processing machine 1100 is configured in a horizontal form on one side and the other side; On the upper side of the eco-friendly material molecule separation processing machine 1100, a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured in a horizontal form; At one side of the material molecule collecting port 250, a structure in which the fluid material molecule outlet 251 for discharging the fluid material molecules collected by the material molecule collecting port 250 to the outside is configured;

In addition, by installing a plurality of partitions in the material molecule collecting port 250, it is possible to change the configuration so that collection by each specific gravity is possible.

The number of the fluidic material molecule outlet 251 can be configured separately for each compartment configured in the material molecule collecting port 250 .

A structure in which a plurality of material molecule descending

guide plates

101, 301, 501, 701, 901, 9913, 9915 are respectively configured in the eco-friendly material molecule separation and processing machine 1100;

At the lower end of the material molecule descending guide plate (101,301,501,701,901,9913,9915), each lower end material molecule movement path (102,302,502,702,902,1012) that serves to preferentially discharge fluid material molecules with heavy specific gravity is combined;

In the next step of the lower part material molecule movement passages (102, 302, 702, 902, 1012),

By combining the fluidic material molecule rising guide plates (201,401,601,801,9912,9914),

This is a structure in which the material molecule separation compartments (200,300,400,500,600,700,800,900,991,992,993,994,995,998) are respectively constituted.

The number of components of the fluidic material molecule rising guide plate and the material molecule separation compartment can be increased or decreased as much as possible.

On the upper side of the fluidic material molecule ascending guide plate (201,401,601,801,9912,9914), upper layer material molecule movement passages (202,402,602,802,9911,9916,9921) for moving fluidic material molecules with heavy specific gravity are respectively configured;

The number of components of the fluidic material molecule ascending guide plate and the upper layer material molecule movement path can be changed as much as possible.

In the material molecule separation compartment (10,300,500,700,900,992,994,998) configured inside the eco-friendly material molecule separation processing machine 1100, the fluidic material molecules having a light specific gravity act to rise while the fluidic material molecules having a light specific gravity act to descend. A structure in which the lower end is narrow and the upper end is wide, and an upright injection pipe (7771) having a jet port (7772) is configured at the end, respectively.

As all fluid material molecules are governed by gravity, the fluid material molecules with light specific gravity rise to the upper layer as the fluid material molecules with heavy specific gravity are separated, and fluid material molecules with heavy specific gravity have heavy mass, so fluid material with light specific gravity The upright injection pipe 7771, which has a wide upper part and a narrow lower part, is used as the eco-friendly material in order to generate these effects It is configured to be inserted into the inside of the molecular separation processing machine.

However, since a person skilled in the art can additionally configure a plurality of air outlets in the injection pipe, it is natural that such a design change also falls within the scope of the present invention.

The upper end of the upright injection pipe 7771 is coupled with a transverse injection pipe 7773 connected to and coupled to each of the upright injection pipes 7771; One end of the transverse injection pipe 7773 is coupled with a pump 7770. structure to be; to be.

It has a structure configured to forcibly inject polluted air or general air or polluted fluid material molecules into the environment-friendly material molecule separation and processing machine 1100 through the pump 7770 .

However, polluted air or polluted fluid material molecules that are naturally introduced without using a pump are injected into the eco-friendly material molecule separation processing machine 1100 through the upright injection pipe 7771 and the horizontal injection pipe 7773. Therefore, it is possible to separate and extract material molecules with light specific gravity and material molecules with heavy specific gravity, so it is natural that all of these design changes fall within the scope of the present invention.

Fluid material molecules are injected into the interior of the eco-friendly material molecule separation processing machine 1100 configured as described above, or water and air are simultaneously injected to separate heavy and light fluid material molecules. We present a nature-friendly and eco-friendly method of extraction

However, as shown in FIGS. 122 and 123, the horizontal injection pipe 7773 connected to the upright injection pipe 7771 in which a plurality of ejection ports 7774 are configured indefinitely is connected to the interior of the eco-friendly material molecule separation processing machine 1100. The composing structure can be configured additionally or changed as many times as possible.

In addition, a method of injecting and processing air or polluted air or polluted fluidic material molecules through the transverse injection pipe 7773 connected to the upright injection pipe 7771 is possible for those skilled in the art. By closing the end of the upright injection pipe (7771), it is possible to change the configuration so that the ejection pressure is stronger.

In detail, the techniques for changing and applying each material molecule separation method according to the present invention, which are configured to purify the polluted air by injecting contaminated air or injecting clean air into the environment-friendly material molecule separation processing machine, are all the same. It is natural that the invention belongs to the scope of the right.

That is, as shown in FIGS. 122 and 123, the upright injection pipe 7771 and the horizontal injection pipe 7773 configured to inject water and air into the environment-friendly material molecule separation processing machine 1100 are additionally configured by those skilled in the art. If it is, it is natural that all of these design changes fall within the scope of the present invention, since any change configuration is possible.

Example 45

Next, a 45th embodiment according to claim 57 of the present invention will be described.

124 is a perspective view of an eco-friendly material molecule separation and processing machine showing the material molecule separation processing machine constructed according to claim 57 of the present invention, and FIG. , Fig. 126 is a perspective view of an eco-friendly material molecule separation and processing machine showing an embodiment of changing and configuring the material molecule separation processing machine constructed according to claim 57 of the present invention, and Figure 127 is a modified configuration of the material separation processing machine constructed according to claim 57 of the present invention As an exploded perspective view showing the embodiment divided in half, it is configured as follows.

The lower end has a structure in which the fluidic material molecule separation guide plate 2000 is formed in the form of an inverted triangle while being inclined in one direction from the other side;

The upper end of the fluidic material molecule separation guide plate 2000 has a structure in which an eco-friendly material molecule separation and processing machine 1100 is configured in the form of a rectangle with one side and the other side being horizontal;

On the upper side of the eco-friendly material molecule separation and processing machine 1100, a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity in a horizontal form is configured; a structure in which fluidic material molecule outlets 251 for discharging the formed fluidic material molecules to the outside are respectively constituted;

Inside the eco-friendly material molecule separation and processing machine 1100, a plurality of fluid material molecules with heavy specific gravity move rapidly to the lower end in one direction by the action of gravity to exert a material slashing action and a material pushing action. a structure in which the material molecule descending

guide plates

101, 301, 501, 701, 901, and 9013 are each configured;

At the lower end of the material molecule descending guide plate (101, 301, 501, 701, 901, 9913), each lower end material molecule movement path (102, 302, 502, 702, 902, 1012) that serves to preferentially discharge fluid material molecules with heavy specific gravity is combined;

In the next step of the lower part material molecule movement passages (102, 302, 502, 702, 902, 1012),

By combining the fluidic material molecule rising guide plates (201,401,601,801,9912),

a structure in which the material molecule separation compartments (100,200,300,400,500,600,700,800,900,991,992,993) are respectively constituted;

On the upper side of the fluidic material molecule ascending guide plate (201, 401, 601, 801, 9912), upper layer material molecule movement passages (202, 402, 602, 802, 9911) for moving fluid material molecules with heavy specific gravity are each configured;

However, the material molecule descending guide plate 101,301,501,701,901,9913 and the lower part material molecule movement passage 102,302,502,702,902,1012 and the fluidic material molecule ascending guide plate formed between one side and the other side of the eco-friendly material molecule separation processing machine 1100 (201,401,601,801,9912) and the number of components of the material molecule separation compartment (200,300,400,500,600,700,800,900,991,992,993,994) can be reduced or increased as much as possible. will be

The material molecule descending guide plate 101,301,501,701,901,9913 and the lower part material molecule movement path 102,302,502,702,902,1012 and the fluidic material molecule ascending guide plate ( Between 201,401,601,801,9912) and the material molecule separation compartment (200,300,400,500,600,700,800,900,991,992,993,994), a plurality of ejection holes 7735 are respectively configured. ;to be.

When the material molecule movement guide plate 7725 is combined to form a structure, a space is formed on the front and rear edges and both edges of the eco-friendly material molecule separation and processing machine 1100 .

The reason is to induce fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity to move easily upward or downward.

The reason for configuring a plurality of material molecule movement guide plates 7725 inside the eco-friendly material molecule separation processing machine 1100 is to induce the fluid material molecules with heavy specific gravity to move rapidly in the downward direction by the action of gravity. to configure it for

The inclined inclination angle of the material molecule movement guide plate 7725 can be changed as much as possible.

For example, as shown in FIGS. 126 and 127, the material molecule movement guide plate 7725 can be configured in a horizontal form. Therefore, it is natural that all of these designs fall within the scope of the present invention.

In addition, since the number of components of the material molecule movement guide plate 7725 can be increased or decreased as much as possible, it is natural that all of these design changes fall within the scope of the present invention.

At one side of the material molecule movement guide plate 7725, an injection line for injecting air or fluid material molecules may be coupled, or a pump may be separately configured to inject fluid material molecules such as air or water. Since there is no coupling relationship, it is natural that all of these configurations fall within the scope of the present invention.

Fluid material molecules are injected into the eco-friendly material molecule separation processing machine 1100 configured as described above, or fluid material molecules and air are simultaneously injected, so that fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity are injected. We present a nature-friendly eco-friendly material molecule separation and processing machine configured to separate and extract them.

Example 46

A forty-sixth embodiment constructed according to claim 58 of the present invention will be described.

FIG. 128 is a perspective view showing the material separator constructed according to the 58th aspect of the present invention, and FIG. 129 is an exploded perspective view of the environmentally friendly material molecule separation processing machine showing the material molecule separation processing machine configured according to the 58th aspect of the present invention by splitting it in half. It consists of:

The lower end has a structure in which the fluid material molecule separation guide plate 2000 is configured in a shape similar to that of a peanut that is inclined in one direction from the other side while being inclined;

The upper end of the fluidic material molecule separation guide plate 2000 is a structure in which an eco-friendly material molecule separation processing machine 1100 is configured in the form of a peanut with one side and the other side being horizontal and inclined.

The reason for forming the upper part of the material molecule separation processing machine in the form of an inclined peanut is that all material molecules have a heavy specific gravity, depending on the domination of gravity and mass and specific gravity, so fluid material molecules with heavy specific gravity or gaseous material molecules with heavy specific gravity have light specific gravity. It is a structure for inducing the material slashing action and the material pushing action, which pushes the fluid material molecules and preferentially moves in the downward direction, to occur.

Therefore, it is natural that all of the inclination angles configured differently fall within the scope of the present invention.

On the upper side of the eco-friendly material molecule separation and processing machine 1100, a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity in a horizontal form is configured.

However, a plurality of partitions may be separately configured and used in the material molecule collecting port 250 .

It is natural that such design changes also fall within the scope of the present invention.

a structure in which fluidic material molecule outlets 251 for discharging the collected fluidic material molecules to the outside are respectively formed on one side of the material molecule collecting port 250;

guide plates

101, 301, 501, and 701 are respectively constituted;

At the lower end of the material molecule descending guide plate (101, 301, 501, 701), each lower end material molecule movement path (102, 302, 502, 702), which acts to preferentially discharge fluid material molecules with heavy specific gravity, is coupled to the structure;

In the next step of the lower part material molecule movement passages (102, 302, 502, 702),

a structure in which the material molecule separation compartments (100, 200, 300, 400, 500, 600, 700, 800) are configured by combining the fluidic material molecule rising guide plates (201, 401, 601);

a structure in which upper layer material

molecule movement passages

202, 402, and 602 for moving fluid material molecules having heavy specific gravity are respectively formed on the upper side of the fluidic material molecule rising guide plate (201, 401, 601);

The material molecule descending

guide plates

101, 301, 501, 701 and the lower part material

molecule movement passages

102, 302, 502, 702 and the fluidic material molecule ascending

guide plates

201, 401, 601 and the A plurality of injection pipes 7777 each having a plurality of outlets 7700 at unspecified positions between the material molecule separation compartments 100,200,300,400,500,600,700,800 are layered across one side and the other side of the eco-friendly material molecule separation processing machine 1100 It is a long structure;

When the injection pipe 7777 is configured in the horizontal direction, a pump configured to inject air or fluid material molecules or polluted fluid material molecules to one side or the other side when configuring the injection pipe or a separately configured injection line. The illustration of the detailed structure has been omitted.

Fluid material molecules are injected into the eco-friendly material molecule separation processing machine 1100 configured as described above, or fluid material molecules and air are simultaneously injected, so that fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity are injected. We present a nature-friendly eco-friendly material molecule separation and processing machine configured to separate and extract

Example 47

The following describes claim 59 constituted according to the forty-seventh embodiment of the present invention.

130 is a perspective view of a branch of a material molecule configured in multiple steps according to a 47th embodiment of the present invention, and is configured as follows.

As shown in FIG. 130, when constructing the material molecule separation processing machine, it is constructed to overlap in multi-step layers in a zigzag form. We present an eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules using a narrow space.

As described above, the reason for configuring the eco-friendly, environmentally friendly material molecule separation processing machine to overlap according to the 47th embodiment is to facilitate separation by promoting the separation action of each material molecule of fluid material molecules that are subject to gravity.

It is very simple to change and configure the nature-friendly eco-friendly material molecule separation processing machine configured as described above, so all of the configuration of the nature-friendly environment-friendly material molecule separation processing machine configured by the person concerned by increasing or decreasing the number of components falls within the scope of the present invention. It is natural to belong

Example 48

The following describes claim 59 constituted according to the forty-eighth embodiment of the present invention.

131 is a cross-sectional perspective view of a branch of material molecules constructed according to a forty-eighth embodiment of the present invention, and is constructed as follows.

Inside the eco-friendly material molecule separation and processing machine 1100, a plurality of material molecules descending

guide plates

101, 301, 501, 701, 901, 9913, the lower material

molecule movement passages

102, 302, 502, 702, 902, 1012) and the fluid material molecule ascending guide plates 201,401, 601, 801, 9912 ) and the structure consisting of the substance molecule separation compartment (200,300,400,500,600,700,800,900,991,992,993,994);

However, since these structures can be configured by increasing or decreasing the number, the number and size of the components are not limited.

The material molecule collecting port 250 is configured on the upper side of the eco-friendly material molecule separation and processing machine 1100;

A plurality of partitions are collected inside the material molecule collecting port 250 when configuring the fluid material molecule outlet 251 for discharging the fluid material molecules collected on one side of the material molecule collecting port 250 to the outside. After additionally configuring the sphere 585858, a separate fluid material molecule outlet 251 is additionally configured for each partition collecting port 585858 to separately collect fluid material molecules with light specific gravity. present.

The reason for additionally configuring a plurality of partition collecting ports 585858 inside the material molecule collecting port 250 is to collect separately for each component because the levitation component that floats upward according to the action of gravity and the specific gravity and mass is different.

The height of the partition collecting port 585858 is configured to be higher than the upper height of the eco-friendly material molecule separation and processing machine 1100 .

However, since the configuration height and size of the partition collecting port 585858 can be changed as much as possible, the size and height are not limited.

Example 49

The following describes claim 61 constituted according to the 49th embodiment of the present invention.

132 is a cross-sectional perspective view of an eco-friendly material molecule separation and processing machine applied to a ship or a flotation facility configured to float inside a river, river, lake, or lagoon according to the 49th embodiment of the present invention.

a structure of the floating facility 2200, such as a ship or a ship, configured to attract a floating state in a lake, lagoon, river, sea, etc.;

The structure of a floating facility 2200, such as a ship, configured to be operated by a solar collecting plate 8105 configured on one side of the floating facility 2200 and a storage battery 8106 that regulates the collected electricity;

The structure of the eco-friendly material molecule separation processing machine 1100 configured in the interior of the floating facility 2200; is a structure configured as shown in FIG.

The structure of a plurality of intake pipes (8101, 8102, 8103) configured to have different heights of intake ports between the upper side of the eco-friendly material molecule separation processing machine 1100 and the bottom layer 8107 of the lower end of the floating facility 2200; The configuration of the intake pipe can be changed in many ways. Also, it is possible to change the configuration to increase the number of components or to have a different height.

Places such as lakes, dams, rivers or seas by using the eco-friendly material molecule separation processor 1100 combined with the structure of the intake pump 8104 configured on the upper side of the

intake pipes

8101, 8102, 8103 configured respectively The fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity are separated layer by layer by the action of gravity in the water intake pipe (8101,8102,8103) and the water intake pump (8104). After each fluidic material molecules with different components are injected into the eco-friendly material molecule separation and processing machine 1100, the material pushing action and material leaking generated by the fluid material molecules with a light specific gravity and the fluid material molecules with a heavy specific gravity We present an eco-friendly, eco-friendly water purification method that separates and extracts heavy fluid material molecules and light specific gravity fluid molecules using action and material explosion.

In detail, the 49th embodiment of the present invention is a technique for removing harmful substances such as algae generated in reservoirs, lakes, or dams.

Example 50

The following describes claim 62 constructed according to a fiftieth embodiment of the present invention.

133 is a cross-sectional perspective view of an eco-friendly material molecule separation processing machine applied to a fiftieth embodiment of the present invention, and is configured as follows.

A heating element 255 that generates heat using sunlight or general electricity is installed on one side of the eco-friendly material molecule separation and processing machine presented in each embodiment of the present invention, and is introduced into the environment-friendly material molecule separation and processing machine 1100 By increasing the temperature of fluid material molecules and maintaining a high temperature, they promote material explosion and material adhesion, which occur when these fluid material molecules come into contact with each other. We present an eco-friendly, eco-friendly material molecule separation and processing machine that is configured to easily separate and extract sexual material molecules.

Example 51

Next, claim 63 constructed according to the 51st embodiment of the present invention will be described as follows.

134 is a perspective view showing the material separator constructed according to claim 63 according to the 51st embodiment of the present invention, and FIG. It is a separated perspective view of the eco-friendly material molecule separation and processing machine shown separately and is composed as follows.

The structure of the lower end is a structure in which the fluidic material molecule separation guide plate 2000 is formed inclined from one side to the other side;

The structure in which the lower part processing unit 370 is configured in the shape of an inverted triangular trumpet on the upper portion of the fluidic material molecule separation guide plate 2000;

The inner upper side of the lower processing unit 370 has a structure in which the ejection plate 380 having a plurality of ejection ports 390 is coupled so that the air or fluid material molecules move in the upper and lower directions;

a structure in which a discharge line 8028 coupled to a discharge control valve 8029 is configured at the other lower end of the lower processing unit 370;

A structure in which an injection pipe 7777 coupled to a pump 7770 for supplying air or fluid material molecules is configured at one lower end of the lower processing unit 370;

Between the ejection plate 380 and the fluid material molecule separation guide plate 2000 configured on the upper side of the lower processing unit 370, each material molecule descending

guide plate

101, 301 and the lower portion material molecule movement passage ( 102 and 302), the fluidic material molecule rising guide plate 2012, and the material molecule separation compartments 10.200 and 300;

The structure of the material molecule descending

guide plates

101 and 301, the lower part material

molecule movement passages

102 and 302, the fluid material molecule ascending guide plate 2012 and the material molecule separation compartments 10.200, 300 are fluidic material molecules with heavy specific gravity. The fluidic material molecule separation guide plate 2000 moves to the lower end side along the inclined surface, and the fluid material molecules with a light specific gravity are pushed upward to the fluid material molecules with a heavy specific gravity by the action of gravity to rise to the upper layer. It is a structure that works.

Therefore, since the number of these structures can be increased or decreased as much as possible, it is natural that all of these design changes fall within the scope of the present invention.

The intermediate processing unit 360 is configured in the form of a spiral such as a spring on the upper portion of the lower processing unit 370, and the material friction action and material explosion action generated between the fluid material molecules and gaseous material molecules such as air It is a structure that is structured so that the collision between the material and the material is strongly generated. In detail, the fluid material molecules with heavy specific gravity try to move to the lower part according to the action of gravity, and the fluid material molecules with light specific gravity are pushed to the upper side as they are pushed by the fluid material molecules with heavy specific gravity. In order to induce this to be easily generated, the intermediate processing unit 360 is configured in a spiral shape.

Since the constituent numbers of the spiral can be changed as much as possible, it is natural that all of the constituent numbers and the constituent forms of the spiral fall within the scope of the present invention.

The upper part of the intermediate processing unit 360 is a structure in which the upper processing unit 350 is configured in the form of a funnel of the upper and lower halves.

The reason for constituting the structure of the upper processing unit 350 in the form of a wide upper part and a narrow lower part is that all materials are governed by gravity according to specific gravity and mass, while fluid material molecules with light specific gravity are fluid material molecules with heavy specific gravity It is a device for inducing fluidic material molecules with heavy specific gravity to easily move to the lower part while being pushed upward to the lower part.

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the upper processing unit 350;

a structure in which a fluidic material molecule outlet 251 for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port 250;

An eco-friendly material molecule separation and processing machine configured with an injection line 8001 for injecting air or fluid material molecules into the other upper portion of the upper processing unit 350 is provided.

The injection pipe 7777 coupled to the pump 7770 is coupled to the injection pipe 7777 while injecting the contaminated fluid material molecules through the injection line 8001 configured on the upper side of the eco-friendly material molecule separation processing machine configured as described above. By striking the fluid material molecules injected into the environment-friendly material molecule separation processing machine 1100 through the injection line 8001 through the lower end of the eco-friendly material molecule separation processing machine through the air or heavy fluid material molecules, At the same time as processing, the discharge control valve 8029 is adjusted to discharge 90wt% to 99.99% of the 100wt% injection amount injected through the injection line 8001 through the discharge line 8028, and the remaining 0.01% to An eco-friendly material molecule separation and processing machine configured to collect and use 10 wt% of fluid material molecules by discharging them through the material molecule collecting port 250 and the fluid material molecule outlet 251, or separately collecting and processing

Example 52

The following describes claim 64 constituted according to the 52nd embodiment of the present invention.

136 is a perspective view showing a material separator constructed according to claim 64 according to a 52nd embodiment of the present invention, and FIG. A perspective view of an eco-friendly material molecule separation and processing machine shown separately as follows, and is composed as follows.

At the lower end, a vent plate 8814 is configured with a vent 8835 configured to pass a fluid material molecule or a material such as air; The lower end of the vent plate 8814 supplies air or fluid material molecules to A structure in which the supply pump 8813 is coupled to give;

a structure in which upper and lower separation pipes 8220 of material molecules are formed in an upright shape at the upper end of the vent plate 8814;

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the material molecule upper and lower separation pipe 8220;

A structure in which an injection line 8001 for injecting fluid material molecules is formed on the upper side of the material molecule upper and lower separation pipe 8220;

By additionally configuring a plurality of the injection line 8001, the components of the fluid material molecules injected through the injection line are incorrectly injected, so that the fluid material molecules having a light specific gravity and the fluid material molecules having a heavy specific gravity are separated and extracted, respectively. It is natural that the method of changing and configuring so as to also fall within the scope of the present invention

A structure in which the material molecule separation and bending pipe 8815 is configured in the form of a shoal and a step shape that is curved in a lower direction gradually in the lower direction at the other lower end of the upper and lower separation pipe 8220 of the material molecule.

The method of configuring it to bend in a multi-step form toward a low place can be changed in many ways.

A plurality of step-by-step

discharge control valves

8221, 8222, and 8029 are configured in the material molecule separation and bending pipe 8815, which is configured in a shoal-shaped curved shape, respectively, and the fluidity introduced through the injection line 8001 It is a structure configured to control the separation action of fluid material molecules with light specific gravity and fluid material molecules with light specific gravity by controlling the amount of material molecules in different stages in each step.

In detail, after injecting at a ratio of 100wt% of the total amount of fluidic material molecules through the injection line 8001, the first discharge control valve 8221 is adjusted to increase 90wt% to 99.99wt% of the total amount of inflow 100wt% to the next step. If it is discharged, the remaining surplus of 0.01wt%~10wt% is

It has a structure configured to levitate the material molecule collecting port 250 and collect it through the fluid material molecule outlet 251 for use or reprocessing.

On the other hand, the remaining 90wt% to 99.99wt% of the fluidic material molecules moved to the next bend through the first discharge control valve 8221 adjust the second discharge control valve 8222 to control the first discharge control valve ( 8221) based on 90wt%~99.99wt% of the total inflow as the basis for calculating 100WT%, when transferring 90WT%~99.99WT% to the next stage again, the remaining weight is 0.01WT%~10WT% Structure of a step-by-step eco-friendly material molecule separation processing machine configured to levitate the material molecule collecting port 250 by the action of gravity to collect and use or reprocess the fluid material molecules through the fluid material molecule outlet 251 It is a structure configured to separate and extract fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity using

The description of the process of separating and extracting light specific gravity fluid material molecules and light specific gravity fluid material molecules by controlling the tertiary discharge control valve 8029 configured in the next step will be omitted.

On the other hand, a plurality of supplies for supplying air or fluid material molecules into the inside of the material molecule separation and bending pipe 8815 has a lower portion of the material molecule separation and bending pipe 8815, which is formed in a step shape curved toward a lower direction. A structure in which the pump 8813 is coupled to the vent plate 8814 in which the vent 8835 is configured.

In detail, the reason for continuously injecting gaseous material molecules such as air into the inside of the material molecule separation and bending pipe 8815 through the supply pump 8813 and the through hole configured in stages is that the gaseous material molecules and It is a structure constructed to induce the decomposition of undecomposed ultrafine particles into smaller-sized ultrafine particles as natural material explosion and material friction are actively generated when fluid material molecules come into contact.

A structure in which a plurality of material molecule separation ascending pipes 8845 are each configured in an upright shape at the upper curved portion of the material molecule separation and bending pipe 8815 located at a high place in a curved shape.

In detail, all of the fluid material molecules push the fluid material molecules with light specific gravity upwards and move to the lower part by using the property of inducing the material slashing action. It is a structure constructed to easily separate material molecules.

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured at the upper end of the material molecule separation rising pipe 8845;

A plurality of material molecule descending

guide plates

101, 301, and 501 are respectively configured inside the material molecule separation rising pipe 8845 configured on the upper side of the material molecule separation bending pipe 8815, so that the fluid material molecules with heavy specific gravity move downward. It is a structure in which the lower part material

molecule movement passages

102 and 302 act to move the fluid material molecules with light specific gravity in the upward direction while acting to move them.

In other words, it is a structure to facilitate separation of heavy-gravity material molecules and light-gravity polluted fluid material molecules by the action of gravity, thereby easily separating polluted material molecules with light specific gravity and fluid material molecules with heavy specific gravity. .

Inside the material molecule separation curved pipe 8815, a plurality of material

molecule collision plates

8811, 8818, 8823 and lower part material molecule movement passages 8812.8825, 8826 configured to move fluid material molecules are respectively configured to form specific gravity Fluid material with light specific gravity constitutes vortex zones (8816, 8817, 8824) that act to generate mass friction and mass explosion caused by collision between these heavy fluid material molecules and light specific gravity fluid material molecules Molecules and fluid substances with heavy specific gravity Molecules of fluid substances with light specific gravity and fluid substances with heavy specific gravity by using material friction, mass explosion, and mass collision that occur when molecules collide with gaseous material molecules such as air An eco-friendly material molecule separation and processing machine configured to separate and extract molecules is presented.

Example 53

The following describes claim 65 constituted according to the 53rd embodiment of the present invention.

138 is a perspective view showing the material separator constructed according to claim 65 according to the 53rd embodiment of the present invention, and FIG. It is a separated perspective view of the eco-friendly material molecule separation and processing machine shown separately and is composed as follows.

The shape of the lower end is a structure constituted of the fluidic material molecule separation guide plate 2000 in an inclined shape from one side to the other.

On the upper side of the fluidic material molecule separation guide plate 2000, an eco-friendly material molecule separation processing machine 1100 is configured in a cylindrical shape;

The form in which the eco-friendly material molecule separation processing machine 1100 is placed constitutes a pedestal and a method of placing it on the top of the pedestal is reasonable, but since it can be configured in a very various ways, the illustration of the detailed structure is omitted.

On the upper side of the eco-friendly material molecule separation and processing machine 1100, a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured;

The configuration height of the material molecule collecting port 250 is preferably 5 cm to 50 cm higher than the height of the upper end of the eco-friendly material molecule separation processing machine 1100, but the configuration height is not particularly limited.

a structure in which an injection line 8001 for injecting fluid material molecules such as water is configured on one side upper portion of the eco-friendly material molecule separation and processing machine 1100;

At the lower end of the eco-friendly material molecule separation processing machine 1100, a rotational supply pump 8850 configured to rotate while supplying fluid material molecules such as air or water is configured;

It is possible to change the configuration to inject air through the rotary supply pump 8850 while simultaneously injecting fluid material molecules such as water.

The configuration state of the rotary supply pump 8850, which is configured to supply liquid or air, etc. while rotating, is omitted because it is possible to change the configuration in a very various ways.

a structure in which a supply pipe 8855 is configured on the upper side of the rotary supply pump 8850;

The supply pipe (8855) has a structure in which one side is cut in a form in which the rotatable multilayer plates (8853, 8852) are combined in a cross-layered form.

Between the supply pipe and the rotatable plate is a structure configured to allow liquids such as air or water to come and go with each other.

A structure in which a plurality of ejection holes 8854 for ejecting fluidic material molecules such as air or water are unspecified at unspecified positions in the rotary

hollow plates

8853 and 8852;

The configuration of the spout is a form that is configured at different positions, rather than in a form where the positions of the spouts configured on the upper part and the lower part of the hollow plate are in contact with each other.

The eco-friendly material molecule separation and processing machine 1100 separates the fluid material molecules such as air or water through the outlet 8854 configured in the rotary supply pump 8850, the supply pipe 8855, and the rotary armor plate 8853.8852. ), and at the same time injecting polluted fluidic material molecules or polluted air through the injection line 8001, and at the same time controlling the discharge control valve 8029, through the injection line 8001 When 90 WT% to 99.99 WT% of the injected fluid material molecule is discharged through the discharge line 8029 compared to 100 WT% of the total amount of injected fluid material molecules, the remaining 0.01 WT% to 10 WT% of the fluid material molecules having a light specific gravity are collected in the material molecule collection port At the same time as it floats to the side of 250, the fluidic material molecules and the light specific gravity coupled with the fluidic material molecules using the action of natural gravity discharged to the outside through the fluidic material molecule outlet 251 We present a technology for an eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts heavy fluid material molecules

In another method, a discharge line 8028 coupled to a discharge control valve 8029 is configured at the lower end of the other side of the eco-friendly material molecule separation processing machine 1100 to form a fluid material molecule with a heavy specific gravity and a fluid material molecule with a light specific gravity We present an eco-friendly material molecule separation and processing machine configured to separate and extract

In the state in which 100wt% of fluid material molecules are continuously injected through the injection line 8001 configured on the upper side of the eco-friendly material molecule separation processing machine configured as described above, the discharge control valve 8029 is adjusted and injected When 90wt% to 99.99wt% of the total amount is discharged through the discharge line 8028, the fluid material molecules having a light specific gravity of 0.01wt% to 10wt% float to the material molecule collecting port 250 side and At the same time, by using the action of natural gravity discharged to the outside through the fluid material molecule outlet 251, the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity are combined with the fluid material molecules. We present a technology for separating and extracting nature-friendly, eco-friendly material molecule separation and processing machines

Example 54

The following describes claim 66 constructed according to the 54th embodiment of the present invention.

140 is a perspective view showing a material separator constructed according to claim 66 according to a 54th embodiment of the present invention, and FIG. A separate perspective view of an eco-friendly material molecule separation processing machine shown separately as follows, and it is composed as follows

At the lower end, a vent plate 8814 is configured with a vent 8835 configured to pass a fluid material molecule or a material such as air; The lower end of the vent plate 8814 supplies air or fluid material molecules to A structure in which the supply pump 8813 is coupled to the main; is.

The material injected through the supply pump 8813 may be a gaseous material, and it is possible to change the configuration to sequentially inject materials with heavy specific gravity, and also to change the configuration so that air and fluid material molecules can be injected at the same time. It is possible

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is formed on the upper edge of the material molecule upper and lower separation pipe 8220;

On the other side of the material molecule upper/lower separation pipe 8220, the structure of the gravity pipe 8831 for separating material molecules is configured in a multi-step stepwise form and in a ∧ shape, one part of which is configured in a low inclined form; is configurable in a very diverse way, and the number of components can be increased or decreased as much as you like.

A material molecule separation rising pipe 8845 is configured on the upper part of the gravity pipe 8831 for separation of material molecules, which is configured in multiple stages, and a plurality of material molecules descending guide plates inside the material molecule separation rising pipe 8845 ( 101, 301, 501) respectively, and the lower part material

molecule movement passages

102 and 302 which act to move the fluid material molecules with heavy specific gravity in the downward direction while acting to move the fluid material molecules with light specific gravity in the upward direction structure; is

Each material molecule collecting port 250 is configured on the upper side of the material molecule separation rising pipe 8845, and a fluid material molecule outlet 251 for discharging the collected fluid material molecules to the outside is formed on the other side. structure;

In the middle of the gravity pipe 8831 for separating material molecules, each of the step-by-step

emission control valves

8221 and 8222 for controlling the emission amount is configured;

The reason for configuring each of the step-by-step

discharge control valves

8221 and 8222 is that the first step is assuming that the total injection amount of the fluidic material molecules injected through the injection line 8001 configured on the upper side is 100wt%. When the discharge control valve (8221) is adjusted to discharge the total amount of discharge to the next stage at a rate of 90 wt% to 99.99 wt%, the remaining surplus fluidic material molecules of 0.01 wt% to 10 wt% are composed on the upper side It has a structure configured to be discharged to the outside through the material molecule collection port 250 and the fluid material molecule discharge port 251, or to be collected and reused.

This phenomenon occurs because of the material slashing action and the material pushing action, which are caused by the gravitational action of heavy fluid material molecules pushing up fluid material molecules with light specific gravity upward and passing out first in the downstream direction.

In the bent portion of the lower end of the gravity pipe 8831 for separating material molecules, which is configured in a stepwise manner so that fluid material molecules flow from a high place to a low place by the action of gravity, fluid material molecules such as water or gaseous material molecules such as air A venting plate 8814 is configured with a vent 8835 configured to allow material molecules to pass therethrough; a supply pump 8813 for supplying air or fluid material molecules is coupled to the lower end of the venting plate 8814. It is a structure that becomes;

A method of injecting clean air or contaminated air through the supply pump 8813 configured respectively, injecting uncontaminated air and fluid material molecules with heavy specific gravity, respectively, or injecting air and fluid material molecules at the same time It is possible to process the polluted fluid molecules or polluted gaseous substance molecules into fluid substance molecules with heavy specific gravity while simultaneously

At the other end of the gravity pipe 8831 for separating material molecules, a discharge line 8028 coupled with a discharge control valve 8029 for controlling discharge is configured to form a fluid material molecule with a heavy specific gravity and a fluid property with a light specific gravity We present an eco-friendly material molecule separation and processing machine configured to separate and extract material molecules

Contaminated fluidic material molecules with light specific gravity are injected into the eco-friendly material molecule separation processing machine configured as described above, and at the same time, each of the step-by-step

emission control valves

8221 and 8222 are adjusted to control the emission amount. Method to cleanly purify polluted fluidic substance molecules or polluted gaseous substance molecules by using a material friction action and a material explosion action generated while the air or fluid material molecules introduced through the supply pump 8813 come into contact Presenting an eco-friendly, environmentally friendly material molecule separation and processing machine

Example 55

The following describes claim 67 constructed according to the fifty-fifth embodiment of the present invention.

142 is a perspective view showing the material separator constructed according to claim 67 according to the 55th embodiment of the present invention, and FIG. A separate perspective view of an eco-friendly material molecule separation processing machine shown separately as follows, and it is composed as follows

At the lower end, a vent plate 8814 is configured with a vent 8835 configured to pass a fluid substance molecule or gaseous substance such as air; A structure in which the supply pump 8813 that supplies is coupled is;

a structure in which a primary rising pipe 8830 is configured in an inclined shape on the other side of the material molecule upper and lower separation pipe 8220;

a structure in which a secondary material molecule upper and lower separation pipe 8821 is configured in an upright shape on the other side of the primary rising pipe 8830;

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the secondary material molecule upper and lower separation pipe 8821;

a structure in which a fluidic material molecule outlet 251 for discharging the collected fluidic material molecules to the outside is formed on the other side of the material molecule collecting port 250;

At the lower end of the secondary material molecule upper/lower separation pipe 8821, a vent plate 8814 is configured with a through hole 8835 configured to allow fluid material molecules or gaseous substances such as air to pass through; the tube; a structure in which a supply pump 8813 for supplying air or fluid material molecules is coupled to the lower end of the substrate 8814;

a structure in which a primary discharge control valve 8221 for controlling discharge is coupled to the middle of the secondary material molecule upper/lower separation pipe 8821;

a structure in which a transverse transport pipe 8822 is coupled to the other side of the secondary material molecule upper/lower separation pipe 8821 in a transverse direction;

a structure in which a tertiary material molecule upper and lower separation pipe 8827 is configured in an upright shape at the end of the transverse transport pipe 8822;

At the lower end of the tertiary material molecule upper and lower separation pipe 8827, a vent plate 8814 is configured with a vent hole 8835 configured to allow fluid material molecules or materials such as air to pass; the vent plate ( A structure in which a supply pump 8813 for supplying air or fluid material molecules is coupled to the lower end of the 8814);

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the tertiary material molecule upper and lower separation pipe 8827;

On the other side of the tertiary material molecule upper and lower separation pipe 8827, a descending guide pipe 8828 is inclined in the downward direction, and the end portion is formed in the form of a rising ∨ shape;

a structure in which a secondary discharge control valve 8222 is coupled to the middle of the descending guide pipe 8828;

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the descending guide pipe 8828;

a structure in which a material molecule final discharge pipe 8833 is configured on the other side of the descending guide pipe 8828;

At the lower end of the material molecule final discharge pipe 8833, a ventilation plate 8814 having a through hole 8835 configured to pass a fluid material molecule or a material such as air is configured; the lower end of the ventilation plate 8814 a structure in which a supply pump 8813 for supplying air or fluid material molecules is coupled to the structure;

On the other side of the material molecule final discharge pipe 8833, an eco-friendly material molecule separation and processing machine 1100 is provided having a structure of a discharge line 8028 coupled to an emission control valve 8029

The material that can be injected through the supply pump 8813 can be injected with gaseous substances and fluid substances or can be injected simultaneously.

100 WT% of the total amount of inflow is injected through the injection line 8001 configured in the eco-friendly material molecule separation processing machine 1100 configured as described above, and discharge

control valves

8821 and 8222 configured in each step at the same time . It is operated to overflow through the material molecule collecting port 250 and the fluid material molecule outlet 251, which are configured, so that the polluted fluid material molecules having a light specific gravity and

We present an eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules with heavy specific gravity and fluid material molecules with heavy specific gravity.

Example 56

The following describes claim 68 constructed according to the 56th embodiment of the present invention.

144 is a perspective view showing a material separator constructed according to claim 68 according to the 56th embodiment of the present invention, and FIG. A separate perspective view of an eco-friendly material molecule separation processing machine shown separately as follows, and it is composed as follows

At the lower end, a vent plate 8814 is configured with a vent 8835 configured to pass a fluid substance molecule or gaseous substance such as air; a structure in which the supply pump 8813 for supplying is coupled;

a structure in which upper and lower separation pipes 8820 of material molecules are formed in an upright shape at the upper end of the vent plate 8814;

At one side of the material molecule upper and lower separation pipe 8220, a plurality of material molecule separation guides 8846 in a circular shape are respectively connected and coupled in the form of a stepwise structure.

In detail, the position of the material molecule separation induction port 8846 of the next stage, which is primarily configured, is preferably at a lower position of at least 10% to 80% of the material molecule separation induction port 8846 of the next stage, but is specifically limited. I never do that.

Inside the material molecule separation induction tool 8846, the internal material molecule separation guide tool 8300 is coupled in a circular shape while having a size that is 10% to 50% smaller than the size of the material molecule separation guide hole 8846. a structure in which a plurality of material molecule ascending induction passages 8301 are formed in a step-by-step form;

However, it can be composed of a rectangular pipe or a round pipe rather than a circular shape, and it is configured in the shape of a triangle, a rhombus, a hexagon or an octagon to separate the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity up and down. Configurable to change

a structure in which a material molecule separation rising pipe 8845 is formed on the upper side of the material molecule separation induction port 8846;

A plurality of material molecule descending guide plates 101 are respectively configured inside the material molecule separation rising pipe 8845 to move fluid material molecules with heavy specific gravity in the downward direction while fluid material molecules with light specific gravity A structure in which the lower part material

molecule movement passages

102 and 302, which act to move the materials in the upward direction, are respectively constituted

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured on the upper side of the material molecule separation rising pipe 8845;

At the other side of the material molecule collecting port 250, the fluid material molecule outlet 251 for discharging the collected fluid material molecules to the outside is configured, respectively;

The material molecule separation induction hole 8846 has a stepwise structure, but at the corner of the lower end where the material molecule separation guide hole 8846 is combined in a layered structure, a through hole 8835 configured to pass a gaseous material such as a fluid material molecule or air through is formed. a structure in which a supply pump 8813 for supplying air or fluid material molecules is coupled to the lower end of the vent plate 8814, respectively;

At the rounded lower end of the material molecule separation induction port 8846, a vent plate 8814 is configured with a vent hole 8835 configured to allow fluid material molecules or gaseous substances such as air to pass through; the vent plate ( The lower end of the 8814) has a structure in which a supply pump 8813 for supplying air or fluid material molecules is coupled to each other;

a structure in which an upper and lower material molecule separation pipe 8847 is coupled to one end of the material molecule separation induction port 8846;

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured at the upper end of the upper and lower material molecule separation pipe 8847 at the end;

At the lower end of one side of the upper/lower separation pipe 8847 for material molecules at the end, a discharge line 8028 coupled with a discharge valve 8029 for controlling discharge is formed, and combined with polluted fluid material molecules with light specific gravity. We present a nature-friendly eco-friendly material molecule separation and processing machine (1100) configured to separate and extract fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity

Air is continuously injected through the supply pump 8813 that is coupled to and coupled to the eco-friendly material molecule separation processing machine 1100 configured as described above, and the eco-friendly material is continuously injected through the injection line 8001 While continuously injecting the fluidic material molecules into the molecular separation processing machine 1100, the total amount of inflow 100WT by controlling the discharge control valve 8029 configured at one end of the total inflow of 100WT% of the fluidic material molecules Of the %, only 90WT% to 99.99WT% are discharged through the discharge line 8028, and the remaining 0.01WT% to 10WT% of the fluidic material molecules having a light specific gravity are respectively configured above the eco-friendly material molecule separation and processing machine. Contaminated fluidic substance molecules with light specific gravity using a nature-friendly eco-friendly substance molecule separation processor configured to be collected and reprocessed or collected and reused through the substance molecule collecting port 250 and the fluid substance molecule outlet 251 We present an eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts heavy fluid material molecules and heavy fluid material molecules that are combined with other materials.

Example 57

The following describes claim 69 constructed according to the 57th embodiment of the present invention.

146 is a perspective view showing the material separator constructed according to claim 69 according to the 57th embodiment of the present invention, and FIG. A separate perspective view of an eco-friendly material molecule separation processing machine shown separately as follows, and it is composed as follows

At the lower end, a vent plate 8814 is configured with a vent 8835 configured to pass a fluid substance molecule or gaseous substance such as air; A structure in which the supply pump 8813 for supplying is combined. The arrangement of the through-holes 8814 configured in the air-permeable plate 8813 can be changed in many ways.

At the upper end of the vent plate 8814, a plurality of material molecule separation guides 8500 in a circular shape are respectively connected and coupled in a slanted form in a stepped structure as shown in FIGS. 146 and 147; to be

Inside the material molecule separation induction tool 8500, the internal material molecule separation guide tool 8501 is combined in a circular shape with a size that is 10% to 50% smaller than the size of the material molecule separation guide 8500. It is a structure in which a plurality of material molecule ascending induction passages 8502 are formed in the form of a step-by-step process.

However, the width and size of the internal material and molecular freedom tool 8501 can be freely changed and configured. In addition, it is possible to change the configuration to control the amount of discharge by additionally configuring a valve on one side or the other upper side of the internal material and molecular freedom tool (8501).

At the lower end of the material molecule separation induction port 8500 configured in a stepwise manner, a ventilation plate 8814 is configured with a through hole 8835 configured to allow fluid material molecules or gaseous substances such as air to pass through; the tube; a structure in which a supply pump 8813 for supplying air or fluid material molecules is coupled to the lower end of the substrate 8814;

A structure in which material molecule

separation rising pipes

8845, 8865, and 8875 are respectively configured on the upper side of the material molecule separation induction port 8500 configured respectively.

However, as shown in FIGS. 146 and 147, the thickness of the material molecule

separation rising pipes

8845, 8865, and 8875 is a structure configured to have different sizes and thicknesses, respectively.

The reason for this configuration is to adjust the difference in discharge amount between the fluid material molecules injected through the injection line 8001 and the excess fluid material molecules discharged through the fluid material molecule outlet 251.

A plurality of material molecule descending guide plates 101 are respectively configured in the material molecule

separation rising pipes

8845, 8865, and 8875, respectively, so that the fluid material molecules having a heavy specific gravity act to move in the downward direction while having a light specific gravity. It has a structure in which the lower material

molecule movement passages

102 and 302 and the upper movement passage 1032, which act to move the fluid material molecules in the upward direction, are respectively configured. However, the size and width of the material molecule descending guide plate 101 are free. It is possible to change the configuration with the material.

The configuration of the upper movement passage 1032 is the material molecule separation guide 8500 and the

It has a structure in which a space is formed between the internal material molecule free tools 8501 so that fluid material molecules and gaseous material molecules pass easily.

A structure in which an injection line 8001 for injecting fluid material molecules is configured above the material molecule separation rising pipe 8845; However, by additionally configuring a plurality of injection lines, it is possible to change the configuration to promote the separation of material molecules by separately injecting fluid material molecules having different specific gravity and mass.

At the lower end of the other end of the end of the material molecule separation induction port 8500, which is configured in a stepwise and layered form, a discharge line 8028 coupled with a discharge control valve 8029 for controlling discharge is formed. We present a nature-friendly eco-friendly material molecule separation and processing machine (1100) that is configured to separate and extract fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity that are combined with fluidic material molecules

Air is continuously injected through the supply pump 8813 that is coupled to and coupled to the eco-friendly material molecule separation processing machine 1100 configured as described above, and the eco-friendly material is continuously injected through the injection line 8001 While continuously injecting the fluidic material molecules into the molecular separation processing machine 1100, the total amount of inflow 100WT by controlling the discharge control valve 8029 configured at one end of the total inflow of 100WT% of the fluidic material molecules Of the %, only 90WT% to 99.99WT% are discharged through the discharge line 8028, and the remaining 0.01WT% to 10WT% of the fluid material molecules having a light specific gravity are configured on the upper side of the eco-friendly material molecule separation and processing machine 1100, respectively. Contaminated fluid with a light specific gravity using a nature-friendly eco-friendly material molecule separation processor configured to be collected and reprocessed or collected and reused through the material molecule collection port 250 and the fluid material molecule discharge port 251 We present an eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts heavy fluid material molecules and heavy fluid material molecules combined with material molecules.

Example 58

The following describes claim 70 constructed according to the 58th embodiment of the present invention.

148 is a perspective view showing a material separator constructed according to a 70th embodiment according to a 58th embodiment of the present invention, and FIG. A perspective view of an eco-friendly material molecule separation and processing machine shown separately as follows, and is composed as follows.

A structure in which upper and lower separation pipes 8820 of material molecules are configured in an upright shape at the upper end of the vent plate 8814.

It can be configured to be round, square, or rectangular.

The number of components of the injection line can be increased as much as possible. That is, by injecting the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity at the same time, It can be configured by increasing the number of injection lines to increase the separation effect.

On the other side of the material molecule upper and lower separation pipe 8220, a plurality of material molecule separation rings 8600 in the form of a circular pipe are formed in a stepped form and layered, while the internal configuration is in the form of an empty space, so that the specific gravity is It is a structure in which material molecule separation passages (8601 and 8602) are respectively configured to separate light fluid material molecules and heavy fluid material molecules up and down.

Since the number of components of the material molecule separation ring 8600 can be increased as much as possible to increase the processing capacity, it is natural that all of these design changes fall within the scope of the present invention.

The configuration of the material molecule separation ring 8600 can be changed in a very diverse way, that is, it is possible to change the configuration to a hexagon, an octagon, or a rhombic shape rather than a circular shape.

The structure in which the intermediate discharge control valve 8603 for controlling the discharge amount flowing in from the upper side is configured in each of the material molecule separation rings 8600, respectively;

148 and 149 show a large number of one intermediate discharge control valve 8603, but each material molecule separation ring 8600 has a structure.

At the lower end of the material molecule separation ring 8600, a vent plate 8814 is configured with a vent hole 8835 configured to allow fluid substance molecules or gaseous substances such as air to pass therethrough; The lower end has a structure in which a supply pump 8813 for supplying air or fluid material molecules is coupled to each other;

a structure in which a material molecule separation rising pipe 8845 is formed on the upper side of the material molecule separation ring 8600 configured respectively;

Inside the material molecule separation rising pipe 8845, a material molecule descending guide plate 101 is configured to move the fluid material molecules with heavy specific gravity downward while moving the fluid material molecules with light specific gravity to the upper side. A structure in which the lower part material

molecule movement passages

102 and 302 that act to move in the direction are configured, respectively.

At the lower end of the other end of the material molecule separation ring 8600, which is configured at the last part in a stepwise and layered form, a discharge line 8028 configured to be combined with a discharge control valve 8029 that controls the discharge amount is formed. We present a nature-friendly eco-friendly material molecule separation and processing machine (1100) that is configured to separate and extract fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with fluid material molecules

Air is continuously injected through each of the supply pumps 8813 that are coupled to and coupled to the eco-friendly material molecule separation processing machine 1100 configured as described above, and at the same time, the air is continuously injected through the injection line 8001. Fluid material molecules are continuously injected into the eco-friendly material molecule separation processing machine 1100, and at the same time, the amount of fluid material molecules is introduced by controlling the discharge control valve 8029 configured at one end of the total inflow of 100 WT%. After discharging only 90WT% to 99.99WT% of the total amount of 100WT% through the discharge line 8028, the remaining 0.01WT% to 10WT% of light fluidic material molecules are located above the eco-friendly material molecule separation and processing machine 1100. Contamination with light specific gravity using a nature-friendly eco-friendly material molecule separation processor configured to be collected and reprocessed or collected and reused through the material molecule collection port 250 and the fluid material molecule discharge port 251, respectively. We present an eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts heavy fluid material molecules and heavy fluid material molecules that are combined with fluid material molecules.

In another method, the intermediate discharge control valve 8603 is adjusted by about each step so that the intermediate discharge control valve 8603 is sequentially reduced by 1 wt% to 10 wt% compared to 100 wt% of the total inflow into the injection line 8001 ) to control the total amount discharged through the discharge line 8028, which is finally discharged, to be about 5 wt% to 50 wt%, and at the same time, the specific gravity using the air supplied through the supply pump 8013 While striking these light fluid material molecules and fluid material molecules with heavy specific gravity, light fluid material molecules overflowing through the material molecule collecting port 250 are discharged through the fluid material molecule outlet 251. Using a nature-friendly eco-friendly material molecule separation and processing machine that is configured to be collected and reprocessed or collected and reused We present an eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts material molecules.

Example 59

The following describes claim 71 constructed according to the 59th embodiment of the present invention.

150 is a perspective view showing the material separator constructed according to claim 71 according to the 59th embodiment of the present invention, and FIG. A perspective view of an eco-friendly material molecule separation and processing machine shown separately as follows, and is composed as follows.

At the lower end, a vent plate 8814 is configured with a vent 8835 configured to pass a fluid substance molecule or gaseous substance such as air; A structure in which the supply pump 8813 for supplying is combined.

The upper end of the vent plate 8814 has a structure in which the material molecule zigzag upper and lower separation pipe 8200 is configured in the shape of an _ character.

That is, the structure is composed of a W-shape lying sideways, but it can be configured by modifying the lying angle and the configured shape.

a structure in which a material molecule separation rising pipe 8845 is formed on the upper side of the material molecule zigzag upper and lower separation pipe 8200;

a structure in which a plurality of fluidic material molecule outlets 251 for discharging the collected fluidic material molecules to the outside are configured on the other side of the material molecule collecting port 250;

A structure in which an injection line 8001 for injecting fluid material molecules is configured above the material molecule separation rising pipe 8845;

The configuration depth for inserting the injection line 8001 into the environment-friendly material molecule separation processing machine can be changed as much as possible.

At the lower end of the middle middle corner of the material molecule zigzag upper and lower separation pipe 8200,

A venting plate 8814 is configured with a vent 8835 configured to pass through a fluid material molecule or a gaseous substance such as air; The main structure is a structure in which the supply pump 8813 is coupled.

The configuration of the supply pump 8813 can be changed in a very diverse way because there are a wide variety of known and used articles.

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is configured in the upper portion of the middle middle corner of the material molecule zigzag upper and lower separation pipe 8200;

In the middle of the material molecule zigzag upper and lower separation pipe 8200, the

emission control valves

8821 and 8222 for controlling the emission amount are respectively configured;

The reason for configuring the

discharge control valves

8221 and 8222 in the middle is the primary discharge control valve 8221, assuming that the total amount of inflow through the injection line 8001 configured on the upper side is 100wt%. When 90wt% to 95wt% is discharged in the downward direction compared to 100wt% of the total amount of inflow by controlling 251) through the environment-friendly material molecule separation and processing machine 1100 to reprocess or collect and reuse, and at the same time, the remaining 90Wt% to 95wt% of the fluid material molecules are composed of the material molecules zigzag phase · When discharging to the lower end of the lower separation pipe 8200 and at the same time controlling the secondary intermediate discharge amount control valve 8222, 90Wt% to 95wt% of the fluidic material molecules flowing in from the upper side are assumed to be 100wt% of the total inflow. When 90wt% to 95wt% of the total amount of inflow is sequentially discharged in the downward direction, the remaining 5wt% to 10wt% of the remaining amount is the material molecule collecting port 250 and the fluidic material molecule outlet 251 configured on the upper side. Fluid material molecules with a light specific gravity discharged through · By continuously forcibly injecting gaseous material molecules such as air through the material molecule separation passage 8201 configured in the interior of the lower separation pipe 8200, a fluid material molecule with a heavy specific gravity is combined with a light specific gravity. The fluidic material molecules of 80wt% to 90wt% compared to 100wt% of the total inflow amount originally introduced through the injection line 8001 by controlling the discharge control valve 8029 at the end of the fluidic material molecules are separated at the same time. Finally, it is discharged through the discharge line 8028 and The specific gravity discharged through the material molecule collecting port 250 and the fluid material molecule outlet 251 finally configured on the upper side of the lower end of the material molecule zigzag upper and lower separation pipe 8200 while using or reprocessing We present an eco-friendly eco-friendly material molecule that is configured to reprocess or collect and reuse by discharging 10 wt% to 20 wt% of light fluid material molecules out of the eco-friendly material molecule separation and processing machine 1100

In detail, fluid material molecules are continuously injected into the environment-friendly material molecule separation processing machine 1100 through the injection line 8001 and gaseous material molecules such as air supplied through the supply pump 8813 at the same time. By continuously striking the contaminated fluidic material molecules using By sequentially controlling the intermediate control valves (8221, 8222) configured in the After discharging to the material molecule collection port 250 and the fluid material molecule discharge port 251 configured on the upper side of the processing machine 1100, collect, process, or reuse, and at the same time discharge the fluid material molecules with heavy specific gravity Eco-friendly material configured to separate and extract polluted fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity using a nature-friendly eco-friendly material molecule separation and processing machine 1100 configured to be discharged to the line 8028 and reused Presents an eco-friendly material molecule separation and processing machine (1100)

Using the eco-friendly, eco-friendly material molecule separation and processing machine 1100 configured as described above, polluted fluid substances or air with a high fine dust content or polluted gaseous substances are injected so that the gaseous substance molecules with light specific gravity and specific gravity are reduced. It can be used to separate and extract heavy gaseous material molecules

Example 60

The following describes claim 72 constructed according to the 60th embodiment of the present invention.

152 is a perspective view showing a material separator constructed according to claim 72 according to a 60th embodiment of the present invention, and FIG. A separate perspective view of an eco-friendly material molecule separation processing machine shown separately as follows, and it is composed as follows

The structure of the lower part is a structure in which the fluidic material molecule separation guide plate 2000 is composed of layers in a ∪ shape in an inclined form from the other side to one side;

On the upper side of the fluidic material molecule separation guide plate 2000, the material molecule separation processing tool 8700 in the form of a pentagon is configured to be coupled layer by layer;

On the upper side of the material molecule separation processing sphere 8700, a structure in which a material molecule collecting sphere 250 for collecting fluid material molecules having a light specific gravity is configured in layers;

On the side of the material molecule separation processing tool 8700, a plurality of rotating striking bodies 8702 for hitting and processing fluid material molecules are respectively coupled to the rotating body 8701;

A structure in which a discharge line 8028 coupled to a discharge control valve 8029 is coupled to the lower end of the material molecule separation processing tool 8700, respectively;

By combining the injection line 8001 for injecting the fluid material molecules on the upper side of the material molecule separation processing port 8700, the fluid material molecules with light specific gravity and the fluid with heavy specific gravity are combined with the contaminated fluid material molecules We present a nature-friendly eco-friendly material molecule separation and processing machine (1100) configured to separate and extract and process sexual material molecules

In detail, the contaminated fluidic material molecules are continuously injected through the injection line 8001 configured on the uppermost side of the material molecule separation processing tool 8700, and at the same time, the plurality of rotating striking bodies 8702 and the rotation Each of the discharge lines 8028 composed of layers when the total amount of injection through the injection line 8001 is assumed to be 100 wt% while processing by continuously hitting and processing the fluid material molecules using the entire 8701 ), sequentially discharging 90wt% to 99wt% of the total injection amount to each of the material molecule separation processing tools 8700 configured in the lower layer, and at the same time, through the discharge line 8028 configured in the lowermost layer. After discharging, collecting and using

Fluid material molecules with a light specific gravity of 1wt% to 10wt% of the remaining surplus residual amount are discharged to the outside through the material molecule collecting port 250 and the fluid material molecule outlet 251, each composed of layers, and collected and used or We present eco-friendly, eco-friendly material molecules that are configured to be reprocessed.

Example 61

The following describes claim 73 constructed according to the 61st embodiment of the present invention.

154 is a partial perspective view illustrating the planar state of the upper part of the eco-friendly material molecule separation processing machine 1100 configured according to the 61st embodiment of the present invention, and is configured as follows

Upper and lower operation guides 8282 are respectively configured inside the eco-friendly material molecule separation and processing machine 1100 to move the material molecule descending guide plate 101 and the fluid material molecule ascending guide plate 201 upward. Presents a nature-friendly eco-friendly material molecule separation and processing machine (1100) configured to separate and process fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted fluid material molecules by lowering operation do.

In detail, the height of the material molecule descending guide plate 101 and the fluid material molecule ascending guide plate 201 can be freely adjusted to control the discharge amount according to the type of the fluid material molecule to be processed to increase the processing efficiency. It is a structure designed to enhance

Therefore, the height and size of the material molecule descending guide plate 101 and the fluid material molecule ascending guide plate 201 configured inside all eco-friendly material molecule separation processing machines 1100 applied to each embodiment of the present invention are Any number of changes is possible.

In addition, the number of installations of the material molecule descending guide plate 101 and the fluid material molecule ascending guide plate 201 configured inside the eco-friendly material molecule separation processing machine 1100 can be increased as much as possible.

Therefore, it is natural that all of the materials configured by increasing or decreasing the number of the material molecule descending guide plate 101 and the fluid material molecule ascending guide plate 201 fall within the scope of the present invention.

Example 62

The following describes claim 74 constructed according to the 62nd embodiment of the present invention.

155 is a picture taken of a collision accelerating member put into the interior of the environmentally friendly material molecule separation and processing machine constructed according to the 62nd embodiment of the present invention, and is configured as follows.

By inserting a collision promoting member 123 configured to promote the material collision action, material friction action, and material explosion action of fluid material molecules in the environment-friendly eco-friendly material molecule separation processing machine 1100, We present a nature-friendly eco-friendly material molecule separation and processing machine that is configured to separate and process fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with .

The shape of the collision promoting member 123 can be freely changed and configured.

In addition, it is possible to change the configuration so as to increase the efficiency of the material friction action, the material explosion action, and the material collision action by injecting a vegetable material, a mineral material, or a metallic material inside the collision promoting member 123 .

It goes without saying that all of these design changes fall within the scope of the present invention.

Example 63

The following describes claim 75 constituted according to the 63rd embodiment of the present invention.

157 is an exploded perspective view of the eco-friendly material molecule separation processing machine showing the material molecule separation processing machine configured according to claim 75 according to the 66th embodiment of the present invention by dividing it in half, and FIG. A perspective view of a multi-stage eco-friendly material molecule separation processing machine showing a state in which the material molecule separation processing machine configured according to claim 75 is installed and configured in multiple stages, and is configured as follows.

The shape of the lower end is a structure in which the fluidic material molecule separation guide plate 2000 is configured to be inclined from one side to the other. It is a structure composed of horizontal and vertical state, and the combined structure is omitted for ancillary facilities that are combined to form an additionally vertical state.

At the lower end of the fluidic material molecule separation guide plate 2000, a rotating striking body 1503 is coupled to the rotating body 1502 to strike the fluidic material molecules in a diagonal direction; is a structure.

The change configuration of the rotating striking body can be changed in a very diverse way.

The reason is not particularly limited because it can be configured by changing the rotating striking body using the currently used compressor or pump impeller or air compression turbo.

Since no one in the world has studied a method for separating and processing heavy-gravity material molecules and light-specific fluid material molecules combined with polluted fluid material molecules using air, the material molecules newly announced in the present invention The impact method and the method of separating and processing fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted fluid material molecules by causing material molecule explosion action and material molecule friction action Since it is very simple to do, the description of the specific configuration of the rotating striking body is omitted.

This is because, until now, no one in the world knows at all how to cleanly process a fluid material molecule by hitting it, so if you know the new fluid processing theory presented in the present invention, you can make a similar product very simply.

In other words, since the structure of the rotating striking body can be applied by changing the impeller type, the compressor compression method, the compression method of the water pump, or the striking method using a rotating brush, it is possible to simply strike using compressed air without explaining the specific structure. When the fluid material molecules are hit using a rotating body that is configured to strike while rotating, the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with the contaminated fluid material molecules are affected by the action of gravity. Separating and processing contaminated fluidic material molecules and heavy fluidic material molecules using a natural phenomenon that is separated from each other by will be

The structure in which the eco-friendly material molecule separation processing machine 1100 is configured in a rectangular shape on the upper side of the fluidic material molecule separation guide plate 2000 .

However, it can be configured to be circular, hexagonal, or octagonal, and can be configured by adding additional structures that promote collision action inside.

a structure in which a material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity is formed on the upper edge of the eco-friendly material molecule separation and processing machine 1100;

On the side of the eco-friendly material molecule separation and processing machine 1100, a plurality of rotating striking bodies 1503 for striking and processing the fluid material molecules are combined with the rotating body 1502 to each have a structure configured in opposite directions facing each other; .

Since the number of components of the rotating striking body 1503 can be configured by adding as many as possible, it is natural that all those configured with different numbers belong to the scope of the present invention.

At the lower end of the other side of the eco-friendly material molecule separation processing machine 1100, a discharge line 8050 configured in the shape of an ∩ to preferentially discharge fluid material molecules with heavy specific gravity is combined with the discharge control valve 8029. ;to be.

The reason for configuring the discharge line 8050 in the ∩ shape is to preferentially discharge and extract and use the fluid material molecules having heavy specific gravity in the lower end.

The configuration angle of the discharge line 8050 can be changed in a very diverse way, and can be configured by adding a configuration number.

A structure in which an injection line 8001 for injecting fluid material molecules is coupled to an upper side of the eco-friendly material molecule separation processing machine 1100;

Any number of components of the injection line 8001 can be added and configured.

On the other side of the eco-friendly material molecule separation/processing machine 1100, the eco-friendly material molecule separation/processing machine 1100 comprising an injection pipe 7777 comprising a plurality of jetting ports 7700 is configured to overlap in multiple steps, and then multi-step eco-friendly material molecules At the same time as continuously injecting contaminated fluidic material molecules through the injection line 8001 to the inside of the separation processing machine 1100, the injection pipe 7777 configured in the multi-step eco-friendly material molecule separation processing machine 1100 through the injection pipe 7777 At the same time as continuously injecting air, using the rotating striking body 1503 and the rotating body 1502 installed in the lateral direction and the diagonal direction of the lower part, the polluted fluidic material molecules and the air are faced in the opposite direction The discharge control valve 8029 coupled to the discharge line 8050, assuming that the total amount of the polluted fluidic material molecules injected through the injection line 8001 is 100 WT% while simultaneously hitting and processing in the ) to control 85 WT% to 90 WT% compared to 100 WT% of the total amount of inflow into the multi-step eco-friendly material molecule separation processing machine 1100, which is configured in multiple steps at the lower end, using a sequential discharge method and a sequential blow processing method to separate and process the polluted fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with the fluid material molecules, and at the same time, the remaining surplus remaining overflowing to the upper side of the multi-step eco-friendly material molecule separation and processing machine 1100 Fluid material molecules having a light specific gravity of 10 WT% to 15 WT% use the material molecule collecting port 250 and the fluid material molecule outlet 251 configured on the upper side of the multi-step eco-friendly material molecule separation and processing machine 1100 A nature-friendly, eco-friendly method that separates and processes fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity using a nature-friendly multi-step eco-friendly material molecule separation and processing machine that is configured to be separately collected and reprocessed or collected and used. present.

Example 64

The following describes claim 76 constructed according to the 64th embodiment of the present invention.

165 is a perspective view showing the material separator constructed according to claim 76 according to the 64th embodiment of the present invention, and FIG. It is a perspective view of an eco-friendly material molecule separation and processing machine shown by separating it as follows, and is configured as follows.

The eco-friendly material molecule separation and processing machine 1100 is double-configured in an upright form on the upper side of the eco-friendly material molecule separation and processing machine 1100 configured at the lower end to process the polluted fluid material molecules. present the processing machine.

Since the configuration height of the eco-friendly material molecule separation and processing machine 1100, which is configured in a double upright form on the upper side of the eco-friendly material molecule separation processing machine 1100, is higher, the effect of gravity is exerted, and the processing efficiency is large. The height of the composition is not limited because it can be configured by freely varying the composition height.

In addition, although the double configuration is illustrated, it is possible to change the configuration by varying the number of floors.

Example 65

Next, claim 77 constructed according to the 65th embodiment of the present invention will be described as follows.

167 is a perspective view showing a state in which the eco-friendly material molecule separation processing machine according to the 65th embodiment of the present invention is configured in a different form, and FIG. is an exploded perspective view showing a state composed of , 170 is composed of an upright injection pipe that is combined with an injection pipe, which is a component of the eco-friendly material molecule separation processing machine according to the 65th embodiment of the present invention, and consists of a plurality of jets for discharging liquids or gases and configured at the ends It is a partial perspective view showing the configuration state of the air diffuser plate being separated as follows.

The lower end has a structure in which the fluidic material molecule separation guide plate 2000 is configured in a inclined shape inclined from the rear to the front and inclined from the other side to one side; There is no particular limitation on the compositional state of the inclination.

The upper end of the fluidic material molecule separation guide plate 2000 has a horizontal shape and a rectangular shape on one side and the other side is a structure in which an eco-friendly material molecule separation processing machine 3003 is configured; this is possible

On the upper side of the lower part eco-friendly material molecule separation processing machine 3003, a material molecule collecting port 250 that collects fluid material molecules having a light specific gravity in a horizontal form is configured. It is possible to change the configuration by

a structure in which a discharge line 8028 for discharging fluid material molecules such as water is combined with an emission control valve 8029 on one side of the lower part eco-friendly material molecule separation processing machine 3003;

A structure in which an injection line 8001 is coupled to the upper portion of the other side of the lower part eco-friendly material molecule separation processing machine 3003; By additionally configuring the injection line 8001, it is possible to change the configuration so that the component and the specific specific gravity are differently injected.

Inside the eco-friendly material molecule separation processing machine 3003 at the lower end, fluid material molecules with heavy specific gravity move rapidly to the lower end in one direction by the action of gravity and are discharged in a lower direction, thereby exerting a material slashing action and a material pushing action. A structure in which a plurality of material molecule descending

guide plates

101 and 301 overlap each other;

However, let alone this embodiment, in each other embodiment, the number of components of the material molecule descending guide plate can be added as much as possible to change the configuration.

At the lower end of the material molecule descending

guide plates

101 and 301, a plurality of lower portion material

molecule movement passages

102 and 302, which act to preferentially discharge fluid material molecules with heavy specific gravity, are coupled to each other.

This is of course not the case, but in each of the other embodiments, the number of components of the material molecule movement path at the lower part can be changed by adding as much as possible, so the specific number of components is not limited.

In the next step of the lower part of the material molecule movement passageway (102, 302), a plurality of fluidic material molecule rising guide plates (201, 401) are combined to overlap each other, and a plurality of material molecule separation compartments (100, 200, 300, 400) are respectively overlapped. .

This is, of course, in the embodiment, but in each other embodiment, the number of components of the material molecule separation compartment is not limited because the number of components can be added as much as possible depending on the material to be processed.

A structure in which a plurality of upper layer material

molecule movement passages

202 and 402 for moving fluid material molecules having heavy specific gravity overlap each other on the upper side of the fluidic material molecule

upward guide plates

201 and 401;

This is of course an embodiment, but in each other embodiment, the size and width of the upper layer material molecule movement path can be changed as much as possible, and the number of components can also be changed according to the material to be processed.

The material molecule descending

guide plates

101 and 301, the lower part material

molecule movement passages

102 and 302 and the fluidic material molecule ascending

guide plates

201 and 401, which are configured between one side and the other side of the lower part eco-friendly material molecule separation processing machine 3003, and a structure in which an upright injection pipe (7771) coupled to an injection pipe (7777) configured in a horizontal direction is inserted in a vertical direction between the material molecule separation compartments (200, 300, 400);

The upright injection pipe (7771) has a structure in which a plurality of jets (7700) for jetting liquid or gases are configured;

At the end of the upright injection pipe 7771, a structure in which an air diffusion plate 9903 is coupled to each other in an inverted form with a hat inverted;

One end of the injection pipe (7777) has a structure coupled with a pump (7770) for injecting air or fluid material molecules;

A structure in which a second injection pipe 9901 and a second outlet 9902 coupled to a second pump 9900 configured to the outside are formed in the lower part of the eco-friendly material molecular separation processing machine 3003;

The lower side of the eco-friendly material molecule separation processing machine 3003 has a diagonally inclined shape, a rhombus shape, and the other lower side is a L-shape, so that the fluid material molecules are separated from the bottom part of the material molecule separation processing machine 3003. Fluid inside The structure of the upper eco-friendly material molecule separation processing machine 3001 configured to inject the sexual material molecules;

A material molecule collecting port 250 for collecting fluid material molecules having a light specific gravity in a horizontal form is configured on one side of the upper part of the upper eco-friendly material molecule separation processing machine 3001;

On one side of the material molecule collection port 250, the upper side eco-friendly structure is coupled to the structure of the material molecule separation processing unit 8183 that constitutes the fluid material molecule discharge port 251 for discharging the collected fluid material molecules to the outside. The structure of the material molecule separation processing machine 3001 is; This is for easy guidance. However, it is possible to change the configuration to a circular shape, a rectangular shape, or a hexagonal or rectangular shape.

In the four directions of the material molecule separation and processing unit 8183, which is configured in a rhombic pipe shape, a plurality of rotating striking bodies 1503 coupled with a rotating body 1502 are respectively coupled in opposite directions in opposite directions; . When gaseous material molecules or fluid material molecules are hit in a form facing each other, the material molecules with light specific gravity and material molecules with heavy specific gravity that are bound to the material molecules form facing each other in order to use the separation action. It consists of a plurality of rotating bodies and rotating striking bodies.

Therefore, the number of components of the rotating body 1502 and the rotating striking body 1503 is not particularly limited.

In addition, the rotating means for rotating the rotating striking body 1503 can be configured in a very various ways, such as a belt connection type or a chain connection type.

a structure in which an upper injection line 8181 is formed on the upper part of the upper eco-friendly material molecular separation processing machine 3001;

At the lower end of the material molecule separation and processing unit 8183, an upper end emission control valve 8182 for controlling the amount of discharge is coupled; Fluid material molecules with light specific gravity are continuously injected through the upper injection line 8181 configured on the upper part of the upper eco-friendly material molecule separation processing machine 3001, and at the same time, the upper injection line 8181 ), assuming that the total amount of injection of fluid material molecules injected through the At the same time, the fluidic material molecules with a light specific gravity of 10WT% to 20WT% of the remaining surplus residual amount are collected through the material molecule collecting port 250 and the fluidic material molecule outlet 251, and then separately processed. At the same time as processing or reprocessing, the remaining 80 WT% to 90 WT% of the fluid material molecules are injected into the lower part material molecule separation processing machine 3003 and at the same time are combined with the injection pipe 7777 to operate the pump 7770 By injecting gaseous material molecules into the inside of the lower end material molecule separation processing machine 3003 using the jet port 7700 and the air diffusion plate 9903 configured in the upright injection pipe 7771, the fluid material molecules At the same time as processing by hitting them, the second injection pipe 9901 and the second outlet 9902 coupled with the second pump 9900 are used in the lower part of the eco-friendly material molecule separation processing machine 3003. Gas inside The gaseous material molecules injected into the lower part eco-friendly material molecule separation processing machine 3003 are doubled by continuously injecting the sexual material molecules, so that the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity are naturally generated. At the same time as processing by hitting to separate, the lower part eco-friendly material molecular separation processing machine The total amount of injection injected into the lower part eco-friendly material molecular separation processing machine 3003 through the upper eco-friendly material molecular separation processing machine 3001 by controlling the emission control valve 8029 configured at the lower end of 3003 is 100 WT When it is assumed as %, if 70WT% ~ 95WT% is discharged as much, the remaining fluid material molecules with a light specific gravity of 5WT% ~ 30WT% of the remaining surplus are the substances that are configured on the upper side of the eco-friendly material molecular separation processing machine 3003 at the bottom We present an eco-friendly multi-component eco-friendly material molecule separation processor 1100 configured to be separately processed or re-collected and reused after being collected through the molecular collecting port 250 and the fluidic material molecule outlet 251 .

In the 65th embodiment of the present invention, an eco-friendly material molecule separation processing machine 1100 configured to simply be overlapped in two is presented, but it is configured to be multiplied so as to overlap as much as possible depending on the processing capacity to be processed and the type of material molecules to be processed This is possible.

In addition, a change configuration is possible by additionally configuring the injection pipe 7777, and in order to average the dispersion pressure of air or fluid material molecules or gas, a change configuration is possible by differentiating the thickness of the pipe step by step.

The configuration of the jet port 7700 is not limited to a special structure because it is possible to change the configuration in many different ways.

For example, it can be configured in the form of an upside-down umbrella at the end of the injection pipe (7777), and by adding an additional configuration consisting of several ejection pipes in the horizontal direction at the end, the configuration is changed to process fluid material molecules It is possible

Alternatively, the injection amount injected through the injection line 8001 can be changed according to the material molecule to be processed.

As described above, the ratio of the amount of discharge discharged through the final discharge line 8028 of the environmentally friendly material molecule separation processing machine 1100 configured as described above can be changed and implemented, so it is not particularly limited.

Example 66

Next, claim 78 constructed according to the 66th embodiment of the present invention will be described as follows.

171 is a perspective view showing the eco-friendly material molecule separation processing machine according to the 66th embodiment of the present invention, and FIG. 172 is an exploded perspective view showing the eco-friendly material molecule separation processing machine according to the 66th embodiment of the present invention by separating it in half. , FIG. 178 is a perspective view showing the eco-friendly material molecule separation and processing machine according to the 66th embodiment of the present invention in a multi-step form and is configured as follows.

At the lower end, a fluid material molecule separation guide plate 2000 is formed in a inclined shape from one side to the other side, and then, at the upper end of the fluid material molecule separation guide plate 2000, a rectangular and rectangular shape has a height of 3 m to 150 m. The structure of the eco-friendly material molecule separation and processing machine 1100 composed of the size of ;

The reason for configuring the fluidic material molecule separation guide plate 2000 to be inclined in one direction or the other is a structure to induce clean fluidic material molecules with heavy specific gravity to gather in the lower end direction, and the inclination angle can be changed as much as possible. It is possible

A structure in which a rotating striking body 1503 coupled to a plurality of rotating bodies 1502 is configured at the lower end of the fluidic material molecule separation guide plate 2000. A rotating striking body coupled to the rotating body 1502 ( 1503), it is possible to change the configuration by adding any number of configuration numbers.

a structure of a material molecule collecting port 250 that acts to collect fluid material molecules having a light specific gravity floating to the upper side of the eco-friendly material molecule separation and processing machine 1100;

A structure in which a plurality of rotary striking bodies 1503 coupled to a plurality of rotating bodies 1502 are coupled in opposite directions to the inside and outside of the rim of the eco-friendly material molecule separation processing machine 1100; The reason for constituting the rotating striking body 1503 combined with the whole 1502 is to promote the material collision action, material friction action, and material explosion action in which the fluid material molecules collide while rotating, so that the fluid material molecules with heavy specific gravity and This is to easily separate fluid material molecules with light specific gravity. It is possible to configure by adding any number of components.

A structure in which an injection line 8001 for injecting fluid material molecules is formed in the middle of the upper end of the eco-friendly material molecule separation and processing machine 1100;

The reason for configuring the injection line 8001 in the middle is to induce fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity to be easily separated in the vertical direction by the action of gravity.

a structure in which an injection pipe 7777 for injecting fluid material molecules such as air is formed on the other upper side of the eco-friendly material molecule separation and processing machine 1100;

On the outer circumferential surface of the injection pipe 7777, a structure in which a plurality of ejection ports 7700 are respectively configured in the shape of a |

The number of components of the injection pipe 7777 can be increased as much as necessary.

In addition, the reason for configuring the configuration of the ejection port 7700 in a one-character form is that gaseous material molecules such as air are ejected in a straight direction and collide with the fluid material molecules by accelerating the collide action of the material molecules. to give

Therefore, it can be seen that these components are also very important components that promote the collision action between material molecules and material molecules.

It is a structure in which the low-level discharge line 8060 for sucking and discharging the fluid material molecules with heavy specific gravity at the lower end of the other side of the eco-friendly material molecule separation processing machine 1100 is configured in an ∩ shape;

The reason for configuring the lower-level discharge line 8060 in the ∩ shape is a structure for easily collecting and collecting clean fluidic material molecules with heavy specific gravity.

a structure in which a discharge control valve 8029 is configured at the upper end of the other side of the low-level discharge line 8060;

a structure in which a discharge pump 1522 is configured at an upper end of the lower level discharge line 8060;

a structure in which a rising pipe 8808 is formed in a ∪ shape at the other end of the lower-level discharge line 8060;

At the upper end of the rising pipe 8808, fluid material molecules are injected through the injection line 8001 into the eco-friendly material molecule separation and processing machine 1100 having a structure in which an upper discharge line 1212 is formed. At the same time, using the rotating striking body 1503 coupled to the plurality of rotating bodies 1502 at the same time hitting and processing the fluid material molecules flowing into the eco-friendly material molecule separation and processing machine 1100 By injecting gaseous material molecules such as air through the injection pipe 7777 and the ejection port 7700, the fluid material molecules are simultaneously struck to combine with the fluid material molecules with light and heavy specific gravity. Assuming that the total injection amount introduced through the injection line 8001 after separating and processing the fluidic material molecules is 100wt%, 100wt% of the total injection amount using the discharge control valve 8029 and the discharge pump 1552 85wt% to 95wt% compared to that is discharged to the outside through the upper discharge line 1212 and used again, or re-injected into the upper part of the eco-friendly material molecule separation processing machine 1100, which is configured in multi-steps with the same structure, and multi-step processing to increase the specific gravity 5 wt% to 15 wt% of surplus fluidic material molecules with light specific gravity floating to the upper side of the eco-friendly material molecule separation and processing machine 1100 while separating and processing heavy fluid material molecules and light specific gravity fluid material molecules in multiple steps An eco-friendly material molecule separation and processing machine 1100 configured to be reused or reprocessed by discharging it to the outside through the material molecule collection port 250 and the fluid material molecule discharge port 251 is provided.

Eco-friendly material molecule separation and processing machines constructed according to each of the embodiments described above reversely use the automatic separation of material molecules by the action of gravity to obtain fluid material molecules with light specific gravity and fluidic material molecules with heavy specific gravity. We present technologies related to eco-friendly methods to separate material molecules.

It can be used to separate and extract trace substances contained in seawater using the eco-friendly material molecule separation and processing machine configured as described above.

The method for separating and extracting polluted fluid substance molecules or fluid substance molecules with light specific gravity contained in substances such as sea water, alcohol or milk using a fluid substance molecule separation processing machine is as described in each of the above examples. implement it.

The term "fluid material molecules" introduced into the environment-friendly material molecule separation processing machine refers to fluid material molecules composed of all liquids existing on the earth.

For example, it refers to any kind of food used by humans or humans, such as curry or soup, soy sauce or fish sauce, milk or beverage.

In addition, by continuously injecting a gas such as air through the lower injection pipe 8801, the eco-friendly material molecule separation and processing machine 1100 is coupled with the fluid material molecules such as water and has a light specific gravity. It is possible to change and apply the method of separating material molecules.

Although the rotating striking body is separately configured on one side and the other side or the lower end of the eco-friendly material molecule separation processing machine 1100, the detailed structure and description thereof will be omitted because the detailed structure is shown in each of the above embodiments.

As described above, by using the eco-friendly material molecule separation processing machine 1100 configured according to each embodiment, seawater is cleanly processed, or fluid material molecules with a light specific gravity contained in water, milk, or favorite foods such as alcohol or tea are removed. Changes can be applied to processing.

Therefore, by using the eco-friendly material molecule separation processing machine configured according to the present invention, seawater is processed, or preference food such as water, milk, alcohol, beverage, or tea, or all kinds of wastewater, livestock wastewater, industrial wastewater, etc. are separated and processed. It is natural that all public methods fall within the scope of the present invention.

The structure of the rotating body configured according to each embodiment of the present invention can be changed to a turbo rotating type or an impeller type, and the rotational direction is fixed on one side. Configurable to forward and reverse rotation on the other

It is possible to use a plurality of rotating striking bodies inside the eco-friendly material molecule separation processing machine to separate fluid material molecules with a light specific gravity contained in blood by striking water, seawater, alcohol, milk, or blood. In addition, it is natural that all of these design changes fall within the scope of the present invention because the shape configured to hit the molecules of fluid substances such as beverages or contaminated wastewater can be changed in many ways.

In addition, it is possible to change the configuration by adding a structure for hitting and processing the fluidic material molecules flowing into the eco-friendly material molecule separation and processing machine by additionally configuring a sonic shock device in the eco-friendly material molecule separation processing machine.

In addition, since the number of components of the material molecule descending guide plate, the movement passage, and the material molecule separation compartment can be increased or decreased as much as possible, it is natural that all of the changes and configurations fall within the scope of the present invention.

In addition, as shown in FIG. 97, an alternative configuration is also possible with a gear-type coupling coupled to a single rotating body.

In addition, it is possible to change the configuration to a chain coupling type or belt coupling type combining one driving body and several rotating striking bodies.

As such, it is possible to change the configuration of the rotating striking body in various ways such as the known and used rotating body driving type.

As described above, the configuration of the rotating striking body configured inside the eco-friendly material molecule separation processing machine can be changed as much as possible.

Therefore, it is natural that all the changes and configurations of the rotating striking body configured to generate the material explosion action presented in the present invention fall within the scope of the present invention.

Since the constituent materials of the eco-friendly material molecule separation processing machine and the constituent materials of the rotating striking body can be changed to plastic or glass material, or stone such as ceramic or stone, non-ferrous metal, wood, etc., all of these design changes are within the scope of the present invention It is natural to belong to

In addition, the material constituting the eco-friendly material molecule separation processing machine is made of a material made of glass or stone, a material made of wood, or a material of ceramics made by mixing and processing soil and other materials together and then baking it It is natural that all of these design changes fall within the scope of the present invention.

As another method, the rotating striking body can be constructed using porcelain or ceramic materials that are heated and processed using high-temperature fire by mixing soil and various mineral substances, so all of these design changes are within the scope of the present invention. It is natural to belong

The configuration of the rotating striking body configured according to each embodiment of the present invention can be configured in a circle, hexagon, or square, octagon, or half-moon shape formed by splitting a circular pipe in half.

Since the configuration of the rotating striking body configured in the interior of the eco-friendly material molecule separation processing machine can be changed in many different ways, it is natural that all of these design changes fall within the scope of the present invention.

In addition, it is possible to change the configuration to hit the fluid material molecules flowing into the eco-friendly material molecule separation and processing machine by additionally configuring the eco-friendly material molecule separation and processing machine using sound waves.

In addition, the configuration of the rotating striking body configured inside the eco-friendly material molecule separation processing machine can be changed any number of times, and the composition can be changed to plastic or glass materials, or stones such as ceramics or stones, non-ferrous metals, wood, etc. As it is possible, it is natural that all of these design changes fall within the scope of the present invention.

In addition, as shown in FIGS. 58 and 173 and 174, respectively, a turbo-type impeller is coupled to a rotating body, that is, a motor, or a rotary impeller is configured to strike fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity It is natural that all of these design changes fall within the scope of the present invention because it is possible to change the configuration to separate them.

In addition, the structure of the eco-friendly material molecule separation and processing machine used to remove harmful components with light specific gravity from seawater used to produce salt. It is possible to remove these light harmful substances molecules.

95 is a photograph showing the phenomenon that when beer is put in a paper cup, the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity contained in the beer are automatically separated into layers by the action of gravity. As shown, it proves that all fluid material molecules have a layer-by-layer separation phenomenon that tries to separate from each other without bonding to each other.

That is, such factual evidence shows that when the material molecule separation and processing machine constructed according to each embodiment of the present invention is used, fluid material molecules with light specific gravity and light specific gravity are combined with fluid material molecules or gaseous material molecules. This proves the factual evidence that fluid molecules can be separated and extracted.

In addition, as shown in FIG. 98, fluid material molecules flowing into the water molecule separator using the rotating striking body by configuring a gear type, a chain coupling type, or a belt connection type between the rotating body and the rotating body. It goes without saying that all configurations to strike them fall within the scope of the present invention.

In addition, in a method of rotating the rotating striking body 1503 to hit the fluid material molecules flowing into the environment-friendly material molecule separation processing machine, the rotating striking body 1503 is rotated using a handle to achieve fluidity. There is a method of hitting material molecules, and it is natural that all of these modification methods fall within the scope of the present invention.

98 is a cross-sectional perspective view showing a temporary example of a connection means for connecting a rotating body for rotating a rotating striking body applied to each embodiment of the present invention and a connecting means for connecting the rotating body.

159 and 160 are like rotating brush photos illustrating a modified embodiment of the rotating striking body inserted into the inside of the eco-friendly material molecule separation processing machine configured according to each embodiment of the present invention.

When configuring the rotating striking body 1503 coupled with the rotating body 1502, it is possible to change the configuration to a brush shape that is configured in various deformations.

In addition, Figure 161 is a picture showing an example of a concave-convex wall inserted into the interior of the eco-friendly material molecule separation processing machine constructed according to each embodiment of the present invention, as shown in the photo showing the eco-friendly material molecule separation processing machine 1100 in the concave-convex form. It is possible to configure the concave-convex wall 125 to increase the collision action and friction action of fluid material molecules.

In addition, as shown in FIG. 162, the configuration is possible by changing the ejection port configured to eject gaseous material molecules and fluidic material molecules at various angles to the end or side portion of the injection pipe 7777.

In addition, since the method of connecting and configuring the rotating body and the rotating body can be changed in a variety of ways such as a belt type or a chain type, the illustration of the detailed structure is omitted.

That is, a handle composed of a handle type is formed on a rotating body configured on one side, and then the handle is rotated to separate the fluid material molecules flowing into the inside of the fluid material molecule separation processing machine into upper and lower sides, thereby providing a fluid material with heavy specific gravity. It goes without saying that all of the eco-friendly methods for separating molecules and fluid material molecules with light specific gravity fall within the scope of the present invention.

In addition, when the fluid material molecules introduced into the eco-friendly material molecule separation processing machine configured according to the present invention are first processed and injected, the particle size of the fluid material molecules is 100 million nm to 10 nm using a nano microbubble machine. It goes without saying that the method of changing the size of the process to be introduced also falls within the scope of the present invention.

In addition, by installing friction members such as a scrubber inside the eco-friendly material molecule separation processing machine constructed according to the present invention, it is possible to change the configuration so that the friction force of the fluid material molecules is increased.

In addition, it is natural that a method of collecting and reprocessing floating fluidic material molecules by installing a plurality of general pumps or vacuum pumps in the upper layer of the eco-friendly material molecule separation processing machine configured according to the present invention also falls within the scope of the present invention.

In addition, a method of re-processing after installing a plurality of eco-friendly material molecule separation processing machines configured according to the present invention and then re-processing using a plurality of environment-friendly material molecule separation processing machines installed with a plurality of primary processed fluid material molecules is also the present invention It is natural to fall within the scope of the

In addition, it is natural that the method of processing fluid material molecules by installing the eco-friendly material molecule separation and processing machine at a height of 10 m to 100 m also falls within the scope of the present invention.

The basis for the theory of water applied to the present invention will be explained once again.

All substances on the earth are decomposed by various actions to change into gaseous substances, and then rise back to the atmosphere by the action of gravity. Through the process of circulation, the process of continuously changing the polluted river water and polluted seawater into fluid material molecules with heavy specific gravity is continued.

To put it simply so that anyone can understand the new theory of water, there is a cycle in which the excrement excreted by an infinite number of fish and birds on earth is completely decomposed and transformed into water molecules by various actions. There is no accumulation of fish excrement on the surface of the earth, in the sea, or in river water.

If this logic is wrong, the paradoxical logic that the excrement excreted by fish and birds in the last 100 years should be permanently decomposed into water molecules rather than based on the 4.5 billion years that the earth was born, and should be accumulated as excrement forever. .

The basis of natural science is that the proof logic for the claim can be easily established and proven by anyone to prove it as an average logic.

The present inventor has invented about 1,600 cases for over 30 years and has obtained dozens of patents related to water while proving for the first time in the world that water is a combination of all things decomposed.

Based on this theory, this invention was applied for by adding a new theory based on the conventional water separation theory discovered while obtaining dozens of patents.

Therefore, it goes without saying that all modifications applied to the theory of natural separation of water molecules proposed by those skilled in the art while filing the application for this invention fall within the scope of the present invention.

The reason is that the water molecule separation theory presented in the present invention can be easily modified and applied by anyone.

Claims

In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

An eco-friendly material molecule separation and processing machine is configured in a rectangular shape;

A structure in which an injection line for injecting fluid material molecules such as water is configured at the upper end of one side:

At the lower end of the other side, the discharge line for discharging fluid material molecules such as water has a structure in which the size of 90L to 99.99L is smaller than the 100L ratio of the total amount introduced through the injection line.

a structure coupled to a discharge control device for opening and closing the discharge line at one side of the discharge line;

On the upper part of the eco-friendly material molecule separation and processing machine, a push bar that pushes and removes pollutant material molecules with a light specific gravity floating to the upper part of the eco-friendly material molecule separation processing machine to the outside of the eco-friendly material molecule separation processing machine is combined with a control device structure to be;

a structure in which a fluidic material molecule separation guide plate is configured at the lower end of the eco-friendly material molecule separation and processing machine;

The structure of the fluidic material molecule separation guide plate is inclined from the other direction to one direction so that the water molecules with heavy specific gravity are gathered in one direction while pushing the fluid material molecules with light specific gravity, and the longitudinal form is from the rear to the front. a structure configured in a negatively inclined form;

a structure in which a plurality of material molecule separation inducing membranes are respectively configured inside the eco-friendly material molecule separation and processing machine; a structure in which a material molecule lower layer movement path is provided at a lower end of the material molecule separation inducing membrane so that fluid material molecules such as water can freely move;

a structure in which a material molecule ascending guide plate is respectively coupled to a rear surface of the material molecule separation inducing film at a predetermined distance to form respective material molecule ascending guide passages;

a structure in which an upper layer material molecule movement passage is configured to facilitate movement of fluid material molecules such as water on an upper side of the material molecule upward guide plate;

Between the lower end of the material molecule ascending guide passage and the fluid material molecule separation guide plate, a circular tornado generating device that rotates and strikes the fluid material molecules flowing into the eco-friendly material molecule separation processing machine is the eco-friendly material molecule a structure each configured in a form opposite to one side and the other side of the separation processing machine;

Between the circular tornado generating device, a structure in which a lifting guide plate body that raises fluid material molecules such as water in an upward direction is elongated in the form of a triangle in one side and the other direction of the eco-friendly material molecule separation and processing machine;

At the lower end of the circular tornado generator, an upper tornado generator that generates a tornado in an upward direction and a rotating actuator are respectively coupled to each other to process the fluid material molecules. A small amount of salt mixed in garbage or polluted air, or polluted mineral substances, or fluid substance molecules with a light specific gravity combined with polluted fluid substance molecules are separated and extracted to create a clean natural environment Nature-friendly, eco-friendly material molecule separation and processing machine that purifies
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The eco-friendly material molecule separation and processing machine is configured in the shape of a rectangle; The structure of the fluidic material molecule separation guide plate is composed of an inclined shape in one direction inside, and the front and rear direction is inclined in a rear to front direction;

a structure in which a plurality of fluidic material molecule outlets for discharging pollutant material molecules having a light specific gravity are configured on one upper side of the eco-friendly material molecule separation and processing machine;

In the front part of the fluidic material molecule outlet, a long collection line for collecting fluidic material molecules with light specific gravity has a structure

A structure in which an injection line is formed on the upper side of the eco-friendly material molecule separation and processing machine;

a structure of a discharge line configured at the lower end of the eco-friendly material molecular separation;

The structure of the discharge line is configured such that the discharge capacity discharged through the discharge line is reduced to a ratio of 80L to 99.99L, which is smaller than the ratio of 100L, when the inlet size of the injection line is assumed to be a discharge capacity of 100L;

In the interior of the eco-friendly material molecule separation and processing machine, a plurality of material molecule separation inducing membranes, a plurality of material molecule ascending guide plates, a plurality of upper layer material molecule movement passages, a plurality of material molecule lower portion movement passages, and a plurality of material molecule ascending guide passages are multi-stepped. After each configuration, a material molecule movement guide plate that induces the water molecules with heavy specific gravity to move to the lower layer and the polluted material molecules with light specific gravity to move to the upper layer on the outside of the material molecule separation inducing membrane is constructed, respectively, and the material A structure in which a furry-type rotary striking device coupled to a rotating body is configured at the lower end of the molecular movement guide plate, respectively;

After constructing an air generating device on one side of the lower end of the eco-friendly material molecule separation and processing machine, a piping line coupled to the air generating device and a discharge nozzle are coupled to the lower end of the eco-friendly material molecule separation processing machine, and then the fluid material through the injection line After continuously introducing molecules into the environment-friendly material molecule separation processing machine, the air produced by the air generator is continuously injected into the environment-friendly material molecule separation processing machine to continuously strike the fluid material molecules and at the same time It is mixed with food waste characterized by an eco-friendly material molecule separation and processing machine configured to separate and process light and heavy fluid material molecules by successively hitting the fluid material molecules using a furry-type rotary striking device. Nature that purifies naturally by separating and extracting a small amount of salt, polluted air, polluted mineral substances, or fluid substance molecules with a light specific gravity combined with polluted fluid substance molecules Eco-friendly material molecule separation and processing machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the multi-stage eco-friendly material molecule separation and processing machine is composed of a circular eco-friendly material molecule separation and processing machine, which is formed in multiple stages with a narrow upper part and a wide lower part;

a structure of an inlet line for introducing fluid material molecules such as water into the upper side of the circular eco-friendly material molecule separation and processing machine, which is configured in multiple steps;

a structure in which the discharge line connected to the lower end of the circular eco-friendly material molecule separation and processing machine configured in multiple stages is configured in multiple stages, each having a size that is 0.001% to 3% smaller than the size of the inflow passage of the inflow line;

a structure in which a collecting plate is combined with a discharge pipe to collect fluidic material molecules overflowing from the upper end of the circular eco-friendly material molecule separation and processing machine configured in multi-steps at the lower end of the circular eco-friendly material molecule separation processing machine composed of multiple steps;

After continuously injecting the fluidic material molecules into the multi-stage circular eco-friendly material molecule separation processing machine, which is composed of a structure of a rotating strike plate body composed of a rotating body coupling formed at the lower end of the circular eco-friendly material molecule separation processing machine, which is configured in multiple steps, By rotating the rotating striking plate body, the fluid material molecules flowing into the circular eco-friendly material molecule separation and processing machine are continuously hit and processed, and the fluid material molecules with light specific gravity and the fluid material with heavy specific gravity are combined with the fluid material molecules. A multi-level eco-friendly material configured to separate and extract molecules A small amount of salt or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste featuring a molecular separation processing machine, with a light specific gravity combined with molecules An eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules and fluid material molecules with heavy specific gravity and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the eco-friendly material molecule separation and processing machine, in which the upper and lower portions are narrow, and the middle is a rhombus larger than the upper and lower portions;

Inside the eco-friendly material molecule separation processing machine, the fluid is inclined from one direction to the other, and the front and rear directions are inclined from the rear to the front so that the fluid material molecules with heavy specific gravity are easily discharged to the lower part. structure of the guide plate for separation of sexual substances;

Inside the eco-friendly material molecule separation and processing machine, a plurality of material molecule separation guide films and a plurality of material molecule lift guide plates are configured in the form of a zigzag arrangement;

The material molecule separation inducing membrane and the plurality of material molecule ascending guide plates have a structure in which each upper layer material molecule movement path, a plurality of material molecule lower layer movement passages, and a plurality of material molecule ascending guide passages are each configured in multiple stages;

a structure in which an injection line is formed above the eco-friendly material molecule separation and processing machine;

A discharge line is configured on the lower side of the eco-friendly material molecule separation and processing machine,

At the lower end of the inside of the eco-friendly material molecule separation processor, an upper tornado generating device for generating a tornado in an upward direction is combined with a rotating body, respectively. It is a nature-friendly, natural purification that separates and extracts salt components, polluted air, polluted mineral substances, or fluid substance molecules with light specific gravity combined with polluted fluid substance molecules Eco-friendly material molecule separation and processing machine
4. The method of claim 3

The circular eco-friendly material molecule separation processing machine is characterized by a circular eco-friendly material molecule separation processing machine in which the upper and lower portions are narrow, and the middle portion is in the shape of a rhombic jar larger than the size of the upper and lower portions mixed with food waste. A nature-friendly eco-friendly material molecule that separates and extracts a small amount of salt, polluted air, or molecules of a fluid substance with a heavy specific gravity, which are combined with molecules of a polluted fluid substance, and purifies them naturally. separation machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The shape of one side is a rectangular rectangle, the other side has a rectangular shape, and the size of the other side is 10% to 500% larger than the structure of the one side. Structure of an eco-friendly material molecule separation and processing machine, each coupled by a material molecule pushing wall composed of a rhombus so that the fluid material molecules are pushed in the left and right directions and floated upward at the same time;

A support is configured at a lower end of one side of the eco-friendly material molecule separation and processing machine to support the eco-friendly material molecule separation and processing machine;

On the inner bottom of the eco-friendly material molecule separation and processing machine, the structure of a fluidic material molecule separation guide plate is configured to be inclined in one direction while the front-rear direction is inclined from the rear to the front;

A structure in which an injection line for injecting fluid material molecules such as water is configured at an upper end of one side of the eco-friendly material molecule separation and processing machine:

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve at the other lower end of the eco-friendly material molecule separation and processing machine;

A structure in which a plurality of material molecule separation guide films and a plurality of material molecule lift guide plates are installed inside one side of the eco-friendly material molecule separation and processing machine to configure each ascending guide passage;

a structure for guiding fluidic material molecules with heavy specific gravity to move upward by configuring each upper layer material molecule movement path at the lower end of the material molecule separation inducing membrane;

a structure for guiding fluid material molecules having heavy specific gravity to move in a downstream direction by constituting an upper layer material molecule movement path on the upper side of the material molecule rising guide plate;

On the other side of the eco-friendly material molecule separation and processing machine, a plurality of rotating striking bodies are coupled and a plurality of striking devices coupled with a rotating body are coupled to the upper side, so that the fluid material molecules flowing into the eco-friendly material molecule separation processing machine are combined. a structure configured to strike;

On the upper rim of the eco-friendly material molecule separation and processing machine, a collecting port coupled with an outlet for collecting and discharging to the outside the fluid material molecules with a light specific gravity floating to the upper side of the eco-friendly material molecule separation processing machine by the action of gravity structured structure;

On the other upper side of the eco-friendly material molecule separation processing machine, the upper side is wide and the lower side is a narrow rhombic funnel-shaped structure in which hoppers are each composed of layers;

A structure in which a plurality of rotating striking bodies coupled with a rotating body are configured to be coupled to the inside of the hopper;

a structure in which discharge control valves for controlling discharge are respectively coupled to the lower portion of the hopper;

a structure in which an inflow line for introducing fluid molecules such as water is coupled to an inflow control valve on the upper side of the hopper;

Fluids such as water, seawater, milk or alcohol using a structure in which the upper outlet of the hopper is configured to discharge the fluid material molecules with light specific gravity floating upward by the material pushing action to the outside of the hopper on one side of the hopper. Trace amount mixed in food waste featuring a multi-stage material molecule separation and processing machine that is used as an eco-friendly water purifier that is used to extract and use molecules of fluid substances with heavy specific gravity by removing molecules of fluid substances with light specific gravity contained in substance molecules It is a nature-friendly, natural purification that separates and extracts the molecules of light and heavy fluids that are combined with the salt component or polluted air of Phosphorus Eco-friendly Material Molecular Separation and Processing Machine
7. The method of claim 6

The shape of one side is a rectangular rectangle, the other side has a rectangular shape, and the size of the other side is 10% to 500% larger than the structure of the one side. The structure of an eco-friendly material molecule separation and processing machine, each coupled by a material molecule push-inducing wall composed of a rhombus shape so that the fluid material molecules are pushed to the left and right and upwards;

A support is configured on one side of the eco-friendly material molecule separation and processing machine to support the eco-friendly material molecule separation and processing machine;

On the inner bottom of the eco-friendly material molecule separation and processing machine, the structure of a fluidic material molecule separation guide plate is configured to be inclined in one direction while the front-rear direction is inclined from the rear to the front;

A structure in which an injection line for injecting fluid material molecules such as water is configured at an upper end of one side of the eco-friendly material molecule separation and processing machine:

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve at the other lower end of the eco-friendly material molecule separation and processing machine;

Inside one side of the eco-friendly material molecule separation and processing machine, a structure in which a plurality of material molecule separation guide films and a plurality of material molecule lift guide plates are used to configure each ascending induction passage;

a structure in which each upper layer material molecule movement path is configured at the lower end of the material molecule separation inducing membrane to induce fluid material molecules with heavy specific gravity to move upward;

a structure in which an upper layer material molecule movement path is configured on the upper side of the material molecule upward guide plate to guide fluid material molecules having heavy specific gravity to move in a downstream direction;

On the other side of the eco-friendly material molecule separation and processing machine, a plurality of rotating striking bodies are coupled and a plurality of striking devices coupled with a rotating body are coupled to the upper side, and fluid material molecules flowing into the eco-friendly material molecule separation processing machine are combined. a structure configured to strike;

a structure in which a collecting port coupled to an outlet for collecting and discharging fluidic material molecules floating to the upper side of the eco-friendly material molecule separation and processing machine is configured on the upper edge of the eco-friendly material molecule separation and processing machine; A nature-friendly eco-friendly water purifier combined eco-friendly material molecule separation processing machine, which is configured to separate and extract heavy fluid material molecules and light weight polluted fluid material molecules combined with polluted fluid material molecules using Separation of light-weight fluid substance molecules and heavy-gravity fluid substance molecules that are combined with trace salt components or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste A nature-friendly eco-friendly material molecule separation and processing machine that extracts and purifies naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

An eco-friendly material molecule separation and processing machine is configured in a rectangular shape;

A structure in which an injection line for injecting fluid material molecules such as water is configured at the upper end of one side:

a structure in which a discharge line for discharging fluid material molecules such as water is configured at the lower end of the other side;

a structure coupled to a discharge control valve for opening and closing the discharge line at one side of the discharge line;

At the bottom of the lower end of the eco-friendly material molecule separation processing machine, the material molecule separation guide plate is configured in a form inclined by 0.1% to 20% from the right to the left and further inclined by 0.1% to 20% from the rear to the front direction. structure;

a structure in which a fluidic substance molecule outlet for discharging fluid substance molecules having a light specific gravity to the outside is configured around the upper periphery of the eco-friendly substance molecule separation and processing machine;

a structure in which a plurality of rotating shafts coupled to a rotating body cross between the front and rear surfaces of the eco-friendly material molecule separation and processing machine in one direction;

a structure in which a plurality of rotating striking bodies are sequentially cross-coupled between the rotating shafts;

a structure in which a material molecule separation inducing film is formed across the front and rear directions at the other side position of the material molecule separation processing machine;

a structure in which a low-layer movement path of material molecules is formed at a lower end of the material molecule separation inducing membrane so that the fluid material molecules with heavy specific gravity are discharged in a downstream direction;

In the front part of the material molecule separation inducing membrane, a material molecule ascending guide plate is configured so that a fluid material molecule ascending passage and a fluid material molecule discharge passage that act to discharge in the downstream direction as the fluid material molecules with heavy specific gravity are raised are configured a structure formed between the front and rear surfaces of the material molecule separation and processing machine;

The upper part of the material molecule separation guide plate constitutes an upper layer material molecule movement path, and sequentially passes the fluid material molecules with light specific gravity and the fluid material molecules with heavy specific gravity contained in the contaminated fluid material molecules to pass the light specific gravity. A nature-friendly eco-friendly water purifier and material molecule separation processor configured to separate and process fluid substance molecules and fluid substance molecules with heavy specific gravity. Trace salt ingredients or polluted air or polluted mineral substances mixed in food waste. Or a nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of an eco-friendly material molecule separation and processing machine configured in multiple steps in the form of an inverted rhombus from top to bottom so that the fluid material molecules with light specific gravity are pushed to the fluid material molecules with heavy specific gravity and float in the upward direction;

The lower end of the material molecule separation processing machine has a structure in which a material molecule separation guide plate is formed in an inclined shape from one side to the other side;

A plurality of material molecules descending guide plates are configured inside the material molecule separation processing machine; a structure in which a plurality of lower part material molecule movement paths are configured to preferentially discharge fluid material molecules having heavy specific gravity at the lower end of the material molecule descending guide plate;

In the next step of the material molecule movement path, the fluid material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, the fluid material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. a structure in which a plurality of material molecule separation compartments are constituted in a stepwise form by a structure in which a molecular upward guide plate is respectively constituted, and an upper layer material molecule movement passage is respectively constituted on the upper side;

A support plate body, an elastic cushion material, and a support column are respectively coupled to the lower end of the eco-friendly material molecule separation processing machine to face each other;

A crankshaft configured to be coupled to a rotary motor is configured between the support column and the support column; A structure in which a rotary vibrator is coupled to the crankshaft;

A structure in which an injection line for injecting fluid material molecules such as water is configured at the upper end of the other side of the eco-friendly material molecule separation and processing machine:

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve at one lower end of the eco-friendly material molecule separation and processing machine;

A structure in which a material molecule collecting port for collecting fluid material molecules with light specific gravity and an outlet for fluid material molecules are formed on the upper edge of the material molecule separation and processing machine

It is composed to separate and extract the heavy fluid material molecules and the light specific gravity polluted fluid material molecules that are combined with the contaminated fluid material molecules using a material molecule separation processing machine, which is composed of the fluidic material molecule outlet. A small amount of salt or polluted air mixed with food waste, characterized by an eco-friendly eco-friendly water purifier and eco-friendly material molecular separation processing machine, or a fluid with a light specific gravity combined with polluted mineral substances or polluted fluid substance molecules A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts sexual material molecules and heavy fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of an eco-friendly material molecule separation and processing machine that is configured in multiple steps in the form of a circular staircase;

a structure in which a fluidic material molecule injection line composed of multiple stages is configured on one side of the eco-friendly material molecule separation processing machine composed of multiple stages;

a structure in which the position of the discharge port at the end of the injection line is further inserted by 20 cm to 200 cm based on the upper point of the eco-friendly material molecule separation and processing machine;

a structure of a fluid material molecule outlet configured on the other side of the eco-friendly material molecule separation and processing machine to discharge fluid material molecules having a light specific gravity;

a structure of a plurality of rotating striking bodies coupled to a rotating body configured at the lower end of the material molecule separation processing machine;

At the lower end of the eco-friendly material molecule separation processing machine, the discharge line for discharging heavy fluid material molecules is combined with the polluted fluid material molecules using a material molecule separation processing machine in which an emission control valve is coupled. A small amount of salt or polluted air mixed in food waste featuring an eco-friendly eco-friendly water purifier and eco-friendly material molecule separation processing machine that is configured to separate and extract heavy fluid substance molecules and polluted fluid substance molecules with light specific gravity Or, a nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with polluted mineral substances or polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of an eco-friendly material molecule separation and processing machine composed of a rectangular or circular structure;

Structure of an injection line for injecting fluid molecules such as water, milk, or alcohol at a position of the lower end 30cm to 2m lower in the lower end direction from the upper position on the other side of the eco-friendly material molecule separation processing machine ;

a structure of a fluid substance molecule outlet for discharging fluid substance molecules having a light specific gravity to the outside at an upper side of the eco-friendly substance molecule separation processing machine;

a structure of a rotating striking body configured to rotate and strike the fluid material molecules flowing in from the upper direction, each of which is configured to be coupled to an upper portion of the rotating body at an unspecified position inside the eco-friendly material molecule separation and processing machine;

By using a material molecule separation processing machine having a discharge line configured to be combined with an emission control valve on one side of the lower end of the eco-friendly material molecule separation processing machine, the fluidic material molecules and heavy specific gravity combined with the polluted fluid material molecules Trace salt components or polluted air or polluted mineral substances or polluted air mixed in food waste featuring an eco-friendly eco-friendly water purifier and eco-friendly material molecule separation processor configured to separate and extract light polluted fluidic substance molecules A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

Structure of eco-friendly material molecule separation processing machine composed of circular or rectangular shape

Injection that injects molecules of fluid substances such as seawater or water, beverages, milk or alcohol at the lower end 30cm to 2m lower from the upper position on the other side of the eco-friendly material molecule separation processing machine the structure that made up the line; a structure of a fluid substance molecule outlet for discharging fluid substance molecules having a light specific gravity to the outside at an upper side of the eco-friendly substance molecule separation processing machine;

a structure of a material molecule flow guide plate configured to be more inclined at 3 to 8 degrees in one direction at the lower end of the eco-friendly material molecule separation processing machine to induce fluid material molecules with heavy specific gravity to flow in one direction;

a rotary friction plate configured to be coupled to a rotary body and configured with a protrusion at an end coupled to the rotary body and a rotary shaft; a structure in which a plurality of rotating friction plates including a plurality of rotating brushes are installed in the middle of the rotating shaft in opposite directions facing the inside of the eco-friendly material molecule separation processing machine;

By using a material molecule separation processing machine having a discharge line configured to be combined with an emission control valve on one side of the lower end of the eco-friendly material molecule separation processing machine, the fluidic material molecules and heavy specific gravity combined with the polluted fluid material molecules Trace salt components or polluted air or polluted mineral substances or polluted air mixed in food waste featuring an eco-friendly eco-friendly water purifier and eco-friendly material molecule separation processor configured to separate and extract light polluted fluidic substance molecules A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with fluid material molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

A plurality of rotating striking bodies configured in the form of cup brushes are installed in the inside of the material molecule separation processing machine to face each other, and then rotated in different directions with each other to flow into the environment-friendly material molecule separation processing machine. An eco-friendly water purifier and material that is configured to process molecules by blow A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light fluid material molecules and heavy fluid material molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

a structure in which an injection line including a spray nozzle is formed transversely at a lower end of 20 cm to 100 cm from the upper side of the eco-friendly material molecule separation processing machine;

A plurality of horizontal supports are configured in layers inside the eco-friendly material molecule separation processing machine, and a vibration generating device configured to be coupled with a support ring is coupled to the lower end of the horizontal support, and then the fluidity is passed through the injection line in which the injection nozzle is configured. The material molecules are introduced into the eco-friendly material molecule separation processing machine, and the fluid material molecules are blow-processed to strike and process the heavy material molecules and the light specific gravity fluid material molecules bonded to the fluid material molecules. A small amount of salt component mixed in food waste or polluted air or polluted mineral substance or fluid substance molecule with a light specific gravity combined with polluted fluid substance molecules characterized by a molecular separation processing machine A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts fluidic material molecules with heavy specific gravity and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

When introducing the fluid material molecules flowing into the eco-friendly material molecule separation processing machine, air compressed to a high pressure between 1 atm and 1000 atm using an air compressor is simultaneously injected with the fluid material molecules to form a fluid material A nature-friendly water purifier and material that is configured to separate and process molecules. A small amount of salt or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste featuring a molecular separation processor. A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

A small amount of salt component or contaminated food waste mixed with food waste, characterized in that the fluid material molecules are processed by installing a plurality of rotating striking bodies composed of grinding blades in the interior of the material molecule separation processing machine in an upright and rotating structure Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with air or polluted mineral substances or polluted fluid material molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

A nature-friendly water purifier combined material molecule configured to separate and process fluid material molecules by introducing fluid material molecules compressed at a high pressure between 1 atm and 1000 atm using a compressor inside the eco-friendly material molecule separation and processing machine A small amount of salt component or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste characterized by a separation processor A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

When constructing a rotating striking body each coupled with a plurality of rotating bodies at unspecified positions inside the eco-friendly material molecule separation processing machine, a rotating striking body rotating from the lower direction to the upper direction and a rotating striking body rotating from the upper direction to the lower direction By constructing a sieve and a rotating striking body configured to face and rotate in opposite directions in the left and right directions, the fluid material molecules flowing into the material molecule separation processing machine are processed by rotational striking at each position or into ultrafine particles. A trace amount of salt mixed in food waste characterized by an eco-friendly water purifier and material molecule separation processor that is configured to separate and process the heavy material molecules and the light fluid material molecules combined with the fluid material molecules through pulverization Or, a nature-friendly eco-friendly material that separates and extracts the molecules of fluid substances with light specific gravity and fluid substances with heavy specific gravity that are combined with polluted air, polluted mineral substances, or polluted fluid substances, and purifies them naturally. Molecular Separation Machine
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

A plurality of rotating bodies are configured at unspecified positions inside the eco-friendly material molecule separation and processing machine, respectively, coupled to the lower end of the rotating body and rotated in the downward direction to rotate the fluidic material molecules flowing in from the upper direction to the lower direction at the lower position By constructing a rotating striking body configured to strike, the fluid material molecules flowing into the material molecule separation and processing machine are processed by rotationally striking at each position or crushed into ultra-fine particles so that the specific gravity coupled with the fluid material molecules is A small amount of salt or polluted air or polluted mineral substances or polluted fluids mixed with food waste featuring an eco-friendly water purifier and substance molecular separation processor configured to separate and process heavy substance molecules and light fluid substance molecules A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with material molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

Food, characterized in that by constructing a rotary striking device having a crushing blade configured to pulverize materials inside the eco-friendly material molecule separation processing machine in opposite directions to face each other to blow-process undecomposed fluidic material molecules A small amount of salt mixed in garbage or polluted air, or polluted mineral substances, or fluid substance molecules with a light specific gravity combined with polluted fluid substance molecules are separated and extracted to create a clean natural environment Nature-friendly, eco-friendly material molecule separation and processing machine that purifies
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

When composing the push rod constituted on the upper part of the eco-friendly material molecule separation processing machine, the eco-friendly material molecule separation processing machine using the push rod configured to push from the left to the right by combining the length adjustment device and the adjusting device coupled with the push rod An eco-friendly material molecule separation processing machine that processes fluid material molecules using a structure of a push bar configured to push and remove pollutant material molecules with a light specific gravity floating upwards to the outside of the eco-friendly material molecule separation processing machine By separating and extracting a small amount of salt components or polluted air or polluted mineral substances or polluted fluid substance molecules in the food waste Nature-friendly eco-friendly material molecule separation and processing machine that purifies naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12

When constructing the push rod constituted on the upper part of the eco-friendly material molecule separation processing machine, a contaminant material molecule having a light specific gravity floats to the upper side of the eco-friendly material molecule separation processing machine by combining the length adjustment device and the adjusting device coupled to the push rod. A small amount of salt or polluted air mixed in food waste, characterized by an eco-friendly material molecule separation processor that processes fluid material molecules using the structure of a push rod configured to remove them by pushing them from the front to the rear. A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with polluted mineral substances or polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of a material molecule separation and processing machine, which has a box structure composed of a rectangular rectangle, and is composed of a plurality of material molecule push-inducing walls and material molecule diffusion-inducing walls in the form of a rhombus between them;

a structure in which a material molecule separation guide plate is formed at the lower end of the material molecule separation processing machine to be inclined in one direction and inclined from the front direction to the rear direction;

Inside the eco-friendly material molecule separation and processing machine, a plurality of material molecule separation inducing membranes, a plurality of material molecule ascending guide plates, a plurality of upper layer material molecule movement passages, a plurality of material molecule lower portion movement passages, and a plurality of material molecule ascending guide passages are multi-stepped. a structure composed of ;

A structure in which each of the material molecule ascending guide passage and the material molecule ascending guide plate is configured by coupling a rotating body with a rotating body in a shape opposite to each other;

On the other side of the eco-friendly material molecule separation and processing machine, an injection line for introducing fluid material molecules such as water and milk or alcohol or seawater is configured; In the lower part of the one

Using a material molecule separation processing machine, each of which is composed of a discharge line combined with a discharge control valve, separates the heavy fluid material molecules and the light specific gravity polluted fluid material molecules that are combined with the polluted fluid material molecules A natural eco-friendly water purifier combined with an eco-friendly material molecule separation processing machine that is configured to extract a small amount of salt or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste. A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, selected from

A rotating shaft composed of a non-ferrous metal material such as wood, plastic or glass, ceramics or ceramic or stone is used in the environment-friendly material molecule separation processing machine for a rotating striking body composed of a non-ferrous material such as wood, glass, plastic, porcelain, or ceramic or stone. A trace amount of salt or polluted air or polluted mineral substances or contamination mixed with food waste, characterized in that the fluid material molecules are blow-processed by forming a plurality of concave and convex grooves on the rotary striking body A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with the fluid material molecules and purifies them naturally
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, selected from

A rotating shaft composed of a non-ferrous metal material such as wood, plastic or glass, ceramics or ceramic or stone is used in the environment-friendly material molecule separation processing machine for a rotating striking body composed of a non-ferrous material such as wood, glass, plastic, porcelain, or ceramic or stone. A small amount of salt or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste, characterized in that it is formed in a form lying at an angle and in a crossed form and processed by hitting the fluid substance molecules. A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts the combined molecules of fluid substances with a light specific gravity and molecules of fluid substances with a high specific gravity and purifies them naturally.
According to any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, selected from

A small amount of salt or polluted air or polluted mineral substances mixed in food waste, characterized in that a plurality of sonic impacters are configured in the eco-friendly material molecule separation processing machine to separate and process polluted air or fluid substance molecules Or a nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted fluid material molecules and purifies them naturally
The method of any one of claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 23

A trace amount of salt or polluted air mixed with food waste, characterized in that a plurality of rotating friction plates are installed in the interior of the eco-friendly material molecule separation processing machine in opposite directions to process the polluted air or fluid substance molecules. A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with polluted mineral substances or polluted fluid material molecules and purifies them naturally
In the eco-friendly eco-friendly method for purifying water or refining and processing seawater or fluid material molecules by striking with air or combining with a striking device composed of a rotating body, and an eco-friendly material molecule separation processing machine applied thereto, in the form of a circle The structure of the material molecule separation and processing machine composed of multiple steps;

a structure of a rotating striking body configured to be coupled with a rotating body inside the material molecule separation processing machine;

a structure in which an injection line for injecting fluid material molecules, such as water, milk, or alcohol, is formed on the upper side of the material molecule separation processing machine;

The structure of the material molecule separation and processing machine is composed of multiple steps in the next stage of the material molecule separation and processing machine;

a structure in which an upper transfer discharge line connected to the upper end of the material molecule separation and processing machine configured in multiple steps is coupled to an upper discharge control valve at the lower end of the material molecule separation and processing machine;

a structure of a discharge line configured to be coupled to an emission control valve at the lower end of the material molecule separation processing machine at the end of the eco-friendly material molecule separation processing machine, which is configured in multiple steps;

On the upper edge of the eco-friendly material molecule separation and processing machine, a material molecule collecting port that collects and discharges to the outside the fluid material molecules with a light specific gravity floating to the upper side of the eco-friendly material molecule separation processing machine by the action of gravity a structure composed of a ∪-shape starting from the lower portion of the upper upper rim of the material molecule separation processing machine;

At one side of the material molecule collection port, a fluid material molecule outlet is formed to separate and process fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity. Trace salt components or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste, characterized by a multi-stage substance molecule separation processor configured to separate and extract substance molecules and fluid substance molecules with heavy specific gravity A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with other substances and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower part has a structure in which the lower separation compartment is formed wider than the width of the upper part; In the middle part, a structure in which a medium separation compartment for inducing a material slashing action is formed in the form of a triangle, in which the fluid material molecules having a heavy specific gravity act to preferentially fall downward while pushing the fluid material molecules having a light specific gravity to the upper side;

On the upper side of the intermediate separation compartment for inducing the material snatching action, the structure of an eco-friendly material molecule separation and processing machine is formed in which the upper separation compartment is combined in a stepwise form in a rectangular and rectangular shape;

Around the upper end of the upper separation compartment, a material molecule collecting port that collects fluid material molecules with a light specific gravity that overflows from the upper end of the eco-friendly material molecule separation and processing machine is configured in an _ shape, and on one side of the material molecule collecting port is a fluid Structure constituting the sexual substance molecule outlet;

a structure in which a material molecule separation guide plate is formed at the lower end of the material molecule separation processing machine to be inclined in one direction and inclined from the front direction to the rear direction;

a structure in which a plurality of material molecule descending guide plates are configured in a stepped form inside the eco-friendly material molecule separation processing machine, which is composed of the structure of the lower layer separation compartment, the intermediate separation compartment for inducing the material snatching action, and the upper separation compartment;

a structure in which a plurality of lower part material molecule movement paths are configured to preferentially discharge fluid material molecules having heavy specific gravity at the lower end of the material molecule descending guide plate;

At the rear of the lower part of the material molecule movement path, the fluid material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, the fluid material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. a structure in which a molecular ascending guide plate is configured and a plurality of material molecule separation compartments are configured in a stepped form by a structure in which an upper layer material molecule movement passage is configured on the upper side;

In the state in which fluid material molecules such as water, seawater, alcohol, milk or beverage are continuously injected into the material molecule separation compartment composed of multiple stages through the injection line configured in the eco-friendly material molecule separation processing machine configured as described above Fluid material with a light specific gravity that is processed by hitting the fluid material molecules using the rotating striking body configured at the lower end of the eco-friendly material molecule separation processing machine and floats upward through the material molecule movement path by the action of gravity Molecules are collected and processed using a fluidic material molecule outlet on one side of the material molecule collecting port, and at the same time, through the upper layer material molecule movement path composed of multiple steps at the upper end of the fluidic material molecule rising guide plate, the eco-friendly material molecule separation and processing machine Using a material molecule separation processing machine configured to discharge to the outside through the discharge line configured at the end of the Trace salt components or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste characterized by a nature-friendly eco-friendly water purifier and eco-friendly substance molecule separation processor configured to separate and extract sexual substance molecules A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with other substances and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower part has a structure in which the lower separation compartment is formed wider than the width of the upper part; In the middle part, a structure in which a medium separation compartment for inducing a material slashing action is formed in the form of a triangle, in which the fluid material molecules having a heavy specific gravity act to preferentially fall downward while pushing the fluid material molecules having a light specific gravity to the upper side;

On the upper side of the intermediate separation compartment for inducing the material slashing action, the structure of an eco-friendly material molecule separation and processing machine is formed by combining the upper separation compartment in a rectangular and rectangular shape in a horizontal form having the same left and right heights;

Around the upper end of the upper separation compartment, a material molecule collecting port that collects fluid material molecules with a light specific gravity that overflows from the upper end of the eco-friendly material molecule separation and processing machine is configured in an _ shape, and on one side of the material molecule collecting port is a fluid Structure constituting the sexual substance molecule outlet;

a structure in which a material molecule separation guide plate is formed at the lower end of the material molecule separation processing machine to be inclined in one direction and inclined from the front direction to the rear direction;

a structure in which a plurality of material molecule descending guide plates are formed inside the material molecule separation, which is composed of the structure of the lower layer separation compartment, the intermediate separation compartment for inducing a material slashing action, and the upper separation compartment;

a structure in which a plurality of lower part material molecule movement paths are configured to preferentially discharge fluid material molecules having heavy specific gravity at the lower end of the material molecule descending guide plate;

At the rear of the lower part of the material molecule movement path, the fluid material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, the fluid material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. a structure in which the molecular upward guide plate is constituted;

a structure in which a plurality of material molecule separation compartments are formed by a structure in which an upper layer material molecule movement passage is formed on the upper side of the fluidic material molecule rising guide plate;

In the state in which molecules of fluid substances such as water, seawater, alcohol, milk or beverages are continuously injected into the material molecule separation compartment composed of multiple stages through the injection line configured in the eco-friendly material molecule separation processing machine configured as described above

Fluidity with a light specific gravity, which is processed by hitting the fluid material molecules using a rotating striking body configured at the lower end of the eco-friendly material molecule separation processing machine, and floats upward through the material molecule movement passage at the lower end by the action of gravity The material molecules are collected and processed using a fluidic material molecule outlet on one side of the material molecule collecting port, and at the same time, the eco-friendly material molecules are separated through the upper layer material molecule movement path composed of multiple steps at the upper end of the fluidic material molecule rising guide plate. Using a material molecule separation processing machine configured to discharge to the outside through a discharge line configured at one end of the processing machine, heavy fluidic material molecules and light specific gravity contaminants combined with contaminated fluidic material molecules A small amount of salt or polluted air or polluted mineral substances or polluted fluids mixed in food waste characterized by a nature-friendly eco-friendly water purifier and eco-friendly substance molecule separation processing machine that is configured to separate and extract the molecules of fluid substances A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules combined with material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

An eco-friendly material that separates salt or heavy metal with light specific gravity contained in contaminated food waste or contaminated soil. The structure of the hopper in which the molecular separation induction part and the outlet are combined;

a structure in which a plurality of rotating striking bodies are coupled to a rotating body such as a motor that acts to strike food waste or contaminated soil flowing into the inside of the hopper around the material molecule separation inducing unit;

An outlet is configured at the lower side of the hopper; a structure in which a discharge valve is coupled to the outlet;

a structure in which a discharge line is coupled to a discharge control valve on one side of the lower end of the hopper;

The inner upper side of the hopper is configured to be coupled to a rotating body such as a motor by a cradle; a structure in which a rotating striking body is coupled to the lower side of the rotating body;

The upper periphery of the hopper is 1cm-30cm lower than the height of the upper end of the hopper, and the upper end is 1cm-30cm higher than the height of the hopper, the material molecule collecting port is configured; a structure in which a fluidic material molecule outlet for discharging the fluidic material molecules floating to the upper side of the hopper to the outside is configured on one side of the material molecule collecting port;

a structure in which an injection line for introducing molecules of a fluid material such as water is coupled to an upper side of the hopper;

A structure in which a conveyor belt unit is coupled to an inlet in an inclined form on one side of the hopper;

At the lower end of the outlet, using the structure of an eco-friendly material molecule separation processing machine in which a horizontal transfer conveyor belt unit is coupled, it is processed by removing salt or edible oil with a light specific gravity combined with food waste, or the specific gravity contained in contaminated soil. Trace salt components mixed in food waste characterized by an eco-friendly molecular separation processing machine configured to separate and extract these light heavy metal components from the soil, or to separate and extract sedimentary sludge or light heavy metals contained in sediment-contaminated mud, or Eco-friendly, eco-friendly material molecules that separate and extract polluted air or polluted mineral substances or polluted fluidic substances and molecules of light and heavy fluids that are combined with molecules of polluted fluids and purify them naturally separation machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the eco-friendly material molecule separation and processing machine in the shape of a rectangle;

a structure in which a material molecule separation guide plate is configured in the form of a multi-step step while being inclined to one side at the lower end of the eco-friendly material molecule separation processing machine;

Each material molecule separation guiding plate is formed by forming each material molecule descending guide plate at a distance of 1 mm to 200 cm in the upward direction on the upper side of the material molecule separation guide plate configured inside the eco-friendly material molecule separation processing machine structure;

At the lower end of the material molecule separation compartment, a structure in which a rotating striking body configured to be coupled with a rotating body acting to strike fluid material molecules or air is respectively constituted;

a structure in which each fluidic material molecule upward guide plate is formed between the material molecule separation compartments;

The material molecule separation compartment and the fluidic material molecule rising guide plate have a structure in which each intermediate part movement path is formed.

a structure in which upper layer material molecule movement passages are each formed with an interval of 1 cm to 100 cm above the fluidic material molecule rising guide plate;

a structure in which a gravity guide plate is formed at a height of 1 cm to 2 m in an upper portion with the material molecule separation guide plate as a starting point at the lower end of the fluidic material molecule rising guide plate to configure a low-rise water movement passage, respectively;

a structure in which material molecule inducing films are each formed in a triangular shape on the upper side of the low-level water passage;

a structure in which material molecule movement paths are formed on the upper portion of the material molecule inducing film to move fluid material molecules with heavy specific gravity to the lower layer and float fluid material molecules with light specific gravity to the upper side;

a structure in which an injection pipe is formed between one side and the other side of the middle part of the eco-friendly material molecule separation and processing machine;

The injection pipe has a structure in which a plurality of outlets for supplying fluid water molecules or water or air, etc. are configured;

In the upper part of one side of the injection pipe, a pump for injecting water, fluid material molecules, or air, etc., is constructed at a position 10% to 20% higher than the upper end position of the eco-friendly material molecule separation processing machine, and connected to the injection pipe structure;

a structure in which a second injection pipe is formed at the lower end of the injection pipe;

The second injection pipe has a structure in which a plurality of second jets are configured;

a structure in which a second pump configured to inject fluid water molecules or air or polluted air or water or liquids is coupled to one side of the second injection pipe; A nature-friendly eco-friendly water purifier and eco-friendly material molecule that is configured to separate molecules of a fluid substance with a light specific gravity and a molecule of a fluid substance with a heavy specific gravity, which are combined with molecules of a fluid substance composed of air, water, or liquid using A small amount of salt component or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste characterized by a separation processor A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the material molecule separation processing machine, which is composed of a plurality of each, is in the form of a hopper, the upper part is in a horizontal form, and the lower part is in the form of an incline from one side to the other, and at the same time, the material molecule separation guide plate is configured so that it is inclined from the front direction to the rear direction. structure to be;

Around the upper end of the eco-friendly material molecule separation and processing machine, a material molecule collecting port that collects fluid material molecules with light specific gravity that overflows from the upper end is configured in an _ shape, and a fluid material molecule outlet is provided on one side of the material molecule collecting port. constructed structure;

an injection line for introducing fluid material molecules into one side and a lower end of the eco-friendly material molecule separation and processing machine in the form of an _ character;

a structure in which a connecting pipe is coupled in a ∪ shape to the lower end of the eco-friendly material molecule separation processing machine, each configured in a separate form;

a structure of a discharge line configured to be coupled to a discharge control valve at a lower end of the material molecule separation processing machine configured at an end portion; Nature-friendly eco-friendly water purifier combined material molecule separation configured to separate fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity combined with fluid material molecules composed of air, water, or liquid using A small amount of salt component or polluted air or polluted fluid material molecules mixed in food waste featuring a processing machine is separated and extracted to cleanly Nature-friendly eco-friendly material molecule separation and processing machine that purifies nature
33. The method of any one of claims 9, 29, 30, 32,

a structure in which an air blowing unit equipped with a plurality of air jets is separately inserted into the inside of the material molecule separation compartment configured in an eco-friendly material molecule separation and processing machine;

The air blowing unit has a structure of a material molecule separation processing machine that combines an air injection pipe and a pump configured to be connected; Trace salt components or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste characterized by Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts and purifies naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

In the interior of the material molecule separation processing machine, a plurality of material molecule separation inducing membranes, a plurality of material molecule ascending guide plates, a plurality of upper layer material molecule movement passages, a plurality of material molecule lower portion movement passages, and a plurality of material molecule ascending guide passages are multi-stepped. each structured structure;

a structure in which a plurality of rotating striking bodies are formed inside the eco-friendly material molecule separation and processing machine;

a structure of a hinge shaft support configured on one upper side and the other side of the eco-friendly material molecule separation and processing machine;

a structure of a crankshaft and a rotating body coupled to the hinge shaft support;

a structure in which a vibration coupling body coupled to the crankshaft is configured inside the material molecule separation processing machine;

After the vibrator configured at the lower end of the vibrating body is configured inside the material molecule separation processing machine, the rotating body is rotated to vibrate the crankshaft, the vibrating body and the vibrator, which are configured to be coupled to the rotating body, so that the eco-friendly The eco-friendly material molecules are processed by hitting and processing the fluid material molecules flowing into the material molecule separation processing machine, and simultaneously hitting and processing the fluid material molecules flowing into the material molecule separation processing machine using the rotating striking body An eco-friendly material molecule separation processing machine configured to separate and process the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted air or polluted fluid material molecules flowing into the separation processing machine Separation of light-weight fluid substance molecules and heavy-gravity fluid substance molecules combined with trace salt components or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste Nature-friendly eco-friendly material molecule separation and processing machine that extracts and purifies naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the lower end of the material molecule separation processing machine is a structure in which the material molecule separation guide plate is coupled to be inclined in one direction and at the same time inclined from the rear direction to the front direction;

a structure of an eco-friendly material molecule separation processing machine in which a material molecule separation inducing unit is coupled to an upper side of the material molecule separation guide plate in the form of a rhombic rectangle and the upper part is a triangular rhombic shape;

Between the upper one side and the other side of the material molecule separation guide plate in an inclined form

a structure in which an air injection pipe is formed, and a plurality of outlets are formed in the injection pipe and then combined with a pump;

A structure in which a rotating striking body configured to be coupled to a plurality of rotating bodies is coupled to the front and rear surfaces of the material molecule separation processing machine in opposite directions and upward directions;

A structure in which a plurality of material molecule separation induction boxes are coupled to the upper end of the material molecule separation processing machine in the form of an inverted rhombus;

Around the upper end of the material molecule separation processing machine, a material molecule collecting port that collects fluid material molecules with a light specific gravity overflowing the upper end of the material molecule separation induction box is configured in an _ shape, and on one side of the material molecule collecting port a structure constituting an outlet for fluid material molecules;

a structure in which an injection line for introducing fluid material molecules such as water is coupled to the upper side of the material molecule separation induction box configured on the other side of the material molecule separation processing machine;

a structure of a discharge line coupled to a control valve on one side of the lower end of the eco-friendly material molecule separation and processing machine; It is configured to separate and extract the fluid material molecules having a heavy specific gravity and the fluid material molecules having a light specific gravity by hitting the fluid material molecules coupled with the fluid material molecules using the air generated by the rotating body and the pump A small amount of salt or polluted air mixed with food waste characterized by a material molecule separation processing machine, or polluted mineral substances or polluted fluid substances combined with molecules of light and heavy fluid molecules and fluids with heavy specific gravity Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts sexual material molecules and purifies them naturally
The eco-friendly material molecule separation and processing machine has a rectangular structure in which the eco-friendly material molecule separation and processing machine is composed;

a structure in which a fluidic material molecule outlet is coupled to one side of the upper end of the eco-friendly material molecule separation and processing machine;

At the upper part of one side, an injection line for injecting fluid molecules such as seawater, milk, alcohol, beverage, vinegar, or water is constituted:

At the lower end of the other side, the discharge line for discharging fluid material molecules such as water has a smaller size at a ratio of 10L to 99.9999L than the 100L ratio of the total amount introduced through the injection line;

a structure coupled to a discharge control valve for opening and closing the discharge line at one side of the discharge line;

a structure in which a fluid material molecule separation guide plate is configured at the lower end of the eco-friendly material molecule separation and processing machine;

The structure of the fluidic material molecule separation guide plate is inclined from the other direction to one direction so that water molecules with heavy specific gravity are collected in one direction, and the longitudinal form is a structure that is inclined from the rear to the front. ;

A structure in which a plurality of material molecule separation inducing membranes are each configured inside the eco-friendly material molecule separation and processing machine;

a structure in which a material molecule lower layer movement path is provided at a lower end of the material molecule separation inducing membrane so that fluid material molecules such as water can freely move;

On the rear surface of the material molecule separation induction film, a certain distance, that is, a distance of 5 cm to 10 m, is combined with each material molecule ascending guide plate to form each material molecule ascending passage (2, 4, 6, 8, 10, 12), respectively. structure;

a structure in which upper layer material molecule movement passages are each configured to facilitate movement of fluid material molecules such as water on an upper side of the material molecule upward guide plate;

a structure in which a plurality of air ejection plates 7091 for ejecting gaseous material molecules or fluidic material molecules are combined in each compartment of the eco-friendly material molecule separation processing machine;

The gaseous material molecules or fluid material molecules such as water through the air ejection plate coupled with the injection pump are introduced into the eco-friendly material molecule separation processing machine, that is, wastewater or river water, fresh water or alcohol. By continuously striking molecules of fluid substances such as milk, vinegar, and soy sauce, wastewater or river water or fresh water, alcohol or beverage, or milk and soy sauce, or contaminant molecules with light specific gravity combined with favorite foods or beverages, float upward and their specific gravity These heavy material molecules pass sequentially through the material molecule separation induction membrane installed in multiple stages, and at the same time, using the injection pump, use air or oxygen or hydrogen or water or seawater or milk or alcohol or alcohol or soy sauce or vinegar or food and beverage or Favorite food such as coffee or green tea, or fluid material molecules such as black tea through the air ejection plate 7091

Processed so that material molecules with light specific gravity and material molecules with heavy specific gravity are vertically separated by hitting the fluid material molecules injected into the eco-friendly material molecule separation processing machine through the injection line At the same time, through the discharge line, which is configured to be smaller than the injection amount injected by the injection line, out of 100 WT% of the total amount of fluid material molecules introduced through the injection line configured on the upper part of the eco-friendly material molecule separation and processing machine 95WT%~99.9999WT% is discharged and collected, used or recycled, and the remaining fluidic substance molecules automatically float to the upper side of the eco-friendly substance molecule separation and processing machine by the action of gravity 0.0001WT% of fluid substance molecules Using an eco-friendly material molecule separation processing machine that is configured to separate ~5% by naturally discharging it to the outside through the fluidic material molecule outlet, fresh water or seawater or contaminated river water or contaminated wastewater or contaminated fresh water and milk, soy sauce or vinegar Or a small amount of salt or polluted substances mixed in food waste characterized by an eco-friendly material molecule separation processor configured to separate and process pollutant molecules with light specific gravity and water with heavy specific gravity contained in molecules of fluid substances such as alcohol Environmentally friendly material molecule separation processing that separates and extracts light and heavy fluid material molecules combined with air or polluted mineral substances or polluted fluid material molecules to purify them naturally Process method and water purifier applied here
Claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 23, 31, 32 37. The method of any one of claims 33, 36,

Fluid material molecules and specific gravity with light specific gravity are combined with fluidic material molecules by using the multi-layered material molecule movement passages composed of layers in the form of multiple passages for the upper layer material molecule movement passages configured in the eco-friendly material molecule separation and processing machine Trace salt components or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste featuring an eco-friendly substance molecular separation processor configured to separate these heavy fluid substance molecules. A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules and purifies them naturally
33. The method according to any one of claims 9 to 32,

The structure of the plurality of material molecule descending guide plates and the plurality of fluid material molecule ascending guide plates configured inside the material molecule separation processing machine is configured in a multi-layered form, and fluid material molecules or air are ejected on one side. the structure that constituted the vent;

At one side of the spout, a small amount of salt or polluted air or polluted mineral substances or polluted fluidic substance molecules mixed in food waste, characterized by an eco-friendly substance molecule separation processing machine comprising a pump coupled to the supply pipe, and A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts the combined molecules of fluid substances with a light specific gravity and molecules of fluid substances with a high specific gravity and purifies them naturally.
33. The method of claim 32,

a structure in which a multi-layer space is formed using a plurality of partitions at the lower end of the eco-friendly material molecule separation and processing machine;

a structure in which each of the moving holes for moving substances such as air in the upper and lower directions is formed in the partition;

a structure in which a material molecule separation guide plate is formed on the upper side of the multi-layer space in a shape inclined in one direction and inclined in a front direction from the rear surface;

On the other side of the multi-storey space, a structure configured by combining a pump coupled to a supply pipe;

On the upper side of the material molecule separation guide plate, a plurality of the fluidic material molecule ascending guide plate, the upper layer material molecule movement passage, a plurality of the material molecule descending guide plate, and a plurality of the material molecule separation compartment are respectively configured; A small amount of salt component or polluted air or polluted mineral substances or polluted fluid substances in food waste, characterized by molecular separation processing machines. Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts heavy fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The upper part is horizontal and the upper structure of the eco-friendly material molecule separation and processing machine is composed of a rectangular shape;

a structure in which a material molecule mixer unit is formed at the lower end of the material molecule separation and processing machine in the form of a rhombus and inclined from one side to the other;

a structure in which an injection line for injecting fluid material molecules such as air or water is coupled to an upper portion of one side of the material molecule separation processing machine;

A structure in which a material molecule collecting port for collecting fluid material molecules with light specific gravity and an outlet for fluid material molecules are configured on the upper edge of the material molecule separation and processing machine

a structure in which a discharge line coupled to a discharge control valve is configured at the lower end of the other side of the material molecule separation processing machine;

A plurality of material molecule descending guide plates are each configured in a multi-step form in which the material molecule separation and processing machine is inclined;

a structure in which a plurality of material molecule movement paths are combined in a multi-step form with each inclined at the lower end of the material molecule descending guide plate;

In the next compartment of the material molecule descending guide plate, a structure in which each material molecule separation compartment is coupled to the inside of the material molecule mixer unit in the form of an inclined multi-step structure;

a structure in which a plurality of fluidic material molecules ascending guide plates and a plurality of upper layer material molecule movement paths are combined in an inclined form in the next compartment of the material molecule separation compartment;

Inside the material molecule mixer unit, a structure in which a plurality of rotating bodies and a plurality of rotating bodies acting to strike fluid material molecules or air are configured in opposite directions to face each other in a diagonal direction;

An injection pipe is configured inside the material molecule mixer unit;

a structure in which a plurality of outlets for supplying fluid material molecules or air are formed in the injection pipe;

a structure in which a pump is configured at a position 10% to 20% higher than the upper end position of the eco-friendly material molecule separation and processing machine on one side of the upper part of the injection pipe;

a structure in which a second injection pipe is formed at the lower end of the injection pipe;

a structure in which a second injection pipe is coupled to the inside of the material molecule mixer unit;

The second injection pipe has a structure in which a plurality of second jets are configured;

A small amount of salt component mixed in food waste, characterized in that one side of the second injection pipe is combined with a second pump configured to inject air or polluted air, water or liquids; Eco-friendly, eco-friendly material molecules that separate and extract polluted air or polluted mineral substances or polluted fluidic substances and molecules of light and heavy fluids that are combined with molecules of polluted fluids and purify them naturally separation machine
42. The method of claim 41

The upper side is in a horizontal form and the lower end is in an inclined form and the eco-friendly material molecule separation processing machine and the material molecule mixer unit are combined in an inclined form to raise the fluid material molecules with heavy specific gravity Separating and extracting heavy fluid material molecules and light specific gravity fluid material molecules by configuring the upper and lower separation guide plate in an inclined multi-step form, which acts to float fluid material molecules with light specific gravity to the upper side A small amount of salt component or polluted air or polluted mineral substance or polluted fluid substance mixed with food waste characterized by the structure of an eco-friendly material molecular separation processing machine, a fluid substance with a light specific gravity combined with molecules An eco-friendly, eco-friendly material molecule separation and processing machine that separates and extracts molecules and molecules of fluid substances with heavy specific gravity and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

Each base pedestal is configured on the bottom, and a material molecule processing unit is configured on the upper side of the base pedestal in a circular shape inclined from one direction to the other;

a structure in which a plurality of rotating striking bodies are combined with a rotating body around the circle of the material molecule processing unit;

a structure of an eco-friendly material molecule separation and processing machine coupled to the upper side of the material molecule processing unit in a rectangular box shape;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity and an outlet for fluid material molecules are formed around the upper periphery of the eco-friendly material molecule separation and processing machine;

a structure in which an injection pipe is formed through left and right sides inside the material molecule processing unit;

a structure of the eco-friendly material molecule separation and processing machine in which a plurality of spouts are formed inside the injection pipe and then combined with a pump;

a structure in which an injection line is formed on one side of the upper part of the material molecule separation processing machine;

a structure in which a discharge line coupled to a discharge control valve is configured in the other direction of the material molecule separation processing machine;

Separation of material molecules that act to induce the action of gravity between the inner side and the other side of the eco-friendly material molecule separation processing machine to lower the fluid material molecules with a heavy specific gravity while levitating the fluid material molecules with a light specific gravity to the upper side a structure in which the guide rods are inserted layer by layer;

Inside the eco-friendly material molecule separation processing machine, a plurality of material molecule descending guide plates are configured such that the lower end has a wide form and the upper end has a narrow form through the material molecule separation guide rod and the injection pipe; a structure in which a plurality of lower part material molecule movement paths are each configured to preferentially discharge fluid material molecules having heavy specific gravity at the lower end of the material molecule descending guide plate;

In the next step of the material molecule movement path of the lower part, fluidic material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, fluidic material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. An eco-friendly material molecule separation processing machine in which a plurality of material molecule ascending guide plates are each constituted, and a plurality of material molecule separation compartments are configured in a stepwise form by a structure in which upper layer material molecule movement passages are respectively configured on the upper side of the fluidic material molecule ascending guide plate Using the structure of A small amount of salt or polluted air or polluted mineral substances or polluted fluids mixed with food waste characterized by an eco-friendly molecular separation processing machine configured to separate and extract fluid substance molecules and fluid substance molecules with heavy specific gravity A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules combined with material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is formed with a material molecule separation guide plate inclined in the direction from one side to the other; a structure in which a material molecule separation unit is configured in a rectangular shape on an upper side of the material molecule separation guide plate and a horizontal shape at an upper end thereof;

The upper end of the material molecule separation unit has a lower end in a rhombic shape and a horizontal upper end structure of the material molecule separation unit;

a structure of a material molecule separation processing machine in which a plurality of material molecule descending guide plates each having a material molecule movement passage are combined inside the material molecule separation unit and a plurality of material molecule descending guide plates each having an upper layer material molecule movement passage;

A structure in which a material molecule collecting port for collecting fluid material molecules with light specific gravity and a fluid material molecule outlet port are formed around the upper periphery of the eco-friendly material molecule separation and processing machine;

a structure in which an injection pipe is formed through the left and right sides inside the material molecule separation processing machine;

a structure of the eco-friendly material molecule separation and processing machine in which a plurality of spouts are formed inside the injection pipe and then combined with a pump;

On one side, the other side, and the lower end of the material molecule separation and processing machine, a plurality of rotating striking bodies coupled with a rotating body are each configured in a form opposite to that of the rotating body;

a structure in which an injection line is formed on one side of the upper part of the material molecule separation processing machine;

In the other direction of the material molecule separation processing machine, a material molecule separation processing machine including a discharge line 8028 coupled with a discharge control valve is configured in multiple stages in the form of layers to purify contaminated fluidic material molecules or contaminated air A small amount of salt or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste characterized by an eco-friendly molecular separation processing machine. A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

a structure in which a base pedestal is configured on the bottom, and a material molecule separation unit in the form of a multi-layer and flying saucer is combined with an intermediate connection passage at the top and bottom on the upper side of the base pedestal;

In the upper and lower directions of the material molecule separation unit, a structure in which a plurality of rotating bodies and a rotating striking body coupled to each other are configured in opposite directions;

In the lower layer of the material molecule separation unit, a discharge line coupled with a discharge control valve is configured in the shape of a letter L to preferentially discharge fluidic material molecules with heavy specific gravity;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity and a fluid material molecule outlet port are configured around the upper periphery of the material molecule separation unit;

a structure in which an injection pipe is formed through the upper and lower directions inside the material molecule separation unit;

The structure of the eco-friendly material molecule separation and processing machine in which a plurality of spouts are formed inside the injection pipe and then combined with a pump at the upper end;

An injection line is formed on the upper side of the material molecule separation unit to continuously inject fluid material molecules, and then, using the rotating striking body, the fluid material molecules flowing into the material molecule separation unit are continuously hit. At the same time, air is continuously injected through the outlet of the injection pipe coupled with the pump to continuously strike and process fluid material molecules, and at the same time 100% of the total amount of fluid material molecules flowing through the injection line After continuously discharging about 90% to 99.99% through the discharge line, the remaining 0.01% to 10% is separated and discharged through the material molecule collection port and the fluid material molecule discharge port to separate and discharge fluid material molecules with a light specific gravity. A small amount of salt or polluted substances mixed in food waste characterized by an eco-friendly material molecule separation processing machine that is configured to separate and extract the heavy fluid material molecules and the light fluid material molecules combined with the sexual material molecules Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with air or polluted mineral substances or polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

a structure in which the material molecule separation processing machine is configured in the form of a material molecule separation unit in a rectangular shape and the upper end is horizontal;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity and a fluid material molecule outlet port are configured around the upper periphery of the material molecule separation unit;

a structure in which a plurality of rotating striking bodies are configured to be coupled to a rotating body in a form facing each other around the material molecule separation unit;

a structure in which an injection line is coupled to an injection amount control valve at an upper side of the material molecule separation unit;

At the lower end of the material molecule separation unit, a material molecule separation processing machine including a discharge line configured to be coupled with a discharge control valve is configured in a multi-layered form so that the fluidic material molecule and the heavy specific gravity coupled with the fluid material molecule are A small amount of salt or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste, characterized by a substance molecular separation processor composed of layered multi-steps to separate light fluid substance molecules A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts the combined molecules of fluid substances with a light specific gravity and molecules of fluid substances with a high specific gravity and purifies them naturally.
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

Each base pedestal is configured on the bottom, and a material molecule processing unit is configured on the upper side of the base pedestal in the form of a rhombus inclined from one direction to the other;

a structure in which a plurality of rotating striking bodies are coupled to a rotating body in opposite directions facing each other around the material molecule processing unit;

a structure of an eco-friendly material molecule separation and processing machine coupled to the upper side of the material molecule processing unit in a rectangular box shape;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity and a fluid material molecule outlet port are configured around the upper periphery of the eco-friendly material molecule separation and processing machine;

a structure in which an injection pipe is formed through left and right sides inside the material molecule processing unit;

a structure of the eco-friendly material molecule separation and processing machine in which a plurality of spouts are formed inside the injection pipe and then combined with a pump;

a structure in which a second pump, a second injection pipe, and a second outlet are configured in the material molecule separation and processing machine;

a structure in which an injection line is formed on one side of the upper part of the material molecule separation processing machine;

a structure in which a discharge line coupled to a discharge control valve is configured in the other direction of the material molecule separation processing machine;

A plurality of material molecules descending guide plates are each configured inside the eco-friendly material molecule separation and processing machine; a structure in which a plurality of lower part material molecule movement paths are each configured to preferentially discharge fluid material molecules having heavy specific gravity in a downstream direction at the lower end of the material molecule descending guide plate;

In the next step of the material molecule movement path of the lower part, fluidic material molecules with heavy specific gravity are discharged in the downstream direction, and at the same time, fluidic material molecules with light specific gravity are pushed upward and preferentially discharged to the downstream part. Eco-friendly material molecules in which a plurality of material molecule ascending guide plates are each constituted, and a plurality of material molecule separation compartments are formed in a slanted stepwise form by a structure in which upper layer material molecule movement passages are respectively configured on the upper side of the fluidic material molecule ascending guide plate Separation machine structure;

A plurality of material molecule descending guide plates and a fluid material molecule ascending guide plate configured on one side of the eco-friendly material molecule separation and processing machine are coupled to the upper side of the material molecule separation compartment, each collecting roof for collecting gaseous material molecules the structure that made up the

a structure in which a separation cylinder each having separation compartments is formed on one side of the material molecule separation processing machine;

a structure in which transfer pipes for transferring gaseous material molecules or fluidic material molecules are respectively formed between the upper side of the collecting roof and the separation compartment;

A structure in which each injection pipe is formed on the upper part of the separation compartment;

On one side of the separation compartment, each of the gaseous material molecules or fluid material molecules flowing into the separation compartment is mixed with food waste, characterized in that it has a structure of a material molecule separation processing machine that constitutes a discharge pipe for discharging to the outside. Nature that purifies naturally by separating and extracting a small amount of salt, polluted air, polluted mineral substances, or fluid substance molecules with a light specific gravity combined with polluted fluid substance molecules Eco-friendly material molecule separation and processing machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the eco-friendly material molecule separation processing machine is composed of a structure of a material molecule processing unit in which the upper end is a circular horizontal shape and the lower end is in the form of an inclined shape from one side to the other, and the material molecule separation guide plate is coupled;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity and a fluid material molecule outlet port are configured around the upper periphery of the material molecule processing unit;

a structure in which an injection line is formed on one side of the upper part of the material molecule processing unit;

a structure in which a discharge line coupled to a discharge control valve is configured in the other direction of the material molecule processing unit;

a structure in which a plurality of rotating striking bodies are coupled to a rotating body in opposite directions facing each other around the material molecule processing unit;

A structure in which a plurality of separation membranes are layered inside the material molecule processing unit to induce fluidic substances with light specific gravity to move upward while inducing fluidic substance molecules with heavy specific gravity to move downwardly;

In the inside of the separation membrane, a fluidic material molecule having a light specific gravity and a fluidic material having a heavy specific gravity are formed using a structure in which a plurality of induction holes are used to guide the fluidic material molecules to move in the upper direction or to move in the lower direction. It is composed to separate and extract fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity by using material friction, material explosion, and material collision that occur when material molecules collide with gaseous material molecules such as air. A small amount of salt or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste characterized by an eco-friendly molecular separation processing machine. A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the material molecule separation processing machine is composed of a circular shape at the upper end of the material molecule separation guide plate, the lower end of which is inclined from one side to the other so that fluid material molecules such as water flow in one direction by the action of gravity. ;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is formed in an inclined shape from one side to the other around the upper periphery of the material molecule separation processing machine;

a structure in which a fluid material molecule outlet for discharging fluid material molecules having a light specific gravity is configured on the other side of the material molecule collecting port;

a structure in which a discharge line coupled to a discharge control valve is configured on the other side of the lower end of the material molecule separation processing machine;

Inside the material molecule separation processing machine, a rotating striking body for striking the fluid material molecules is provided in the form of a thresher;

a structure in which a rotating means for rotating the rotating striking body is configured on the outside of the material molecule separation processing machine;

A structure in which the volume ratio adjusting means is coupled to the inside of the material molecule separation processing machine in a structure such as a rubber balloon that increases or increases the volume ratio of fluid material molecules such as water flowing into the inside of the material molecule separation processing machine;

a structure in which an air pump acting to increase or decrease the volume of the volume ratio control means is coupled to the outside of the material molecule separation processing machine; Fluidity with light specific gravity by using material friction, material explosion, and material collision that occurs when molecules of a fluid material with a light specific gravity collide with a molecule of a fluid material with a heavy specific gravity and gaseous material molecules such as air Trace salt components or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste characterized by an eco-friendly substance molecule separation processing machine configured to separate and extract substance molecules and fluid substance molecules with heavy specific gravity A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with other substances and purifies them naturally
Claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 23, 31, 32 50. The method of any one of claims 33, 36, 49,

A salt mixture made by diluting 70wt% ~ 99wt% of salt made by processing seawater and 1wt% ~ 30wt% of water was introduced into the eco-friendly material molecule separation and processing machine through the injection line comprised in the eco-friendly material molecule separation and processing machine After performing the process of continuously hitting the salt mixture using the rotating striking body and the rotating body, the discharge control valve is closed at the same time to fill both the inside of the eco-friendly material molecule separation processing machine and the inside of the material molecule collecting port with salt water Of the total inflow of 100wt% of the brine continuously introduced into the eco-friendly material molecule separation and processing machine, 70wt% to 99wt% of the brine is discharged to the discharge line by controlling the discharge control valve configured at the lower end of the eco-friendly material molecule separation processing machine At the same time, the remaining fluidic material molecules of 1wt% to 30wt%, which are light in specific gravity, are collected and reused or reprocessed. A trace amount of salt or polluted air or polluted minerals mixed in food waste characterized by a nature-friendly eco-friendly material molecule separation processing method that collects, disposes, or reuses by discharging to the outside of the eco-friendly material molecule separation and processing machine A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with substances or polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

An eco-friendly material molecule separation and processing machine is configured in a rectangular shape;

A structure in which an injection line for injecting fluid material molecules such as water is configured at the upper end of one side:

a structure in which a discharge line for discharging fluid material molecules such as water is combined with a discharge control valve at the lower end of the other side;

a structure in which a fluidic material molecule separation guide plate is configured at the lower end of the eco-friendly material molecule separation and processing machine;

The structure of the fluidic material molecule separation guide plate is inclined from the other direction to one direction so that the water molecules with heavy specific gravity are gathered in one direction while pushing the fluid material molecules with light specific gravity in the low direction by the action of gravity. The longitudinal form is a structure that is inclined from the rear to the front side;

a structure in which a material molecule collecting port for collecting fluidic material molecules having a light specific gravity and a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside are configured on the upper edge of the eco-friendly material molecule separation and processing machine;

A structure in which a plurality of material molecule upward induction films are each configured in a triangular shape inside the eco-friendly material molecule separation and processing machine;

At the upper end of the material molecule upward induction film, it is configured in the form of a kankan, exerting an action of lowering fluid material molecules having a heavy specific gravity such as water, and at the same time moving the fluid material molecules having a heavy specific gravity in an upward direction. The material molecule separation guide plate acts to move to the rear part of the molecular upward guide membrane and acts as a passageway, and at the same time prevents the easy bonding of the fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity A small amount of salt or polluted air mixed in food waste characterized by an eco-friendly material molecule separation processor that is combined in an ∧ shape to separate molecules of fluid substances with heavy specific gravity and molecules of fluid substances with light specific gravity Or, a nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with polluted mineral substances or polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

An eco-friendly material molecule separation and processing machine is configured in a rectangular shape;

A structure in which an injection line for injecting fluid material molecules such as water is configured at the upper end of one side:

a structure in which a discharge line for discharging fluid material molecules such as water is combined with a discharge control valve at the lower end of the other side;

a structure in which a fluidic material molecule separation guide plate is configured at the lower end of the eco-friendly material molecule separation and processing machine;

The structure of the fluidic material molecule separation guide plate is inclined from the other direction to one direction so that the water molecules with heavy specific gravity are gathered in one direction while pushing the fluid material molecules with light specific gravity in the low direction by the action of gravity. The form in the longitudinal direction is a structure configured in a form inclined from the rear to the front;

a structure in which a material molecule collecting port for collecting fluidic material molecules having a light specific gravity and a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside are configured on the upper edge of the eco-friendly material molecule separation and processing machine;

a structure in which a plurality of material molecules upward inducing membranes each having an air supply space in the form of a hollow triangle inside the eco-friendly material molecule separation and processing machine;

a structure in which a plurality of air outlets are respectively coupled to the material molecule upward induction film;

At the upper end of the material molecule upward induction membrane, it is configured in the form of a kankan and exerts an action of descending or discharging fluid material molecules having a heavy specific gravity such as water while moving the fluid material molecules having a heavy specific gravity in an upward direction. It acts to move the material molecules in the upper direction or the rear part of the upward direction and serves as a movement path, and at the same time acts to prevent easy coupling between fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity A structure in which material molecule separation guide plates are combined in a ∧ shape;

Each of the material molecule separation guide plates configured in the interior of the eco-friendly material molecule separation processing machine comprises a plurality of spouts that act to lower air or fluid material molecules with heavy specific gravity or raise fluidic material molecules with light specific gravity. structure to be;

By injecting fluid material molecules such as water or gases such as air through the lower end of the material molecule upward induction film and the air supply space, respectively, formed on one side and the other lower end of the eco-friendly material molecule separation processing machine in the left and right directions The structure in which the lower injection pipe is installed;

In the lower injection pipe, an outlet for ejecting fluid material molecules such as air or water is configured, respectively, so that the fluid material molecules having a heavy specific gravity and the fluid material molecules having a light specific gravity are separated in the upper and lower directions. A small amount of salt or polluted air mixed with food waste characterized by a material molecule separation processing machine, or polluted mineral substances or polluted fluid substances combined with molecules of light and heavy fluid molecules and fluids with heavy specific gravity Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts sexual material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

a structure in which one side and the other side of the lower end are in the form of an inverted triangle, and the fluidic material molecule separation guide plate is inclined from one direction to the other;

The structure of the eco-friendly material molecule separation and processing machine in which the upper part consists of a material molecule collection port configured in a horizontal shape and a fluid material molecule discharge port for discharging the collected fluid material molecules to the outside;

An injection pipe coupled to a pump is configured between one side and the other side on the upper portion of the fluidic material molecule separation guide plate;

A structure in which a plurality of ejection boxes for ejecting air or liquid are coupled between the injection pipes;

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve on one side of the eco-friendly material molecule separation and processing machine;

a structure in which an injection line is coupled to an upper portion of the other side of the eco-friendly material molecule separation and processing machine;

A plurality of primary material molecule descending guide plates are each configured inside the eco-friendly material molecule separation and processing machine;

a structure in which the lower end of the primary material molecule descending guide plate has a structure in which each lower end material molecule movement path that serves to preferentially discharge the fluid material molecules with heavy specific gravity is coupled;

In the next step of the first material molecule descending guide plate, a structure in which each material molecule separation compartment is formed by combining each of the fluid material molecule ascending guide plates;

a structure in which upper layer material molecule movement passages for moving fluid material molecules having heavy specific gravity are respectively configured on the upper side of the fluidic material molecule rising guide plate;

In the next stage of the fluidic material molecule ascending guide plate, a secondary material molecule descending guide plate is combined to form a second lower layer material molecule movement path;

At the lower end of the secondary material molecule descending guide plate, there is a secondary lower part material molecule movement path that serves to flow the fluid material molecules with a heavy specific gravity to descend and rise while simultaneously raising the fluid material molecules with a light specific gravity. It is a food waste characterized by a nature-friendly eco-friendly method that separates and extracts heavy and light fluid material molecules by simultaneously injecting water and air into the eco-friendly material molecule separation processing machine that is each combined. By separating and extracting a small amount of mixed salt components or polluted air, or polluted mineral substances, or fluid substance molecules with a heavy specific gravity combined with molecules of polluted fluid substances, Nature-friendly eco-friendly material molecule separation and processing machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the eco-friendly material molecule separation and processing machine is combined with a fluid material molecule separation guide plate composed of a horizontal structure at the upper end and an inclined shape at the lower end in a direction from one side to the other;

a structure in which a material molecule collection port and a fluid material molecule discharge port for discharging the collected fluid material molecules to the outside are respectively configured at the upper end of the eco-friendly material molecule separation and processing machine;

On the other side of the lower end of the eco-friendly material molecule separation and processing machine, a discharge line for discharging fluid material molecules such as water is combined with an emission control valve;

Inside the eco-friendly material molecule separation and processing machine, an ascending passage that works to raise fluidic material molecules with light specific gravity while lowering fluidic material molecules with heavy specific gravity, and fluidic material molecules with heavy specific gravity act to move in one direction a structure in which the material molecule movement guide pipe, which is composed of material molecule transfer passages, has a height that is 5 cm to 50 cm greater than the height of the eco-friendly material molecule separation and processing machine;

a structure in which an injection line for injecting fluid material molecules is configured on the other upper side of the eco-friendly material molecule separation processing machine;

The discharge line and the emission control valve configured at the lower end of the eco-friendly material molecule separation and processing machine are combined in a stepwise multi-step manner to the upper part of the eco-friendly material molecule separation processing machine, which is continuously configured in a stepwise manner in the next step, and a fluid material molecule having a light specific gravity and A small amount of salt or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste featuring an eco-friendly substance molecular separation and processing machine configured in multiple stages to separate and extract fluid substance molecules with heavy specific gravity A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts the combined molecules of fluid substances with a light specific gravity and molecules of fluid substances with a high specific gravity and purifies them naturally.
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the lower side includes a fluid material molecule separation guide plate inclined from one direction to the other direction, and an eco-friendly material molecule separation processing machine is configured in the shape of a rectangular box at the upper end of the fluid material molecule separation guide plate;

On the upper side of the eco-friendly material molecule separation and processing machine, a material molecule collection port for collecting fluid material molecules having a light specific gravity has a structure in which a fluid material molecule outlet port for discharging the collected fluid material molecules to the outside is configured;

A structure in which a low-level water discharge pipe coupled with a pump for pumping and discharging low-layer water having a heavy specific gravity is coupled to one side of the eco-friendly material molecule separation processing machine;

The bottom water discharge pipe configured in the eco-friendly material molecule separation processing machine configured as described above is installed in multiple steps so that it is combined with the upper direction of the eco-friendly material molecule separation processing machine configured in a continuous stepwise step in the next step, and then the top side installed in multiple steps a structure in which an injection line is installed at the uppermost end of the eco-friendly material molecule separation and processing machine installed in the direction;

After configuring a discharge line coupled with an emission control valve at the lower end of one side of the eco-friendly material molecule separation processing machine installed at the lowermost end, 100 wt% of the total amount of fluid material molecules injected through the injection line is configured at the top end of the eco-friendly material molecule The eco-friendly material comprising 95wt% to 99.99wt% of heavy fluidic material molecules in the lower part of the eco-friendly material molecule separation and processing machine through the pump and the bottom water discharge pipe at the same time as being injected into the separation processing machine in the next step At the same time as pumping into the inside of the molecular separation processing machine, the remaining surplus fluid material molecules overflowing the upper part of the eco-friendly material molecule separation processing machine are the material molecule collection port and the fluid material molecule outlet for discharging the collected fluid material molecules to the outside. The eco-friendly material molecules with heavy specific gravity finally discharged through the eco-friendly material molecule separation and processing machine configured at the end of the eco-friendly material molecules are discharged through the discharge line and used after being discharged to the outside for disposal or recycling. A nature-friendly eco-friendly method that separates and extracts polluted fluidic substance molecules using a multi-stage low-water pumping separation method that separates fluid substance molecules with light specific gravity and fluid substance molecules with light specific gravity using a substance molecule separation processing machine Separation of light and heavy fluid molecules combined with trace salt components or polluted air or polluted mineral substances or polluted fluid substances mixed in food waste A nature-friendly eco-friendly material molecule separation and processing machine that extracts and purifies naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower part is composed of an inverted triangle structure and a fluid material molecule separation guide plate with a structure inclined from one direction to the other;

At the upper end of the fluidic material molecule separation guide plate, an eco-friendly material molecule separation and processing machine in the form of a zigzag box to exert a material slashing action and a material pushing action in which the fluid material molecules with heavy specific gravity move rapidly to the lower portion by the action of gravity The structure is composed of;

The upper side of the eco-friendly material molecule separation and processing machine is configured in a horizontal form on one side and the other side; On the upper side of the eco-friendly material molecule separation and processing machine, a material molecule collecting hole for collecting fluid material molecules having a light specific gravity is configured in a horizontal form; At one side of the material molecule collecting port, a structure in which fluidic material molecule outlets for discharging the fluid material molecules collected by the material molecule collecting port are respectively configured;

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve on one side of the eco-friendly material molecule separation and processing machine;

a structure in which an injection line is coupled to an upper portion of the other side of the eco-friendly material molecule separation and processing machine;

A structure in which a plurality of material molecule descending guide plates are each configured inside the eco-friendly material molecule separation and processing machine;

The lower end of the material molecule descending guide plate has a structure in which each lower end material molecule movement path that serves to preferentially discharge fluid material molecules with heavy specific gravity is coupled;

At the next stage of the lower part of the material molecule movement passage, a structure in which a material molecule separation compartment is formed by coupling a fluidic material molecule upward guide plate;

a structure in which upper layer material molecule movement passages for moving fluid material molecules having heavy specific gravity are respectively configured on the upper side of the fluidic material molecule rising guide plate;

In the material molecule separation compartment configured inside the eco-friendly material molecule separation processing machine, the lower part is narrow and the upper part is wide so that it acts to raise the fluid material molecules with light specific gravity while lowering the fluid material molecules with light specific gravity. An upright injection pipe having a form and a spout configured at an end is each configured;

An upper end of the upright injection pipe is coupled to an upper transverse injection pipe that is coupled to each of the upright injection pipes; a structure coupled to a pump at one end of the upper transverse injection pipe;

Water and air are simultaneously injected inside the eco-friendly material molecule separation processor to separate and extract heavy fluid material molecules and light specific gravity fluid molecules mixed with food waste featuring an eco-friendly eco-friendly material molecule separation processor It separates and extracts a small amount of salt, polluted air, polluted mineral substances, or fluid substance molecules with a light specific gravity and fluid substance molecules with a heavy specific gravity that are combined with polluted fluid substance molecules to cleanly and naturally purify them. Nature-friendly eco-friendly material molecule separation and processing machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end has a structure in which a fluidic material molecule separation guide plate is formed in the form of an inverted triangle while being inclined in one direction from the other side;

The upper end of the fluidic material molecule separation guide plate has a structure in which an eco-friendly material molecule separation processing machine is configured in a rectangular shape with one side and the other side being horizontal;

On the upper side of the eco-friendly material molecule separation and processing machine, a material molecule collecting port for collecting fluid material molecules having a light specific gravity in a horizontal form is configured; a structure in which each fluidic substance molecule outlet is configured;

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve on one side of the eco-friendly material molecule separation and processing machine;

a structure in which an injection line is coupled to an upper portion of the other side of the eco-friendly material molecule separation and processing machine;

Inside the eco-friendly material molecule separation and processing machine, a plurality of material molecules descending, which acts to exert a material slashing action and a material pushing action, in which fluid material molecules with heavy specific gravity move rapidly to the lower end in one direction by the action of gravity. a structure in which the guide plate is configured, respectively;

The lower end of the material molecule descending guide plate has a structure in which each lower end material molecule movement path that serves to preferentially discharge fluid material molecules with heavy specific gravity is coupled;

In the next step of the lower part of the material molecule movement passage, each of the fluidic material molecules ascending guide plate is coupled to form each material molecule separation compartment;

a structure in which upper layer material molecule movement passages for moving fluid material molecules having heavy specific gravity are respectively configured on the upper side of the fluidic material molecule rising guide plate;

A plurality of spouts are each formed between the material molecule descending guide plate and the lower material molecule movement path, the fluid material molecule ascending guide plate and the material molecule separation compartment configured between one side and the other side of the eco-friendly material molecule separation processing machine. A structure in which a plurality of material molecule movement guide plates are combined to overlap in the form of a \/shape; fluidic material molecules are injected into the eco-friendly material molecule separation processing machine configured as described above, or fluidic material molecules and air are combined A small amount of salt or polluted air mixed in food waste, characterized by a nature-friendly eco-friendly material molecule separation processing machine that is configured to separate and extract the molecules of fluid substances with heavy specific gravity and molecules of fluid substances with light specific gravity by injecting them at the same time A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with polluted mineral substances or polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is a structure in which a fluidic substance molecule separation guide plate is formed in a shape similar to that of a peanut that is inclined from the other side to one side while being tilted;

The upper end of the fluidic material molecule separation guide plate has a structure in which an eco-friendly material molecule separation processing machine is configured in the form of a peanut with one side and the other side being horizontal and inclined;

On the upper side of the eco-friendly material molecule separation and processing machine, a material molecule collecting port for collecting fluid material molecules having a light specific gravity in a horizontal form is configured;

a structure in which fluidic material molecule outlets for discharging the collected fluidic material molecules to the outside are formed on one side of the material molecule collecting port;

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve on one side of the eco-friendly material molecule separation and processing machine;

a structure in which an injection line is coupled to an upper portion of the other side of the eco-friendly material molecule separation and processing machine;

Inside the eco-friendly material molecule separation and processing machine, a plurality of material molecules descending, which acts to exert a material slashing action and a material pushing action, in which fluid material molecules with heavy specific gravity move rapidly to the lower end in one direction by the action of gravity. a structure in which the guide plate is configured, respectively;

The lower end of the material molecule descending guide plate has a structure in which each lower end material molecule movement path that serves to preferentially discharge fluid material molecules with heavy specific gravity is coupled;

At the next stage of the lower part of the material molecule movement passage, a structure in which a material molecule separation compartment is formed by coupling each of the fluidic material molecule upward guide plates;

a structure in which upper layer material molecule movement passages for moving fluid material molecules having heavy specific gravity are respectively configured on the upper side of the fluidic material molecule rising guide plate;

Between the material molecule descending guide plate and the lower material molecule movement path, the fluid material molecule ascending guide plate and the material molecule separation compartment, which are formed between one side and the other side of the eco-friendly material molecule separation processing machine, a plurality of in unspecified positions a structure in which a plurality of injection pipes each having four outlets are installed in layers across one side and the other side of the eco-friendly material molecule separation and processing machine;

Fluid material molecules are injected into the eco-friendly material molecule separation processing machine configured as described above, or fluid material molecules and air are simultaneously injected to separate and extract fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity A nature-friendly eco-friendly material that is configured to make a small amount of salt or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste characterized by a molecular separation processing machine. Fluidity with a light specific gravity combined with molecules A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts material molecules and fluid material molecules with heavy specific gravity and purifies them naturally
Claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 23, 31, 32 Claims 33, 36, 43, 44, 45, 46, 47, 48, 49, 51, 52, 53, 59. The method of any one of claims 54, 55, 56, 57, 58

When constructing the material molecule separation processing machine, it is configured to overlap in multi-step layers in a zigzag form, so that the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity are combined with the fluid material molecules such as water in a narrow space. Nature-friendly eco-friendly material separated and extracted using A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light fluid material molecules and heavy fluid material molecules and purifies them naturally
59. The method of any one of claims 9, 43, 53, 56-58,

a structure in which a plurality of material molecule descending guide plates, a material molecule movement passage at the lower end, the fluidic material molecule ascending guide plate and the material molecule separation compartment are respectively configured inside the eco-friendly material molecule separation and processing machine;

A material molecule collecting port is configured on the upper side of the eco-friendly material molecule separation and processing machine;

When configuring the fluid material molecule outlet for discharging the fluid material molecules collected on one side of the material molecule collecting port to the outside, a plurality of partition collecting ports are additionally configured inside the material molecule collecting port, and then each partition collecting port is separately A small amount of salt or polluted air or polluted minerals mixed in food waste, characterized by an eco-friendly material molecular separation processing machine, configured to separately collect fluid material molecules with light specific gravity by additionally configuring the fluid material molecule outlet of A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with substances or polluted fluid material molecules and purifies them naturally
By combining the structure of floating facilities such as ships or ships, which are configured to attract the injured state in lakes, lagoons, rivers, and seas, and the solar collectors and storage batteries that store the collected electricity, the polluted water is removed. In an eco-friendly material molecule separation and processing machine to purify,

a structure of the floating facility, such as a ship or a ship, configured to attract a floating state in a lake, lagoon, river, sea, etc.;

a structure of a floating facility, such as a ship, configured to be operated by a storage battery that regulates the solar collection plate and the collected electricity configured on one side of the floating facility;

a structure of an eco-friendly material molecule separation and processing machine configured inside the floating facility;

a structure of a plurality of intake pipes configured to have different heights of intake ports between the upper side of the eco-friendly material molecule separation and processing machine and the bottom layer of the lower part of the floating facility;

By using the eco-friendly material molecular separation processing machine that is combined with the structure of the intake pump configured on the upper side of the intake pipe configured respectively, the specific gravity that is spread layer by layer by the action of gravity in places such as lakes, dams, rivers or seas The eco-friendly material molecule separation processing machine separates and intakes light fluid material molecules and heavy fluid material molecules using the intake pipe and the intake pump, each having different heights, and then separates each fluid material molecule with different components Fluid material molecules with heavy specific gravity and fluid with light specific gravity by injecting into the inside of the It is characterized by a nature-friendly water purification and eco-friendly method that separates and extracts sexual material molecules. It is characterized by a trace amount of salt in food waste or polluted air, or the specific gravity combined with polluted mineral substances or polluted fluid substance molecules. A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light fluid material molecules and heavy fluid material molecules and purifies them naturally
Claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 23, 31, 32 Claims 33, 36, 43, 44, 45, 46, 47, 48, 49, 51, 52, 53, 57. The method of any one of claims 54, 55, 56, 57, 58, 61

By installing a heating element that generates heat using sunlight or general electricity on one side of the eco-friendly material molecule separation processing machine, the temperature of the fluid material molecules flowing into the environment-friendly material molecule separation processing machine is increased to maintain a high temperature. Eco-friendly and eco-friendly, which is configured to easily separate and extract polluted fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity by promoting the material explosion and material friction that occur when the fluidic material molecules come into contact with each other A small amount of salt or polluted air or polluted mineral substances or polluted fluid substances mixed with food waste characterized by a material molecule separation processing machine Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts sexual material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end has a structure in which a fluidic material molecule separation guide plate is inclined from one side to the other side;

a structure in which a lower processing unit is configured in the shape of an inverted triangular trumpet on the upper portion of the fluidic material molecule separation guide plate;

a structure in which an air or fluid material molecule is coupled to the upper side of the lower processing unit, the ejection plate configured with a plurality of ejection ports to move in the upper direction and the lower direction;

a structure in which a discharge line coupled to a discharge control valve is configured at the other lower end of the lower processing unit;

a structure in which an injection pipe coupled to a pump for supplying air or fluid material molecules is configured at one lower end of the lower processing unit;

Between the ejection plate configured on the upper side of the lower processing unit and the fluidic material molecule separation guide plate, each material molecule descending guide plate, the lower end material molecule movement path, the fluid material molecule ascending guide plate and the material molecule separation compartment A structure configured to induce the fluid material molecules having a heavy specific gravity to flow in a downward direction while inducing the fluid material molecules having a light specific gravity to rise upward.

In the upper part of the lower processing unit, the intermediate processing unit is configured in the form of a rotation type in the form of a spiral with a structure like a spring. A structure configured to flow in the form of a tornado while strongly generating action and material collision;

A structure in which the upper processing unit is configured in the form of a funnel on the upper portion of the intermediate processing unit;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the upper processing unit;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

An injection line for injecting air or fluid material molecules is configured in the upper portion of the other side of the upper processing unit, so that fluid material molecules with light specific gravity collide with fluid material molecules with heavy specific gravity and gaseous material molecules such as air Mixed in food waste characterized by an eco-friendly material molecule separation processor that is configured to separate and extract fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity using material friction action, material explosion action, and material collision action Nature that purifies naturally by separating and extracting a small amount of salt, polluted air, polluted mineral substances, or fluid substance molecules with a light specific gravity combined with polluted fluid substance molecules Eco-friendly material molecule separation and processing machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is configured with a venting plate configured to allow a fluid material molecule or a material such as air to pass therethrough; The lower end of the vent plate includes a structure in which a supply pump for supplying air or fluid material molecules is coupled;

a structure in which upper and lower separation pipes of material molecules are formed in an upright shape at the upper end of the vent plate;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the material molecule upper and lower separation pipe;

At one side of the material molecule collecting port, a structure configured to discharge the fluid material molecules for discharging the collected fluid material molecules to the outside;

a structure in which an injection line for injecting fluid material molecules is formed on the upper side of the material molecule upper and lower separation pipe;

a structure in which the material molecule separation and bending pipe is configured in the form of a step in the form of a shoal and gradually lowered in the downward direction at the lower end of the other side of the upper/lower separation pipe for material molecules;

A plurality of step-by-step discharge control valves are configured in each of the material molecule separation and bending pipes, which are composed of a shoal-type curved shape, respectively, so that the fluidic material molecules flowing through the injection line are erroneously adjusted step-by-step to increase the specific gravity. a structure configured to control the separation action between light fluid molecules and fluid molecules with light specific gravity;

A plurality of supply pumps for supplying air or fluid material molecules to the inside of the material molecule separation and bending pipe are provided in the lower part of the material molecule separation and bending pipe, which is configured in a step shape curved toward a lower direction, the through hole is configured. a structure configured to be coupled to a substrate;

a structure in which a plurality of material molecule separation ascending pipes are each configured in an upright shape at the upper bent portion of the material molecule separation and bending pipe positioned at a high place in a curved shape; ;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured at the upper end of the material molecule separation rising pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

A plurality of material molecules descending guide plates are respectively configured inside the material molecule separation rising pipe configured on the upper side of the material molecule separation bending pipe to move the fluid material molecules with heavy specific gravity in the downward direction while increasing the specific gravity. a structure in which a material molecule movement path at the lower part is configured to move light fluid material molecules in an upward direction;

Inside the material molecule separation curved pipe, a plurality of material molecule collision plates and a lower part material molecule movement path configured to move fluid material molecules are respectively configured, so that fluid material molecules with heavy specific gravity and fluid material molecules with light specific gravity are separated. By composing a vortex zone that acts to generate material friction and material explosion that occur during collision, Trace amount mixed in food waste characterized by an eco-friendly material molecule separation processor configured to separate and extract fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity using material friction action, material explosion action, and material collision action It is a nature-friendly, natural purification that separates and extracts the molecules of light and heavy fluids that are combined with the salt component or polluted air of Phosphorus Eco-friendly Material Molecular Separation and Processing Machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The shape of the lower end has a structure in which a fluidic material molecule separation guide plate is inclined from one side to the other side;

a structure in which an eco-friendly material molecule separation and processing machine is configured in a cylindrical shape on the upper side of the fluidic material molecule separation guide plate;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper side of the eco-friendly material molecule separation and processing machine;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

a structure in which an injection line for injecting fluid material molecules such as water is formed on one side of the eco-friendly material molecule separation and processing machine;

a structure in which a rotating supply pump configured to rotate while supplying fluid material molecules such as air or water to the lower end of the eco-friendly material molecule separation and processing machine;

a structure in which a supply pipe is configured on an upper side of the rotary supply pump;

The supply pipe has a structure in which one side is cut in a form in which a rotating veneer plate is coupled in a cross-layered form;

A structure in which a plurality of ejection holes for ejecting fluid material molecules such as air or water are unspecified at unspecified positions in the rotating hollow plate;

An eco-friendly material molecule separation and processing machine configured to separate and extract fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity by configuring a discharge line coupled to an emission control valve at the lower end of the other side of the eco-friendly material molecule separation processing machine By separating and extracting a small amount of salt components or polluted air or polluted mineral substances or polluted fluid substance molecules in the food waste Nature-friendly eco-friendly material molecule separation and processing machine that purifies naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is configured with a venting plate configured to allow a fluid material molecule or a material such as air to pass therethrough; The lower end of the vent plate includes a structure in which a supply pump for supplying air or fluid material molecules is coupled;

a structure in which upper and lower separation pipes of material molecules are formed in an upright shape at the upper end of the vent plate;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the material molecule upper and lower separation pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

a structure in which an injection line for injecting fluid material molecules is formed on the upper side of the material molecule upper and lower separation pipe;

On the other side of the material molecule upper and lower separation pipe, the structure of a gravity pipe for separating material molecules is configured in a multi-step stepwise form and one part is formed in a low sloping shape to be configured in a ∧ shape;

A material molecule separation rising pipe is configured on the upper portion of the gravity pipe for separating material molecules, which is composed of multiple steps, and a plurality of material molecules descending guide plates are respectively configured inside the material molecule separation rising pipe to form a fluid material with heavy specific gravity. a structure in which each of the lower part of the material molecule movement path acts to move the molecules in the lower direction while moving the fluid material molecules having a light specific gravity in the upper direction;

a structure in which each material molecule collection port is configured on the upper side of the material molecule separation rising pipe, and a fluid material molecule discharge port for discharging the collected fluid material molecules to the outside is formed on the other side;

a structure in which a step-by-step discharge control valve for controlling discharge is configured in the middle of the gravity pipe for separating material molecules;

Molecules of fluid materials such as water or gaseous material molecules such as air are formed in the curved portion of the lower end of the gravity pipe for material molecule separation, which is configured in a stepwise fashion so that fluid material molecules flow from a high place to a low place by the action of gravity. a venting plate configured with a vent configured to pass through; a structure in which a supply pump for supplying air or fluid material molecules is coupled to a lower end of the ventilating plate;

At the other end of the gravity pipe for separation of material molecules, a discharge line coupled with a discharge control valve for controlling discharge is configured to separate and extract fluidic material molecules with heavy specific gravity and fluidic material molecules with light specific gravity A small amount of salt or polluted air mixed with food waste characterized by a material molecule separation processing machine, or polluted mineral substances or polluted fluid substances combined with molecules of light and heavy fluid molecules and fluids with heavy specific gravity Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts sexual material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is configured with a ventilation plate configured with a through-hole configured to pass through a fluid material molecule or gaseous material such as air; A supply pump for supplying air or fluid material molecules is coupled to the lower end of the ventilation plate structure;

a structure in which upper and lower separation pipes of material molecules are formed in an upright shape at the upper end of the vent plate;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the material molecule upper and lower separation pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

a structure in which an injection line for injecting fluid material molecules is formed on the upper side of the material molecule upper and lower separation pipe;

a structure in which a primary rising pipe is configured in an inclined shape on the other side of the material molecule upper and lower separation pipe;

a structure in which a secondary material molecule upper and lower separation pipe is configured in an upright form on the other side of the primary rising pipe;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the secondary material molecule upper and lower separation pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on the other side of the material molecule collecting port;

At the lower end of the secondary material molecule upper/lower separation pipe, a vent plate is configured with a vent hole configured to allow fluid material molecules or gaseous substances such as air to pass through; At the lower end of the vent plate, air or fluid material a structure in which a supply pump for supplying molecules is combined;

a structure in which a primary discharge control valve for controlling discharge is coupled to the middle of the secondary material molecule upper and lower separation pipe;

a structure in which a transverse transport pipe is coupled to the other side of the secondary material molecule upper and lower separation pipe in a transverse direction;

a structure in which a tertiary material molecule upper and lower separation pipe is configured in an upright shape at the end of the transverse transport pipe;

At the lower end of the tertiary material molecule upper/lower separation pipe, a vent plate configured with a vent configured to allow fluid material molecules or materials such as air to pass through is configured; At the lower end of the vent plate, air or fluid material molecules are disposed a structure in which a supply pump for supply is combined;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the tertiary material molecule upper and lower separation pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on the other side of the material molecule collecting port;

On the other side of the tertiary material molecule upper and lower separation pipe, a downward guide pipe is inclined in the downward direction and the end portion is in the form of a rising ∨ shape;

a structure in which a secondary discharge control valve is coupled to the middle of the lowering induction pipe;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the descending guide pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on the other side of the material molecule collecting port;

a structure in which a material molecule final discharge pipe is configured on the other side of the descending guide pipe;

At the lower end of the final discharge pipe of the material molecules, a vent plate configured with a vent configured to allow fluid material molecules or materials such as air to pass through is configured; A supply that supplies air or fluid material molecules to the lower end of the vent plate a structure in which the pump is coupled;

On the other side of the final discharge pipe for the material molecules, using the structure of the discharge line coupled to the discharge control valve, the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity are separated and extracted with the polluted fluid material molecules. A nature-friendly eco-friendly material that is configured to make a small amount of salt or polluted air mixed in food waste, characterized by a molecular separation processing machine, or polluted mineral substances or polluted fluid substances with a light specific gravity combined with molecules A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts material molecules and fluid material molecules with heavy specific gravity and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is configured with a ventilation plate configured with a through-hole configured to pass through a fluid material molecule or gaseous material such as air; A supply pump for supplying air or fluid material molecules is coupled to the lower end of the ventilation plate structure;

a structure in which upper and lower separation pipes of material molecules are formed in an upright shape at the upper end of the vent plate;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the material molecule upper and lower separation pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

a structure in which an injection line for injecting fluid material molecules is formed on the upper side of the material molecule upper and lower separation pipe;

On one side of the material molecule upper and lower separation pipe, a plurality of material molecule separation induction holes in a circular shape are connected and coupled in a slanted form in a stepwise structure, respectively;

The inside of the material molecule separation induction hole is 10% to 50% smaller than the size of the material molecule separation induction hole, and the internal material molecule freedom tool is coupled in a circular shape to form a plurality of material molecule ascending guide passages layer by layer. structures constructed in the form of steps;

a structure in which a material molecule separation rising pipe is formed on the upper side of the material molecule separation induction port;

A plurality of material molecules descending guide plates are respectively configured inside the material molecule separation rising pipe so that the fluid material molecules with heavy specific gravity move in the downward direction while moving the fluid material molecules with light specific gravity in the upward direction. A structure in which each of the lower part material molecule movement channels is configured

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper side of the material molecule separation rising pipe;

a structure in which fluidic material molecule outlets for discharging the collected fluidic material molecules to the outside are formed on the other side of the material molecule collecting port;

At the lower corner portion where the material molecule separation induction hole is each stepwise structure and coupled in a layered structure, a ventilation plate configured with a through hole configured to allow fluid material molecules or gaseous materials such as air to pass through; the tube; a structure in which a supply pump for supplying air or fluid material molecules is coupled to the lower end of the substrate;

At the lower end of the rounding of the material molecule separation induction port, a vent plate configured with a vent hole configured to allow fluid material molecules or gaseous substances such as air to pass through is configured; Air or fluid material molecules are supplied to the lower end of the vent plate. A structure in which each of the supply pumps is combined;

a structure in which upper and lower separation pipes of material molecules at one end are coupled to one end of the material molecule separation guide;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured at the upper end of the upper and lower material molecule separation pipe at the end;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on the other side of the material molecule collecting port;

At the lower end of one side of the upper/lower separation pipe for material molecules at the end, a discharge line coupled with a discharge valve for controlling discharge is formed. A small amount of salt or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste featuring a nature-friendly eco-friendly substance molecule separation and processing machine configured to separate and extract molecules of fluid substances with light specific gravity A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with other substances and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is configured with a ventilation plate configured with a through-hole configured to pass through a fluid material molecule or gaseous material such as air; A supply pump for supplying air or fluid material molecules is coupled to the lower end of the ventilation plate structure;

a structure in which a plurality of material molecule separation inducing spheres in a circular shape are connected to each other in a slanted form in a stepped structure at the upper end of the vent;

The inside of the material molecule separation induction hole is 10% to 50% smaller than the size of the material molecule separation induction hole, and the internal material molecule freedom tool is coupled in a circular shape to form a plurality of material molecule ascending guide passages layer by layer. structures constructed in the form of steps;

At the lower end of the material molecule separation induction port, which is configured in a stepwise manner, a ventilation plate is configured with a through hole configured to allow fluid material molecules or gaseous substances such as air to pass therethrough; At the lower end of the ventilation plate, air or fluid material molecules a structure in which each of the supply pumps for supplying them is combined;

a structure in which a material molecule separation rising pipe is formed on the upper side of the material molecule separation induction port, respectively;

A plurality of material molecules descending guide plates are respectively configured inside the material molecule separation rising pipe so that the fluid material molecules with heavy specific gravity move in the downward direction while moving the fluid material molecules with light specific gravity in the upward direction. A structure in which the lower part material molecule movement path and the upper side movement path are each configured

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper side of the material molecule separation rising pipe;

a structure in which fluidic material molecule outlets for discharging the collected fluidic material molecules to the outside are formed on the other side of the material molecule collecting port;

a structure in which an injection line for injecting fluid material molecules is formed on the upper side of the material molecule separation rising pipe;

At the lower end of the other end of the end of the material molecule separation induction port, which is configured in a stepwise and layered form, a discharge line is formed in combination with a discharge control valve that controls the discharge. Trace salt components or polluted air or polluted mineral substances mixed in food waste featuring a nature-friendly eco-friendly substance molecular separation processor configured to separate and extract molecules of this light fluid substance and molecules of fluid substances with heavy specific gravity Or, a nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules combined with contaminated fluid material molecules to purify them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is configured with a ventilation plate configured with a through-hole configured to pass through a fluid material molecule or gaseous material such as air; A supply pump for supplying air or fluid material molecules is coupled to the lower end of the ventilation plate structure;

a structure in which upper and lower separation pipes of material molecules are formed in an upright shape at the upper end of the vent plate;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper edge of the material molecule upper and lower separation pipe;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

a structure in which an injection line for injecting fluid material molecules is formed on the upper side of the material molecule upper and lower separation pipe;

On the other side of the material molecule upper/lower separation pipe, a plurality of material molecule separation rings in the form of a circular pipe are formed in a stepped form and layered, while the internal structure is in the form of an empty space, so that fluid material molecules with light specific gravity and a structure in which material molecule separation passages are each configured to separate upper and lower fluid material molecules with heavy specific gravity;

a structure in which an intermediate discharge control valve for controlling the discharge amount flowing in from the upper side is configured in each of the material molecule separation rings;

The lower end of the material molecule separation ring is configured with a vent plate configured to allow fluid material molecules or gaseous substances such as air to pass therethrough; The lower end of the vent plate supplies air or fluid material molecules a structure in which each of the supply pumps is coupled;

a structure in which a material molecule separation rising pipe is respectively configured on the upper side of the material molecule separation ring configured respectively;

In the interior of the material molecule separation rising pipe, a material molecule descending guide plate is configured to act to move the fluid material molecules with heavy specific gravity in the downward direction while acting to move the fluid material molecules with light specific gravity in the upward direction Structure that constitutes each passage of material molecule movement in the lower part

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper side of the material molecule separation rising pipe;

a structure in which fluidic material molecule outlets for discharging the collected fluidic material molecules to the outside are formed on the other side of the material molecule collecting port;

At the lower end of the other end of the end of the material molecule separation ring, which is configured in a stepwise and layered form, a discharge line is formed in combination with a discharge control valve that controls discharge. Trace salt components or polluted air or polluted mineral substances mixed in food waste featuring a nature-friendly eco-friendly substance molecular separation processor configured to separate and extract molecules of this light fluid substance and molecules of fluid substances with heavy specific gravity Or a nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are combined with polluted fluid material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end is configured with a ventilation plate configured with a through-hole configured to pass through a fluid material molecule or gaseous material such as air; A supply pump for supplying air or fluid material molecules is coupled to the lower end of the ventilation plate structure;

a structure in which material molecules zigzag upper and lower separation pipes are configured in the shape of an _ at the upper end of the vent plate;

a structure in which a material molecule separation rising pipe is formed on the upper side of the material molecule zigzag upper and lower separation pipe;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured on the upper side of the material molecule separation rising pipe;

a structure in which fluidic material molecule outlets for discharging the collected fluidic material molecules to the outside are formed on the other side of the material molecule collecting port;

a structure in which an injection line for injecting fluid material molecules is formed on the upper side of the material molecule separation rising pipe;

At the lower end of the middle middle corner of the material molecule zigzag upper and lower separation pipe

A venting plate configured with a vent configured to allow fluidic material molecules or gaseous substances such as air to pass therethrough is configured; A lower end of the ventilating plate is configured to include a supply pump for supplying air or fluidic substance molecules coupled thereto;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is configured in the upper portion of the middle middle corner of the material molecule zigzag upper and lower separation pipe;

a structure in which fluidic material molecule outlets for discharging the collected fluidic material molecules to the outside are formed on the other side of the material molecule collecting port;

a structure in which a discharge control valve for controlling the discharge amount is configured in the middle of the material molecule zigzag upper and lower separation pipe;

At the lower end of the other side of the material molecule zigzag upper/lower separation pipe, a discharge line coupled with a discharge valve that controls the discharge amount is constituted, so that the heavy fluid material molecule and specific gravity coupled with the light specific gravity polluted fluid material molecule Trace salt components or polluted air or polluted mineral substances or polluted fluid substance molecules mixed in food waste featuring a nature-friendly eco-friendly substance molecular separation processor configured to separate and extract these light fluid substance molecules A nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules combined with
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The structure of the lower part is a structure in which the fluid material molecule separation guide plate is composed of layers in the form of an ∪ in an inclined form from the other side to one side;

On the upper side of the fluidic material molecule separation guide plate, the material molecule separation processing tool in the form of a pentagon is configured to be coupled layer by layer;

On the upper side of the material molecule separation processing sphere, a structure in which a material molecule collecting sphere for collecting fluid material molecules having a light specific gravity is configured in layers;

a structure in which fluidic material molecule outlets for discharging the collected fluidic material molecules to the outside are formed on the other side of the material molecule collecting port;

On the side of the material molecule separation processing sphere, a structure in which a plurality of rotating striking bodies for processing by striking the fluid material molecules are respectively coupled to the rotating body;

A structure in which a discharge line coupled to a discharge control valve is respectively coupled to the lower end of the material molecule separation processing tool;

By combining the injection line for injecting the fluid material molecules on the upper side of the material molecule separation processing port, the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity are separated and extracted, which are combined with the contaminated fluid material molecules. A natural eco-friendly material configured to process a small amount of salt or polluted air mixed in food waste, characterized by a molecular separation processing machine, or a fluid with a light specific gravity combined with polluted mineral substances or polluted fluidic substances molecules A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts sexual material molecules and fluid material molecules with heavy specific gravity and purifies them naturally
59. The method of any one of claims 9, 32, 43, 53, 56-58,

Up-and-down operation guides are configured inside the eco-friendly material molecule separation processing machine, respectively, and the material molecule descending guide plate and the fluid material molecule ascending guide plate 201 are operated up and down to remove the polluted fluid material molecules and A small amount of salt or polluted substances mixed in food waste characterized by a nature-friendly eco-friendly material molecule separation processing machine that is configured to separate and process the combined molecules of fluid substances with light specific gravity and molecules of fluid substances with heavy specific gravity Nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with air or polluted mineral substances or polluted fluid material molecules and purifies them naturally
Claims 1, 2, 3, 4, 6, 8, 9, 10, 11, 12, 23, 31, 32 Claims 33, 36, 43, 44, 45, 46, 47, 48, 49, 51, 52, 53, 57. The method of any one of claims 54, 55, 56, 57, 58, 61

By inserting a collision promoting member configured to promote the material collision action, material friction action, and material explosion action of the fluid material molecules inside the eco-friendly material molecule separation processing machine, the fluid material having a light specific gravity coupled with the fluid material molecule A small amount of salt or polluted air or polluted mineral substances or polluted fluids mixed with food waste featuring a nature-friendly eco-friendly substance molecular separation and processing machine configured to separate and process substance molecules and fluid substance molecules with heavy specific gravity A nature-friendly, eco-friendly material molecule separation and processing machine that separates and extracts light-weight fluid material molecules and heavy-gravity fluid material molecules that are combined with material molecules and purifies them naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The shape of the lower part is a structure in which a fluidic material molecule separation guide plate is formed in an inclined shape from one side to the other side;

At the lower end of the fluidic material molecule separation guide plate, a rotating striking body is coupled to the rotating body, and the structure is configured to strike the fluidic material molecules in a diagonal direction;

a structure in which an eco-friendly material molecule separation and processing machine is configured in a rectangular shape on the upper side of the fluidic material molecule separation guide plate;

a structure in which a material molecule collecting port for collecting fluid material molecules having a light specific gravity is formed on the upper edge of the eco-friendly material molecule separation and processing machine;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on the other side of the material molecule collecting port;

On the side of the eco-friendly material molecule separation and processing machine, a plurality of rotating striking bodies for processing by hitting the fluid material molecules are combined with a rotating body and are configured in opposite directions facing each other;

At the lower end of the other side of the eco-friendly material molecule separation and processing machine, a discharge line configured in the shape of an ∩ is coupled with the discharge control valve to preferentially discharge fluid material molecules with heavy specific gravity;

a structure in which an injection line for injecting fluid material molecules is coupled to an upper side of the eco-friendly material molecule separation processing machine;

On the other side of the eco-friendly material molecule separation processing machine, the eco-friendly material molecule separation processing machine comprising an injection pipe having a plurality of jets is configured to overlap in multi-steps, and then the inside of the multi-step eco-friendly material molecule separation processing machine is contaminated through the injection line. While continuously injecting fluid material molecules, air is continuously injected through the injection pipe configured in the multi-step eco-friendly material molecule separation processing machine, and at the same time, the rotating striking body is installed in the lateral direction and the diagonal direction of the lower part It was assumed that the total amount of contaminated fluidic material molecules injected through the injection line was 100 WT%, while simultaneously hitting and processing the contaminated fluidic material molecules and air in opposite directions using the rotating body. At this time, by adjusting the discharge control valve coupled with the discharge line, 85WT% to 90WT% of the total amount of inflow of 100WT% is injected again into the inside of the multi-step eco-friendly material molecule separation processing machine, which is configured in multiple steps at the lower end. and sequential blow processing method to separate and process the polluted fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are bound to the fluid material molecules, and at the same time move to the upper side of the multi-step eco-friendly material molecule separation and processing machine Fluid material molecules with a light specific gravity of 10 WT% to 15 WT% of the remaining excess remaining excess are separately collected and reprocessed using the material molecule collection port and fluid material molecule outlet configured on the upper side of the multi-step eco-friendly material molecule separation and processing machine In food waste characterized by a nature-friendly eco-friendly method that separates and processes fluidic material molecules with light specific gravity and fluidic material molecules with heavy specific gravity using a nature-friendly multi-step eco-friendly material molecule separation and processing machine that is configured to be collected and used. In case of natural purification by separating and extracting a small amount of mixed salt component or polluted air or polluted mineral substances or fluid substance molecules with a light specific gravity combined with polluted fluid substance molecules A nature-friendly, eco-friendly material molecule separation and processing machine that turns on
76. The method of any one of claims 6 and 75

The eco-friendly material molecule separation processing machine is configured to process the polluted fluid material molecules by additionally overlapping the eco-friendly material molecule separation processing machine in an upright form on the upper side of the environmentally friendly material molecule separation processing machine configured at the lower end Separation and extraction of light and heavy fluid molecules combined with trace salt components or polluted air or polluted mineral substances or polluted fluid substances mixed in food waste A nature-friendly eco-friendly material molecule separation and processing machine that purifies and purifies naturally
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

The lower end has a structure in which a fluidic material molecule separation guide plate is formed inclined in one direction from the other side;

The upper end of the fluidic material molecule separation guide plate has a horizontal shape and a rectangular shape with one side and the other side having a structure in which an eco-friendly material molecule separation processing machine is configured at the lower end;

On the upper side of the lower part eco-friendly material molecule separation and processing machine, a material molecule collecting port for collecting fluid material molecules having a light specific gravity in a horizontal form is configured;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

a structure in which a discharge line for discharging fluid material molecules such as water is combined with an emission control valve on one side of the lower part eco-friendly material molecule separation processing machine;

a structure in which an injection line is coupled to the upper part of the other side of the lower part eco-friendly material molecule separation and processing machine;

Inside the eco-friendly material molecule separation processing machine at the lower end, fluid material molecules with heavy specific gravity move rapidly to the lower end in one direction by the action of gravity and are discharged in a low direction, and a plurality of substances exhibiting a material slashing action and a material pushing action a structure in which a plurality of molecular descending guide plates are respectively overlapped;

a structure in which a plurality of material molecule movement passages at the lower end of the material molecule descending guide plate are coupled to each other to preferentially discharge fluid material molecules having heavy specific gravity;

In the next stage of the lower part of the material molecule movement passage, a structure in which a plurality of fluidic material molecule rising guide plates are coupled to overlap each other to form a plurality of material molecule separation compartments to overlap each other;

a structure in which a plurality of upper layer material molecule movement passages for moving fluid material molecules having heavy specific gravity overlap each other on the upper side of the fluidic material molecule rising guide plate;

The material molecule descending guide plate configured between one side and the other side of the eco-friendly material molecule separation processing machine at the lower end, the material molecule movement passage at the lower end, and the fluid material molecule rising guide plate and the material molecule separation compartment are configured in a horizontal direction a structure in which an upright injection pipe coupled to the injection pipe is inserted in the longitudinal direction;

The upright injection pipe has a structure configured with a plurality of jets for jetting liquid or gases;

At the end of the upright injection pipe, a structure in which an air diffusion plate is coupled to each other in an inverted form with a hat inverted;

a structure in which one end of the injection pipe is coupled to a pump for injecting air or fluid material molecules;

A structure in which a second injection pipe and a second outlet are combined with a second pump configured to the outside in the lower part of the eco-friendly material molecular separation processing machine;

The lower part of the eco-friendly material molecule separation processing machine has a diagonally inclined shape, a rhombus shape, and the other lower part is a L shape, so that the fluid material molecules are injected into the inside of the lower part material molecule separation processing machine. The structure of the upper eco-friendly material molecular separation processing machine;

A material molecule collecting port for collecting fluid material molecules having a light specific gravity in a horizontal form is configured on one side of the upper side of the upper eco-friendly material molecule separation processing machine;

On one side of the material molecule collection port, the structure of the upper eco-friendly material molecule separation processing machine is coupled to the structure of the material molecule separation processing unit that constitutes the fluid material molecule discharge port for discharging the collected fluid material molecules to the outside;

In four directions configured in the form of a rhombus, a structure in which a plurality of coupling structures are formed in opposite directions facing a rotary striking body configured to be coupled with a rotating body;

a structure in which an upper injection line is formed on the upper part of the upper eco-friendly material molecular separation processing machine;

A small amount of salt component or pollution mixed in food waste characterized by an eco-friendly multi-processing eco-friendly material molecule separation processing machine of a structure in which the upper end emission control valve is coupled to the lower end of the material molecule separation processing unit Nature-friendly eco-friendly material molecule separation that separates and extracts light and heavy fluid material molecules combined with polluted air or polluted mineral substances or polluted fluid material molecules and purifies them naturally processing machine
In a nature-friendly eco-friendly method of striking with air or combining with a striking device composed of a rotating body to purify water or purify seawater or fluid material molecules, and an eco-friendly material molecule separation and processing machine applied thereto,

At the lower end, a fluidic material molecule separation guide plate is formed in a inclined shape from one side to the other side, and then, at the upper end of the fluid material molecule separation guide plate, it has a rectangular and rectangular shape with a height of 3m to 150m. structure of eco-friendly material molecule separation and processing machine;

a structure in which a rotating striking body coupled to a plurality of rotating bodies is formed at the lower end of the fluidic material molecule separation guide plate;

a structure of a material molecule collecting port that serves to collect fluid material molecules having a light specific gravity floating upward of the eco-friendly material molecule separation and processing machine;

a structure in which a fluidic material molecule outlet for discharging the collected fluidic material molecules to the outside is formed on one side of the material molecule collecting port;

a structure in which a rotating striking body coupled to a plurality of rotating bodies is coupled in opposite directions to the inside and outside of the rim of the eco-friendly material molecule separation and processing machine;

a structure in which an injection line for injecting fluid material molecules is formed in the middle of the upper end of the eco-friendly material molecule separation and processing machine;

a structure in which an injection pipe for injecting molecules of a fluid material such as air is formed on the other upper side of the eco-friendly material molecule separation and processing machine;

a structure in which a plurality of ejection ports are each configured in the shape of a ｜ on the outer circumferential surface of the injection pipe;

At the lower end of the other side of the eco-friendly material molecule separation and processing machine, a structure in which a low-level discharge line for sucking and discharging fluid material molecules having a heavy specific gravity is configured in an ∩ shape;

a structure in which a discharge control valve is configured at the upper end of the other side of the low-rise discharge line;

a structure in which a discharge pump is configured at an upper end of the low-rise discharge line;

a structure in which a rising pipe is formed in a ∪ shape at the other end of the lower-level discharge line;

At the upper end of the rising pipe, fluid material molecules are injected through the injection line into the eco-friendly material molecule separation processing machine, which is configured with an upper discharge line, and is coupled with a plurality of the rotating bodies. Using the rotating striking body 1503, the fluid material molecules flowing into the environment-friendly material molecule separation processing machine are hit and processed, and gaseous material molecules such as air are injected through the injection pipe and the outlet at the same time to create a fluid. It would have been assumed that the total amount of injection flowing through the injection line was 100 wt% after separating and processing the fluid material molecules with light specific gravity and fluid material molecules with heavy specific gravity that are bound to the fluid material molecules by simultaneously hitting the sexual material molecules. When using the discharge control valve and the discharge pump, 85wt% to 95wt% of the total injection amount of 100wt% is discharged to the outside through the upper discharge line and used, or the eco-friendly material molecule separation processing machine configured in multiple stages with the same structure again By re-injecting on the upper part of the , multi-step processing is performed to separate and process the heavy fluid material molecules and light specific gravity fluid material molecules, and at the same time, the eco-friendly material molecules are surplus fluid material molecules with light specific gravity remaining floating to the upper side of the separation and processing machine. 5wt%~15wt% is a trace amount of salt or polluted air mixed in food waste characterized by an eco-friendly material molecule separation processor configured to be reused or reprocessed by discharging it to the outside through the material molecule collection port and the fluid material molecule discharge port Or, a nature-friendly eco-friendly material molecule separation and processing machine that separates and extracts light and heavy fluid material molecules that are combined with polluted mineral substances or polluted fluid material molecules and purifies them naturally