KR20180003488U - Aquatic contaminator elimination device - Google Patents

Abstract

The present invention relates to an apparatus for removing contaminants, and more particularly,
The rolled-up type adsorbent on the water surface above the water surface enables the rolled adsorbent to move, the two center axes of the adsorption canister, that is, one adsorbent before use and the other adsorbable on the center axis winding the adsorbent with oil
When the adsorption tank is formed above the water surface of the oiled water, the adsorption tank is connected to the water surface by two guide rollers formed closer to the water than the central axis for winding the adsorption towers,
When the water is introduced through the front of the absorber barrel and water is introduced through the hole on the bottom surface, a mesh for storing the waste is formed on the inner side of the hole on the bottom surface. The water is drained through the drainage pipe of the pump through the pump in the middle part of the inlet pipe of the water through the net for filling and the pump is formed at one side of the main body
In the oil separator in which the oil separator is formed at one side of the pump and the oil separator is to be kept horizontal, an oil storage tank for storing the oil discharged from the oil separator is formed at one side of the main body of the aqua-
The oil is separated from the oil separator of the pump and the mixture of the remaining unseparated oil and water is discharged to the discharge port. The discharge port is configured such that a mixture of oil and water is dropped at the upper part of the suction pipe so that the oil, will be.

Description

[0002] AQUATIC CONTAMINATOR ELIMINATION DEVICE [0003]

The present invention relates to a water pollutant removing apparatus, and more particularly, to a water pollutant removing apparatus, and more particularly, to a water pollutant removing apparatus, The present invention relates to an apparatus for removing contaminants, which adsorbs contaminants on the surface of an adsorbent, wherein the adsorbent is rolled by a sensor or a switch in a place where oil is spilled, thereby continuously maintaining adsorption performance of the adsorbent contaminated with contaminants.

Also

The present invention relates to an apparatus for removing water garbage, and more particularly, a garbage container having 9 million tons of plastic waste or plastic waste in water or water. Everything left on the beach is likely to enter the sea. Garbage collects in small bays and rocks, but it is difficult to get there.

So I approach the sea from the yacht marina.

Plastic has many toxic substances.

Fish eat it

Then we eat.

The effect is significant.

1 million seabirds

100,000 marine mammals

It dies every year due to plastic pollution.

These chemicals enter the food chain

Various cancers and

It causes problems related to reproduction.

There are 4,000 yacht moorings in Europe only.

It is also in the Americas, Australia and Japan.

One small piece of plastic that comes out of the sea helps you greatly.

The present invention relates to an apparatus for removing pollutants such as water wastes of this kind.

Recently, there has been a frequent occurrence of oil contamination of sea surface due to oil spills due to collision of an oil refinery ship carrying oil.

In this case, in the conventional disaster prevention system for removing oil, after installing a sub-type fence (oil boom) which surrounds water pollutants so that the water pollutant does not spread, the adsorbent is immersed in the oil where the oil is present, There is known a method of removing veneer remnants from the adsorbent after re-adsorption and a method of decomposing contaminants by spraying an oil treatment agent on the water pollutants.

Here, the method of spraying the oil treatment agent is not used unless the side effect of destroying the marine ecosystem itself is found and an emergency has occurred.

In addition, the method of removing the oil that has been pushed to the shore is known as a method of sterilizing sand or gravel by heating the sand or gravel with the oil residue after allowing the sand or gravel to have oil residue. However, it is known that the method of heating the sand or the gravel with the oil residue is completely removed from the marine microorganism upon heating.

Thus, the most obvious and non-problematic way to remove existing oil is to remove oil residue using an absorbent.

However, the method of removing the oil residue by using the adsorbent is very difficult to remove the oil residue from the adsorbent, and since it takes a long time to remove the oil residue from the adsorbent, the oil residue is removed Is low.

On the other hand, Korean Patent Registration No. 10-0851669 discloses an oil spill prevention and recovery device, wherein the spilled oil recovery portion 30 is provided at an upper portion of the top of the upper body 10 so as to be sloped downward to one side, An absorbent supply part 31 accommodated therein;

A pair of supply rollers (34) provided below the adsorbent supply unit and adapted to transport the adsorbent downward by driving a driving motor;

First, second, and third guide rollers 27, 27a, 27b provided inside the lower body for allowing the absorbent to pass through the water several times; And

A pair of first squeeze rollers 36 and a second squeeze roller 36a for squeezing oil (oil) adhering to the adsorbing material are provided on the upper portion of the upper body, thereby preventing and recovering the outflow of oil.

However, this prior art

As shown in Figure 1, this invention can not work if only 1) drives the motor.

This is because when the motor rotates and the supply roller 34 rotates

The adsorbent 100 is pulled out through the supply roller 34 downward.

However, there is no such device as a motor that supplies a force to pull the absorbent 100 in the direction of the arrow in FIG.

In order to pull up the absorber 100 that has been pulled out in the direction of the arrow 3)

One more motor should have been formed.

However, even if the motor is formed, the suction nozzle 100 can be moved to the motor

Hold the end of the adsorbent and attach it to the axis that is integrated with the center axis of the motor

There is an inconvenience that the adsorbent moves.

Considering the inconvenience of grasping the end of the adsorbent and attaching it to the axis that is integrated with the center axis of the motor, the inconvenience is not usually a problem.

That is to say, even if the motor is formed in the portion of 2)

 You will have to put on the huge number of rollers in the middle to hold the ends of the adsorbent and attach them to the axis that is integral with the center axis of the motor.

Thus, while the adsorbent roll was automatically supplied as intended by the present invention,

The intent of the adsorbent to rotate is not only impractical

Rather, it will only provide the inconvenience of holding the end of the adsorbent and attaching it to the axis integrated with the central axis of the motor formed in the portion of 2).

On the other hand, Korean Patent No. 10-1221579 discloses a green tide and red tide removing apparatus provided with a raw water inlet for guiding polluted water while removing floating matters, A raw water pump for pumping the polluted water through the raw water inflow section; An inline mixer for stirring the polluted water supplied through the raw water pump; A chemical injector for injecting a chemical for purifying contaminated water in the inline mixer; An electric cell in which electric cohesion and contaminated water of foreign matters contained in contaminated water are subjected to redox treatment; The contaminated water treated in the electric cell is allowed to stay for a predetermined time while being purified through a chemical reaction, and the fine particles contained in the contaminated water are floated up and removed to float and separate the treated water into an upper water Separation tank; A disk filter for filtering particulate aggregates contained in the purified water purified through the floating separator; A discharge port through which the fine aggregate filtered through the disk filter is discharged to the sea; And a control unit for processing the polluted water by an input PLC (Programmable Logic Controller) program. Accordingly, a device capable of removing a greenhouse, a red tide, and a green tide and a red tide formed in a seawater or a water source is disclosed .

However, in the prior art, since the brine is filtered by the filter in the course of the brine being introduced by the pump and the inflowing polluted water is purified by chemicals of chemical composition, the problem of destroying the ecosystem by the above- .

Therefore, there is a need to provide a disaster prevention means that can very easily remove water pollutants, without destroying the aquatic ecosystem, in the case of disposing not only oil but also aquatic pollutants such as red tide and green tide.

There is also an invention called seabin which functions as a marine litter box

The garbage is gathered in a small bay and a rock. A garbage can is formed on the side of a double net, and a pump is formed in the lower part of the garbage.

There is a device for filtering oil and a device for filtering the detergent from the sea sibe, and a filter for filtering oil and detergent can be installed on the net. The sibbin is mounted on a dock or a floating dock.

It can be installed in any dock, and it can suck all of the waste and oil floating near the port.

This sibbin's problem is very effective in treating waste

Oil treatment may not have much effect.

Because it can be ineffective in dealing with oil, such as in the case of a huge amount of oil spillage, such as in the case of a Cefurinox oil spill.

Also, in areas where there is a lot of oil spillage, such a device may be insufficient for oil removal.

Also,

It is difficult to remove garbage and oil in the sea.

The present invention is a method for removing waste and oil to be collected on the beach, and it is only necessary to install a garbage and oil removing device so that the garbage or oil approaches the garbage and oil removing device by itself to remove garbage or oil, to provide a convenient and effective device than in areas with large events such as the beach or the sea Prince oil spill and also through the pump while watching the sea or water in a kkeumssik radio-controlled machine is also in the sea of trash and oil to the monitor We can not solve the part that needs to be cleaned because the garbage on the water collects itself with the sea bream, but the garbage in the water can not be collected by itself, so we can see through the water in the sea or in the water, Need to clean and also recover oil in the water This is possible as it is necessary to clean the device.

Also, 10-2014-0138649 (filing date Oct. 14, 2014)

There is a problem that the adsorption roll is ineffective in adsorbing oil because of a small contact time with the water surface and a small contact area with the water surface

There was also a drawback that there was no device to collect oil

Therefore, the present invention adds a device for adding an oil recovery device

In addition, like the sea breeze, the anchor is lowered and fixed at a certain position of the sea, so that the trash or oil comes to the trash can itself, the trash enters the trash can, and the oil is pumped in the oil area, The oil separated by the separator is introduced into the oil storage tank, and the remaining oil, which is not completely separated from the oil, falls on the adsorption roll so that the absorption of the remaining oil can be absorbed, thereby increasing the adsorption efficiency.

Korea Registered Patent Registration No. 10-1221576 (Registered on Mar. 01, 07) 2) Korean Patent Registration No. 10-0851669 (Registered on Aug. 11, 2008) Prevention and recovery of effluent 3) 10-2014-0138649 (filing date Apr. 14, 2014)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide an apparatus for removing contaminants, which can easily remove contaminants from aquatic waters without destroying aquatic ecosystem.

In addition, the present invention aims to provide an aquifer and an underwater garbage removal device capable of cleaning millions of tons of plastic garbage neatly.

According to an aspect of the present invention, there is provided an apparatus for removing contaminants from water, such as oil,

The rolled-up type adsorbent on the water surface above the water surface enables the rolled adsorbent to move, the two center axes of the adsorption canister, that is, one adsorbent before use and the other adsorbable on the center axis winding the adsorbent with oil The absorber canister is formed above the surface of water with oil, red tide, and green tide

When the adsorption tank is formed above the water surface of the oiled water, the adsorption tank is connected to the water surface by two guide rollers formed closer to the water than the central axis for winding the adsorption towers,

Water is introduced through the hole in the entire surface of the adsorption tank and the water is discharged through the rear surface of the adsorption tank. At least one propeller is formed in the adsorption tank at the rear surface of the adsorption tank,

On both sides, the fixing plate is formed so as to be streamlined as a whole so as to receive less resistance of water, and a hull or buoyancy device having buoyancy is formed in the lower portion of the fixing plate

A control unit capable of controlling the ship by radio is formed at one side of the water pollution remover

The ship is equipped with a camera capable of transmitting and receiving video through an IP camera or wirelessly, so that it can work with the smartphone, computer, or wireless remote control to see the oil spilled from the sea.

In order to accomplish the above-mentioned object, the water garbage removing device of the present invention solves the problem after one end sucks the garbage on the same principle as a vacuum cleaner .

The ship is equipped with a camera capable of transmitting and receiving video through an IP camera or wirelessly, so that it can be watched by a smartphone, a computer, or a wireless remote control while viewing marine or underwater garbage.

Since the present invention utilizes an adsorbent, it does not affect the aquatic ecosystem, and it removes pollutants by arranging the uncoloured adsorbent on the inlet or outlet periodically or continuously so that the contaminants are removed in a more efficient manner than the conventional adsorption method The effect can be achieved.

In addition,

1 million seabirds

100,000 marine mammals

Every year we die from plastic pollution.

These chemicals enter the food chain

Various cancers and

It causes problems related to reproduction.

This problem is as clean as a vacuum cleaner in the house as if cleaning yachts and other vessels and beaches, etc.

Further, it is possible to provide an apparatus capable of cleaning waste water in the water while propelling the main body of the water pollution remover with a propeller.

FIG. 1 is a cross-sectional view illustrating an oil spill prevention and recovery device according to Korean Patent No. 10-0851669.
Fig. 2 is a perspective view showing that the adsorbent roll is wound on the first roller and the second roller of the apparatus for removing contaminants, and the barrel is formed on the water surface of the oiled water.
3 is a perspective view showing that a guide roller of the apparatus for removing contaminants of water is formed.
4 is a perspective view showing that the apparatus for removing contaminants of water is formed as a single tub and is like a drain pipe through which water flows in and out from below.
FIG. 5 is a conceptual view of the water contaminant removal device in which a screw is formed to flow in and out as shown in FIG. 4. FIG. 5 shows that the lower part of the water contaminant removal device has a structure like one drain pipe.
6 is a view showing another embodiment of a water pollution remover according to another embodiment of the present invention. In the water pollution remover, a hatch opening and an opening / closing means are formed on a rear surface of a water pollutant removal device, And the flow of water flowing out to the drain pipe of the pump through the drain pipe is shown in FIG.
7 is a perspective view showing a knob for manual rotation formed on a side surface of the first roller of the apparatus for removing contaminants of an aqueous phase.
8 is a perspective view showing that a driving motor is formed as a rotating means of the adsorbent roll in the water pollution remover, a buoyancy means is formed on the side of the water pollution remover, and a fixing plate such as a driving motor is formed on the buoyancy means.
9 shows a vertically adjusting device of the guide roller of the water contamination eliminating device.
10 is a perspective view showing that a control unit capable of controlling the hull by radio is formed on one side of the water pollution remover.
11 is a perspective view showing a motorboat being joined to the apparatus for removing contaminants in the water.
12 is a perspective view showing that an illumination unit is formed in the water pollution remover.
13 is a perspective view showing that a solar cell is formed as a power source unit in the water pollution remover.
14 is a perspective view showing manipulation of a monitor of a smart phone by a wireless camera and a wireless controller.
15 is a perspective view showing a hinged door and a wkartma device formed on one side of the water pollution remover.
16 is a perspective view showing a line formed on the upper part of the apparatus for removing contaminants of water and forming a string to lower the apparatus for removing water contaminants from a tanker line when an oil spill occurs in an oil tanker or the like.
17 is a perspective view showing that an LED or the like is formed so that an LED or the like is turned on when the adsorption roll of the apparatus for removing contaminants of water is rotated.
18 is a perspective view showing that a warning light is formed so that the warning light is turned on when the adsorption roll is stopped.
19 is a perspective view showing that an anchor is formed so that the water pollutant removal device can be stopped at a predetermined position and can be operated.
FIG. 20 is a view showing a state in which a hole, a trash can, and a trash net are formed in the lower part of the water pollution remover, and when water and oil are introduced by the pump, the rear door of the water pollutant removal device is closed, To the oil tank, and the remaining water and oil are dropped to the upper portion of the adsorption roll through the drain pipe.
21 is a cross-sectional view showing an example of a horizontal holding device of a oil separator requiring a horizontal holding device.
22 is a perspective view showing closing of a door on a front surface of a screw in a front surface and a rear surface of an aquatic contamination removing device and monitoring and controlling waste and oil in the water while generating thrust force by screwing them wirelessly.

Other objects and features of the present invention will become apparent from the following description of embodiments with reference to the accompanying drawings.

Unless otherwise defined, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be interpreted in an ideal or overly formal sense unless explicitly defined in the present application Do not.

FIG. 1 is a cross-sectional view showing an oil spill prevention and recovery device of Korean Patent No. 10-0851669

Korean Patent No. 10-0851669 discloses an oil spill prevention and recovery device, wherein the spilled oil recovery part (30) is provided at an upper portion of the top of the upper body (10) so as to be inclined downward at one side, An adsorbent supply unit 31;

A pair of supply rollers (34) provided below the adsorbent supply unit and adapted to transport the adsorbent downward by driving a driving motor;

First, second, and third guide rollers 27, 27a, 27b provided inside the lower body for allowing the absorbent to pass through the water several times; And

A pair of first squeeze rollers 36 and a second squeeze roller 36a for squeezing oil (oil) adhering to the adsorbing material are provided on the upper portion of the upper body, thereby preventing and recovering the outflow of oil.

However, this prior art

As shown in Figure 1, this invention can not work if only 1) drives the motor.

This is because when the motor rotates and the supply roller 34 rotates

The adsorbent 100 is pulled out through the supply roller 34 downward.

However, there is no such device as a motor that supplies a force to pull the absorbent 100 in the direction of the arrow in FIG.

In order to pull up the absorber 100 that has been pulled out in the direction of the arrow 3)

One more motor should have been formed.

However, even if the motor is formed, the suction nozzle 100 can be moved to the motor

Hold the end of the adsorbent and attach it to the axis that is integrated with the center axis of the motor

There is an inconvenience that the adsorbent moves.

Considering the inconvenience of grasping the end of the adsorbent and attaching it to the axis that is integrated with the center axis of the motor, the inconvenience is not usually a problem.

That is to say, even if the motor is formed in the portion of 2)

 You will have to put on the huge number of rollers in the middle to hold the ends of the adsorbent and attach them to the axis that is integral with the center axis of the motor.

Thus, while the adsorbent roll was automatically supplied as intended by the present invention,

The intent of the adsorbent to rotate is not only impractical

Rather, it will only provide the inconvenience of holding the end of the adsorbent and attaching it to the axis integrated with the central axis of the motor formed in the portion of 2).

FIG. 2 is a view showing an apparatus for removing water contaminants such as oil,

The rolled-up type adsorbent on the water surface above the water surface enables the rolled adsorbent to move, the two center axes of the adsorption canister, that is, one adsorbent before use and the other adsorbable on the center axis winding the adsorbent with oil The absorber barrel is shown above the water pollutant removal device formed above the water surface of the oiled water

3,

When the adsorption tank is formed above the water surface of the oiled water, the adsorption tank is connected to the water surface by two guide rollers formed closer to the water surface than the central axis for winding the adsorption towers, and is wound on the water surface

Figure 4

In the lower part of the absorber barrel, the bottom surface and the both sides are formed as one tube, and on both sides, two center axes for rotating the absorber roll, that is, one absorber before use and one remaining barrel are wound around the central axis around which the oil- A coupling hole or the like is formed so that two central axes can be attached, and no coupling hole or the like is formed so that two guide rollers can be attached

Figure 5

The water is introduced through the hole of the front surface formed by the bottom surface and the both side surfaces of the bottom of the adsorption tank and the water is discharged through the rear surface of the adsorption tank, One or more screws are formed inside the adsorption vessel

To explain the operation of such a structure, the bottom surface and both side surfaces of the water garbage removal device are formed into a tube

The front portion of the water garbage disposal apparatus becomes an inlet for water and garbage, and has a function of forcibly introducing the garbage into the adsorption roll.

The propeller is formed in the middle as well as the rear part for the case where the propeller is formed only on the rear part and the water flows out from the rear part and flows out to the rear part so that the front part of the suction roll can not be an inlet for water and oil.

6,

The water is introduced through the front surface of the adsorption tank and the water is introduced and discharged through the hole on the bottom surface in the rear part and the pipe for the water to be introduced into the hole is formed and the pump is formed in the middle part of the water inflow pipe, And the water is drained through the drain pipe of the pump. The pump is formed at one side of the main body. When the door is formed to open and close the bottom and the rear sides of the suction pipe, And

Explaining the function of this structure

The forced inflow of oil through the open inlet at the front

The inlet is a tube, that is, a tube formed of a bottom surface and both sides,

If a screw is formed or the rear part is closed and the water is forcibly introduced into the hole of the bottom surface through the pump, there is a function of forcing the oil to flow toward the adsorption roll by force of the water regardless of the rotation of the adsorption roll.

Therefore, not only does the ship approach the oil, but also puts the oil in the adsorption roll, but even if the ship is still docked, the water flows through the inflow pipe through the inflow pipe by the action of the screw or the pump and flows out through the inflow pipe. The oil flows into the inlet of the inflow pipe along with the flow of water.

Therefore, even if the boat is still docked, the oil spontaneously follows the water flow to the front of the adsorption roll.

Figure 7

On the outside of the absorber barrel

A first roller on which one end of the absorbing film is wound;

A handle that is connected to the first roller and rotates manually by rotating the first roller,

Figure 8

On the outside of the absorber barrel

A first roller on which one end of the absorbing film is wound;

And a second roller connected to the first roller to rotate the first roller

A first electric motor in which a reduction gear or a belt for deceleration is formed or not is formed,

The first rollers around which the adsorbent rolls are wrapped

An adsorption vessel for fixing the first electric motor;

And the second roller in which the other end of the absorbent is wound is formed inside the absorbent container.

9 is a cross-

A perspective view showing an upper and lower position adjusting and fixing device of the guide roller so that the guide roller can be vertically adjusted in the guide roller

A guide roller is inserted into a long hole formed in the main body, a guide roller cap is inserted into an outer fixing plate to fix the guide roller, the guide roller is adjusted up and down, and then the guide roller is tightened with a butterfly bolt and a nut.

Figure 10

On both sides of the water pollution remover, a fixing plate such as a driving motor is formed so as to be wholly streamlined so as to receive less resistance of water, and a hull or buoyancy device having buoyancy is formed on the lower part of the fixing plate

A control unit capable of wirelessly controlling the hull is formed at one side of the water pollution remover.

11

The water pollution remover

It is used in combination with any of ship, submersible, robot ship, RC ship, robot submersible, and RC submersible

The operation of this structure can be explained by drawing an aquatic pollutant removing device, removing the anchor of the aquatic pollutant removing device at the oil spill site, and operating the aquatic pollutant removing device while fixing it on the water surface.

12 is a cross-

And an illumination unit for illuminating the ship's nighttime light is formed.

Figure 13

And a solar cell is formed as a power source.

Fig. 14

The water contamination eliminating device is a perspective view showing that a camera capable of transmitting and receiving moving images is formed by an IP camera or wirelessly, and the oil is spilled by the smartphone, the computer or the wireless remote control.

Fig. 15

The absorber is a perspective view showing that a door, a hinge, a door locking device, and the like are formed on an upper portion of the absorber container so that the absorber can be inserted into the absorber container.

16 is a cross-

A perspective view showing a fixing member such as a ring which can be fastened to a line so that the water contaminant removing device can be attached to a line on a deck or the like of a ship or the like on a water line, is formed on one side of a main body of an adsorption-

17

17. The LED lamp according to any one of claims 1 to 17, wherein an absorber roll is operated on one side of the main body and an LED bar is formed by the same switch.

Figure 18

When the absorption roll is completely released from the roll by the limit switch or the sensor which senses that the roll of the absorption roll is completely released, the control unit turns the operation mechanism of the roll of the absorption roll off And

When the operation mechanism of the adsorption roll is turned off, the relay light or the like turns on the warning light, and the warning light is turned off by the wired or wireless switch.

19 is a cross-

An anchor, an anchor, and an anchor are wound on one side of the main body, and the anchor is driven by a motor capable of forward rotation and reverse rotation and driven by a wired or wireless switch.

20

When the water is introduced through the front of the absorber barrel and water is introduced through the hole on the bottom surface, a mesh for storing the waste is formed on the inner side of the hole on the bottom surface. The water is drained through a drainage pipe of the pump through a pump in the middle part of the inlet pipe of the water through the net for filling and the pump is formed at one side of the main body

In the oil separator in which the oil separator is formed at one side of the pump and the oil separator is to be kept horizontal, an oil storage tank for storing the oil discharged from the oil separator is formed at one side of the main body of the aqua-

The oil is separated from the oil separator of the pump and the mixture of the remaining unseparated oil and water is discharged to the discharge port. The discharge port is configured such that a mixture of oil and water is dropped at the upper part of the suction pipe so that the oil, will be.

Figure 21 relates to a horizontal holding device of a oil separator

When the oil separator formed on one side of the pump is a oil separator in which the horizontal should be maintained, the horizontal holding device of the oil separator contains the liquid in the container and the oil separator is formed on the liquid. The horizontal state is maintained by gravity and the oil separator formed inside the vessel is maintained in a horizontal state.

22 is a view showing a state in which when the water is introduced through a hole on the front surface formed by the bottom surface and the side surface formed by one side of the bottom of the adsorption tank and the water is discharged through the rear surface of the adsorption tank, A length adjusting pipe having a door opening formed at a front side thereof and connected to one side of a lower portion of the front side by a coupling hole, the length of the suction pipe varying; And

A length adjusting device coupled to the side of the length adjusting pipe and adjusting the length of the length adjusting pipe,

An underwater camera installed around the inlet of the length-adjusting pipe in which the length of the suction pipe is variable; And

A monitor for receiving and outputting an image captured by the underwater camera in cooperation with the underwater camera;

And a lighting unit installed at the periphery of the underwater camera for irradiating light in a photographing direction of the underwater camera.

As described above, the present invention has been described with reference to particular embodiments, such as specific elements, and specific embodiments and drawings. However, it should be understood that the present invention is not limited to the above- And various modifications and changes may be made thereto by those skilled in the art to which the present invention pertains.

Accordingly, the spirit of the present invention should not be construed as being limited to the embodiments described, and all of the equivalents or equivalents of the claims, as well as the following claims, belong to the scope of the present invention .

1: Stool absorbent 2: Absorbent container
3: electric motor 5:
10: guide roller 11: fixed plate
15: Buoyancy device 20: Screw
21: Smartphone 22: Wireless remote control
23: center shaft 26: absorbent shaft
27: illumination part 28: solar panel
29:
30: LED bar (adsorber roll operation signal)
31: wireless camera 32: hole
35: Handle 37: Trash can
38: Vacuum suction port of water 39:
50: Moon 51: Water
52: first roller 53: second roller
55: Vertical adjustment plate
56: motor boat 57: hinge
58: Locking device 59: Row
70: Fixing ring 71: Warning light
72: Anchor 73: Anchor Line
75: Oil separator 78: Oil tank
80: horizontal holding device 81: ship

Claims (30)

An apparatus for removing contaminants from water, such as oil,
The rolled-up type adsorbent on the water surface above the water surface enables the rolled adsorbent to move, the two center axes of the adsorption canister, that is, one adsorbent before use and the other adsorbable on the center axis winding the adsorbent with oil Wherein the adsorption tank is formed above the water surface of the oil-containing water. The method according to claim 1,
Wherein when the adsorption tank is formed above the water surface of the oiled water, the adsorption tank is connected to the water surface by two guide rollers formed closer to the water surface than the central axis for winding the adsorption towers, . The method according to any one of claims 1 to 2, wherein
In the lower part of the absorber barrel, the bottom surface and the both sides are formed as one tube, and on both sides, two center axes for rotating the absorber roll, that is, one absorber before use and one remaining barrel are wound around the central axis around which the oil- A coupling hole or the like is formed so that two central axes can be attached, and no coupling hole or the like is formed so that two guide rollers can be attached

The water is introduced into the bottom of the adsorption tank through a hole on the front surface formed by one side and the bottom surface is formed into one pipe and the water is discharged through the rear surface of the adsorption tank, At least one screw is formed inside the adsorption column
The water is introduced through the front surface of the adsorption tank and the water is introduced and discharged through the hole on the bottom surface of the rear part and the water is introduced into the hole and the pump is formed in the middle part of the water inlet pipe, And the water is drained through the drain pipe of the pump. The pump is formed at one side of the main body. When the door is formed to open and close the bottom and the rear sides of the suction pipe, And
And a screw for generating a thrust is separately formed on one side of the adsorption tank. The apparatus according to claim 2 or 3, wherein the central axis of the screw is connected to a driving device such as a motor formed on a water surface by a belt pulley and is driven or rotated by a gear. 5. The method according to any one of claims 1 to 4,
On the outside of the absorber barrel
A first roller on which one end of the absorbing film is wound;
A first motor connected to the first roller to form a handle for rotating the first roller manually or rotated by hand or a first electric motor in which a reducer or a belt for deceleration is formed or not is formed,
The first rollers around which the adsorbent rolls are wrapped
An adsorption vessel for fixing the first electric motor;
Further comprising a second roller inside the adsorption column to which the other end of the adsorption column is wound. 6. The method according to any one of claims 1 to 5,
And an upper and lower position adjustment and fixing device of the guide rollers so that the guide rollers can be adjusted up and down in the guide rollers. The method of claim 5, wherein
Wherein the adjustment of the guide rollers in the up and down direction by the rack and pinion gear integrated with the motor is performed by a wireless or wire switch. 8. The method according to any one of claims 1 to 7,
Wherein a fixing plate such as a driving motor or the like is formed on both sides of the water contamination eliminating device so as to be wholly streamlined so as to receive less water resistance and a hull or buoyancy device having buoyancy is formed on the lower part of the fixing plate. 9. The method according to any one of claims 1 to 8,
The water pollutant removing device comprises:
And is used in combination with any one of a ship, a submersible, a robot ship, an RC ship, a robot submersible, and an RC submersible. 10. The method according to any one of claims 1 to 7 or 9,
Wherein a control part capable of controlling the ship by radio is formed at one side of the water pollutant removal device. An apparatus according to any one of claims 1 to 10, wherein an illuminating unit for illuminating the ship's nighttime light is formed.  The apparatus according to claim 11, wherein the illumination unit for irradiating light is a laser light. The method according to any one of claims 1 to 12,
And a solar cell is formed as a power source. The method according to any one of claims 1 to 13,
A water pollutant removing device is provided with a camera capable of transmitting and receiving moving images by an IP camera or wirelessly, and is operated while watching the oil spilled by the sea using a smartphone, a computer, or a wireless remote controller. 15. The method according to any one of claims 1 to 14,
Wherein the adsorbent in the adsorption tank is formed with a door, a hinge, a door locking device, or the like on the upper side or the other side of the adsorption tank so that the adsorption can be interchanged. 16. The method according to any one of claims 1 to 15,
Characterized in that a fixing means such as a ring is formed on one side of the main body of the adsorption tank or the water pollution removers so that the water pollution removers can be mounted on a deck, Device. The apparatus according to any one of claims 1 to 16, wherein an LED bar is formed on one side of the main body by the same switch as that of the adsorption roll. 17. The absorbent article according to any one of claims 1 to 17, wherein all of the absorbent rolls are released and stopped by a limit switch or the like, or a sensor detecting that the absorbent rolls are completely unwound, The control unit turns off the operation mechanism of the adsorbent roll. 19. The apparatus according to claim 18, wherein when the operation mechanism of the adsorption roll is turned off, the warning light is turned on by the relay or the like, and the warning light is turned off by the wired or wireless switch. Wherein an aquarium, an anchor line and an anchor line winding mechanism are formed on one side of the main body of the water contamination elimination device. Wherein the anchor line of claim 20 is driven by a motor capable of forward rotation and reverse rotation and is driven by a wired or wireless switch. A method according to any one of claims 1 to 21, wherein the oil fence is placed around the spill oil, the parts are made so that they can be assembled, the assembly is carried out at the accident site, 5. Turn down the anchor to fix it in the accident area, ie where the oil is leaking. 6. When the roll of the adsorption roll is all over, make the warning light ring. 7. Go to the motor boat and change the adsorption roll. And removing the contaminant from the water. The method of claim 3, wherein
When the water is introduced through the front of the absorber barrel and water is introduced through the hole on the bottom surface, a mesh for storing the waste is formed on the inner side of the hole on the bottom surface. Wherein the pump is drained through a drainage pipe of the pump through a mesh in the middle of the inlet pipe of the water, and the pump is formed at one side of the main body. Item 23
Wherein the oil storage tank for storing the oil discharged from the oil separator is formed on one side of the main body of the water pollution remover, when the oil separator is formed on one side of the pump, . In claim 24,
The oil is separated from the oil separator of the pump and the mixture of the remaining unseparated oil and water is discharged to the discharge port. The discharge port is configured such that a mixture of oil and water is dropped at the upper part of the suction pipe so that the oil, Wherein the water pollutant removing device comprises: In claim 24,
When the oil separator formed on one side of the pump is a oil separator in which the horizontal should be maintained, the horizontal holding device of the oil separator contains the liquid in the container and the oil separator is formed on the liquid. Wherein the horizontal separator is maintained in a horizontal state by gravity, and thereby the oil separator formed in the vessel is maintained in a horizontal state. 27. The method according to any one of claims 1 to 26,
In the case where the water is discharged through the hole on the front surface formed by the bottom surface and the side surface formed by one side of the bottom of the adsorption tank and the water is discharged through the rear surface of the adsorption tank, A length adjusting pipe having a shingling door formed on a surface thereof and connected to one side of a lower portion of the front surface by a coupling hole, the length of the suction pipe varying; And
A length adjusting device coupled to a side of the length adjusting pipe and adjusting a length of the length adjusting pipe; Further comprising an adsorbent. 28. The method of claim 27,
An underwater camera installed around the inlet of the length-adjusting pipe in which the length of the suction pipe is variable; And
A monitor for receiving and outputting an image captured by the underwater camera in cooperation with the underwater camera; Further comprising an adsorbent. 29. The method according to any one of claims 1 to 28,
Further comprising an illumination unit installed in the vicinity of the underwater camera for irradiating light in a photographing direction of the underwater camera. 32. The method according to any one of claims 1 to 29,
Wherein all of the electric actuators are operated by a wireless switch or a remote controller.

Images