KR20150085960A - removes The algae of duck-shaped skimmer which uses the solar cell. - Google Patents

Abstract

The purpose of the present invention is to improve the quality of water in a settling pond and to provide visible cleanliness and an attraction for visitors. The present invention relates to a duck shape apparatus for removing green algae through sunlight, which infinitely rotates by sunlight and performs cleaning to the extent of avoiding being harmful to a structure. Unlike work of repeating small force, a high-pressure spraying washing method which is performed two or three times per year damages paint and a structure. However, the duck shape apparatus for removing green algae consecutively cleans outer walls using a water sump motor operated by sunlight, an underwater pump, a UV LED lamp, and a vibration motor. In addition, the duck shape apparatus for removing green algae can become an attraction for visitors.

Description

Solar algae duck model remover. {Removes the algae of duck-shaped skimmer which uses the solar cell.}

The present invention relates to improvement of the water quality of a water purification plant to be introduced into a filter paper through a water channel (50) of a dropper by removing green algae and suspended matter adhering to the outer wall of a dropper of a water purification plant and the like.

It is deposited on the facilities such as water purification plant structure paint by green algae and float, and it is aesthetically dirty and pollutes the water quality. There is always a limit to keeping the cleanliness of the facilities that are continuously polluted by the cleaning work twice a year. It is a small force, but it uses sunlight to improve structure protection and clean water quality through steady sequential work.

Also, periodic natural neck movements of duck models give fun to outsiders.

The high-pressure sprinkler cleaning method, which is conducted twice or three times a year, has a limitation in maintaining the cleanliness of the outer wall of the dropper which is completely blackened with green algae and suspended matters even after 1 to 2 months, and it is troublesome to clean it every month in order to maintain it.

And this high-pressure sprinkler cleaning method causes paint spoilage, abrasion, tear, structure damage at the same time as the cleaning residue. The resulting paint residue also causes secondary contamination. This is a small force that does not damage the facility and prevents the contamination source from sticking.

The water purification plant should be cleaned with a blue paint color and should provide a refreshing feeling on a somewhat dry course.

Accordingly, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an apparatus and method for driving and washing water with infinite power of sunlight and infinitely provided water

Duck in the form of water in the shape of a fountain is sprayed on the face, cup-shaped beak in the water to drink the food in the see-saw movement due to the weight difference is a feature that gives the visitors fun.

The present invention facilitates the removal operation by connecting the three floating passage cylinders to a certain water level, thereby contributing to the protection of the structure, the improvement of the cleanliness and the water quality, and the role of the tour course.

1 is an overall perspective view of a triangular suspension device cask to which the technique of the present invention is applied;
2 is a cross-sectional view of a dropper outer wall and a water channel to be cleaned of the remover of the present invention
3 is a duck model partial view and a duck model silhouette of the present invention.
4 is a plan view showing a branched hose and a water pump of the submersible pump of the present invention
Fig. 5 is a whole view of the sedimentation basin as a field of study applied to the present invention. Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 is a perspective view of a remover, Figure 2 is a cross-sectional view of an external wall and a water channel to be removed by abutting with a remover, Figure 3 is a partial detail view of the construction of a duck model, Figure 4 is a cross- Layout showing placement

Fig. 5 is an overall view of the eliminator viewed from the tour course.

A water motor is installed in the secondary flow channel 210, a submersible pump is installed in the secondary flow channel 120, a vibration motor is installed on the upper side of the vibration bar 170, and a UV LED lamp is installed

The technique of the present invention is directed to the forward movement by a water current motor attached to the secondary flow channel 210 by the direct current of the solar panel 100 shown in the perspective view of FIG. 1, .

The height of the perforation 20 is the maximum height of the contaminant to be removed

This height is a constant work by matching the buoyancy to the triangular pillar-shaped three part circulation.

The forward eliminator is treated with a beveled front, and the wall is brought into close contact with the advancing stream. The tilted collection bar 160 installed in the device container 130 advances and sinks along the slopers and collects in the collection net 190. The broken portion of the tilted collection bar is pushed out of the perforation 140 in the middle, To prevent the break of. The UV LED lamp is simultaneously sterilized by the wavelength of the UV LED lamp 170. The vibrating motor 170 causes vibrations in the water due to vibration of the vibration motor 170,

Removal of contaminants by injecting hydraulic pressure into the device through-hole (180). The generation of the water pressure is possible by connecting the water pump (installed in 120) to the pipe and hose connection.

Removal of the contamination source by removing the scrubber (200).

It is pierced everywhere, and the water pollution which is caught in the scrubber is removed by water pressure.

The eliminator drives the square course along the outer wall 40 counterclockwise.

The right angle portion can turn the direction of the force advancing by inserting the clip 10 of FIG. 2 into the screw 30.

The hydraulic hose of the submersible pump is branched to draw a part in the form of a fraction, and another part is branched outward and brought into close contact with the outer wall

Using this, the weight is weighted on the cup-shaped beak by spraying on the duck model face 3-1 of FIG. When the beak is lowered 3-2 Water flows out to reduce the weight.

Repeat the restoration by the weight of ribbon 3-3.

3-4 is a fixing plate that can be used to connect the neck connection pin.

3-5 Duck model silhouette to be mounted on the solar panel

Figure 4 shows the arrangement of the branched hoses and the water motors of the submersible pumps.

Figure 5 shows the sedimentation site as an alternative field of study.

The clip (10)
Dropper Perforation (20) Dropper Screw (30)
Dropper Outer wall (40) Dropper (50)
Solar panels (100)
[0035]
The secondary distribution (120, 210 ..)
In the device case 130,
Gypsum barrels (140)
UV LED LAMP (150)
The warp pick bar (160)
The vibrating rod (170)
Scrubbing (200)
The collection network (190)

Claims (2)

This eliminator is a facility to remove green algae and suspended matters. It maximizes the protection of the sedimentation structure and the water quality improvement by using the solar panel 100 and the inclined triangular circulation 120 and 210, Barrel 130;
An inclination collecting bar 160 installed in the apparatus case;
A mounted UV LED LAMP 150;
A perforation 180 injection system;
A vibration bar 180;
(200) mounted on the end of the device cylinder;
Solar algae remover 1 < / RTI >
(3-1) by spraying the water pressure hose of the submersible pump to the neck of the duck model (3-3)

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