KR20210112607A - Solar power generation device for sea level equipped with float cleaning device - Google Patents

Abstract

The present invention relates to a solar power generation device for sea level provided with a float cleaning device, and more specifically to an invention, which is a photovoltaic power generation device equipped with a light-weight floating object cleaning device such as waste plastic, fishing gear, and construction waste flowing from the sea level, providing water quality improvement by removing floating matter from the sea level by filtering a filter bag that flows using the power of the photovoltaic panel. According to the present invention, a marine float cleaning device comprises: a frame box (136) assembled with a frame (175) to be provided for floating at sea level (135); a bushing (180) fixed to the upper side of the frame box (136); a housing (185) that moves while surrounding the bushing (180); and a filter box (150) coupled to the photovoltaic panel (290) provided in the housing (185).

Description

Solar power generation device for sea level equipped with float cleaning device {Omitted}

The present invention relates to a solar power generation device for sea level provided with a floating object cleaning device, and more particularly, to a solar power generation device equipped with a lightweight floating object cleaning device such as waste plastic, fishing gear, and building waste flowing from the sea level, It is an invention that provides water quality improvement by removing floating matter from the sea level by filtering the filter bag that flows into the power of the photovoltaic panel.

In the global era, which is generally formed by industrial development, industrial facilities or residential areas are formed in coastal areas, which is the flow of floating matter, a source of sea level pollution, that moves into the ocean currents flowing due to the development of marine traffic and abnormal climate change, especially in deep-sea areas. Pollution at the sea level even in the five oceans is deepening, and long-term filtration is difficult due to durability and safety issues due to waves at sea level, etc.

At the sea level in coastal areas, solar power generation devices, which are new and renewable energy, are being electrically installed due to the development of industry. In addition, lightweight waste such as plastic waste, fishing gear, and waste structures generated in the era of urbanization and deep-sea fishery development is floating, destroying the ecosystem of aquatic organisms living in the sea, or even polluting the water quality. The upper part of the inlet for inhaling should be drawn to the surface of the water.

In addition, in order to effectively collect the floating matter formed on the sea level, floating work is being carried out, but appropriate collection measures for the floating material in the area of use are insufficient. In addition, the collection of the floating debris filtered by the conventionally submitted floating material removal device is required to provide a simple collection device under the adverse conditions of the work site, such as sea level.

In addition, since most cleaning devices are performed on a large area of the sea level, there is inevitably a problem in the supply of power for long-term operation due to wave disturbances and shocks. There is a trend, but it is not a fundamental measure for reinforced cleaning.

It is a phenomenon that floats on the sea level in coastal areas and moves in a suspended state according to the flow of seawater. There is a purpose.

In addition, it flows into a mixed current due to heavy rains, etc. that flow from the sea level in the coastal area to the rainy season. Most of the introduced floating matter is a reality in which wastes suspended at the sea level, such as shredded waste resin, lightweight buildings, fishing gear, etc., flow along with the current, which is a reality that becomes an ecological problem as a state of excessive agglomeration.

It is broken down by the sea level that flows almost stagnantly, the stored Soho state, and waves, and flows as shreds. In particular, if ingested fish, etc. mistake it for food, the ingested waste resin pulverized material accumulates on the fish and aquatic animals and leads to long-term death, which adversely affects the global ecosystem. In addition, it is to provide a water purifying device for long-term durability and workability reinforcement by adaptively moving according to the sea level fluctuating with waves as a combination of a cleaning device and a large-area photovoltaic panel installed on the water surface. The purpose is to provide for the improvement of water quality by filtering the wastes floating on the surface of the furnace and providing them for packaging and transportation at the same time.

A frame box 136 assembled with a frame 175 to provide for floating at sea level 135, a bushing 180 fixed to an upper side of the frame box 136, and moving while surrounding the bushing 180 In the marine float cleaning device provided as a filter box 150 coupled to the photovoltaic panel 290 fixed to the housing 185,

A plurality of outlets 130 penetrating through the front surface of the jacket 141 for the panel 141 for the filter box 150, a discharge pump 140 coupled to the inner space of the outlet 130, and the filter box The angle assembled to the inlet 177 of the inlet 177 assembled to the jacket 141 on the rear side of 150 and the assembling beam 175' inclined to the inlet 177, and the inlet 179 of the filter bag 149 to be assembled to the inlet 177. (172) and the assembly beam (175') and the angle 172 so that the filter bag 149 is inserted in the filtering space 192 for the filter box 150 is operated by the driving of a crane 169, not shown. A fixed wire mesh fixed in a rectangle to the assembly beam 175' so that a filtering space 192 for inserting and withdrawing the filtering bag 149 with a roof, and a suction space 160 inside the filtering space 192 are formed. (183) and a filter bag 149 for filtering floating matter by the thrust of the frame box 136 guided by the discharge force of the discharge pump 140 provided in the discharge port 130;

A protruding frame 272 connected to the outside by protruding from the edge of the frame 175 for the frame box 136, a safety buoy 250 provided by connecting the ends of the protruding frame 272, and the protruding frame ( It is an invention to provide a work space 280 provided with a flooring 290 covering the protrusion section of 272), and a guider pump 240 protruding from the edge of the frame 175 for the frame box 136 to both sides. .

In addition, the process of crimping (293) the bushing 180 fixed to the frame 175 of the frame box 136 to which the bolster 128 is assembled to the housing 185 of the bolster 128 is the frame box. A fixed rod 176 that separates the inner space of (136) into front, middle, and rear (a, b, c) sections;

In the filter box 150 provided on the front side (a) of the frame box 136, a filtering space 192 in which a filtering bag 149 is inserted, and an inlet 177 inclined in the filtering space 192 are formed. A filter box 150 for inserting the filter bag 149 with the assembly beam 175 ′ and the filter space 192 as much as possible;

An assembly beam 175 ′ in which an inlet 177 for the filter box 150 is formed, and a filtering space 192 coupled to an angle 172 at which the inlet 179 of the filtering bag 149 is fixed;

In the middle section (b), a moving space 153 for withdrawing and assembling a guilm bag 149 containing floating matter in the guilm box 150 with a crane 169, and a corner of the frame 172 for the frame box 136 A photovoltaic panel 290 inclined to the end of the support pillar 269 protruding in (g), a protruding frame 275 protruding from the edge g of the filter box 150, and the protruding frame ( A safety buoy 250 fixed to the end of the 275) and a bottom plate 266 and a handrail 268 are provided in the protruding section of the protruding protruding frame 275, and the frame box 136 is equipped with a filter bag for floating objects. It is an invention that provides a working space for the collection of (149).

In addition, the photovoltaic panel 290 is provided as a front section of the frame box 136, and in the rear section of the frame box 136, a second photovoltaic power plant 291 is inclinedly fixed on the pedestal 128. Wow,

A safety buoy 250 for fixing with a protruding frame 272 that is fixedly protruding from the frame box 136 for the plurality of filtering boxes 150, and the frame box of the other side continuously connected from the safety pole 250 ( Doe provided with a guide pump 240 provided in the spaced space (m) formed by the provision of the protruding frame 272 for 136' and the spaced space (m) of the frame box 136 connected to each other, the frame box ( 136) while combining the protruding frame 272 that is connected to the inclinedly symmetrical separator 263 at the rear edge of the safety buoyancy 250 with an elastic body with reinforced flexibility with each other.

A protrusion frame 272 provided with a separation space m as protruding from the upper and lower sides and the left and right corners of the frame boxes 136 and 136 ′, and the ends of the protruding frames 272 are connected by a connection A work space 280 provided with a safety pedestal 250, a bottom plate 255 covering the protrusion section of the protruding frame 272, and a frame box 136 provided with the work space 280 A buffer space (m) provided therebetween, and at one end of the buffer space (m), a safety buoy 250' connected to a separator 263 symmetrical with an inclined angle 263, and a safety buoy base 250' ) as the provision of an enlarged inlet 283 that enlarges the inflow of the float 210 with the provision of a floating object 210 hanging on the enlarged inlet 283 in the rear side (c) section of the frame box 136. It is an invention provided to remove with the take-off of the loaf connected to.

In addition, the frame 175 for the frame box 136 is divided into front and rear sections (a, c), and a screw 324 fixed to the rear section (c) of the frame 175 and the screw A photovoltaic power generation device 390 in which an inner space (A) is formed by driving up and down by driving (324), a bushing 180 coupled to the front section (a) of the frame 175, and the bushing 180 ) is provided with a second photovoltaic device 391 that is inserted and driven into the inner space (A) while being coupled to the screw beam 325 to cover the frame box 136 and increase the area of the frame box 136 The second protruding beam 355 and the second protruding beam 355 cover the photovoltaic device 390 and the second photovoltaic device 391 and protrude to the outside of the safety attachment unit 250 . It is an invention provided to reduce typhoon damage to the cleaning device 170 by having the second safety buoy 350 at the end of the .

The cleaning device of the present invention automatically performs the removal of the filter sack contained by filtering and filtering at the same time as floating on the sea level while moving floating on the sea level, such as coastal areas. It is a useful invention to improve the water quality at sea level to an eco-friendly state by collecting construction, agricultural and aquatic wastes.

Therefore, it is to provide a useful environment for water quality improvement so that floating matter is maintained in a state of being removed by improving the water quality of the coastal area, and the ecosystem of aquatic animals or fish living in the water is restored.

1 is a partial state diagram of the use state of the main part of the present invention;
Figure 2 is a partially separated perspective view of the main part in Figure 1;
3 is a cross-sectional view taken along line AA in FIG.
4 is a cross-sectional view of a main part of the working process in FIG. 3
5 is a partial perspective view of an embodiment of the main part in the present invention;
6 is a cross-sectional view taken along line BB in FIG.
Fig. 7 is a partial perspective view of another embodiment of the main part in Fig. 5;
8 is a cross-sectional view taken along line CC in FIG. 7
9 is a partial perspective view of an embodiment of the main part in FIG. 7;
FIG. 10 is a partial perspective view of the main part of FIG. 9 ;
11 is a cross-sectional view taken along line DD in FIG.
12 is a partial perspective view of an embodiment of the solar power generation panel in FIG.
13 is a cross-sectional view taken along line EE in FIG.
14 is a cross-sectional view of an operating state of the main part in FIG. 13;
15 is a partial perspective view of the main part of the present invention in use;
16 is a cross-sectional view taken along line FF in FIG. 15;
17 is a cross-sectional view of a main part of the embodiment in use in FIG. 16;
18 is a partial perspective view of an embodiment in the state of use of the main part in FIG. 15;
Fig. 19 is a partial cross-sectional view of the state of use in Fig. 16;
20 is a fragmentary cross-sectional view of another embodiment of the main portion in FIG. 15;

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. The embodiments introduced below are provided as examples so that the spirit of the present invention can be sufficiently conveyed to those skilled in the art.

Also, the present invention is not limited to the embodiments described below and may be embodied in other forms. And in the accompanying drawings, the width, length, thickness, etc. of the components may be exaggerated for convenience. Like reference numerals refer to like elements throughout.

That is, FIG. 1 is a partial state diagram of the main part of the present invention in use, FIG. 2 is a partially separated perspective view of the main part in FIG. 1, FIG. 3 is a cross-sectional view taken along line AA in FIG. 2, and FIG. It is a cross-sectional view of the main part of the process, FIG. 5 is a partial perspective view of an embodiment of the main part in the present invention, and FIG. 6 is a cross-sectional view taken along line BB in FIG. 5 .

7 is a partial perspective view of another embodiment of the main part in FIG. 5 , FIG. 8 is a cross-sectional view taken along line CC in FIG. 7 , FIG. 9 is a partial perspective view of an embodiment of the main part in FIG. 7 , and FIG. It is a partial perspective view of the main part, and FIG. 11 is a sectional view taken along line DD in FIG.

In addition, FIG. 12 is a partial perspective view of an embodiment of the photovoltaic panel in FIG. 7 , FIG. 13 is a cross-sectional view taken along line E-E in FIG. 11 , and FIG. 14 is a cross-sectional view of the main part in FIG. 13 .

Therefore, the present invention is an invention that provides water quality improvement by filtering floating matter moving in a suspended state according to the current at sea level 135 with a filter bag 149, and as shown in the accompanying FIGS. It is an invention that provides to separate the floating matter that is widely scattered on the water surface and filtered by the filter bag 149 provided in the filtering device 150 by the operation of the crane 169.

Therefore, in order to solve the above problem, if described in detail based on the accompanying drawings, the frame box 136 and the filter bag 149 for the filter bag 149 for filtering the floating waste are subjected to the filtering process. It is an invention for the extraction process for

Therefore, the frame box 136 is assembled with a frame 175 to form a predetermined inner space so as to remove waste while floating at the sea level 135, and the buoyancy force at the sea level 135 fixed to the upper side of the frame box 136. In order to assemble a device for reinforcing the , the bushing 180 fixed to the frames 175 on both sides, and the photovoltaic panel 290 fixed to the housing 185 that moves while surrounding the bushing 180 ) and the length section of the frame 175 for the frame box 136 is divided into three equal front, middle, and rear sides (a, b, c), the front side (a) of the frame box 136 It is an invention that provides a filter box 150 having a panel 141 built in the space of the .

Here, in the frame box 136, a detailed description of the filter box 150 provided to achieve filtering by reinforcing propulsion at sea level is, as shown in the accompanying FIGS. 2 to 6, the panel for the filter box 150 ( 141), a plurality of outlets 130 penetrating through the front surface, and a discharge pump 140 coupled to the inner space of the outlet 130; is an invention that provides propulsion direction adjustment as a control of the variable rotational force.

In addition, the device for assembling the filter bag 149 by driving the crane 169 in the filter space 192 of the filter box 150 provided in the space on the front side (a) in the inner space of the frame box 136. The description, as shown in the accompanying Figures 3 to 4,

An inlet assembled with an assembling beam 175 ′ that is inclined so that floating substances suspended in seawater can easily flow into the rear of the jacket 141 for the filter box 150 provided on the front side (a) of the frame box 136 . (177), an angle 172 assembled to the inlet 179 of the filter bag 149 so as to be assembled to the inlet 177, and a filter bag in the filtering space 192 for the filter box 150 The assembly beam 175 ′ and the angle 172 are inserted into and pulled out from the assembly beam 175 ′ and the angle 172 so that the 149 is inserted by the loaf 164 operated by the operation of the crane 169 (not shown). It is an invention that provides to make it happen. Here, the assembling beam 175' so that the suction space 160 is formed outside of the filtering space 192 to quickly filter the seawater from the floating substances introduced into the filtering space 192 of the filtering bag 149. It is an invention induced by the discharge force of the fixed wire mesh 183 fixed in a rectangular shape and the discharge pump 140 provided in the discharge port 130, which is a floating object in the filter bag 149 by the driving force of the frame box 136. It is an invention provided to filter.

In addition, in order to provide a stable working area for withdrawing floating objects from the frame box 136 under adverse conditions of sea level, a protruding frame 272 protruding outward from the edge of the frame 175 for the frame box 136 and , a working space 280 provided with a safety buoy 250 provided by connecting the end of the protruding frame 272 and a flooring 290 covering the protruding section of the protruding frame 272,

By providing guider pumps 240 protruding from the corners of the frame 175 for the frame box 136 to both sides, it is an invention that provides stable cleaning in adverse conditions swaying due to waves of sea level, etc.

In addition, the crimping () process of the bushing 180 fixed to the frame 175 of the frame box 136 in which the boogie pedestal 128 is assembled into the housing 185 of the boogie pedestal 128 is sea level 135) As a device for providing an assembly process by a control device, not shown, the filter bag 149 driven while being connected with a rope for the crane 169 anchored in the

A fixing rod 176 fixed to the frame 175 so as to separate the inner space of the frame box 136 on both sides into front, middle, and rear (a, b, c) sections, and the fixing rod 176. The formed middle and rear (b, c) are separated by the frame (175) and the middle (b) section that draws out the suspended matter filtered in the filter bag (149), fishing gear floating on the sea level (), household waste It is formed in the rear (c) section that draws out the floating matter 210 in the form of a lump,

Here, in order to open the front side (a) for assembling the filtering bag 149 to the filtering device 150 assembled on the front side (a), the auxiliary base 128 assembled to the bushing 180 of the frame 175. is moved to the rear side (c).

Therefore, in the space of the front side (a), the description of the assembly device of the geolreum bag 149, which is the main part of the present invention, is to confirm the movement to the rear side (c) section of the frame box 136, the front and middle sections (a, b) ), check the securing of the assembly space for the filter bag (149).

Therefore, the assembly beam 175' and the filtering space 192 are formed so that the filter box 150 provided on the front side (a) of the frame box 136 and the inlet 177 inclined to the filter box 150 are formed. A filter box 150 that is inserted and installed by a filter bag 149 with the provision of

The angle 172 at which the inlet 179 of the filter bag 149 is fixed, and the loaf 164 connected to the angle 172 are assembled by the driving of the crane 169 to the assembly beam 175' and the angle 172. This combination is a device provided to be injected into the filtering space (192).

In addition, in the middle section (b), a moving space 153 for drawing out and assembling the geolm bag 149 containing the floating matter in the geolm box 150 with the crane 169,

A withdrawal space ( 156) and; The floating object 210 takes a lump of a building, fishing net, etc., floating at the sea level with a rope or the like.

Here, the driving of the bolster 128 is a control device, not shown, which controls the moving process by crimping the bushing 180 for the frame 175 and the housing 185 of the frame box 136, and the frame box 136 ) is an invention provided to drive the filter bag 149 and the float 210 assembled in the inner space with a control device, not shown, depending on the withdrawal conditions.

In addition, since the cleaning device, which is the main part of the present invention, is a device that cleans zero floating matter in a large area of the sea level, it is shaken due to waves appearing at the sea level, etc. As an invention to provide a safe space for this, the attached Fig. 5 9, the photovoltaic panel 290 inclined to the end of the support pillar 269 protruding from the edge (g) of the frame 172 for the frame box 136, and,

In addition, the protruding frame 275 protruding from the edge g of the filter box 150 , the safety base 250 fixed to the end of the protruding frame 275 , and the protrusion of the protruding protruding frame 275 . The section is provided with a bottom plate 266 and a handrail 268, and it is an invention that provides a working space for the collection of the filter bag 149 for floating objects in the frame box 136.

Here, the description of the photovoltaic panel 290 is to provide the power of the propulsion pump for propulsion of the cleaning device, and is provided with a solar power panel 290 that is inclined to reduce damage from blowing strong winds. This is the preferred invention.

In addition, when a typhoon or strong wind blows at sea level 135, as shown in the accompanying FIGS. By inserting the second photovoltaic panel 291 fixed to the pontoon 128, the moving process of the guilreum bag 149 from the front side (a) is provided, and also a support pillar to reduce damage caused by typhoons. (269) is a preferred invention to provide by assembling a piston not shown.

The explanation for preventing typhoon damage by inducing a strong wind into the air when a typhoon blows at the sea level and the extraction process of the geolleum bag 149 from the solar power panel 290 is the solar power panel 290. It is provided as a front section of the frame box 136, and the rear section of the frame box 136 is provided with a second photovoltaic power board 291 fixed at an angle from the boogie stand 128, It is provided to provide a withdrawal process.

In addition, as moving the middle and rear (b, c) sections of the inner space of the frame box 136 between the bushings 180 fixed to the frame 175 for the buoyancy stand 128 and the frame box 136, the crane (228) of the clamping 293 fixed by a control device, not shown, so as to move the frame box 136 section in order to secure a space for drawing out the filter bag 149 and the floating material 210. It is to provide an invention for performing a filtering process at the sea level ( ) of a wide width by weaving the plurality of frame boxes 136 with each other.

A frame box 136 ′ that is fixed by an angle 172 that is fixedly protruding from the frame box 136 for a plurality of filtration boxes 150 continuously connected thereto, and the frame boxes 136 and 136 ′. A protruding frame 272 provided with a separation space m by protruding from the frame 175 outward, respectively, and a safety buoy 250 provided with flexibility by waves while connecting the ends of the protruding frame 272 And, the spacing between the working space 280 formed by the protruding beam 255 in the protruding frame 272 and the frame box 136 in which the buffer space m is disposed while being connected to the working space 280 . At one end, the protruding inclined angle 263 is connected to the safety buoy 250 ′ that is fixed to be symmetrical, and the operation space m of the operation pump 240 is formed, so that the frame during operation at sea level 135 It is an invention that provides to remove the floating matter 210 introduced into the geolleum section 156, which is the rear side (c) section of the box, by drawing it out with a hook connected to the ropu.

In addition, the floating object expanded by the provision of a safety buoy 250 ′ extended by connecting the projecting frame 272 connected to the outside from the edge of the frame 175 for the frame box 136 to the projecting portion 274 that is joined as an inclined projection. By forming a separation section (m) of the expanded inlet 283 that expands the inflow for 210 and the cleaning device 170 widened by the expanded inlet 283, to stably enlarge the filtering area of the sea level 135 provided invention.

In addition, it provides safe operation while effectively providing filtering work in the sea level fluctuated by waves, etc., and is connected to the upper end of the support pillar 269 protruding from the frame 175 for the continuously connected frame box 136. It is an invention to provide a wide photovoltaic panel 290'.

[Example 1]

The wave-like sloshing that occurs frequently at the sea level 135 is caused by the wind blown by the sea level contained in a wide area, and most sea level cleaning devices are damaged due to the impact caused by the sloshing and the frame of the cleaning device. It is an invention for providing durability and work stability for a cleaning device performed from a long distance, and an embodiment of the cleaning device 170 according to this will be described in detail based on the accompanying FIGS. 15 to 20,

15 is a partial perspective view of the main part of the present invention in use, FIG. 16 is a cross-sectional view taken along line FF in FIG. It is a partial perspective view of one embodiment in a used state, FIG. 19 is a partial cross-sectional view in a used state in FIG. 16, and FIG.

Therefore, in the fresh water device 170 that performs cleaning work at sea level ( ), the crimp bag 149 connected to the roof 169 of the crane 132 is a filter box that is hard in the front section (a) of the frame box 136 The strong wind against the large area of the solar panel 290 and 291 against the strong wind blowing while performing the filtering process for the waste vinyl body suspended at the sea level as insertion and snow in the filtering space 192 of 150 A photovoltaic panel 290 ( 291) by covering the driving in a horizontal state to minimize the impact from strong winds, the solar power panels 390 and 391 in a horizontal state like the sea level are the invention for.

Therefore, a section of the frame 175 for the frame box 136 is divided into front and rear sections (a, c), and a screw 324 fixed to the rear section (c) of the frame 175 and the screw A photovoltaic power generation device 390 in which an inner space (A) is formed by driving up and down by driving (324), a bushing 180 coupled to the front section (a) of the frame 175, and the bushing 180 ) is provided with a second photovoltaic device 391 that is inserted and driven into the inner space (A) while being coupled to the screw beam 325 to cover the frame box 136 and increase the area of the frame box 136 It is an invention that covers and provides the photovoltaic device 390 and the second photovoltaic device 391 .

In addition, in the frame box 136 covered by the photovoltaic device 390 and the second photovoltaic device 391, it is a more safe water-adhesive type for the sea level (), which is shaken by stronger wind. It is an invention that provides a oscillation.

Therefore, a second protruding beam 355 protruding to the outside of the safety support unit 250 and a second safety supporting base 350 are provided at the end of the second protruding beam 355 , It is an invention provided to reduce typhoon damage.

128: buoyancy 130: outlet 135: sea level
136: frame box 140: discharge pump 141: panel
149: gulme bag 150: gulm box 153: moving section 156: gulm section
160: suction space 169: crane
172: angle 175: frame 177: inlet 180: bushing
185: housing 190: connection device 192: filtering space 183: fixed wire mesh
210: float 240: guider pump 250: safety buoy
255: projecting beam 266: bottom plate 268: handrail 269: support column
272: projecting frame 280: working space 283: enlarged inlet
290,291: photovoltaic panel 293: clamping 325: screw beam
350: security bookkeeping base 390,391: solar power generation device

Claims (4)

A frame box 136 assembled with a frame 175 to provide for floating at sea level 135, a bushing 180 fixed to an upper side of the frame box 136, and moving while surrounding the bushing 180 In the marine float cleaning device provided as a filter box 150 coupled to the photovoltaic panel 290 fixed to the housing 185,
A plurality of outlets 130 penetrating through the front surface of the jacket 141 for the panel 141 for the filter box 150, a discharge pump 140 coupled to the inner space of the outlet 130, and the filter box The angle assembled to the inlet 177 of the inlet 177 assembled to the jacket 141 on the rear side of 150 and the assembling beam 175' inclined to the inlet 177, and the inlet 179 of the filter bag 149 to be assembled to the inlet 177. (172) and the assembly beam (175') and the angle 172 so that the filter bag 149 is inserted in the filtering space 192 for the filter box 150 is operated by the driving of a crane 169, not shown. A fixed wire mesh fixed in a rectangle to the assembly beam 175' so that a filtering space 192 for inserting and withdrawing the filtering bag 149 with a roof, and a suction space 160 inside the filtering space 192 are formed. (183) and a filter bag 149 for filtering floating matter by the thrust of the frame box 136 guided by the discharge force of the discharge pump 140 provided in the discharge port 130;
A protruding frame 272 connected to the outside by protruding from the edge of the frame 175 for the frame box 136, a safety buoy 250 provided by connecting the ends of the protruding frame 272, and the protruding frame ( 272) a working space 280 provided with a flooring material 290 to cover the protrusion section,
A photovoltaic device for sea level provided with a float cleaning device that provides guider pumps 240 protruding from the corners of the frame 175 for the frame box 136 to both sides. The method of claim 1,
The process of crimping (293) the bushing 180 fixed to the frame 175 of the frame box 136 to which the bolster 128 is assembled to the housing 185 of the bolster 128 is, the frame box ( A fixed rod 176 that separates the inner space of the 136) into front, middle, and rear (a, b, c) sections;
In the filter box 150 provided on the front side (a) of the frame box 136, a filtering space 192 in which a filtering bag 149 is inserted, and an inlet 177 inclined in the filtering space 192 are formed. A filter box 150 for inserting the filter bag 149 with the assembly beam 175 ′ and the filter space 192 as much as possible;
An assembly beam 175 ′ in which an inlet 177 for the filter box 150 is formed, and a filtering space 192 coupled to an angle 172 at which the inlet 179 of the filtering bag 149 is fixed;
In the middle section (b), a moving space 153 for withdrawing and assembling the geolm bag 149 containing the floating matter in the gulm box 150 with a crane 169,
A photovoltaic panel 290 inclined at the end of the support pillar 269 protruding from the edge g of the frame 172 for the frame box 136,
A frame 275 protruding from the edge g of the filter box 150, a safety support base 250 fixed to an end of the frame 275, and a floor in the protrusion section of the protruding protrusion frame 275 A solar power generation device for sea level provided with a float cleaning device that includes a plate 266 and a handrail 268, and provides a working space for the collection of the filter bag 149 for floating objects in the frame box 136. 3. The method of claim 1 or 2,
The photovoltaic panel 290 is provided as a front section (A) of the frame box 136, and a second solar light is obliquely fixed in the rear section (A) of the frame box 136 by a pedestal (128). A power generation plate (291) and,
A safety buoy 250 for fixing with a protruding frame 272 that is fixedly protruding from the frame box 136 for the plurality of filtering boxes 150, and the frame box of the other side continuously connected from the safety pole 250 ( Doe provided with a guide pump 240 provided in the spaced space (m) formed by the provision of the protruding frame 272 for 136' and the spaced space (m) of the frame box 136 connected to each other, the frame box ( 136) while combining the protruding frame 272 that is connected to the inclinedly symmetrical separator 263 at the rear edge of the safety buoyancy 250 with an elastic body with reinforced flexibility with each other.
A protrusion frame 272 provided with a separation space m as protruding from the upper and lower sides and the left and right corners of the frame boxes 136 and 136 ′, and the ends of the protruding frames 272 are connected by a connection A work space 280 provided with a safety pedestal 250, a projecting beam 255 covering the projecting section of the projecting frame 272, and a frame box 136 provided with the work space 280 A buffer space (m) provided therebetween, and at one end of the buffer space (m), a safety buoy 250' connected to a separator 263 symmetrical with an inclined angle 263, and a safety buoy base 250' ) as the provision of an enlarged inlet 283 that enlarges the inflow of the floating matter 210 with the provision of a floating object 210 hanging on the enlarged enlarged inlet 283 in the rear (c) section of the frame box 136. A solar power generation device for sea level provided with a float cleaning device that is provided to remove it by the take-off of the rope connected to the . 4. The method of claim 1 or 2 or 3,
The frame 175 for the frame box 136 is divided into front and rear sections (a, c), and a screw 324 fixed to the rear section (c) of the frame 175 and the screw ( 324) a photovoltaic device 390 in which an inner space (a) is formed by driving up and down, a bushing 180 coupled to the front section (a) of the frame 175, and the bushing 180 As the provision of the second photovoltaic power generation device 391 that is inserted and driven into the inner space (A) while being coupled to the screw beam 325 to cover the frame box 136, the area of the frame box 136 is measured by the sun. The photovoltaic device 390 and the second photovoltaic device 391 are covered, and the second protruding beam 355 protruding to the outside of the safety attachment 250 and the second protruding beam 355 are formed. By having a second safety buoyancy 350 at the end, a solar power generation device for the surface of the sea provided with a float cleaning device that is provided to reduce typhoon damage to the cleaning device 170 .

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