CN204527550U - Blue-green algae, pasture and water, bed mud integration collecting ship - Google Patents
Blue-green algae, pasture and water, bed mud integration collecting ship Download PDFInfo
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- CN204527550U CN204527550U CN201420631203.6U CN201420631203U CN204527550U CN 204527550 U CN204527550 U CN 204527550U CN 201420631203 U CN201420631203 U CN 201420631203U CN 204527550 U CN204527550 U CN 204527550U
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Abstract
The utility model discloses a kind of blue-green algae, pasture and water, bed mud integration collecting ship, comprise air cushion vehicle skeleton, cut and send careless component, draw algae component and draw mud component, described cut to send careless component, draw algae component and draw mud component be flexibly connected with air cushion vehicle skeleton respectively, described air cushion vehicle skeleton to be cut by carry according to need of work and is sent careless component, draw algae component and the one or more components drawn in mud component carry out work.The utility model can carry out synchronous collection to waters, local blue-green algae, pasture and water, bed mud, forms three-dimensional and salvages, and synchronously removes the eutrophication harm of blue-green algae, pasture and water and bed mud; Also separate operaton can be carried out by carry solid memder, with strong points, efficiency is high, because each component is carry operation, therefore can change immediately when there is mechanical problem, less to j ob impact, therefore has the features such as stability is strong, cost is low, efficiency is high, workable.
Description
Technical field
The utility model relates to the lake blue algae of water treatment field, pasture and water and bed mud collection technique, in particular, is a kind of blue-green algae, pasture and water, bed mud integration collecting ship.
Background technology
Body eutrophication (eutrophication) refers to because the elements such as a large amount of nitrogen, phosphorus, potassium are drained into the surface water body that flow velocity is slow, the replacement cycle is long, make the hydrobionts such as algae growth and breeding in large quantities, the speed that organic matter is produced is considerably beyond depletion rate, in water body, organic matter savings, destroys the process of aquatic ecological balance.Some of them are phosphorous, a large amount of discharges of nitrogen-containing compound, accelerate rivers and lakes eutrophication process, cause the distorted proliferation growth of algae particularly blue-green algae, and form one deck bluish-green at the water surface and have offscum i.e. " wawter bloom " of bad smell, release stench, makes water quality degenerate.Large-scale blue algae bloom, is called as " green tide ", exhausts water oxygen gas and cause the death of fish time serious.Blue-green alga bloom not only reduces water resource and utilizes usefulness, and can cause serious ecological disruption and huge economic loss.
Salvaging is that blue-green algae concentrates outbreak period one of actv. control method the most, be divided into artificial salvaging and machinery salvaging, artificial salvaging labor intensive material resources, and efficiency is low, machinery is salvaged and is mainly relied on salvor, and the employing of the salvor of routine is that screw propeller drives, during the blue algae bloom phase, in water, blue-green algae concentration is high, will certainly have an impact to it, and algae water only relies on natural sedimentation velocity of separation slow, directly has influence on operating efficiency.
Eutrophication also can cause pasture and water amount reproduction, although lake pasture and water grow nitrogen, the phosphorus substance that can absorb in water, but it also consumes oxygen simultaneously, thus cause anoxic in water, cause fishes and shrimps mortality, and after pasture and water rot, can become the COD source that Lake Water is important, therefore to control pasture and water amounts be an important step of administering Lake Water.And manually stir as conventional treatment method not only labor intensive material resources, and efficiency is low.
Bed mud in water body can discharge phosphate in a reduction state, thus increases the content of phosphorus.Dredged bed mud is as a kind of important measures of administering eutrophic lake.Analysis shows, Dredged bed mud has significant utility as hydraulic engineering and waterway engineering measure, and suitable dredging can improve water quality.
At present, for blue-green algae, pasture and water and bed mud, existing salvor is all independent work, and only for thrin, the three-dimensional not forming waters, local salvages pattern.So, considerably increase the cost of salvaging, reduce operating efficiency.
Utility model content
The salvor cost existed in collecting for present situation lake blue algae, pasture and water and bed mud is high, efficiency is low, ship drives to be affected by blue-green algae, the problems such as slow fall in algae depositing in water, the utility model provides a kind of blue-green algae, pasture and water, bed mud integration collecting ship, this collecting ship can carry out blue-green algae to waters, local simultaneously, pasture and water, bed mud carry out synchronous collection, and bed mud is used for the reinforced deposition of blue-green algae.Adopt the technical solution of the utility model, three-dimensional can be formed in waters, local and salvage, synchronously remove the eutrophication harm of blue-green algae, pasture and water and bed mud, and cost is low with operating cost, efficiency is high, stability is strong, algae water is separated soon.
For achieving the above object, the technical scheme that the utility model provides is:
A kind of blue-green algae, pasture and water, bed mud integration collecting ship, it is characterized in that, comprise air cushion vehicle skeleton 1, cut and send careless component 10, draw algae component 15 and draw mud component 27, described cut to send careless component 10, draw algae component 15 and draw mud component 27 be flexibly connected with air cushion vehicle skeleton 1 respectively, described air cushion vehicle skeleton 1 to be cut by carry according to need of work and is sent careless component 10, draw algae component 15 and the one or more components drawn in mud component 27 carry out work.
Preferably, described air cushion vehicle skeleton 1 comprise that skirt encloses 2, hull 3, control cabin 5, thrust fan 6, fixed link A7, fixed link B8, pipe link 9 and canyon 19; Wherein, described skirt encloses 2, hull 3 and control cabin 5 set gradually from top to bottom, described thrust fan 6, fixed link A7, fixed link B8, control cabin 5 are connected with hull 3 respectively with canyon 19, described hull 3 comprises the first identical hull of size and the second hull, is connected between described first hull and the second hull by control cabin 5; Described cutting is sent careless component 10, is drawn algae component 15 and draw mud component 27 and be connected with hull 3 with pipe link 9 by fixed link A7, fixed link B8;
Described blue-green algae, pasture and water, bed mud integration collecting ship enclose 2 by skirt and contact with the water surface, and are cut by hull 3 support and send careless component 10, draw algae component 15 and draw mud component 27; Described hull 3 relies on thrust fan 6 to move; Described canyon 19 provides the power of blue-green algae, pasture and water, bed mud integration collecting ship; Be provided with control system in described control cabin 5, and send careless component 10 by regulating pipe link 9 to realize cutting, draw algae component 15 and draw the underwater penetration of mud component 27.
Preferably, described in cut and send careless component 10 for collecting pasture and water, comprise grid chain 11, protective case 12, impeller 13 and fixed link C14, pasture and water and stock room 26 and pasture and water inlet point 36; Wherein, described protective case 12 for fixing, supportive grid chain 11, and is connected on the pipe link 9 of air cushion vehicle skeleton 1, and described fixed link C14 is connected with protective case 12, and for supporting impeller 13;
Described cutting send careless component 10 regulate pipe link 9 by control cabin 5 and then regulate impeller 13 and grid chain 11 underwater penetration; By impeller 13 High Rotation Speed cutting pasture and water, and rely on grid chain 11 to carry pasture and water, pasture and water enter pasture and water by pasture and water inlet point 36 and stock room 26.
Preferably, described in draw algae component 15 for collecting blue-green algae, comprise fixed link D16, draw algae pipeline 17, filtering net A18, draw algae exit skirt 20, algae water stocks room 21, communication port A22, pump A23, Zao Shui separation chamber 24, blue-green algae stock room 25 and discharge port A37; Wherein, described fixed link D16 with draw algae pipeline 17 and be connected, described filtering net A18 connects respectively and draws algae pipeline 17 and draw algae exit skirt 20, and described communication port A22 connects respectively and draws algae exit skirt 20 and algae water stocks room 21;
The described algae component 15 that draws regulates pipe link 9 adjustment to draw algae pipeline 17 by control cabin 5 and draws the underwater penetration of algae exit skirt 20, and provides power by pump A23; Algae water is intake by drawing algae exit skirt 20, filters after floating debris through filter screen A18, and enter algae water stock room 21 by drawing algae pipeline 17, blue-green algae enters blue-green algae and stocks room 25 after Zao Shui separation chamber 24 is separated, and the water of separation enters lake on the spot through discharge port A37.
Preferably, described in draw mud component 27 for collecting bed mud, comprise draw mud pipe 28, fixed link E29, draw mud exit skirt 30, filtering net B31, pump B32, communication port B33, muddy water stocks room 34, mud-water separation and reserve room 35 and discharge port B38; Wherein, described fixed link E29 with draw mud pipe 28 and be connected, filtering net B31 connects respectively and draws mud pipe 28 and draw mud exit skirt 30, and communication port B33 connects muddy water respectively and stocks room 34 and draw mud pipe 28;
The described mud component 27 that draws regulates pipe link 9 adjustment to draw mud pipe 28 by control cabin 5 and draws the underwater penetration of mud exit skirt 30, provides power by pump B32; Muddy water enters by drawing mud exit skirt 30, filters after floating debris through filter screen B31, and enter muddy water stock room 34 by drawing mud pipe 28, bed mud is by stocking after mud-water separation and reserve room 35, and the water of separation enters lake on the spot through discharge port B38.
Preferably, the bed mud stocked in described mud-water separation and reserve room 35 is directly used in the reinforced deposition of blue-green algae in Zao Shui separation chamber 24.
The blue-green algae that the utility model provides, pasture and water, bed mud integration collecting ship, its control step is:
1) determine that carry is cut as required to send careless component, draw algae component and draw the quantity of mud component, to strengthen the specific aim of operation and to reduce operating cost.
If 1. draft operation waters only there is blue-green algae, then collecting ship carry draws algae component simultaneously and draws each two of mud component.
If 2. draft operation waters only there are pasture and water, then collecting ship carry two is cut and is sent careless component.
If 3. draft operation waters to there are blue-green algae and pasture and water simultaneously, then the while of collecting ship, carry draws algae component and send each one of careless component with cutting, operation simultaneously.
If 4. draft operation waters to there is blue-green algae, pasture and water and bed mud simultaneously, then the while of collecting ship, carry draws algae component and send each one of careless component with cutting, and carry draws mud component two, three's operation simultaneously.
2), after collecting ship enters water, rely on canyon to provide the operation of power and control cabin for thrust fan, jointly promote collecting ship and move.
3) arrive behind appointed place, first open to draw mud component and cut and send careless component to start operation, after mud-water separation and the enough enough bed muds for blue-green algae reinforced deposition of reserve room preparation, then open and draw algae component and start operation.
1. mud component job step is drawn: pass through control cabin, operation is drawn mud pipeline and is moved along fixed link E, and slowly drop to lakebed, then start pump B to start muddy water and draw, muddy water enters first intercept large floating debris by filtering net B afterwards by drawing mud exit skirt, then enter muddy water stock room along drawing mud pipe, after muddy water stocks a constant volume, part muddy water enters mud-water separation and reserve room carries out processed, bed mud after dehydration is stored in mud-water separation and reserve room, and the water sloughed is entered in lake nearby by discharge port B (38).
2. cut and send careless component job step: pass through control cabin, the underwater penetration of operation impeller, after reaching designated depth, impeller High Rotation Speed cutting pasture and water, mowing is driven by grid chain and rises to hull by lake surface, and enters the pasture and water room of stocking by pasture and water inlet point and stock.
3. algae component job step is drawn: pass through control cabin, regulate pipe link, draw algae pipeline, draw the bell-mouthed underwater penetration of algae, by the suction of pump A, algae water is by drawing the water inlet of algae exit skirt, filter after floating debris through filter screen A, enter algae water stock room by drawing algae pipeline, blue-green algae enters blue-green algae and stocks room after Zao Shui separation chamber is separated, and the water of separation enters lake on the spot through discharge port A.In Zao Shui separation chamber, blue-green algae is separated to rely in mud-water separation and reserve room and obtains bed mud, accelerates blue-green algae precipitate and separate by flocculation sediment effect.
4) when stocking the slow load in room, reclaimed by control cabin operation carry component, and mobile collecting ship, near lake, littoral discharging, restarting operation after discharging, after this repeating this process to completing region job requirement.
The utility model compared with prior art, has following remarkable result:
(1) a kind of blue-green algae of the present utility model, pasture and water, bed mud integration collecting ship, blue-green algae can be carried out to waters, local simultaneously, pasture and water, bed mud carry out synchronous collection, three-dimensional can be formed in waters, local to salvage, the eutrophication harm of synchronous removal blue-green algae, pasture and water and bed mud, can meet high-efficient homework requirement.
(2) a kind of blue-green algae of the present utility model, pasture and water, bed mud integration collecting ship, also can separate operaton after carry solid memder, with strong points, efficiency is high, again because each component is carry operation, therefore can change immediately when there is mechanical problem, less to j ob impact, therefore stability is strong.
(3) a kind of blue-green algae of the present utility model, pasture and water, bed mud integration collecting ship, adopt air cushion vehicle skeleton, compared with conventional propeller drive ship by lake foreign material affect little, cost is low.
(4) a kind of blue-green algae of the present utility model, pasture and water, bed mud integration collecting ship, adopt the bed mud collected as the reinforced deposition agent of blue-green algae, achieve " treatment of wastes with processes of wastes against one another ", improve the speed of sedimentation separation.
(5) a kind of blue-green algae of the present utility model, pasture and water, bed mud integration collecting ship, cost and operating cost is low, efficiency is high, workable.
Accompanying drawing explanation
By reading the detailed description done non-limiting example with reference to the following drawings, other features, objects and advantages of the present utility model will become more obvious:
Fig. 1 is blue-green algae, pasture and water, bed mud integration collecting ship B-B section-drawing;
Fig. 2 is blue-green algae, pasture and water, bed mud integration collecting ship A-A section-drawing;
Fig. 3 is blue-green algae, pasture and water, bed mud integration collecting ship planar view.
Label declaration in schematic diagram: 1, air cushion vehicle skeleton; 2, skirt encloses; 3, hull; 4, guardrail; 5, control cabin; 6, thrust fan; 7, fixed link A; 8, fixed link B; 9, pipe link; 10, careless component is sent; 11, grid chain; 12, protective case; 13, impeller; 14, fixed link C; 15, algae component is drawn; 16, fixed link D; 17, algae pipeline is drawn; 18, filtering net A; 19, canyon; 20, algae exit skirt is drawn; 21, algae water stocks room; 22, communication port A; 23, pump A; 24, Zao Shui separation chamber; 25, blue-green algae stocks room; 26, pasture and water stock room; 27, mud component is drawn; 28, mud pipe is drawn; 29, fixed link E; 30, mud exit skirt is drawn; 31, filtering net B; 32, pump B; 33, communication port B; 34, muddy water stocks room; 35, mud-water separation and reserve room; 36, pasture and water inlet point; 37, discharge port A; 38, discharge port B.
Detailed description of the invention
Below embodiment of the present utility model is elaborated: the present embodiment is implemented under premised on technical solutions of the utility model, give detailed embodiment and concrete operating process.It should be pointed out that to those skilled in the art, without departing from the concept of the premise utility, can also make some distortion and improvement, these all belong to protection domain of the present utility model.
Present embodiments provide a kind of blue-green algae, pasture and water, bed mud integration collecting ship, mainly comprise air cushion vehicle skeleton, cut and send careless component, draw algae component and draw mud component.Air cushion vehicle skeleton comprises that skirt encloses, hull, guardrail, control cabin, thrust fan, fixed link A, fixed link B, pipe link and canyon.Air cushion vehicle skeleton is followed successively by that skirt encloses, hull, control cabin from top to bottom.Thrust fan, fixed link A, fixed link B, guardrail, control cabin are connected with hull.Hull is made up of two parts that size is identical, is connected by control cabin.
Further, cut described in and send careless component to comprise grid chain, protective case, impeller and fixed link C, pasture and water to stock room and pasture and water inlet point.Protective case is used for fixing, supportive grid chain, and is connected on pipe link.Fixed link C is connected with protective case, for supporting impeller.
Further, draw described in that algae component comprises fixed link D, draws algae pipeline, filtering net A, draw algae exit skirt, algae water stocks room, communication port A, pump A, Zao Shui separation chamber, blue-green algae stock room and discharge port A.Fixed link D with draw algae pipeline and be connected, filtering net A connects respectively and draws algae pipeline and draw algae exit skirt, and communication port A connects respectively and draws algae exit skirt and algae water stocks room.
Further, draw described in mud component comprise draw mud pipe, fixed link E, draw mud exit skirt, filtering net B, pump B, communication port B, muddy water stocks room, mud-water separation and reserve room and discharge port B.Fixed link E with draw mud pipe and be connected, filtering net B connects respectively and draws mud pipe and draw mud exit skirt, and communication port B connects muddy water respectively and stocks room and draw mud pipe.
Further, described collecting ship is enclosed by skirt and contacts with the water surface, by each component of hull support, relies on thrust fan to move hull; The power of collecting ship is provided by canyon, and control system is positioned at control cabin.
Further, described cut send careless component, draw algae component and draw mud component all by fixed link A, fixed link B and pipe link with air cushion vehicle skeleton for being flexibly connected, therefore air cushion vehicle skeleton can be cut to send careless component, draw algae component or draw its one or more component of mud component by carry according to need of work and carries out work.
Further, described collecting ship send careless component collection pasture and water by cutting, and regulates pipe link to regulate impeller and grid chain underwater penetration by control cabin; By impeller High Rotation Speed cutting pasture and water, and rely on grid chain to carry pasture and water, enter pasture and water by pasture and water inlet point and stock room.
Further, described collecting ship, by drawing algae component collection blue-green algae, regulates pipe link to regulate by control cabin and draws algae pipeline and draw the bell-mouthed underwater penetration of algae, providing power by pump A.Algae water, by drawing the water inlet of algae exit skirt, filters after floating debris through filter screen A, and enter algae water stock room by drawing algae pipeline, blue-green algae enters blue-green algae and stocks room after Zao Shui separation chamber is separated, and the water of separation enters lake on the spot through discharge port A.
Further, described collecting ship, by drawing mud component collection bed mud, regulates pipe link to regulate by control cabin and draws mud pipe and draw the bell-mouthed underwater penetration of mud, providing power by pump B.Muddy water enters by drawing mud exit skirt, filters after floating debris through filter screen B, and enter muddy water stock room by drawing mud pipe, bed mud is by stocking after mud-water separation and reserve room, and the water of separation enters lake on the spot through discharge port B.
Further, the bed mud stocked in described mud-water separation and reserve room is directly used in the reinforced deposition of blue-green algae in Zao Shui separation chamber.
For understanding content of the present utility model further, by reference to the accompanying drawings the utility model is described in detail.
Embodiment 1
As shown in Figure 1, 2, 3, a kind of blue-green algae of the present embodiment, pasture and water, bed mud integration collecting ship, comprise air cushion vehicle skeleton 1, cut and send careless component 10, draw algae component 15 and draw mud component 27.Overall length × wide × the height of air cushion vehicle skeleton 1 is 10m × 6m × 3m.Air cushion vehicle skeleton 1 comprises that skirt encloses 2, hull 3, guardrail 4, control cabin 5, thrust fan 6, fixed link A7, fixed link B8, pipe link 9 and canyon 19.Skirt encloses 2 high 1.1m, the high 0.4m of hull 3, the high 1.5m of control cabin 5, thrust fan 6 impeller radius 0.5m, fixed link A7 height 0.35m, fixed link B8 height 0.30m, the high 1.4m of canyon 19.Air cushion vehicle skeleton 1 is followed successively by that skirt encloses 2, hull 3, control cabin 5 from top to bottom.Thrust fan 6, fixed link A7, fixed link B8, guardrail 4, control cabin 5 are connected with hull 3.Hull 3 is made up of two parts that size is identical, is connected by control cabin 5.
Cut and send careless component 10 to comprise grid chain 11, protective case 12, impeller 13 and fixed link C14, pasture and water to stock room 26 and pasture and water inlet point 36.The long 6m of grid chain 11, the long 5m of sloping portion, become 30 degree of angles with hull bottom face.Protective case 12 for fixing, supportive grid chain 11, and is connected on pipe link 9.Fixed link C14 is connected with protective case 12, for supporting impeller 13.
Draw that algae component 15 comprises fixed link D16, draws algae pipeline 17, filtering net A18, draw algae exit skirt 20, algae water stocks room 21, communication port A22, pump A23, Zao Shui separation chamber 24, blue-green algae stock room 25 and discharge port A37.Fixed link D16 with draw algae pipeline 17 and be connected, filtering net A18 connects respectively and draws algae pipeline 17 and draw algae exit skirt 20, and communication port A22 connects respectively and draws algae exit skirt 20 and algae water stocks room 21.Draw the long 5m of algae pipeline 17, the long 3.5m of sloping portion, filtering net A18 aperture is 20mm, drawing algae exit skirt 20 base diameter is 200mm, upper diameter is 100mm, each 4 anyhow, amounts to 16, drawing algae pipeline 17 caliber is 100mm, and pump A23 selects DFG8010QA/2/2.2 type single-stage single-suction vertical type pipe formula centrifugal pump.
Draw mud component 27 comprise draw mud pipe 28, fixed link E29, draw mud exit skirt 30, filtering net B31, pump B32, communication port B33, muddy water stocks room 34, mud-water separation and reserve room 35 and discharge port B38.Drawing mud pipe 28 caliber is 100mm, drawing mud exit skirt 30 diameter is 200mm, upper diameter is 100mm, filtering net B31 aperture is 20mm, draw the long 2.5m of mud pipe 28 sloping portion, muddy water stocks the high 0.5m in room 34, and mud-water separation and the high 1.4m of reserve room 35, pump B32 select DFG8010QA/2/2.2 type single-stage single-suction vertical type pipe formula centrifugal pump.Fixed link E29 with draw mud pipe 28 and be connected, filtering net B31 connects respectively and draws mud pipe 28 and draw mud exit skirt 30, and communication port B33 connects muddy water respectively and stocks room 34 and draw mud pipe 28.
Collecting ship encloses 2 by skirt and contacts with the water surface, supports each component by hull 3, relies on thrust fan 6 to move hull; The power of collecting ship is provided by canyon 19, and control system is positioned at control cabin 5.Cut and send careless component 10, draw algae component 15 and draw mud component 27 all by fixed link A7, fixed link B8 and pipe link 9 with air cushion vehicle skeleton 1 for being flexibly connected, therefore air cushion vehicle skeleton 1 can be cut to send careless component 10, draw algae component 15 or draw its one or more component of mud component 27 by carry according to need of work and carries out work.
Collecting ship send careless component 10 to collect pasture and water by cutting, and regulates pipe link 9 to regulate impeller 13 and grid chain 11 underwater penetration by control cabin 5; By impeller 13 High Rotation Speed cutting pasture and water, and rely on grid chain 11 to carry pasture and water, enter pasture and water by pasture and water inlet point 36 and stock room 26.
Collecting ship collects blue-green algae by drawing algae component 15, regulates pipe link 9 to regulate draw algae pipeline 17 and the underwater penetration drawing algae exit skirt 20, provide power by pump A23 by control cabin 5.Algae water is intake by drawing algae exit skirt 20, filters after floating debris through filter screen A18, and enter algae water stock room 21 by drawing algae pipeline 17, blue-green algae enters blue-green algae and stocks room 25 after Zao Shui separation chamber 24 is separated, and the water of separation enters lake on the spot through discharge port A37.
Collecting ship collects bed mud by drawing mud component 27, regulates pipe link 9 to regulate draw mud pipe 28 and the underwater penetration drawing mud exit skirt 30, provide power by pump B32 by control cabin 5.Muddy water enters by drawing mud exit skirt 30, filters after floating debris through filter screen B31, and enter muddy water stock room 34 by drawing mud pipe 28, bed mud is by stocking after mud-water separation and reserve room 35, and the water of separation enters lake on the spot through discharge port B38.The bed mud stocked in mud-water separation and reserve room 35 is directly used in the reinforced deposition of blue-green algae in Zao Shui separation chamber 24.
The blue-green algae that the present embodiment provides, pasture and water, bed mud integration collecting ship, the steps include:
1) there is blue-green algae, pasture and water and bed mud in operation waters simultaneously, the while of collecting ship, carry draws algae component and cuts and send each one of careless component, and carry draws mud component two, three's operation simultaneously;
2), after collecting ship enters water, rely on canyon to provide the operation of power and control cabin for thrust fan, jointly promote collecting ship and move;
3) arrive behind appointed place, first open to draw mud component and cut and send careless component to start operation, after mud-water separation and the enough enough bed muds for blue-green algae reinforced deposition of reserve room preparation, then open and draw algae component and start operation;
1. mud component job step is drawn: pass through control cabin, operation is drawn mud pipeline and is moved along fixed link E, and slowly drop to lakebed, then start pump B to start muddy water and draw, muddy water enters first intercept large floating debris by filtering net B afterwards by drawing mud exit skirt, then enter muddy water stock room along drawing mud pipe, after muddy water stocks 3/5 of total volume, muddy water enters mud-water separation and reserve room carries out processed, bed mud after dehydration is stored in mud-water separation and reserve room, and the water sloughed is entered in lake nearby by discharge port B (38);
2. cut and send careless component job step: pass through control cabin, the underwater penetration of operation impeller, after reaching designated depth, impeller High Rotation Speed cutting pasture and water, mowing is driven by grid chain and rises to hull by lake surface, and enters the pasture and water room of stocking by pasture and water inlet point and stock;
3. algae component job step is drawn: pass through control cabin, regulate pipe link, draw algae pipeline, draw the bell-mouthed underwater penetration of algae, by the suction of pump A, algae water is by drawing the water inlet of algae exit skirt, filter after floating debris through filter screen A, enter algae water stock room by drawing algae pipeline, blue-green algae enters blue-green algae and stocks room after Zao Shui separation chamber is separated, and the water of separation enters lake on the spot through discharge port A.In Zao Shui separation chamber, blue-green algae is separated to rely in mud-water separation and reserve room and obtains bed mud, accelerates blue-green algae precipitate and separate by flocculation sediment effect;
4) when stocking the slow load in room, reclaimed by control cabin operation carry component, and mobile collecting ship, near lake, littoral discharging, restarting operation after discharging, after this repeating this process to completing region job requirement.
Under above condition of service, collecting ship to work 8h every day, and salvage blue-green algae and be about 200 cubes, pasture and water are about 300 cubes, and bed mud is about 150 cubes.Only need 2 people's operated in turn control cabins, greatly reduce man power and material, reach the object of eutrophication harm synchronously removing blue-green algae, pasture and water and bed mud.
Embodiment 2
Difference from Example 1 is: operation waters only exists pasture and water, and collecting ship carry two is cut and sent the operation simultaneously of careless component, and carry does not draw mud component.
Under above condition of service, collecting ship to work 8h every day, salvages pasture and water and is about 700 cubes.Only need 2 people's operated in turn control cabins, greatly reduce man power and material, improve waterweed mowing efficiency.
Embodiment 3
Difference from Example 1 is: operation waters only exists blue-green algae, and collecting ship carry draws algae component simultaneously and draws each two of mud component, operation simultaneously.
Under above condition of service, collecting ship to work 8h every day, salvages blue-green algae and is about 400 cubes.Only need 2 people's operated in turn control cabins, greatly reduce man power and material, improve blue algae collecting efficiency.
The blue-green algae that above-described embodiment provides, pasture and water, bed mud integration collecting ship, can carry out synchronous collection to the blue-green algae in waters, local, pasture and water, bed mud, form three-dimensional and salvage, and synchronously removes the eutrophication harm of blue-green algae, pasture and water and bed mud.This collecting ship also can separate operaton after carry solid memder, with strong points, efficiency is high, and because of the operation of each component thing carry, therefore occur that mechanical problem can be changed immediately, less to j ob impact, therefore stability is strong.Meanwhile, adopt air cushion vehicle skeleton, compared with conventional propeller drive ship by lake foreign material affect little, cost is low.Adopt the bed mud collected as the reinforced deposition agent of blue-green algae, achieve " treatment of wastes with processes of wastes against one another ", improve the speed of sedimentation separation.Therefore, this collecting ship totally has cost and operating cost is low, efficiency is high, the feature such as workable.
Above specific embodiment of the utility model is described.It is to be appreciated that the utility model is not limited to above-mentioned particular implementation, those skilled in the art can make various distortion or amendment within the scope of the claims, and this does not affect flesh and blood of the present utility model.
Claims (5)
1. a blue-green algae, pasture and water, bed mud integration collecting ship, it is characterized in that, comprise air cushion vehicle skeleton (1) and be connected to cutting on air cushion vehicle skeleton (1) and send careless component (10), draw algae component (15) and/or draw mud component (27), described in cut to send careless component (10), draw algae component (15) and/or draw mud component (27) and be flexibly connected with air cushion vehicle skeleton (1) respectively.
2. blue-green algae according to claim 1, pasture and water, bed mud integration collecting ship, it is characterized in that, described air cushion vehicle skeleton (1) comprises skirt and encloses (2), hull (3), control cabin (5), thrust fan (6), fixed link A (7), fixed link B (8), pipe link (9) and canyon (19); Wherein, described skirt encloses (2), hull (3) and control cabin (5) and sets gradually from top to bottom, described thrust fan (6), fixed link A (7), fixed link B (8), control cabin (5) are connected with hull (3) respectively with canyon (19), described hull (3) comprises the first identical hull of size and the second hull, is connected between described first hull and the second hull by control cabin (5); Described cut to send careless component (10), draw algae component (15) and/or draw mud component (27) be connected with hull (3) with pipe link (9) by fixed link A (7), fixed link B (8);
Described blue-green algae, pasture and water, bed mud integration collecting ship enclose (2) by skirt and contacts with the water surface, and pass through hull (3) support and cut and send careless component (10), draw algae component (15) and/or draw mud component (27); Described hull (3) relies on thrust fan (6) mobile; Described canyon (19) provides the power of blue-green algae, pasture and water, bed mud integration collecting ship; Described control cabin (5) send careless component (10) by regulating pipe link (9) to realize cutting, draw algae component (15) and/or draws the underwater penetration of mud component (27).
3. blue-green algae according to claim 2, pasture and water, bed mud integration collecting ship, it is characterized in that, described cutting send careless component (10) for collecting pasture and water, comprises grid chain (11), protective case (12), impeller (13) and fixed link C (14), pasture and water and stocks room (26) and pasture and water inlet point (36); Wherein, described protective case (12) is for fixing, supportive grid chain (11), and be connected on the pipe link (9) of air cushion vehicle skeleton (1), described fixed link C (14) is connected with protective case (12), and for supporting impeller (13);
Described cutting send careless component (10) regulate pipe link (9) by control cabin (5) and then regulate impeller (13) and grid chain (11) underwater penetration; By impeller (13) High Rotation Speed cutting pasture and water, and rely on grid chain (11) to carry pasture and water, pasture and water enter pasture and water by pasture and water inlet point (36) and stock room (26).
4. blue-green algae according to claim 2, pasture and water, bed mud integration collecting ship, it is characterized in that, the described algae component (15) that draws for collecting blue-green algae, comprise fixed link D (16), draw algae pipeline (17), filtering net A (18), draw algae exit skirt (20), algae water stocks room (21), communication port A (22), pump A (23), Zao Shui separation chamber (24), blue-green algae stock room (25) and discharge port A (37); Wherein, described fixed link D (16) with draw algae pipeline (17) and be connected, described filtering net A (18) connects respectively draws algae pipeline (17) and draws algae exit skirt (20), and described communication port A (22) connects respectively draws algae exit skirt (20) and algae water stocks room (21);
The described algae component (15) that draws regulates pipe link (9) to regulate the underwater penetration drawn algae pipeline (17) and draw algae exit skirt (20) by control cabin (5), and provides power by pump A (23); Algae water is by drawing algae exit skirt (20) water inlet, filter after floating debris through filter screen A (18), enter algae water stock room (21) by drawing algae pipeline (17), blue-green algae enters blue-green algae and stocks room (25) after Zao Shui separation chamber (24) are separated, and the water of separation enters lake on the spot through discharge port A (37).
5. the blue-green algae according to claim 2 or 4, pasture and water, bed mud integration collecting ship, it is characterized in that, the described mud component (27) that draws for collecting bed mud, comprise draw mud pipe (28), fixed link E (29), draw mud exit skirt (30), filtering net B (31), pump B (32), communication port B (33), muddy water stocks room (34), mud-water separation and reserve room (35) and discharge port B (38); Wherein, described fixed link E (29) with draw mud pipe (28) and be connected, filtering net B (31) connects respectively and draws mud pipe (28) and draw mud exit skirt (30), and communication port B (33) connects muddy water respectively and stocks room (34) and draw mud pipe (28);
The described mud component (27) that draws regulates pipe link (9) to regulate the underwater penetration drawn mud pipe (28) and draw mud exit skirt (30) by control cabin (5), provides power by pump B (32); Muddy water enters by drawing mud exit skirt (30), filter after floating debris through filter screen B (31), enter muddy water stock room (34) by drawing mud pipe (28), bed mud is by stocking after mud-water separation and reserve room (35), and the water of separation enters lake on the spot through discharge port B (38).
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| CN201420631203.6U CN204527550U (en) | 2014-10-28 | 2014-10-28 | Blue-green algae, pasture and water, bed mud integration collecting ship |
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