阅读说明：本技术 一种沉浸式蓝藻收集脱水平台 (A kind of immersion blue algae collecting dehydration platform ) 是由 韩水成 韩吉 于 2019-08-29 设计创作，主要内容包括：本发明所设计的一种沉浸式蓝藻收集脱水平台,包括壳体、引流装置、面藻引入装置、纳米气浮装置、混流絮化器、文丘里装置组成,所述壳体内设有内腔,所述内腔周边设有浮箱,设有滤网框,所述导入孔内设有混流絮化器,所述导入孔的底板外沿设有溢流门,所述导入孔的底板外沿处向外拼接有的导引板,所述文丘里装置设于壳体外围,通过多级分离过滤的方式,做到高效净化污染水域,整体结构设计巧妙,防止已分离的蓝藻和净水再次混合,大大减小了絮凝剂对水域的污染,降低了净化水域工作的实施成本。(A kind of immersion blue algae collecting dehydration platform designed by the present invention, including shell, drainage device, face algae introducing device, nanometer air-floating apparatus, mixed flow waddingization device, Venturi composition, inner cavity is equipped in the shell, the inner cavity periphery is equipped with buoyancy tank, equipped with filter screen frame, mixed flow waddingization device is equipped in the entrance hole, the bottom plate outer of the entrance hole is equipped with overflow gate, splice the guide plate having outward at the bottom plate outer of the entrance hole, the Venturi is set to closure periphery, in such a way that multi-stage separation filters, accomplish high-efficient purification polluted water region, overall construction design is ingenious, prevent separated cyanobacteria and water purification from mixing again, substantially reduce pollution of the flocculant to waters, reduce the implementation cost of water purifying work.)

1. a kind of immersion blue algae collecting dehydration platform, including shell (1), drainage device (2), face algae introducing device (3), nanometer Air-floating apparatus (4), mixed flow waddingization device (6), Venturi (8) composition, which is characterized in that inner cavity is equipped in the shell (1) (10), inner cavity (10) periphery is equipped with buoyancy tank (11), is divided into inner cavity by setting squeeze plate (12) in the inner cavity (10) Algae pulp bin (13) sets pump storehouse (14), is equipped with filter screen frame (7) in the algae pulp bin (13), offers importing on the buoyancy tank (11) Hole (15), and front and back penetrates through, periphery is sealed in buoyancy tank (11), and mixed flow waddingization device (6) is equipped in the entrance hole (15), described to lead The bottom plate outer for entering hole (15) is equipped with intilted overflow gate (18), splices outward at the bottom plate outer of the entrance hole (15) Some guide plates (16), the drainage device (2) include drainage pump (19), drainage well (21), face algae introducing device (3) packet It includes and sets pump storehouse (14), draw algae pump (20), the nanometer air-floating apparatus (4) is set to closure periphery, and nanometer air-floating apparatus (4) passes through Tracheae is connected into shell, and the Venturi (8) is set to shell (1) periphery, and the Venturi (8) includes venturi Principle machine (22), algae water separation tank (23) and suction tube, described set in pump storehouse (14) are equipped with water irrigating valve (25).

2. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: the squeeze plate (12) it is upper The design water surface of the edge above shell (1) outside, and the inner sidewall sealing welding of the two sides of squeeze plate (12) and inner cavity (10), it is described The bottom side of squeeze plate (12) is equipped with perforation algae pulp bin (13) and sets the gap of pump storehouse (14).

3. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: the filter screen frame (7) is four The frame like structure that a side and a bottom surface are constituted, the upper edge of the filter screen frame (7) setting outside above shell (1) in addition to front side The water surface is counted, and filter screen frame (7) is fixed on algae pulp bin (13) inner wall by way of dotted connection, the filter screen frame (7) is equipped with Five faces, each face are equipped with gap between the inner wall of algae pulp bin (13).

4. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: the mixed flow waddingization device (6) It is fixed in entrance hole (15) by a U-typed support, the bottom edge of the U-typed support is lower than one spacing of entrance hole (15) bottom surface From the side plate of the U-typed support flushes in the side of entrance hole (15), and the length of the U-typed support is about algae pulp bin (13) half of lumen width, in the U-typed support it is intracavitary be equipped with three pieces it is equal between the bridge inserts that are distributed, three pieces of bridge inserts Two sides and bottom edge be all provided with Packed active link between U-typed support, along equal on two pieces of bridge inserts of the initial and end Lower than shell (1) the outer water surface, edge is equipped with overflow plate door on two pieces of bridge inserts of the initial and end, described to be located in the middle bridge insert Upper edge be higher than shell (1) outer water surface, and this be located in the middle between its bottom edge of bridge insert and the bottom plate of U-typed support be equipped with sky Gap, it is described drainage well (21) bottom import be set to U-typed support preceding one third section under, it is described and drainage well (21) with Periphery welded seal, drainage well (21) are connected to the drainage pump (19) for being set to and setting in pump storehouse (14), the drainage pump (19) Outlet be set to shell (1) outer wall and be higher than at the position for designing the outer water surface.

5. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: the algae pump (20) that draws is set to It sets on pump storehouse (14) inner bottom plating, the import for drawing algae pump (20), which is set to, sets in pump storehouse (14), the outlet for drawing algae pump (20) It is connected to and is set to the flat cabinet that entrance hole (15) top surface is equipped with, the flat bottom of box is equipped with Process.

6. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: the nanometer air-floating apparatus (4) led in shell by three tunnel of tracheorrhaphy, be respectively arranged on above guide plate (16), the spacer screen of filter screen frame (7) lower section, filter screen frame (7) top of spacer screen, and independent control valve is equipped on three road tracheaes.

7. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: shell (1) periphery is set Have flusher (5), the flocculation agent cabinet of the flusher (5) is set to shell (1) periphery, and the flusher (5) is by gathering Solidifying agent cabinet divides two-way charge pipe to respectively lead to drain hole and Venturi (8) suction channel on overflow gate (18) along position The feed inlet of leading portion, the drain hole are that top blocks, pipe face is drilled with the circular tube shaped of well-balanced Process.

8. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: the algae water separation tank (23) Outside is in gyroscope-like, and algae water separation tank (23) bottom is equipped with algal gel and goes out to unload valve, algae water separation tank (23) upper lumen Infiltration gap is equipped with equipped with strainer circle, and between strainer circle and tank skin, the inclined bottom position of the algae water separation tank (23) is equipped with Infiltration drain valve and go out to unload pipe and lead to sewage treatment facility, the upper lid of the algae water separation tank (23) is equipped with suction tube and goes out to unload mouth With the interface for being connected to venturi principle machine (22), the venturi principle machine (22) is in the position and then close to suction tube suction inlet The wherein outlet of pipeline all the way of flusher (5).

9. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: the shell (1) is equipped with Auxiliary inhales algae pipe (24), and the outlet that the auxiliary inhales algae pipe (24) is set in algae slurry logical sequence (13), and assists inhaling going out for algae pipe (24) Mouthful it is equipped with separate valve, the auxiliary inhales the import of algae pipe (24) in horn-like, and can following water-level lifting.

10. immersion blue algae collecting dehydration platform according to claim 1, it is characterised in that: shell (1) bottom with River bed water bottom is equipped with fixed device (17), and shell (1) passes through fixed device (17) fixed position and energy free settling, described to lead Enter hole (15) two sides and be equipped with the fence (9) being unfolded to shell toed-out shape, the fence (9) is equipped with several fixed anchors.

Technical field

The special environment protection used the present invention relates to the water surface is mechanical, is specifically related to a kind of immersion blue algae collecting dehydration platform.

Background technique

With the development of society, the cyanobacteria of the inland lake water surface is more and more.Especially at some ports that is beaten by wind and waves Gulf and bifurcation area will quickly be bred once weather reaches certain temperature, be built up, dead fish or even smelly.As salvaged not in time It will be on the rise, influence daily life.For this purpose, various regions government, which all spends huge sums, has built many fixed blue algae collecting stations and therewith The algae water separation factory to match, it is dynamic then up to ten million or even more than one hundred million, and all produce little effect.Though algae equipment is received on another movable type land Investment is little, but it produces effects more not as good as people's will, all directlys adopt the reason is that this kind of receipts algae equipment is universal in specific operation The old method of water pump suction, therefore inevitably will be largely drawn into together in surface layer cyanobacteria water below, while The surface layer cyanobacteria come out through natural separation turns to re-mix Yu Shuizhong after beating through pump leaf.More importantly to by these The higher algae water of water content is separated from each other again, it is necessary to be put into enough flocculation agents and be carried out wadding to mixed algae water.This not only increases Add subsequent processing cost and difficulty, can also generate the more reflux waters containing flocculation agent raffinate.

Summary of the invention

The purpose of the present invention is many deficiencies for the fixed gathering station of existing cyanobacteria, mobile land receipts algae equipment, Devise one kind can not only various natural forms (it is scattered, thin, suspend, build up be laminated) cyanobacteria mobile phone, and can also A kind of immersion blue algae collecting dehydration platform that further progress is dehydrated.

To achieve the goals above, a kind of immersion blue algae collecting dehydration platform that the present invention designs, including shell, drainage Device, face algae introducing device, nanometer air-floating apparatus, mixed flow waddingization device, Venturi composition, the shell is interior to be equipped with like rectangular The inner cavity of body shape, the inner cavity periphery are equipped with the buoyancy tank in picture frame shape, described interior intracavitary to be divided into inner cavity by setting squeeze plate Algae pulp bin sets pump storehouse, and filter screen frame is equipped in the algae pulp bin, is offered on the buoyancy tank in like rectangular shape and sufficiently large Entrance hole, and front and back penetrates through, periphery and buoyancy tank seal, and mixed flow waddingization device, the bottom plate of the entrance hole are equipped in the entrance hole Outer is equipped with intilted overflow gate, can seal with the external world when overflow gate is closed, when unlatching can fall by own wt, and can Angle is arbitrarily adjusted, splices the guide plate for there are eight shape outward at the bottom plate outer of the entrance hole, the drainage device includes Drainage pump, drainage well, the face algae introducing device include setting pump storehouse, drawing algae pump, and the nanometer air-floating apparatus is set to closure periphery, And nanometer air-floating apparatus is connected to by tracheae into shell, the Venturi is set to closure periphery, the Venturi Including venturi principle machine, algae water separation tank and suction tube, described set in pump storehouse is equipped with water irrigating valve.

Further embodiment is, the upper edge of the squeeze plate above shell outside the design water surface, and two sides of squeeze plate Along the inner sidewall sealing welding with inner cavity, the bottom side of the squeeze plate is empty along the rectangle for being equipped with perforation algae pulp bin with setting pump storehouse Gap.

Further scheme is that the filter screen frame is the frame like structure that four sides and a bottom surface are constituted, the filter The upper edge of screen frame in addition to front side above shell outside the design water surface, and filter screen frame be fixed on by way of dotted connection algae slurry On the inner wall of storehouse, the filter screen frame is set there are five face, and each face is equipped with gap between the inner wall of algae pulp bin.

Further embodiment is that the mixed flow waddingization device is fixed in entrance hole by a U-typed support, the U-typed The bottom edge of support is lower than entrance hole bottom surface certain distance, and the side plate of the U-typed support flushes in the side of entrance hole, described The length of U-typed support is the half of about algae pulp bin lumen width, in the U-typed support it is intracavitary be equipped with three pieces it is equal between be distributed Bridge insert, the two sides of three pieces of bridge inserts are all provided with Packed active link between U-typed support respectively, and it is first, The bottom edge of two pieces of bridge inserts of tail is connect with U-typed base-plate air-tight movable, and edge is below shell on two pieces of bridge inserts of the initial and end The external water surface, along being equipped in like rectangular and can arbitrarily adjust overflowing for face algae water flow on two pieces of bridge inserts of the initial and end Flowing plate door, the upper edge for being located in the middle bridge insert are higher than the outer water surface of shell, and this be located in the middle its bottom edge of bridge insert with Gap is equipped between the bottom plate of U-typed support, the drainage well is set to the hole under the preceding one third section of U-typed support, Described and drainage well import and periphery welded seal, the drainage well are connected to the drainage pump for being set to and setting in pump storehouse, the drainage The outlet of pump is set to housing exterior walls and is higher than at the position for designing the outer water surface.

Further scheme is that set on setting on pump storehouse inner bottom plating, the import for drawing algae pump is set to sets the algae pump that draws It pumps in storehouse, the outlet for drawing algae pump is connected on the flat cabinet that entrance hole top surface is equipped with, the flat cabinet bottom Portion is equipped with Process.

Further embodiment is that the nanometer air-floating apparatus is led in shell by three tunnel of tracheorrhaphy, is respectively arranged on guide plate Side, filter screen frame spacer screen below, the top of the spacer screen of filter screen frame, and be equipped with independent control valve on three road tracheaes.

Further scheme is that the closure periphery is equipped with flusher, and the flocculation agent cabinet of the flusher is set In closure periphery, the flusher divides two-way charge pipe to respectively lead to the drain hole on overflow gate along position by flocculation agent cabinet With the feed inlet before Venturi suction channel, the drain hole is that top blocks, pipe face is drilled with well-balanced Process Circular tube shaped.

Further embodiment is that, in gyroscope-like outside the algae water separation tank, algae water separation tank bottom is equipped with sealing Property preferable heavy caliber algal gel go out to unload valve, the algae water separation tank upper lumen is equipped with strainer circle, and between strainer circle and tank skin Equipped with infiltration gap, the bottom position on the upper side of the algae water separation tank, which is equipped with infiltration drain valve and goes out to unload pipe, leads to sewage treatment Facility, the upper lid of the algae water separation tank are equipped with suction tube and go out to unload mouth and the interface for being connected to venturi principle machine, the text mound In principle machine, the wherein spout of pipeline all the way of the position close to its suction tube suction inlet and then flusher.

Further scheme is to be additionally provided with the inside and outside auxiliary penetrated through on the shell to inhale algae pipe, and the auxiliary inhales algae pipe Outlet be set to algae slurry logical sequence in, and be equipped with separate valve, front end be additionally provided with can with water level settle suction inlet.

Further embodiment is to be equipped with fixed device on four angles of the housing bottom with river bed water bottom, and shell is logical The fixed position of fixed device is crossed, and fixed device can be pulley, rail structure and can make shell free settling, the entrance hole two Side is equipped with the fence that be unfolded to shell toed-out shape, the fence is equipped with several fixed anchors, with movable and can rise and fall naturally Mode is positioned at underwater bottom, and the inside of the upper surface of fence section part is lightweight buoyancy material, and outside is added with soft package cloth To protect connection, center string bears steel cable rope, and lower half portion also hangs filter cloth of ining succession, and is additionally provided with and holds on the bottom of filter cloth edge Steel ropes are drawn, and double as setting weight.

Beneficial effects of the present invention and feature: using nature stormy waves, the level cyanobacteria that a wide range of, variform is shown, It floats in the case where fence load is drawn toward device introducing port.By the method for drainage, these are in the level cyanobacteria that nature floats form simultaneously, Pass through primary water blocking, second level Fen Shui, three-level waddingization, level Four drainage, the final stage disembarkation multi-stage separation algae water that further waddingization is dehydrated Method.The pump leaf that the effective level cyanobacteria for avoiding natural separation is considered breaks up the tradition for being mixed into a large amount of water purifications again Method.So that subsequent processing difficulty is become smaller, salvages effect and greatly improve, cost is substantially reduced, and equipment investment is small, and it is easy to operate, Labor intensity is reduced, more importantly secondary pollution substantially reduces.

Detailed description of the invention

Fig. 1 is specific structure main view of the invention.

Fig. 2 is specific structure top view of the invention.

Specific embodiment

The present invention is further detailed below in conjunction with attached drawing: