CN110368741B

CN110368741B - A equipment that is used for landscape water to get rid of blue alga

Info

Publication number: CN110368741B
Application number: CN201910560744.1A
Authority: CN
Inventors: 卢旭; 刘晋; 王阳波; 庄银灿; 刘志坤
Original assignee: Wuxi Municipal Design Institute Co Ltd
Current assignee: Huaxin Design Group Co ltd
Priority date: 2019-06-26
Filing date: 2019-06-26
Publication date: 2021-05-04
Anticipated expiration: 2039-06-26
Also published as: CN110368741A

Abstract

The invention discloses equipment for removing blue algae by water for landscape architecture, which structurally comprises: the invention relates to a machine base, a machine frame, an inflatable ring, an algae sucking mechanism, a counterweight seat, a spiral shaft, blades, a separation net and a shield, which have the following beneficial effects: this problem is solved through structurally being equipped with and inhaling algae mechanism, inhale the blue alga plankton that the horizontal suction means in the algae mechanism made equipment and the surface of water on put in the flocculating agent and the flocculation finishes and keep the horizontality, the acute angle flat plate structure that utilizes horizontal suction means's shovel board to form can shovel into under water and make it just be located the blue alga bottom, cavity structure and inlet pipe in the shovel board communicate each other alright inhale the blue alga with the in-process that advances at equipment, the blue alga of smuggleing impurity secretly then screens out through the annular seat, collect and handle the blue alga in unison from this, the blue alga has not only been avoided continuing to produce the pollution to landscape water, can also handle it and recycle.

Description

A equipment that is used for landscape water to get rid of blue alga

Technical Field

The invention relates to the field of landscape architecture, in particular to equipment for removing blue algae by water for landscape architecture.

Background

The blue algae outbreak events frequently occur in recent years, mainly appear in lakes near population dense areas, drinking water reservoirs, urban landscape rivers and lakes and other relatively flat flowing water areas, the blue algae outbreak, algae toxin release, large consumption of water body dissolved oxygen and other reasons often cause relatively serious economic loss and social problems due to eutrophication of water bodies, the main reason of the blue algae outbreak is that phosphorus and nitrogen in the water body exceed the standard, flocculation is an important link of a water treatment process, the flocculation directly influences the pollution removal effect of water treatment, along with the gradual and serious industrial development and environmental and water body pollution, the conventional water purification process is strengthened, the high-efficiency and deep treatment of water is realized, the realization of high-efficiency flocculation is always a valuable research direction in the modern water treatment technology, the existing flocculation system mainly has the natural gravity reduction or the mechanical gas production to make the flocs float upwards after the flocs are formed, and the former is influenced by water flow disturbance when the natural water bodies are applied, the reduction speed and the reduction efficiency are greatly reduced, the latter is not suitable for large-area water bodies due to the difficult problem of equipment laying, the method can be just applied to blue algae removal for landscape water, but how to carry out high-efficiency and concentrated fishing on the flocculated blue algae floating on the water surface is a problem which needs to be solved urgently, and on the basis of the premise, the device for removing the blue algae for the landscape water is developed and developed to solve the problem.

Disclosure of Invention

Aiming at the defects of the prior art, the invention is realized by the following technical scheme: the utility model provides an equipment that is used for landscape water to get rid of blue alga, its structure includes: the device comprises a machine base, a machine frame, an inflatable ring, an algae sucking mechanism, a counterweight seat, a screw shaft, blades, a separation net and a protective cover, wherein the machine base is connected with the machine frame, the inflatable ring is arranged on the periphery of the machine frame, the algae sucking mechanism is simultaneously connected with the machine base and the machine frame, the counterweight seat is arranged at one end of the algae sucking mechanism, the screw shaft is arranged at the tail end of the machine base, the blades are distributed on the side edge of the screw shaft and are positioned at the inner side of the protective cover, the protective cover is provided with the separation net, the machine base is used for bearing the power and the operation components of the device on one hand and is also used for keeping the weight ratio balance of the two ends of the device on the other hand, so that one end of the device is prevented from being tilted slightly after being launched, meanwhile, the device has the steering function control of the device, can realize the forward, backward, the main purpose is that the contact area of the equipment with blue algae on the water surface can be increased after the equipment is launched, so that the performance of absorbing the blue algae is improved, the wrinkles can also enhance the anti-collision performance of the equipment, the wrinkles can expand and expand after encountering impact and release elastic potential energy to reduce the impact force, the expanded area can be increased and increase the contact area with the water surface, the floating ascending performance of the equipment is ensured, the counterweight seat is used for balancing the change of the gravity centers at two ends of the equipment to prevent the equipment from turning over and toppling over, the spiral shaft provides the driving force for enabling the equipment to advance and retreat through the rotation kinetic energy, the three blades are matched to enhance the driving force by utilizing the spiral structure on the surfaces of the blades in a windless state, and in order to prevent the blades from contacting with an operator to generate limb injury events and equipment damage events, the separation net and the protective cover are additionally arranged outside the separation net, The metal insulation material of anti striking makes, can effectively guarantee the security performance of equipment.

As a further technical supplement of the invention, the frame consists of a steering rod, a rotating shaft seat, a keel frame, a vacuum tube, an air extracting pump and a connecting pipe opening, wherein the steering rod is connected with the keel frame through the rotating shaft seat, the keel frame is connected with the air extracting pump through the vacuum tube, the bottom of the air extracting pump is provided with the connecting pipe opening, the steering rod is composed of two sharp-angle high-strength metal strips, the steering rod can deflect within a range of degrees towards the left side and the right side under the control of the rotating shaft seat, the purpose of steering the frame is realized by utilizing the change of the angle, the keel frame is made of high-strength insulating light metal, the weight of the keel frame can not influence the floating performance of equipment while having high-light support performance, the steering rod and the inner cavity of the keel frame are both hollow structures, the steering rod and the keel frame have the performance of buoyancy rising, the vacuum tube is used for providing a gas flow passage with high-shrinkage performance, therefore, the delivery flow of the gas is stabilized, the air pump can produce high gas by utilizing the reverse pumping force and deliver the high gas into the vacuum tube for converting high-strength compressed gas, and the connecting pipe port is used for connecting a pipeline for delivering the bearing gas outwards.

As a further technical supplement of the invention, the algae sucking mechanism consists of a driving machine, a supercharger, a horizontal sucking device, a balance frame, a guide pipe, an extractor, a brake valve, a power machine and a battery seat, wherein the driving machine is provided with the supercharger which is connected with the horizontal sucking device, the horizontal sucking device is arranged at one end of the surface of the balance frame, the balance frame is provided with the guide pipe, the horizontal sucking device is connected with the extractor through the guide pipe, the extractor is provided with the brake valve, the brake valve is connected with the power machine, the power machine is provided with the battery seat, the driving machine is used for providing a sucked power source for the algae sucking mechanism and utilizing the high-strength pressure of the supercharger to improve the output power of the driving machine, the balance frame is a main body structure of the algae sucking mechanism and is used for bearing the connection and the weight of the structure, the gravity centers of the two ends of the algae sucking mechanism can, the surface of the inner ring is smooth to prevent a large amount of blue algae from being attached in the process of conveying, the brake valve is used for controlling the power output of the extractor, once the algae sucking mechanism needs to be closed temporarily, the power machine can be closed by utilizing the braking performance of the brake valve, the power machine is a power conveying source of the extractor and has the same power potential energy structure as that of the driving machine, but the purpose is to enhance the output speed of the extractor and play a role in enhancing the extractor, and the battery seat is supplied by a power source of the power machine and is responsible for supplying electric energy to the power machine to enable the power machine to operate.

As a further technical supplement of the invention, the horizontal suction device comprises two annular seats, two driven wheels, a rolling shaft, a crankshaft, a driving wheel, a tensioning roller, a shovel plate, a feeding pipe and a scraper, wherein the driven wheels are arranged on two sides of the upper annular seat, the driven wheels are connected with the bottom annular seat through the crankshaft, the driving wheels are arranged on two sides of the bottom annular seat and are connected with the bottom annular seat, the rolling shaft is arranged on the upper annular seat, the tensioning roller is arranged on the bottom annular seat and corresponds to the rolling shaft, the shovel plate is arranged on the bottom of the lower annular seat, the shovel plate is connected with the feeding pipe, the feeding pipe is arranged on the bottom of the annular seat and keeps horizontal, the scraper is arranged on the driven wheel on one side of the upper annular seat and is contacted with the lower annular seat, the annular seat is divided into an upper part and a lower part, the upper annular seat mainly plays a role of linking the lower annular seat, and, the device can also be linked with the operation of a driving wheel below, the driving wheel provides a high-torque rotating force to drive the upper part and the lower part of the annular seat to operate, the rolling shaft and the tensioning roller can drive the contact distance between the two annular seats to realize adjustment by adjusting the rotating structure of the rolling shaft and the tensioning roller, the rolling degree of the blue algae is changed by utilizing the pressure of the contact force of the rolling shaft and the tensioning roller, the scraper is used for cleaning the blue algae and impurities adhered to the two annular seats, the impurities in water block the gap between the annular seats to influence the suction efficiency of the horizontal suction device, the shoveling plate is of a plate body structure with an obtuse angle structure and is divided into two sections, one section is positioned at the bottom of the annular seat and is positioned below the contact position of the annular seat and the water surface, the front end of the shoveling plate body structure is of a triangular structure, the shoveling effect similar to shoveling is, and is fixed to the annular seat.

As a further technical supplement of the invention, the extractor consists of a port, a rotating pipe, a separating pipe, a primary filter screen, a mixing pipe, a compression ring, an output pipe and a rectification net, wherein the port is connected with the rotating pipe, the rotating pipe is connected with the separating pipe, the separating pipe is provided with the primary filter screen, the separating pipe is connected with the output pipe through the mixing pipe, the compression ring is arranged at the connecting point of the mixing pipe and the output pipe, the output pipe is provided with the rectification net, the port is used for connecting with a feed pipe and can enhance the connection firmness between the feed pipe and the feed pipe, the blue algae is prevented from falling off in the process of conveying the blue algae and is poured into the equipment, the rotating pipe generates rotating force to drive the blue algae to rotate in advance when entering the separating pipe, the blue algae can realize solid-liquid separation due to the rotating force, the mesh aperture of the primary filter screen, its aim at prevents that objects such as branch from getting into to produce in the pipeline and damaging extraction mechanism, and the hybrid tube is responsible for mixing the blue alga again, only possesses water and plankton basically in the blue alga after this time mixes, and the blue alga can concentrate and get into in the rectifier network and realize the second filtration when the arch circular arc structure of compression ring once more, will mix the small gravel removal in the blue alga, improves the purity of blue alga so that later stage processing.

Advantageous effects

The invention is applied to the technical aspect of blue-green algae treatment of landscape, and mainly aims to solve the problem of carrying out high-efficiency and concentrated fishing on the flocculated blue-green algae floating on the water surface;

the structure of the device is changed into a carrier capable of floating on the water surface, the horizontal suction device on the algae suction mechanism enables the device and the cyanobacteria suspended matters which are thrown with flocculating agent and flocculated on the water surface to be kept in a horizontal state, an acute angle flat plate structure formed by a shovel plate of the horizontal suction device can be used for shoveling under water to enable the device to be just positioned at the bottom end of the cyanobacteria, a cavity structure in the shovel plate is communicated with a feeding pipe, so that the cyanobacteria is sucked in the advancing process of the device, and the cyanobacteria carrying impurities is screened out through an annular seat, so that the cyanobacteria is uniformly collected and treated, the continuous pollution of the cyanobacteria on landscape water is avoided, and the cyanobacteria can be treated and reused.

Drawings

Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:

FIG. 1 is a schematic view of the external structure of an apparatus for removing blue algae in water for landscape architecture according to the present invention.

FIG. 2 is a schematic structural diagram of a frame of the equipment for removing blue algae in water for landscape architecture.

FIG. 3 is a side sectional view of the algae sucking mechanism of the device for removing blue algae in water for landscape architecture of the present invention.

FIG. 4 is a side sectional view of the horizontal suction device of the algae suction mechanism of the apparatus for removing blue algae in water for landscape architecture of the present invention.

FIG. 5 is a side sectional view of the extractor of the algae sucking mechanism of the apparatus for removing blue algae in landscape water according to the present invention.

In the figure: a machine base-1, a machine frame-2, an inflatable ring-3, an algae sucking mechanism-4, a counterweight seat-5, a screw shaft-6, a blade-7, a separation net-8, a shield-9, a steering rod-10, a rotating shaft seat-11, a keel frame-12, a vacuum pipe-13, an air pump-14, a pipe connecting port-15, a driving machine-20, a supercharger-21, a horizontal suction device-22, a balance frame-23, a guide pipe-24, an extractor-25, a brake valve-26, a power machine-27, a battery seat-28, an annular seat-30, a driven wheel-31, a rolling shaft-32, a crankshaft-33, a driving wheel-34, a tension roller-35, a shovel plate-36, a feeding pipe-37, a scraper-38, a scraper blade-34, a, Port-40, rotary pipe-41, separating pipe-42, first-stage filter screen-43, mixing pipe-44, compression ring-45, output pipe-46 and rectifying net-47.

Detailed Description

In order to make the technical means, the original characteristics, the achieved purposes and the effects of the invention easy to understand, the following description and the accompanying drawings further illustrate the preferred embodiments of the invention.

Examples

Referring to fig. 1, the present invention provides an apparatus for removing blue algae in water for landscape architecture, which comprises: the device comprises a machine base 1, a machine frame 2, an inflatable ring 3, an algae sucking mechanism 4, a counterweight seat 5, a spiral shaft 6, blades 7, a spacer net 8 and a shield 9, wherein the machine base 1 is connected with the machine frame 2, the inflatable ring 3 is arranged at the periphery of the machine frame 2, the algae sucking mechanism 4 is simultaneously connected with the machine base 1 and the machine frame 2, the counterweight seat 5 is arranged at one end of the algae sucking mechanism 4, the spiral shaft 6 is arranged at the tail end of the machine base 1, the blades 7 are distributed at the side edge of the spiral shaft 6, the blades 7 are positioned at the inner side of the shield 9, the shield 9 is provided with the spacer net 8, the machine base 1 is used for bearing the power and operating components of the device on one hand, and is also used for keeping the weight ratio balance at two ends of the device on the other hand, preventing one end of the device from tilting slightly after being launched, meanwhile, the steering, after the device is inflated, the whole inflation and expansion of the inflation ring 3 can be ensured to be uniform, and the corrugations in the shape of gullies are arranged on the surface of the inflation ring, the main purpose is that the contact area of the device with blue algae on the water surface can be increased after the device is launched into the water, so that the blue algae absorption performance is improved, the corrugations can also enhance the anti-collision performance of the device, after the device is impacted, the corrugations can be expanded in a stretching way and release elastic potential energy to reduce the impact force, the expanded area can be increased and the contact area with the water surface is increased, the floating water ascending performance of the device is ensured, the counterweight seat 5 is used for balancing the change of the gravity centers at two ends of the device to prevent the device from being overturned, the spiral shaft 6 provides rotary kinetic energy to enable the device to have the driving force of advancing and retreating, and is provided with three blades 7, so that the spiral structure on the surfaces of the blades 7, the outside of the device is additionally provided with the separation net 8 and the protective cover 9, and the separation net 8 and the protective cover 9 are both made of anti-deformation and anti-impact metal insulation materials, so that the safety performance of the device can be effectively ensured.

Referring to fig. 2, the present invention provides an apparatus for removing blue algae in water for landscape architecture, which comprises: the frame 2 is composed of a steering rod 10, a rotating shaft seat 11, a keel frame 12, a vacuum tube 13, an air pump 14 and a connecting pipe orifice 15, the steering rod 10 is connected with the keel frame 12 through the rotating shaft seat 11, the keel frame 12 is connected with the air pump 14 through the vacuum tube 13, the bottom of the air pump 14 is provided with the connecting pipe orifice 15, the steering rod 10 is composed of two sharp-angle high-strength metal strips, angle deflection within 30 degrees can be realized towards the left side and the right side through the control of the rotating shaft seat 11, the purpose of steering the frame 2 is realized by utilizing angle change, the keel frame 12 is made of high-strength insulating light metal, the weight of the frame does not influence the floating performance of the equipment while the high-light supporting performance is realized, the inner cavities of the steering rod 10 and the keel frame 12 are both of hollow structures, the vacuum tube has the performance of buoyancy rising, and the vacuum tube 13 is used for providing a gas, the pipeline structure of the vacuum pipe 13 can ensure that gas does not leak in the conveying process, so as to stabilize the conveying flow of the gas, the air pump 14 can produce high-pressure gas by utilizing the reverse pumping force and convey the high-pressure gas into the vacuum pipe 13 for converting the high-strength compressed gas, and the connecting pipe orifice 15 is used for connecting a pipeline for conveying the bearing gas outwards.

Referring to fig. 3, the present invention provides an apparatus for removing blue algae in water for landscape architecture, which comprises: the algae sucking mechanism 4 comprises a driving machine 20, a supercharger 21, a horizontal suction device 22, a balance frame 23, a conduit 24, an extractor 25, a brake valve 26, a power machine 27 and a battery seat 28, wherein the driving machine 20 is provided with the supercharger 21, the supercharger 21 is connected with the horizontal suction device 22, the horizontal suction device 22 is arranged at one end of the surface of the balance frame 23, the balance frame 23 is provided with the conduit 24, the horizontal suction device 22 is connected with the extractor 25 through the conduit 24, the extractor 25 is provided with the brake valve 26, the brake valve 26 is connected with the power machine 27, the power machine 27 is provided with the battery seat 28, the driving machine 20 is responsible for providing a suction power source for the algae sucking mechanism 4 and utilizing the high-strength pressure of the supercharger 21 to improve the output power of the driving machine 20, the balance frame 23 is a main body structure of the algae sucking mechanism 4 and is used for bearing the connection and weight of the structure and can realize, the structure balance is kept, the conduit 24 is made of a pipeline with better flexibility, the surface of the inner ring is smooth, a large amount of blue algae can be prevented from being attached in the conveying process, the brake valve 26 is used for controlling the power output of the extractor 25, once the algae sucking mechanism 4 needs to be closed temporarily, the power machine 27 can be closed by utilizing the braking performance of the brake valve 26, the power machine 27 is a power transmission source of the extractor 25 and has the same structure with the power potential energy of the driving machine 20, but the purpose is to increase the output speed of the extractor 25 and play a role in enhancing the extractor 25, the battery seat 28 is supplied by the power source of the power machine 27 and is responsible for supplying electric energy to the power machine 27 to enable the power machine 27 to operate.

Referring to fig. 4, the present invention provides an apparatus for removing blue algae in water for landscape architecture, which comprises: the horizontal suction device 22 is composed of two annular seats 30, two driven wheels 31, a rolling shaft 32, a crankshaft 33, a driving wheel 34, a tensioning roller 35, a shovel plate 36, a feeding pipe 37 and a scraper 38, the annular seats 30 are provided with two driven wheels 31 on two sides of the annular seat 30 above, the driven wheels 31 are connected with the annular seat 30 at the bottom through the crankshaft 33, the driving wheel 34 is arranged on two sides of the annular seat 30 at the bottom and connected with the annular seat, the rolling shaft 32 is arranged on the annular seat 30 above, the tensioning roller 35 and the rolling shaft 32 are arranged on the annular seat 30 at the bottom and correspond to each other, the shovel plate 36 is arranged at the bottom of the annular seat 30 below, the shovel plate 36 is connected with the feeding pipe 37, the feeding pipe 37 is arranged at the bottom of the annular seat 30 and keeps horizontal, the driven wheel 31 on one side of the annular seat 30 above is provided with the scraper 38 and contacts with the annular seat 30 below, the annular seat 30 is divided into an upper part, the driven wheel 31 is fixed at two ends of the annular seat 30 through the swinging of the crankshaft 33, and can also be linked with the running of a driving wheel 34 below, the driving wheel 34 provides a high-torque rotating force to drive the upper part and the lower part of the annular seat 30 to run, the rolling shaft 32 and the tensioning roller 35 can drive the contact distance between the two annular seats 30 to realize adjustment through adjusting the self rotating structure, the rolling degree of the blue algae is changed by utilizing the pressure of the contact force of the two annular seats, the scraper 38 is used for cleaning the blue algae and impurities adhered to the two annular seats 30, the impurities in water block the gap between the annular seats 30 to influence the suction efficiency of the horizontal suction device 22, the scraper plate 36 is of a plate body structure with an obtuse angle structure and is divided into two sections, one section is positioned at the bottom of the annular seat 30 and is positioned below the contact position of the annular seat 30 and the water surface, when moving on the water surface, the floating matter of blue algae on the water surface can be shoveled into the feeding pipe 37 by the effect similar to shoveling, and the other section is a carrier structure connected with the feeding pipe 37 and fixed on the annular seat 30.

Referring to fig. 5, the present invention provides an apparatus for removing blue algae in water for landscape architecture, which comprises: the extractor 25 is composed of a port 40, a rotating pipe 41, a separating pipe 42, a first-stage filter screen 43, a mixing pipe 44, a compression ring 45, an output pipe 46 and a rectifying net 47, the port 40 is connected with the rotating pipe 41, the rotating pipe 41 is connected with the separating pipe 42, the separating pipe 42 is provided with the first-stage filter screen 43, the separating pipe 42 is connected with the output pipe 46 through the mixing pipe 44, the compression ring 45 is arranged at the connecting point of the mixing pipe 44 and the output pipe 46, the output pipe 46 is provided with the rectifying net 47, the port 40 is used for connecting with the feed pipe 37 and can enhance the connecting firmness between the feed pipe and the feed pipe 37, the blue algae is prevented from falling off in the process of conveying the blue algae and being poured into the equipment, the rotating pipe 41 generates rotating force to drive the blue algae to enter the separating pipe 42 to rotate in advance, when the blue algae enters the separating pipe 42, solid-liquid separation can, for example, branch and blade in aquatic, its aim at prevent that objects such as branch from getting into the pipeline in to produce the damage to extraction mechanism, mixing tube 44 is responsible for mixing the blue alga again, only possesses water and plankton basically in the blue alga after this time mixes, and the blue alga can concentrate when the arch circular arc structure of compression ring 45 once more and get into in rectifier network 47 and realize the secondary filtration, gets rid of the small gravel of mixing in the blue alga, improves the purity of blue alga so that later stage processing.

After the landscape water encounters a blue-green algae outbreak event, the water body can be cleaned by adopting the invention to avoid the expansion of the water body pollution area, the blue-green algae in the water body can be flocculated firstly, after the flocculation is finished, the inflatable ring 3 of the invention is inflated firstly to expand the water body, then the water body is thrown on the water surface, the control equipment moves forward to a blue-green algae concentration area, the blue-green algae plankton on the water surface is shoveled into the feeding pipe 37 by utilizing a shoveling plate 36, a cavity structure is arranged in the shoveling plate 36 and is connected with the feeding pipe 37, the blue-green algae is sucked by a guide pipe 24 and a suction device 25 which are connected with the feeding pipe 37, the blue-green algae containing impurities upwards enters the annular seat 30, the rolling shaft 32 and the tensioning roller 35 can drive the contact distance between the two annular seats 30 to realize the adjustment by adjusting the self rotating structure, and the rolling degree of the blue, all the blue algae enter the guide pipe 24 and are discharged through the extractor 25 to be collected and processed uniformly.

While there have been shown and described what are at present considered the fundamental principles of the invention, the essential features and advantages thereof, it will be understood by those skilled in the art that the present invention is not limited by the embodiments described above, which are merely illustrative of the principles of the invention, but rather, is capable of numerous changes and modifications in various forms without departing from the spirit or essential characteristics thereof, and it is intended that the invention be limited not by the foregoing descriptions, but rather by the appended claims and their equivalents.

Furthermore, it should be understood that although the present description refers to embodiments, not every embodiment may contain only a single embodiment, and such description is for clarity only, and those skilled in the art should integrate the description, and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.

Claims

1. The utility model provides an equipment that is used for landscape water to get rid of blue alga, its structure includes: frame (1), frame (2), aerify circle (3), inhale algae mechanism (4), counter weight seat (5), screw axis (6), paddle (7), separate net (8), guard shield (9), its characterized in that:

the machine base (1) is connected with the machine frame (2), an inflatable ring (3) is arranged on the periphery of the machine frame (2), the algae sucking mechanism (4) is simultaneously connected with the machine base (1) and the machine frame (2), the counterweight seat (5) is arranged at one end of the algae sucking mechanism (4), the tail end of the machine base (1) is provided with a spiral shaft (6), blades (7) are distributed on the side edge of the spiral shaft (6), the blades (7) are positioned on the inner side of the shield (9), and the shield (9) is provided with a separation net (8);

the machine frame (2) is composed of a steering rod (10), a rotating shaft seat (11), a keel frame (12), a vacuum tube (13), an air suction pump (14) and a pipe connecting port (15), the steering rod (10) is connected with the keel frame (12) through the rotating shaft seat (11), the keel frame (12) is connected with the air suction pump (14) through the vacuum tube (13), and the pipe connecting port (15) is arranged at the bottom of the air suction pump (14);

the algae sucking mechanism (4) consists of a driving machine (20), a supercharger (21), a horizontal sucking device (22), a balance frame (23), a guide pipe (24), an extractor (25), a brake valve (26), a power machine (27) and a battery seat (28), wherein the driving machine (20) is provided with the supercharger (21), the supercharger (21) is connected with the horizontal sucking device (22), the horizontal sucking device (22) is arranged at one end of the surface of the balance frame (23), the balance frame (23) is provided with the guide pipe (24), the horizontal sucking device (22) is connected with the extractor (25) through the guide pipe (24), the extractor (25) is provided with the brake valve (26), the brake valve (26) is connected with the power machine (27), and the power machine (27) is provided with the battery seat (28);

horizontal suction means (22) comprises annular seat (30), follow driving wheel (31), rolling axle (32), bent axle (33), action wheel (34), tensioning roller (35), shovel board (36), inlet pipe (37), scraper (38), annular seat (30) are equipped with two, and annular seat (30) both sides of top are equipped with from driving wheel (31), follow annular seat (30) of bottom are connected through bent axle (33) from driving wheel (31), and annular seat (30) both sides of bottom are equipped with action wheel (34) and link to each other with it, and rolling axle (32) are located on annular seat (30) of top, and annular seat (30) of bottom are equipped with tensioning roller (35) and rolling axle (32) and correspond each other, and annular seat (30) bottom that is located the below is equipped with shovel board (36), and inlet pipe (37) are connected to shovel board (36), and annular seat (30) bottom is located to inlet pipe (37) and keep the level form rather than, the driven wheel (31) positioned on one side of the upper annular seat (30) is provided with a scraper (38) and is in contact with the lower annular seat (30).

2. The apparatus for removing blue algae for landscape water according to claim 1, wherein: extractor (25) comprises port (40), rotatory pipe (41), separator tube (42), one-level filter screen (43), hybrid tube (44), compression ring (45), output tube (46), rectification net (47), rotatory pipe (41) is connected in port (40), and rotatory pipe (41) link to each other with separator tube (42), and separator tube (42) are equipped with one-level filter screen (43), and output tube (46) is connected through hybrid tube (44) in separator tube (42), and hybrid tube (44) and output tube (46) junction position are located in compression ring (45), and output tube (46) are equipped with rectification net (47).