CN218709682U

CN218709682U - Dissolved oxygen algae-controlling flow impeller

Info

Publication number: CN218709682U
Application number: CN202222989274.0U
Authority: CN
Inventors: 蒋颖; 蒋建平; 蒋磊; 李钰
Original assignee: Jiangsu Chonke Environmental Science And Technology Co ltd
Current assignee: Jiangsu Chonke Environmental Science And Technology Co ltd
Priority date: 2022-06-16
Filing date: 2022-11-10
Publication date: 2023-03-24
Anticipated expiration: 2032-11-10

Abstract

The oxygen-dissolved algae-controlling impeller comprises a modular impeller pipeline system and a dissolved oxygen pump pressure system, wherein the modular impeller pipeline system consists of an impeller pipe and a plurality of flow nozzles distributed along the length direction of the impeller pipe, the impeller pipe is formed by assembling PPR pipes and stainless steel metal hoses, two adjacent sections of PPR pipes are connected by the stainless steel hoses, each PPR pipe is provided with a branch pipe, and the tail end of each branch pipe is provided with the flow nozzle; the dissolved oxygen pumping system comprises a water pump, and a water outlet pipeline of the water pump is communicated with the flow pushing pipe. The plug flow equipment pump body and the dissolved oxygen pump pressure system are combined, gas and liquid are fully mixed, the gas dissolving efficiency can be greatly improved, the liquid can rapidly reach a saturated dissolved oxygen state, and then the liquid is injected to the surface of the water body through the plug flow pipeline pump, the water flow is rich in a large amount of dissolved oxygen, the dissolved oxygen in the water body can be supplemented, the reproduction of anaerobic bacteria in the water body is inhibited, and the water body is prevented from becoming black and odorous.

Description

Dissolved oxygen algae-controlling flow impeller

Technical Field

The utility model relates to a water treatment technical field, more specifically relates to a dissolved oxygen accuse algae impeller.

Background

The flow impeller is a commonly used decontamination flow-pushing device in the treatment of the blue algae in rivers and lakes. The traditional impeller consists of a PPR pipe with equal-distance holes, a foam buoy and a pump body of the impeller device, and is fixed by adopting a mode of penetrating the pipe through the surrounding buoy or hanging the shore and the like. In the use process, due to the influence of wind power, air temperature and the like, the plug flow pipeline is easy to distort and deform, so that the direction and the angle of the plug flow water path are changed. Meanwhile, the plug flow water body of the common plug flow device does not contain high-concentration dissolved oxygen and cannot efficiently oxidize and decompose organic matters in water.

Disclosure of Invention

The utility model provides a dissolved oxygen algae-controlling impeller, which overcomes the defects that the conventional impeller does not contain high-concentration dissolved oxygen and can not efficiently oxidize and decompose organic matters in water. The main innovation lies in that a pump body of the plug flow equipment is combined with a dissolved oxygen pump pressure system, so that water flow is rich in a large amount of dissolved oxygen, and the reproduction of anaerobic bacteria in a water body is inhibited.

The method is implemented specifically as follows: the dissolved oxygen algae-controlling impeller comprises a modular impeller pipeline system and a dissolved oxygen pump pressure system, and is characterized in that the modular impeller pipeline system consists of an impeller pipe and a plurality of flow nozzles distributed along the length direction of the impeller pipe, the impeller pipe is formed by assembling PPR pipes and stainless steel metal hoses, two adjacent sections of PPR pipes are connected by the stainless steel hoses, each PPR pipe is provided with a branch pipe, and the tail end of each branch pipe is provided with the flow nozzle; the dissolved oxygen pumping system comprises a water pump, and a water outlet pipeline of the water pump is communicated with the flow pushing pipe. The motor of the water pump is electrified and started to draw in surrounding liquid, gas is sucked by utilizing the negative pressure effect, the gas and the liquid are fully mixed in the pump through the pump impeller rotating at high speed, the gas dissolving efficiency can be greatly improved, the liquid can rapidly reach a saturated dissolved oxygen state, and then the liquid is injected to the surface of the water body through the plug flow pipeline pump, the water flow is rich in a large amount of dissolved oxygen, the dissolved oxygen amount of the water body can be supplemented, the reproduction of anaerobic bacteria in the water body is inhibited, and the water body is prevented from becoming black and smelly. The plug flow pipe is made into a modular assembly form of a PPR pipe and a stainless steel metal hose, and is used for compensating the position movement of the whole plug flow pipeline caused by the influence of large wind wave fluctuation, and the safe and stable operation of a plug flow pipeline system is guaranteed. In addition, the spray heads with different flow rates can be assembled according to the blue algae outbreak condition, and the direction and the angle of the spray heads can be adjusted at will, so that the optimal plug flow effect is achieved.

Further, the dissolved oxygen pump pressure system comprises a drawing machine, wherein a drawing opening faces upwards, and the drawing opening is communicated with a water inlet of the water pump. When the device is used, the drawing port of the drawing machine is slightly lower than the water level and is immersed in the water body, the motor of the water pump is electrified and started, the drawing port collects the blue algae at the periphery due to negative pressure and enters the water pump through the drawing port, the water pump sends blue algae liquid into the propeller pipe, and the blue algae liquid is sprayed out through the nozzle.

Furthermore, the flow pushing pipe is suspended below a floating pontoon of the floating dam or the enclosure along the length direction of the floating dam or the enclosure, and the drawing machine is fixed on the floating dam or the enclosure through a support. Through the floating dam or the enclosure, the blue algae on the water surface can be intercepted and gathered at the edge of the floating dam or the enclosure to form a high-density area of the blue algae, so that the blue algae can be conveniently sucked by a sucking machine.

Further, the utility model discloses flow nozzle sets up on the PPR pipe along the pushing flow tube of flotation pontoon both sides department.

Further, the drawing machine of the present invention may use a suitable commercially available device capable of collecting blue algae liquid, preferably a suspension drawing machine (CN 201420270536.0, CN 201420270540.7) of the applicant, an adjustable capacity type algae collector (CN 202020299134.9), an isolated drawing machine (CN 202020295487.1), and a double buoyancy system drawing machine (2021107656952).

Furthermore, the drawing machine and the flow pushing pipe are symmetrically arranged on two sides of the floating dam or the enclosure.

Furthermore, the utility model discloses can select the conventional barricade in the market, best select the multi-functional barricade of applicant (CN 202021695626.6), an off-shore two-way algae control function's barricade (CN 2021200356990), a cut-off algae control barricade with water body restoration function (CN 2021200357194).

Further, the utility model discloses can separate the bottom at the floating dam or enclose and set up the equipment collecting pit, at the floating dam or enclose and separate installation monitoring, early warning system, realize long-range on-line monitoring, make system's function more perfect.

Further, the utility model discloses can be at floating dam or enclose and separate top installation solar panel, provide electric power, more clean environmental protection and energy saving with solar energy.

Further, the utility model discloses respectively be provided with the planker at floating dam or the both ends that enclose and separate, pull the planker through power, can be 360 degrees rotations in the waters floating dam or enclose and separate to adapt to the influence of different wind directions to blue alga flow direction.

The utility model has the advantages that:

1. the pump body of the plug flow equipment is combined with the dissolved oxygen pump pressure system, so that the water flow is rich in a large amount of dissolved oxygen, and the reproduction of anaerobic bacteria in the water body is inhibited.

2. The blue bath is captured by the active gathering of the drawing machine, and then the blue bath liquid is sprayed into the water body, and the spraying process is also an oxygen dissolving process, so that the oxygen dissolving efficiency is further improved.

3. The suction machine and the plug flow pipe are fixed through the floating dam or the enclosure, so that the suction machine and the plug flow pipe are guaranteed to be fixed in a required water area, and meanwhile, blue algae are intercepted, and the suction treatment of the suction machine is facilitated.

4. The utility model discloses can adjust the floating dam or enclose and separate the direction according to the wind direction, dispose various monitoring, early warning on it simultaneously, from functional device such as electricity generation, realize that an thing is multi-functional, and system function is more perfect.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a usage state diagram of the present invention.

Detailed Description

Example 1

The oxygen-dissolved algae-controlling impeller comprises a modular impeller pipeline system and an oxygen-dissolved pump pressure system, wherein the modular impeller pipeline system consists of an impeller pipe 1 and a plurality of flow nozzles 2 distributed along the length direction of the impeller pipe 1, the impeller pipe 1 is formed by assembling PPR pipes 11 and stainless steel metal hoses 12, two adjacent sections of PPR pipes 11 are connected through the stainless steel hoses 12, each PPR pipe 11 is provided with a branch pipe 13, and the tail end of each branch pipe 13 is provided with the flow nozzle 2; the dissolved oxygen pump pressure system comprises a drawing machine 3 and a water pump 4, wherein a drawing opening of the drawing machine 3 faces upwards, the drawing opening is communicated with a water inlet of the water pump 4, and a water outlet pipeline of the water pump 3 is communicated with the draft tube 1.

The flow pushing pipe 1 is suspended below a floating pontoon 51 of the floating dam or enclosure 5 along the length direction of the floating dam or enclosure 5, the drawing machine 3 is fixed on the floating dam or enclosure 5 through a bracket 31, and the flow nozzles 2 are arranged on PPR pipes 11 of the flow pushing pipe 1 along two sides of the floating pontoon 51.

Example 2

Referring to embodiment 1, an equipment collecting pool is arranged at the bottom of an enclosure or a floating dam, a monitoring and early warning system is arranged on the floating dam or the enclosure, a solar panel is arranged at the top of the floating dam or the enclosure, and plankers are respectively arranged at two ends of the floating dam or the enclosure.

Claims

1. The dissolved oxygen algae-controlling impeller comprises a modular impeller pipeline system and a dissolved oxygen pump pressure system, and is characterized in that the modular impeller pipeline system consists of an impeller pipe and a plurality of flow nozzles distributed along the length direction of the impeller pipe, the impeller pipe is formed by assembling PPR pipes and stainless steel metal hoses, two adjacent sections of PPR pipes are connected by the stainless steel hoses, each PPR pipe is provided with a branch pipe, and the tail end of each branch pipe is provided with the flow nozzle; the dissolved oxygen pumping system comprises a water pump, and a water outlet pipeline of the water pump is communicated with the flow pushing pipe.

2. The dissolved oxygen algae-controlling impeller of claim 1, wherein the dissolved oxygen pumping system comprises a suction machine, the suction port is upward, and the suction port is communicated with the water inlet of the water pump.

3. The dissolved oxygen algae-controlling impeller of claim 1, wherein the impeller tube is suspended below a float bowl of the floating dam or the enclosure along the length direction of the floating dam or the enclosure, and the suction machine is fixed on the floating dam or the enclosure through a bracket.

4. The dissolved oxygen algae-controlling impeller of claim 1, wherein the flow nozzles are disposed on the PPR tube along the impeller tubes at both sides of the pontoon.

5. The dissolved oxygen algae-controlling impeller of claim 3, wherein the scooper and the impeller tube are symmetrically disposed on both sides of the floating dam or the enclosure.

6. The dissolved oxygen algae-controlling impeller of claim 3, wherein the bottom of the floating dam or enclosure is provided with a device collecting tank, and the floating dam or enclosure is provided with a monitoring and early warning system.

7. The dissolved oxygen algae-controlling impeller of claim 3, wherein a solar panel is installed on top of the floating dam or enclosure.

8. The dissolved oxygen algae-controlling impeller of claim 3, wherein plankers are respectively arranged at two ends of the floating dam or the enclosure.