CN201442884U

CN201442884U - Super-gyromagnetic oxygenation and aeration machine

Info

Publication number: CN201442884U
Application number: CN2009200277771U
Authority: CN
Inventors: 邓元; 刘宗森; 刘骏; 陈娟
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-06-25
Filing date: 2009-06-25
Publication date: 2010-04-28
Anticipated expiration: 2019-06-25

Abstract

The utility model provides a super-gyromagnetic oxygenation and aeration machine. Upper and lower parts of a main cylinder are connected with a platform and a host respectively, an oxygenation machine and a floater are respectively arranged at upper and lower parts of the platform, the lower part of the host is connected with a magnetizer through a shunt, an air filled tube has the upper part communicated with the oxygenation machine and the lower part connected with the shunt, a hollow shaft has the lower part connected with a jet device and the upper part connected with the shunt, and a flow-aid propeller is connected with the outer side of the hollow shaft. The machine sends the oxygen in the air to the underwater and fast completes the synthesis of water and air through the host. The machine has the advantages of simple structure, stable and reliable operation and convenient maintenance.

Description

Super gyromagnet oxygenic aeration machine

Technical field:

The utility model relates to sewage disposal device, relates in particular to a kind of super gyromagnet oxygenic aeration machine.

Background technology:

At present, industry and people's lives sewage discharge have caused the great attention of various circles of society, and the large amount of sewage discharging makes a big impact to ecotope.The prior art too busy to get away aerating apparatus of disposing of sewage, and the quality quality of disposing of sewage depends on the quality of aerating apparatus efficiency.(a) surface aeration machine that tradition is used, draft is shallow, can only be at surface aeration, oxygenation capacity increases with the depth of water and reduces, and the mud that easy accumulation is died in a large number at the bottom of the pond forms the anaerobism reflection, may produce anaerobism mud expansion come-up, have a strong impact on wastewater treatment efficiency, power consumption is big.(b) micro porous aeration head cooperates roots blower, and roots blower is bulky, need build large-scale machine room, and floor space is big, the energy consumption height needs a large amount of breather lines of arranging at the bottom of the pond, and micro porous aeration head is at the bottom of the pond, the active sludge that easily is deposited stops up eyelet, and the forfeiture aeration performance can't keep in repair as stop work and production not.(c) jet aerator, draft is limited, easy accumulated sludge at the bottom of the pond.These treatment facilities in various degree have a complex structure, the energy consumption height uses weak points such as inconvenient maintenance, can not reach the requirement of existing sewage disposal discharging far away.

Summary of the invention:

The purpose of this utility model is intended to overcome the deficiencies in the prior art part, provides a kind of simple in structure, and energy consumption is low, uses super gyromagnet oxygenic aeration machine easy to maintenance.

The purpose of this utility model can realize by following technical measures:

The main tube of this super gyromagnet oxygenic aeration machine is upper and lower to be connected with platform, main frame respectively, platform is upper and lower aerating machine and levitron respectively, be connected with magnetizing apparatus by splitter under the main frame, go up under the gas-filled valve that is communicated with aerating machine and be connected splitter, be connected with down on the tubular shaft of ejector and connect splitter, help the stream thruster to be connected in the outside of tubular shaft.

The purpose of this utility model also can realize by following technical measures:

Described gas-filled valve and splitter joint are provided with vacuum breaker; Described platform is trilateral, circle or regular polygon; Described platform is connected by the levitron connecting rod with levitron; Described levitron is a ball float; Described ball float levitron has several.

The utility model is provided with:

Rain cover---be installed in the aerating machine top, cap shape avoids aerating machine to be caught in the rain;

Aerating machine---be installed on the platform, connect gas-filled valve, under water to supplying gas;

Aerating machine shield cap---protection aerating machine is avoided collision, is dabbled;

Aerating machine is installed on platform---top, and the bottom connects ball float with ball lever;

The levitron connecting rod---connect levitron, can regulate length, control aerator underwater penetration;

Levitron---it is waterborne that aerator is floated on, and can realize that aerator swims in any position of the water surface, both can be fixed on the original place, also is movable to elsewhere, flexible arrangement;

Gas-filled valve---top connects aerating machine, and the bottom connects splitter after by vacuum breaker, is the passage that aerating machine is supplied gas;

Main tube---top connects platform, and the bottom connects main frame, is the interconnecting piece between aerator substructure and the platform, realizes the deep water aeration agitation, changes main tube length degree and also can adjust the aeration degree of depth;

Main frame---main frame top connects main tube, the bottom connects splitter, adopt the Driving-mud Pump shell structure, the protection motor internal is water-tight, realize the main frame work that sinks under the water, can shorten the transmission shaft distance significantly, reduce because of mechanical wear that eccentricity causes, wave and rock, reach and improve torsional moment and rotating speed, increase the effect of the jet dynamics and the dynamics of stirring;

Vacuum breaker---the member of gas-filled valve bottom, because pressure is very big under water, when aerator quit work, current can recoil up from gas-filled valve, may irritate into gas blower, so the bottom adds vacuum breaker, can close automatically when aerator stops, and prevented the current recoil;

Splitter---top connects main frame, the outer ring, bottom connects magnetizing apparatus, lower central connects tubular shaft, the side connects gas-filled valve, when host work, the sheet of supplying gas in the splitter is blown into seal area in the splitter with air, air compiles at seal area and enters tubular shaft, during the main frame high speed rotating, it is very big to drive the downward blowing power of sheet of supplying gas, and can form negative pressure in splitter, inlet mouth is produced suction force, make air be easy to enter, can reduce the power consumption of aerating machine waterborne, overcome the deep water that causes greatly because of pressure under water the supply gas difficulty and the huge problem of mechanical output of supplying gas;

Magnetizing apparatus---distributing is fixed on the framework of outer ring, splitter bottom, with the Nd-Fe-B permanent magnet is that main raw is made, current flow into inner tubular shaft after the magnetizing apparatus magnetization, a lot of qualitative variations through taking place after magnetizing in water body, be beneficial to dissolved oxygen and shift, the biological activity of active sludge can improve 18%.Magnetization technology is used for the actually rare of sewage disposal;

Tubular shaft---upper end connects splitter, and air enters thus, and middle intersegmental part has " interior jet orifice ", the prosopyle is arranged on the outer wall, sewage enters tubular shaft from the prosopyle, and mixes with jet air, continues downward jet after the gas-vapor mix to " the super ejector that revolves " in tubular shaft;

Impeller---be divided into main thruster and help the stream thruster, main thruster is welded on the outside, tubular shaft stage casing, more than the prosopyle, three or multi-disc are set as required, size is bigger, plays downward plug-flow and stirs, and helps the stream thruster to be welded on the tubular shaft hypomere outside, super revolving more than the ejector, size is less, plays the cutting bubble;

Surpass and revolve ejector---oblate shape, hollow is cutting blade all around, and top connects tubular shaft, rotates synchronously with tubular shaft, and the air water mixed state is revolved ejector by the tubular shaft injection excess of imports, laterally injects in the water again.

It is waterborne that the utility model utilizes ball float that aerator is floated on, above water platform connects main tube downwards, main tube bottom is equipped with submersible machine, the air removal jet structure rotary work of driven by motor bottom, form negative pressure ventilation, and downward jet-flow aeration, the aerating machine on platform top connects bottom air removal jet structure by blast tube, auxiliary supplying gas.Adopt the deep water aeration, overcome the shortcoming of water body oxygenation inequality, especially overcome the insufficient problem of swallow oxygenation; Adopt the bottom jet to stir, promoted oxygen, water body, mud thorough mixing, avoided sludgd deposition at the bottom of the pond, to form the anaerobism reflection; Because volume is less relatively, thereby do not need to build on the ground large-scale machine room, do not need to be equipped with large-scale utility appliance, do not need to lay breather line; In addition, it is low to consume energy, and under the prerequisite of equal oxidation effect, can save energy consumption 30%.

Description of drawings:

Fig. 1 is the structural representation of the utility model embodiment.

Embodiment:

Embodiment 1:

On the main tube 8, down respectively with the central part of platform 4, main frame 9 connects, on the triangle platform 4, aerating machine 2 and three ball floats 6 are arranged respectively down, main frame passes through splitter 11 for 9 times and is connected with magnetizing apparatus 12, go up the gas-filled valve that is communicated with aerating machine 2 and be connected splitter 11 7 times, be connected with down and connect splitter 11 on the tubular shaft 13 of ejector 15, aerating machine 2 tops have avoids the rain cover 1 that is caught in the rain, aerating machine 2 is outer to be had and avoids the shield cap 3 that collides and dabble, help stream thruster 14 to be connected in the outside of tubular shaft 13, described gas-filled valve 7 is provided with vacuum breaker 10 with splitter 11 joints, and platform 4 is connected by floating ball rod 5 with ball float 6.

Embodiment 2:

On the main tube 8, down respectively with the central part of platform 4, main frame 9 connects, on the circular platform 4, aerating machine 2 and four ball floats 6 are arranged respectively down, main frame passes through splitter 11 for 9 times and is connected with magnetizing apparatus 12, go up the gas-filled valve that is communicated with aerating machine 2 and be connected splitter 11 7 times, be connected with down and connect splitter 11 on the tubular shaft 13 of ejector 15, aerating machine 2 tops have avoids the rain cover 1 that is caught in the rain, aerating machine 2 is outer to be had and avoids the shield cap 3 that collides and dabble, help stream thruster 14 to be connected in the outside of tubular shaft 13, described gas-filled valve 7 is provided with vacuum breaker 10 with splitter 11 joints, and platform 4 is connected by floating ball rod 5 with ball float 6.

Embodiment 3:

On the main tube 8, down respectively with the central part of platform 4, main frame 9 connects, on the regular pentagon platform 4, aerating machine 2 and five ball floats 6 are arranged respectively down, main frame passes through splitter 11 for 9 times and is connected with magnetizing apparatus 12, go up the gas-filled valve that is communicated with aerating machine 2 and be connected splitter 11 7 times, be connected with down and connect splitter 11 on the tubular shaft 13 of ejector 15, aerating machine 2 tops have avoids the rain cover 1 that is caught in the rain, aerating machine 2 is outer to be had and avoids the shield cap 3 that collides and dabble, help stream thruster 14 to be connected in the outside of tubular shaft 13, described gas-filled valve 7 is provided with vacuum breaker 10 with splitter 11 joints, and platform 4 is connected by floating ball rod 5 with ball float 6.

Claims

1. super gyromagnet oxygenic aeration machine, it is characterized in that main tube (8) be upper and lower being connected with platform (4), main frame (9) respectively, platform (4) is upper and lower aerating machine (2) and levitron (6) respectively, main frame (9) is connected with magnetizing apparatus (12) by splitter (11) down, go up the gas-filled valve (7) that is communicated with aerating machine (2) and be connected splitter (11) down, the tubular shaft (13) that is connected with ejector (15) is down gone up connection splitter (11), helps stream thruster (14) to be connected in the outside of tubular shaft (13).

2. super gyromagnet oxygenic aeration machine according to claim 1 is characterized in that described gas-filled valve (7) and splitter (11) joint are provided with vacuum breaker (10).

3. super gyromagnet oxygenic aeration machine according to claim 1 is characterized in that described platform (4) is trilateral, circle or regular polygon.

4. super gyromagnet oxygenic aeration machine according to claim 1 is characterized in that described platform (4) is connected by levitron connecting rod (5) with levitron (6).

5. according to claim 1 or 4 described super gyromagnet oxygenic aeration machines, it is characterized in that described levitron (6) is a ball float.

6. super gyromagnet oxygenic aeration machine according to claim 1 is characterized in that described levitron (6) has several.