CN205773896U - A kind of micro-electric charge micro power sewage disposal device - Google Patents

Abstract

The utility model discloses a kind of micro-electric charge micro power sewage disposal device, including solarization air cell and rest chamber, the top of described solarization air cell is communicated with water inlet pipe, described water inlet pipe is provided with the first electronic valve, the inwall side of described solarization air cell is provided with snorkel, and one end of snorkel is run through solarization air cell and extends to the outside of solarization air cell, and the side of described solarization air cell is provided with air pump, described gas delivery side of pump connects with snorkel, and the input of described air pump is communicated with air inlet pipe.This micro-electric charge micro power sewage disposal device; by the setting to air filter; decrease the impurity in air and enter in solarization air cell; reaction in interference solarization air cell, improves aeration effect, by the setting to decontaminating apparatus; sewage after processing in rest chamber can be sterilized; thus decrease the toxin in the sewage after discharge, it is effectively protected environment, also improves the work efficiency of people simultaneously.

Description

A kind of micro-electric charge micro power sewage disposal device

Technical field

This utility model relates to technical field of sewage, a kind of micro-electric charge micro power sewage disposal device.

Background technology

In treatment of Organic Wastewater, commonly used activated sludge process processes, by the starch in sewage under the effect of the microorganism of activated sludge, fiber, the Organic substances such as carbohydrate, suspended contaminant and dissolved organic matter are hydrolyzed to organic acid, larger molecular organics is then decomposed into small organic molecule, insoluble Organic substance changes into dissolved organic matter, when these Organic substances carry out oxidation Decomposition after hydrolysis further in reactor, realize sewage harmless treatment, but traditional sewage disposal needs the overlong time of consumption when carrying out solarization air cell, have a strong impact on staff's speed to sewage disposal.

Utility model content

The purpose of this utility model is to provide a kind of micro-electric charge micro power sewage disposal device, with the problem solving to propose in above-mentioned background technology.

nullFor achieving the above object，This utility model following technical scheme of offer: a kind of micro-electric charge micro power sewage disposal device，Including solarization air cell and rest chamber，The top of described solarization air cell is communicated with water inlet pipe，Described water inlet pipe is provided with the first electronic valve，The inwall side of described solarization air cell is provided with snorkel，And one end of snorkel runs through solarization air cell and extends to the outside of solarization air cell，The side of described solarization air cell is provided with air pump，Described gas delivery side of pump connects with snorkel，The input of described air pump is communicated with air inlet pipe，And in air inlet pipe, it is provided with air filter，The side of described snorkel is provided with shower nozzle，Heater and thermometer from left to right it is sequentially provided with bottom the inwall of described solarization air cell，The opposite side inwall of described solarization air cell is provided with energising plate，The opposite side of described solarization air cell is provided with the first water pump，The input of described first water pump is provided with pipeline，And pipeline connects with solarization air cell，Described first water delivery side of pump is communicated with connecting tube，And connecting tube connects with rest chamber，Described connecting tube is provided with the second electronic valve，The top of described rest chamber is from left to right sequentially provided with disinfect box、Sterilization pipe and the second water pump，One end of described sterilization pipe is run through rest chamber and extends to the inside of rest chamber，Described sterilization pipe connects with the second water delivery side of pump，The input of described second water pump is connected with disinfect box by water pipe，Semipermeable membrane dividing plate it is provided with in described rest chamber，The side of described rest chamber is provided with the 3rd water pump，The input of described 3rd water pump connects rest chamber by outlet conduit，3rd water delivery side of pump is communicated with outlet pipe，It is provided with defecator in described outlet pipe，The top of described solarization air cell is provided with controller，Described controller and air pump、Energising plate、Heater、First water pump、Second water pump、3rd water pump、First electronic valve and the second electronic valve are electrically connected with.

Preferably, described air filter includes filtering meshes, filter cotton layer and filters flaggy, and filtering meshes, filter cotton layer and filtration flaggy are evenly distributed on the inside of air filter.

Preferably, described defecator includes biochemical cotton layer, spongy layer and active carbon layer, and biochemical cotton layer, spongy layer and active carbon layer are evenly distributed on the inside of defecator.

Preferably, inside described heater, include heat conducting disk and electric hot plate, and heating plate is positioned at the inside of heat conducting disk.

Preferably, the quantity of described shower nozzle is at least five, and the equidistant side being distributed in snorkel of shower nozzle.

Compared with prior art, the beneficial effects of the utility model are: this micro-electric charge micro power sewage disposal device, by to energising plate and the setting of heater, accelerate the microbial activities in solarization air cell and chemical reaction, thus decrease the aeration time to sewage, by the setting to shower nozzle, the oxygen in solarization air cell is made to be distributed uniformly, strengthen the living environment of microorganism, improve the microorganism decomposition rate to sewage, thus reduce aeration time, by the setting to air filter, decrease the impurity in air and enter in solarization air cell, reaction in interference solarization air cell, improve aeration effect, by the setting to decontaminating apparatus, sewage after processing in rest chamber can be sterilized, thus decrease the toxin in the sewage after discharge, it is effectively protected environment, also improve the work efficiency of people simultaneously.

Accompanying drawing explanation

Fig. 1 is this utility model structural representation；

Fig. 2 is the structural representation of this utility model air filter；

Fig. 3 is the structural representation of this utility model defecator；

Fig. 4 is the structural representation of this utility model heater.

In figure: 1 solarization air cell, 2 rest chamber, 3 water inlet pipes, 4 first electronic valves, 5 snorkels, 6 air pumps, 7 air inlet pipe, 8 air filters, 81 filtering meshes, 82 filter cotton layers, 83 filter flaggy, 9 shower nozzles, 10 heaters, 101 heat conducting disk, 102 electric hot plates, 11 thermometeies, 12 energising plates, 13 first water pumps, 14 connecting tubes, 15 second electronic valves, 16 disinfect boxes, 17 sterilization pipes, 18 second water pumps, 19 semipermeable membrane dividing plates, 20 the 3rd water pumps, 21 outlet pipes, 22 defecators, 221 biochemical cotton layers, 222 spongy layers, 223 active carbon layers, 23 controllers.

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, broadly fall into the scope of this utility model protection.

nullRefer to Fig. 1-4，A kind of technical scheme of this utility model offer: a kind of micro-electric charge micro power sewage disposal device，Including solarization air cell 1 and rest chamber 2，The top of solarization air cell 1 is communicated with water inlet pipe 3，Water inlet pipe 3 is provided with the first electronic valve 4，The inwall side of solarization air cell 1 is provided with snorkel 5，And one end of snorkel 5 runs through solarization air cell 1 and extends to the outside of solarization air cell 1，The side of solarization air cell 1 is provided with air pump 6，The outfan of air pump 6 connects with snorkel 5，The input of air pump 6 is communicated with air inlet pipe 7，And in air inlet pipe 7, it is provided with air filter 8，Air filter 8 includes filtering meshes 81、Filter cotton layer 82 and filtration flaggy 83，And filtering meshes 81、Filter cotton layer 82 and filtration flaggy 83 are evenly distributed on the inside of air filter 8，Filtering meshes 81 filtering net，Typically it is made up of metal or synthetic fibers，Separation for various flowing materials，Filter cotton layer 82 is contained within synthetic fibers filter cotton、Non-woven fabrics filter cotton、Glass fiber filter is cotton、Activated carbon filter cotton，Filter after ultrafilter membrane is hung in flaggy 83 deep processing and can filter the antibacterial in gas and liquid，Complete food、The industry aseptic filtrations such as pharmacy，Decrease the impurity in air to enter in solarization air cell 1，Reaction in interference solarization air cell，Improve aeration effect，The side of snorkel 7 is provided with shower nozzle 9，The quantity of shower nozzle 9 is at least five，And the equidistant side being distributed in snorkel 5 of shower nozzle 9，The oxygen in solarization air cell 1 is made to be distributed uniformly，Strengthen the living environment of microorganism，Improve the microorganism decomposition rate to sewage，Thus reduce aeration time，Heater 10 and thermometer 11 from left to right it is sequentially provided with bottom the inwall of solarization air cell 1，Heater 10 is internal includes heat conducting disk 101 and electric hot plate 102，And heating plate 102 is positioned at the inside of heat conducting disk 101，The opposite side inwall of solarization air cell 1 is provided with energising plate 12，Accelerate the microbial activities in solarization air cell 1 and chemical reaction，Thus decrease the aeration time to sewage，The opposite side of solarization air cell 1 is provided with the first water pump 13，The input of the first water pump 13 is provided with pipeline，And pipeline connects with solarization air cell 1，The outfan of the first water pump 13 is communicated with connecting tube 14，And connecting tube 14 connects with rest chamber 2，Connecting tube 14 is provided with the second electronic valve 15，The top of rest chamber 2 is from left to right sequentially provided with disinfect box 16、Sterilization pipe 17 and the second water pump 18，Disinfect box 16 is contained within disinfectant solution，One end of sterilization pipe 17 is run through rest chamber 2 and extends to the inside of rest chamber 2，Sterilization pipe 17 connects with the outfan of the second water pump 18，The input of the second water pump 18 is connected with disinfect box 16 by water pipe，Sewage after processing in rest chamber 2 can be sterilized，Thus decrease the toxin in the sewage after discharge，It is effectively protected environment，Also improve the work efficiency of people simultaneously，Semipermeable membrane dividing plate 19 it is provided with in rest chamber 2，Semipermeable membrane dividing plate 19 has the effect of insulation rubber liquid solution，Make mud can not enter the top of semipermeable membrane dividing plate 19，The side of rest chamber 2 is provided with the 3rd water pump 20，The input of the 3rd water pump 20 connects rest chamber 2 by outlet conduit，The outfan of the 3rd water pump 20 be communicated with outlet pipe 21，Defecator 22 it is provided with in outlet pipe 21，Defecator 22 includes biochemical cotton layer 221、Spongy layer 222 and active carbon layer 223，And the cotton layer 221 of biochemistry、Spongy layer 222 and active carbon layer 223 are evenly distributed on the inside of defecator 22，Biochemical cotton layer 221 is internal containing biochemical cotton，Biochemical cotton is the filter material that a kind of range is the widest，Primarily serve biochemistry filtered effect，Spongy layer 222 is internal containing a large amount of sponges，There is adsorption，Active carbon layer 223 is internal is provided with big carbon content active，Activated carbon has adsorption to impurity，The top of solarization air cell 1 is provided with controller 23，Controller 23 and air pump 6、Energising plate 12、Heater 10、First water pump 13、Second water pump 18、3rd water pump 20、First electronic valve 4 and the second electronic valve 15 are electrically connected with.

nullOperation principle: before work，Operation controller 23，Start the first electronic valve 4，Sewage is put in giving solarization air cell 1 by water inlet pipe 3，Reach the capacity of solarization air cell 1 in sewage after，Close the first electronic valve 4，Booster air pump 6 and heater 10，Connect energising plate 12，The reading of number is regarded by thermometer 11，Control to be always maintained at microbe survival optimum temperature in heater 10 makes solarization air cell 1，After completing Deng aeration，Close air pump 6 and heater 10，Disconnect energising plate 12，Start the first water pump 13 and open the second electronic valve 15，The sewage after aeration is made to be entered in rest chamber 2 by connecting tube 14，Deng completely into rear，Close the first water pump 13 and the second electronic valve 15，Sewage after aeration is separated with water by 19 mud of semipermeable membrane dividing plate，Then the second water pump 18 is started，Disinfectant solution in second 18, water pump disinfect box 16 carries out disinfection to the sewage after separating by sterilization pipe 17，After completing Deng sterilization，Close the second water pump 18，After completing etc. standing，Start the water after 20, the 3rd water pump filters to discharge from outlet pipe 21，After completing Deng discharge，Close the 3rd water pump 20，Complete work.

Embodiment the most of the present utility model, for the ordinary skill in the art, being appreciated that in the case of without departing from principle of the present utility model and spirit and these embodiments can carry out multiple change, revise, replace and modification, scope of the present utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. null1. a micro-electric charge micro power sewage disposal device，Including solarization air cell (1) and rest chamber (2)，It is characterized in that: the top of described solarization air cell (1) is communicated with water inlet pipe (3)，Described water inlet pipe (3) is provided with the first electronic valve (4)，The inwall side of described solarization air cell (1) is provided with snorkel (5)，And one end of snorkel (5) runs through solarization air cell (1) and extends to the outside of solarization air cell (1)，The side of described solarization air cell (1) is provided with air pump (6)，The outfan of described air pump (6) connects with snorkel (5)，The input of described air pump (6) is communicated with air inlet pipe (7)，And in air inlet pipe (7), it is provided with air filter (8)，The side of described snorkel (7) is provided with shower nozzle (9)，Heater (10) and thermometer (11) from left to right it is sequentially provided with bottom the inwall of described solarization air cell (1)，The opposite side inwall of described solarization air cell (1) is provided with energising plate (12)，The opposite side of described solarization air cell (1) is provided with the first water pump (13)，The input of described first water pump (13) is provided with pipeline，And pipeline connects with solarization air cell (1)，The outfan of described first water pump (13) is communicated with connecting tube (14)，And connecting tube (14) connects with rest chamber (2)，Described connecting tube (14) is provided with the second electronic valve (15)，The top of described rest chamber (2) is from left to right sequentially provided with disinfect box (16)、Sterilization pipe (17) and the second water pump (18)，One end of described sterilization pipe (17) is run through rest chamber (2) and extends to the inside of rest chamber (2)，Described sterilization pipe (17) connects with the outfan of the second water pump (18)，The input of described second water pump (18) is connected with disinfect box (16) by water pipe，Semipermeable membrane dividing plate (19) it is provided with in described rest chamber (2)，The side of described rest chamber (2) is provided with the 3rd water pump (20)，The input of described 3rd water pump (20) is by outlet conduit connection rest chamber (2)，The outfan of the 3rd water pump (20) be communicated with outlet pipe (21)，Defecator (22) it is provided with in described outlet pipe (21)，The top of described solarization air cell (1) is provided with controller (23)，Described controller (23) and air pump (6)、Energising plate (12)、Heater (10)、First water pump (13)、Second water pump (18)、3rd water pump (20)、First electronic valve (4) and the second electronic valve (15) are electrically connected with.
2. One the most according to claim 1 micro-electric charge micro power sewage disposal device, it is characterized in that: described air filter (8) includes filtering meshes (81), filter cotton layer (82) and filters flaggy (83), and filtering meshes (81), filter cotton layer (82) and filtration flaggy (83) are evenly distributed on the inside of air filter (8).
3. One the most according to claim 1 micro-electric charge micro power sewage disposal device, it is characterized in that: described defecator (22) includes biochemical cotton layer (221), spongy layer (222) and active carbon layer (223), and biochemical cotton layer (221), spongy layer (222) and active carbon layer (223) are evenly distributed on the inside of defecator (22).
4. One the most according to claim 1 micro-electric charge micro power sewage disposal device, it is characterized in that: described heater (10) is internal includes heat conducting disk (101) and electric hot plate (102), and heating plate (102) is positioned at the inside of heat conducting disk (101).
5. One the most according to claim 1 micro-electric charge micro power sewage disposal device, it is characterised in that: the quantity of described shower nozzle (9) is at least five, and the equidistant side being distributed in snorkel (5) of shower nozzle (9).