CN109928448A - A kind of sewage disposal device - Google Patents
A kind of sewage disposal device Download PDFInfo
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- CN109928448A CN109928448A CN201910255130.2A CN201910255130A CN109928448A CN 109928448 A CN109928448 A CN 109928448A CN 201910255130 A CN201910255130 A CN 201910255130A CN 109928448 A CN109928448 A CN 109928448A
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Abstract
A kind of sewage disposal device, including processing pond, the bottom of processing pond is fixed with pedestal, the top side of processing pond is fixedly connected with the first support frame, the top other side of processing pond offers notch, the lateral wall chain of processing pond is connected to blowdown tank, the side of blowdown tank is equipped with the second support frame, cross bar is fixed between first support frame and the second support frame, cross bar is located at the surface of processing pond, the bottom side of processing pond is equipped with air blower and water inlet pipe, and the bottom other side of processing pond is provided with outlet conduit, processing pond is internally provided with gas-guide tube, the inside of pedestal offers the first air cavity, gas-guide tube is connected with the first air cavity, the tube wall of gas-guide tube is equipped with through-hole, pedestal is internally provided with conduit, the exhaust outlet of air blower is connected by conduit with the first air cavity, the side of cross bar is provided with stepper motor, and it walks It is fixedly installed with push-rod electric machine into the side of motor, the output shaft bottom of push-rod electric machine is fixed with dredger.
Description
Technical field
The present invention relates to water pollution processing technology field more particularly to a kind of sewage disposal devices.
Background technique
Water pollution is that the use value of water is caused to reduce or lose by harmful chemical, pollutes the water of environment.In sewage
Acid, alkali, oxidant, the compounds such as Yi Jitong, cadmium, mercury, arsenic, the organic poisons such as benzene, dichloroethanes, ethylene glycol can poison water with poison
Biology, influences drinking water source, scenic spot landscape, and the oxygen in water is consumed when the organic matter in sewage is decomposed by the microorganisms, is influenced
The life of aquatile, after oxygen in water exhausts, organic matter carries out anaerobic digestion, generates the offensive gases such as hydrogen sulfide, mercaptan,
Deteriorate water quality further, it is therefore desirable to handle contaminated water source.
The deoiling effect of current contamination data analysis equipment is poor, it is often processed after water source in still have sump oil,
The demand not being able to satisfy in actual process, secondly, to will lead to its surface adhesion in sewage a large amount of for gas-guide tube long period of soaking
Impurity influences the service life of processing unit, in addition, a large amount of foams for generating not easy-clear after processing, be easy to cause secondary dirt
Dye, deoiling effect are affected, and therefore, we design a kind of sewage disposal device.
Summary of the invention
A kind of sewage disposal device proposed by the present invention, solves that current water pollution processing unit deoiling effect is poor, air guide
The problem of pipe cleaning is inconvenient and be easy to cause secondary pollution.
To achieve the goals above, present invention employs following technical solutions:
A kind of sewage disposal device, including processing pond, the bottom of processing pond are fixed with pedestal, and the top side of processing pond is solid
Surely be connected with the first support frame, the top other side of processing pond offers notch, and is fixedly connected with inclined-plane slope, pocket bottom with
The bottom of slope on inclined-plane slope is connected, and the lateral wall chain of processing pond is connected to blowdown tank, and the top of blowdown tank is connected with the top of the slope on inclined-plane slope,
The side of blowdown tank is equipped with the second support frame, and cross bar is fixed between the first support frame and the second support frame, and cross bar is located at place
The surface in pond is managed, the bottom side of processing pond is equipped with air blower and water inlet pipe, and the bottom other side setting of processing pond
There is outlet conduit, water inlet pipe is connected with processing pond with outlet conduit, and solenoid valve is equipped on the pipeline section of outlet conduit, locates
Reason pond is internally provided with gas-guide tube, and the inside of pedestal offers the first air cavity, and gas-guide tube is connected with the first air cavity, air guide
The tube wall of pipe is equipped with through-hole, and pedestal is internally provided with conduit, and the exhaust outlet of air blower is connected by conduit with the first air cavity
Logical, the side of cross bar is provided with stepper motor, and the side of stepper motor is fixedly installed with push-rod electric machine, the output of push-rod electric machine
Axis bottom is fixed with dredger.
Preferably, gas-guide tube is equally spaced.
Preferably, the two sides Yu bottom of dredger are respectively and fixedly provided with rubber edge sealing.
It is a kind of sewage disposal device that the present invention, which might also say that, and the inside of cross bar offers the first through slot, the second through slot, the
One through slot is connected with the second through slot, and the inner bottom surface of the first through slot is fixed with rack gear, and the first through slot is internally provided with gear, tooth
Item is meshed with gear, and through there is transmission shaft, one end of transmission shaft is mutually fixed with gear for the inside of the second through slot, and transmission shaft
The other end is fixedly connected with the output shaft of stepper motor.
Preferably, the inside of cross bar offers third through slot, and the quantity of third through slot is two, and two third through slots are symmetrical
The two sides up and down of the second through slot are distributed in, the internal slide of third through slot is equipped with sliding block, and the side of sliding block is fixed with connection
Bar, connecting rod are mutually fixed with stepper motor.
It is a kind of sewage oil removal purification device that the present invention, which might also say that, and pedestal is internally provided with check valve, and check valve
It is mounted on the pipeline section of gas-guide tube, offers accommodating groove at the top of pedestal, and accommodating groove is internally provided with the first lantern ring, first
The inner surface of lantern ring is fixed with the first rubber ring, and the inner surface of the first rubber ring and the outer surface of gas-guide tube are in close contact, air guide
It is provided with three first metallic rods on the outside of pipe, inner screw sheath is fixed at the top of gas-guide tube, and be threadedly coupled on inner screw sheath
There is threaded cap, the outside movable sleeve of threaded cap is connected to the second lantern ring, and the first lantern ring is fixed by the first metallic rod and the second lantern ring
Connection, gas-guide tube are internally provided with the second metallic rod, and the interior bottom of gas-guide tube is provided with third lantern ring, and third lantern ring is outer
Surface is fixed with the second rubber ring, and the outer surface of the second rubber ring and the inner surface of gas-guide tube are in close contact, the top of third lantern ring
Portion is fixed with connection frame, and the bottom of the second metallic rod is mutually fixed with connection frame, and the top of the second metallic rod passes through bearing and spiral shell
Line lid is flexibly connected.
Preferably, conduit is connected to the bottom end of the second air cavity, and the top of the second air cavity is connected to outlet nozzle.
It is a kind of energy-saving and environment-friendly sewage-treatment plant that the present invention, which might also say that, is equipped with interlayer, interlayer handle in the first air cavity
First air cavity separates into two independent spaces, and the catheter end connecting with the first air cavity is divided into two branch pipes, two branch pipe difference
Two independent spaces that connection interlayer separates.
Preferably, two independent spaces of the first air cavity that interlayer separates are respectively communicated with the gas-guide tube of half quantity.
Preferably, interlayer includes middle compartment, axial compartment, connection compartment, connects compartment connecting conduit and axial compartment
One end, middle compartment connect the centre of the centre of upper wall and axial compartment in the first air cavity.
Preferably, interlayer includes middle compartment, axial compartment, connection compartment, connects compartment connecting conduit and axial compartment
One end, middle compartment connect the other end in the first air cavity among upper wall with axial compartment.
It is a kind of waste-oil scavenger for purifying sewage that the present invention, which might also say that, and gas-guide tube includes gas-guide tube fixed section and gas-guide tube
Rotational segment, the first air cavity, which is connected to gas-guide tube fixed section, gas-guide tube fixed section and gas-guide tube rotational segment and is rotated by first bearing, to be connected
It connects, gas-guide tube rotational segment bottom is connected with twisted blade.
Preferably, twisted blade quantity is 5-12 piece.
Preferably, it is connected with fixed link at the top of the second support frame, water pipe, one end connection of water pipe is fixedly connected in fixed link
The other end of water injector, water pipe is connected to water pump, and water pump is located in processing pond, and water injector is between cross bar and blowdown tank.
Preferably, the second support frame is rotatablely connected by second bearing and connecting shaft, and the quantity of connecting shaft is 5-9, institute
Have and be socketed with belt on the outside of connecting shaft, one end of the connecting shaft connects hairbrush, is equipped with rotating electric machine, electric rotating on the outside of the second support frame
The output end of machine connects the other end of one of connecting shaft, and hairbrush is between water injector and blowdown tank.
Preferably, hairbrush is round brush.
Preferably, it is connected with support rod on blowdown tank, supporting bar top is connected with water injector, water injector and water pipe
One end connection, an another end of water pipe is connected to water pump, and water pump is located in processing pond, water injector be located at cross bar and blowdown tank it
Between.
Preferably, support rod and blowdown tank are rotatablely connected.
Preferably, connecting shaft is connected on the inside of the second support frame, and rotating electric machine, the output of rotating electric machine are installed in connecting shaft
End connection hairbrush, hairbrush is between cross bar and blowdown tank.
Preferably, hairbrush is tubular hairbrush, and the output end of rotating electric machine connects tubular hairbrush inner tube wall.
Preferably, the input terminal of air blower, solenoid valve, stepper motor and push-rod electric machine is electric with the output end of external power supply
Property connection.
Preferably, the model YX-21D-1 of air blower, the model 2W-250-25 of solenoid valve, the model of stepper motor
For SPS57HS3, the model XC758 of push-rod electric machine, the model BEH61H-32 of check valve.
Compared with prior art, the beneficial effects of the present invention are:
1, by setting air blower, gas-guide tube, the first air cavity, conduit, check valve and through-hole in the present invention, so that air can
Rapidly and uniformly to enter in sewage, make grease stain in sewage and suspended matter with bubble using the principle of gas floatation process
Mode is swum on the water surface, and multiple through-holes and gas-guide tube significantly increase oil removal efficiency, enhance deoiling effect, meets reality
Demand in use process.
2, pass through setting accommodating groove, the first rubber ring, the first lantern ring, the first metallic rod, inner screw sheath, screw thread in the present invention
Lid, the second lantern ring, the second metallic rod, third lantern ring, the second rubber ring and connection frame, facilitate people to the surfaces externally and internally of gas-guide tube
Scaling operation is carried out, keeps the gas permeability of gas-guide tube, and be conducive to extend the service life of whole device.
3, pass through setting inclined-plane slope, notch, cross bar, stepper motor, push-rod electric machine, dredger, the first through slot, the in the present invention
Two through slots, third through slot, rack gear, gear, transmission shaft, sliding block, connecting rod and rubber edge sealing, so that being generated in sewage disposal process
Foam fully and completely can be pulled out the water surface, avoid secondary pollution, practical effect is good.
4, enable the foam generated in sewage disposal process fast by setting the second air cavity, outlet nozzle in the present invention
Speed discharge, and can be reduced the frequency and intensity of cleaning dredger, it is more energy-saving and environmentally friendly, improves the efficiency of processing sewage.
5, the present invention in by setting interlayer so that the sewage treatment in processing pond obtain it is more balanced.
6, by setting twisting blade, first bearing in the present invention, so that scavenging effect and decontamination efficiency further increase.
7, pass through setting belt, rotating electric machine, connecting shaft, hairbrush, second bearing, water pump, water pipe, water spray dress in the present invention
It sets, fixed link, support rod, facilitates people to clean the dirt of the obverse and reverse sides of dredger, keep the cleannes of dredger, avoid
Secondary pollution.
In conclusion facilitating invention enhances deoiling effect and oil removal efficiency to the attachment of gas-guide tube surfaces externally and internally
Impurity is cleared up, and energy conservation and environmental protection, and deoiling effect is more preferable, more efficient, moreover it is possible to the dirt on periodic cleaning dredger,
The generation of secondary pollution is avoided simultaneously, it is practical.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the embodiment of the present invention one；
Fig. 2 is the structural schematic diagram of dredger in the embodiment of the present invention one；
Fig. 3 is the partial structural diagram of the embodiment of the present invention two；
Fig. 4 is the enlarged drawing of A in the partial structural diagram and Fig. 1 of the embodiment of the present invention three；
Fig. 5 is the structural schematic diagram in the embodiment of the present invention three at the top of gas-guide tube；
Fig. 6 is the structural schematic diagram of air guide bottom of the tube in the embodiment of the present invention three；
Fig. 7 is the overall structure diagram of the embodiment of the present invention four；
Fig. 8 is the partial structural diagram of the embodiment of the present invention four；
Fig. 9 is the partial structural diagram of the embodiment of the present invention five；
Figure 10 is the partial structural diagram of the embodiment of the present invention six；
Figure 11 is the partial profile structure of the embodiment of the present invention seven；
Figure 12 is the partial structural diagram of the embodiment of the present invention seven；
Figure 13 is the structural schematic diagram of the embodiment of the present invention eight；
Figure 14 is the structural schematic diagram of the embodiment of the present invention nine；
In figure: 1 processing pond, 2 pedestals, 3 first support frames, 4 inclined-plane slopes, 5 second support frames, 6 notches, 7 cross bars, 8 air blast
Machine, 9 water inlet pipes, 10 outlet conduits, 11 solenoid valves, 12 gas-guide tubes, 12.1 gas-guide tube fixed sections, 12.2 gas-guide tube rotational segments,
13 first air cavitys, 14 conduits, 15 stepper motors, 16 push-rod electric machines, 17 dredgers, 18 first through slots, 19 second through slots, 20 thirds are logical
Slot, 21 rack gears, 22 gears, 23 transmission shafts, 24 sliding blocks, 25 connecting rods, 26 check valves, 27 accommodating grooves, 28 first rubber rings, 29
One lantern ring, 30 through-holes, 31 first metallic rods, 32 inner screw sheaths, 33 threaded caps, 34 second lantern rings, 35 second metallic rods, 36 thirds
Lantern ring, 37 second rubber rings, 38 connection frames, 39 rubber edge sealing, 40 blowdown tanks, 41 second air cavitys, 42 outlet nozzles, 43 interlayers,
Compartment in 43.1,43.2 axial compartments, 43.3 connection compartments, 44 twisted blades, 45 first bearings, 46 belts, 47 rotating electric machines,
48 connecting shafts, 49 hairbrush, 50 second bearings, 51 water pumps, 52 water pipes, 53 water injectors, 54 fixed links, 55 support rods.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.
Referring to Fig.1-2, a kind of sewage disposal device, including processing pond 1, the bottom of processing pond 1 are fixed with bottom to embodiment one
Seat 2, the top side of processing pond 1 is fixedly connected with the first support frame 3, and the top other side of processing pond 1 offers notch 6, and
It is fixedly connected with inclined-plane slope 4,6 bottom of notch is connected with the bottom of slope on inclined-plane slope 4, and the lateral wall chain of processing pond 1 is connected to blowdown tank 40,
And the top of blowdown tank 40 is connected with the top of the slope on inclined-plane slope 4, the side of blowdown tank 40 is equipped with the second support frame 5, the first support
Cross bar 7 is fixed between frame 3 and the second support frame 5, cross bar 7 is located at the surface of processing pond 1, the bottom side peace of processing pond 1
The bottom other side equipped with air blower 8 and water inlet pipe 9, and processing pond 1 is provided with outlet conduit 10, water inlet pipe 9 and water outlet
Pipeline 10 is connected with processing pond 1, and solenoid valve 11 is equipped on the pipeline section of outlet conduit 10, and processing pond 1 is internally provided with
Gas-guide tube 12, the inside of pedestal 2 offer the first air cavity 13, and gas-guide tube 12 is connected with the first air cavity 13, gas-guide tube 12
Tube wall is equipped with through-hole 30, and pedestal 2 is internally provided with conduit 14, and the exhaust outlet of air blower 8 passes through conduit 14 and the first air cavity
13 are connected, and the side of cross bar 7 is provided with stepper motor 15, and the side of stepper motor 15 is fixedly installed with push-rod electric machine 16,
The output shaft bottom of push-rod electric machine 16 is fixed with dredger 17；Gas-guide tube 12 is equally spaced；The two sides and bottom of dredger 17 are fixed
There is rubber edge sealing 39.
For embodiment two referring to Fig. 3, the inside of cross bar 7 offers the first through slot 18, the second through slot 19, the first through slot 18 and
Two through slots 19 are connected, and the inner bottom surface of the first through slot 18 is fixed with rack gear 21, and the first through slot 18 is internally provided with gear 22, tooth
Item 21 is meshed with gear 22, and through there is transmission shaft 23, one end of transmission shaft 23 and 22 phase of gear are solid for the inside of the second through slot 19
It is fixed, and the other end of transmission shaft 23 is fixedly connected with the output shaft of stepper motor 15；The inside of cross bar 7 offers third through slot
20, the quantity of third through slot 20 is two, and two third through slots 20 are symmetrically distributed in the two sides up and down of the second through slot 19, and third is logical
The internal slide of slot 20 is equipped with sliding block 24, and the side of sliding block 24 is fixed with connecting rod 25, connecting rod 25 and stepper motor 15
It is mutually fixed.
Embodiment three is referring to Fig. 4-6, and pedestal 2 is internally provided with check valve 26, and check valve 26 is mounted on gas-guide tube 12
Pipeline section on, the top of pedestal 2 offers accommodating groove 27, and accommodating groove 27 is internally provided with the first lantern ring 29, the first lantern ring
29 inner surface is fixed with the first rubber ring 28, and the inner surface of the first rubber ring 28 and the outer surface of gas-guide tube 12 are in close contact,
The outside of gas-guide tube 12 is provided with three first metallic rods 31, and the top of gas-guide tube 12 is fixed with inner screw sheath 32, and internal screw thread
Threaded cap 33 is threaded on set 32, and the outside movable sleeve of threaded cap 33 is connected to the second lantern ring 34, and the first lantern ring 29 passes through the
One metallic rod 31 is fixedly connected with the second lantern ring 34, and gas-guide tube 12 is internally provided with the second metallic rod 35, gas-guide tube 12 it is interior
Bottom is provided with third lantern ring 36, and the outer surface of third lantern ring 36 is fixed with the second rubber ring 37, the second rubber ring 37 it is outer
The inner surface of surface and gas-guide tube 12 is in close contact, and the top of third lantern ring 36 is fixed with connection frame 38, the second metallic rod 35
Bottom is fixed with 38 phase of connection frame, and the top of the second metallic rod 35 is flexibly connected by bearing with threaded cap 33；Air blower 8,
The input terminal of solenoid valve 11, stepper motor 15 and push-rod electric machine 16 is electrically connected with the output end of external power supply；Air blower 8
Model YX-21D-1, the model 2W-250-25 of solenoid valve 11, the model SPS57HS3 of stepper motor 15, push-rod electric machine
16 model XC758, the model BEH61H-32 of check valve 26.
For example IV referring to Fig. 7-8, conduit 14 is connected to the bottom end of the second air cavity 41, and the top of the second air cavity 41 is connected to outlet
Mouth 42.
Embodiment five is referring to Fig. 9, and the first air cavity 13 is interior equipped with interlayer 43, and the first air cavity 13 is separated into two solely by interlayer 43
Vertical space, 14 end of conduit connecting with the first air cavity 13 are divided into two branch pipes, and two branch pipes are respectively communicated with what interlayer 43 separated
Two independent spaces；Two independent spaces of the first air cavity 13 that interlayer 43 separates are respectively communicated with the gas-guide tube of half quantity
12；Interlayer 43 includes middle compartment 43.1, axial compartment 43.2, connection compartment 43.3, connects 43.3 connecting conduit 14 of compartment and axis
To one end of compartment 43.2, middle compartment 43.1 connects the centre of the centre of upper wall and axial compartment in the first air cavity 13.
Embodiment six referring to Fig.1 0, interlayer 43 include middle compartment 43.1, axial compartment 43.2, connection compartment 43.3, connection
One end of compartment 43.3 connecting conduit 14 and axial compartment 43.2, middle compartment 43.1 connect upper wall centre and axis in the first air cavity 13
To the other end of compartment 43.2.
1-12, gas-guide tube 12 include gas-guide tube fixed section 12.1 and gas-guide tube rotational segment 12.2 to embodiment seven referring to Fig.1, the
One air cavity 13 is connected to gas-guide tube fixed section 12.1, and gas-guide tube fixed section 12.1 and gas-guide tube rotational segment 12.2 pass through first bearing 45
Rotation connection, 12.1 bottom of gas-guide tube rotational segment is connected with twisted blade 44；44 quantity of twisted blade is 5-12 piece.
Embodiment eight referring to Fig.1 3 is connected with fixed link 54 at the top of support frame 5, water pipe 52 is fixedly connected in fixed link 54,
One end of water pipe 52 is connected to water injector 53, and the other end of water pipe 52 is connected to water pump 51, and water pump 51 is located in processing pond 1, sprays water
Device 53 is between cross bar 7 and blowdown tank 40；Support frame 5 is rotatablely connected by second bearing 50 and connecting shaft 48, connecting shaft
48 quantity is 5-9, is socketed with belt 46 on the outside of all connecting shafts 48, and 48 one end of connecting shaft connects hairbrush 49, outside support frame 5
Side is equipped with rotating electric machine 47, and the output end of rotating electric machine 47 connects the other end of one of connecting shaft 48, and hairbrush 49 is located at
Between water injector 53 and blowdown tank 40；Hairbrush 49 is round brush.
Embodiment nine referring to Fig.1 4 is connected with support rod 55 on blowdown tank 40, and 55 top of support rod is connected with water injector
53, water injector 53 is connected to one end of water pipe 52, and an another end of water pipe 52 is connected to water pump 51, and water pump 51 is located at processing pond 1
Interior, water injector 53 is between cross bar 7 and blowdown tank 40；Support rod 55 and blowdown tank 40 are rotatablely connected；Connect on the inside of support frame 5
Spindle 48 in succession are equipped with rotating electric machine 47 in connecting shaft 48, and the output end of rotating electric machine 47 connects hairbrush 49, and hairbrush 49 is located at
Between cross bar 7 and blowdown tank 40；Hairbrush 49 is tubular hairbrush, and the output end of rotating electric machine 47 connects tubular hairbrush inner tube wall.
Working principle:
A, contaminant water is pumped into the inside of processing pond 1 first with water inlet pipe 9, so that the sewage in processing pond 1 floods
Do not have the top of gas-guide tube 12, until the minimum point flush of the water surface and 4 inclined surface of inclined-plane slope, then starts air blower 8, it will be external
Air is circulated into the inside of the first air cavity 13 by conduit 14, and check valve 26 can prevent in backing up of sewage to the first air cavity 13,
With the increase of air pressure in the first air cavity 13, internal gas enters the inside of gas-guide tube 12, emptying by check valve 26
Gas is simultaneously drained into sewage by sewage in gas-guide tube 12 by through-hole 30, at this point, the greasy dirt and suspended matter in sewage exist
It gradually floats under the action of air molecule, the water surface is finally swum in the form of bubble.
B, start push-rod electric machine 16, dredger 17 is pushed into sewage, rubber edge sealing 39 enables to the edge of dredger 17
It is in close contact with the inner wall of processing pond 1, then restarts stepper motor 15, so that gear 22 rotates, in the effect of rack gear 21
Under, stepper motor 15 drives push-rod electric machine 16 slowly to move right, and sliding block 24 can be improved stepper motor 15 in moving process
Stability, when the right side wall of dredger 17 and processing pond 1 contacts, control push-rod electric machine 16 is slowly retracted so that dredger 17 into
Enter to the inside of notch 6, while be kept in contact the rubber edge sealing 39 of 17 bottom of dredger and the inclined-plane on inclined-plane slope 4, prevents
Only foam drains back in sewage, until foam is moved on in blowdown tank 40, then solenoid valve 11 is opened in control, utilizes outlet conduit 10
Discharge treated sewage.
C, after a period of use, the impurity in sewage can adhere to the surfaces externally and internally of gas-guide tube 12, at this time with regard to needs pair
Gas-guide tube 12 is cleared up, and concrete operations are as follows, firstly, threaded cap 33 is turned, so that threaded cap 33 is separated with inner screw sheath 32,
Then threaded cap 33 is pulled directly up, makes the first lantern ring 29 and third set using the first metallic rod 31 and the second metallic rod 35
Ring 36 moves up, and in the process, the first rubber ring 28 will erase impurity on the way with the second rubber ring 37, the present invention
Deoiling effect and oil removal efficiency are enhanced, and facilitates and the impurity of 12 surfaces externally and internally of gas-guide tube attachment is cleared up, is kept away simultaneously
Exempt from the generation of secondary pollution, it is practical.
D, while starting air blower 8, by conduit 14, some can enter the second air cavity 41 and from out outside air
Gas nozzle 42 is blown out, and the gas blown out in outlet nozzle 42 can elapse the greasy dirt and suspended matter kept afloat in processing pond 1 to row
In dirty case 40.It can accelerate the speed of blowdown in this way, improve operating efficiency.And most greasy dirt and suspended matter are all blown into
In blowdown tank 40, dredger 17 need to clear up some greasy dirts and suspended matter not being blown into blowdown tank 40, also be blown to place
The greasy dirt and suspended matter on 1 pond inner wall of pond are managed, the greasy dirt and suspended matter that such dredger 17 is cleared up every time are less, can subtract accordingly
The frequency and intensity for cleaning dredger 17 less, are more energy-saving and environmentally friendly in this way, improve the efficiency of processing sewage.
E, start air blower 8, outside air is circulated into the first air cavity 13 separated by interlayer 43 by conduit 14 respectively
In two independent spaces.In this way far from 13 mouthfuls of the first air cavity gas-guide tube 12 would not because of gas transmitting range it is too long and
The gas that front gas-guide tube 12 is lost excessively makes the gas entered very little, so as to cause the processing pond far from 13 mouthfuls of the first air cavity
Sewage in 1 is difficult to handle, so that the sewage treatment in processing pond 1 is unbalanced.Two of the first air cavity 13 that interlayer 43 separates
Independent space is respectively communicated with the gas-guide tube 12 of half quantity, is respectively transmitted to half by the gas in two independent spaces
The gas-guide tube 12 of quantity guarantees that the gas entered in gas and every gas-guide tube 12 can be entered in every gas-guide tube 12 more in this way
Add equilibrium, the sewage treatment in processing pond 1 is also more balanced.
F, in order to solve two technical problems, that is, first, some bubbles can be attached in gas-guide tube rotational segment 12.2, this
A little bubbles can not play the role of decontamination, and second, bubble is to ramp, and path is shorter, and the suspended matter of absorption is fewer, this
Invention devises twisted blade 44 and gas-guide tube rotational segment 12.2, with the increase of air pressure in the first air cavity 13, internal gas
Body is entered in gas-guide tube fixed section 12.1 by check valve 26, and when air-flow passes through twisted blade 44, twisted blade 44 can turn
It moves up, so that gas-guide tube rotational segment 12.2 be driven to rotate.Gas-guide tube rotational segment 12.2 rotates meeting so that being attached to air guide
Bubble in pipe rotational segment 12.2 is all thrown out of, and the bubble of disengaging gas-guide tube 12 in this way is more, the greasy dirt and suspended matter of absorption
It is just more, so that scavenging effect is more preferable, and accelerates the speed that bubble is detached from gas-guide tube 12, improve the efficiency of decontamination.Gas is logical
The bubble for crossing the formation of through-hole 30 can be rotated with the rotation of gas-guide tube rotational segment 12.2 while rise, greasy dirt in sewage and
Suspended matter can be attached on bubble, until swimming on the water surface.Setting is because straight line is compared in the path that bubble rotation rises in this way
The path of rising is longer, bubble rotation increase ratio ramp attachment greasy dirt and suspended matter it is more so that scavenging effect is more
It is good, it is more efficient.
G, after a period of use, the impurity in sewage can be adhered on dredger 17, just need to carry out dredger 17 at this time
Cleaning, concrete operations are as follows, drawn water in processing pond 1 by water pump 51, and water is sprayed by water pipe 52 from water injector 53 same
When, start rotating electric machine 47, rotating electric machine 47 is rotated with electric brush 49, the impurity and oil adhered on the cleaning dredger 17 of rotation
Dirt can also start push-rod electric machine 16, and dredger 17 is allowed to move up and down, and such hairbrush 49 can clean entire dredger 17, especially
When hairbrush 49 is tubular hairbrush, it can accomplish the cleaning at no dead angle.When water injector 53 is above dredger 17, start electric rotating
Machine 47, rotating electric machine 47 drives all connecting shafts 48 to rotate by belt 46, so that all hairbrush 49 be driven to rotate, sprays water
Device 53 spray water can rinse impurity and greasy dirt on 17 positive and negative two faces of dredger simultaneously, on two faces impurity and
Greasy dirt is poured together in blowdown tank 40, and not will cause secondary pollution to processing pond 1.Water injector 53 is symmetrical arranged, can be from
The two sides of dredger 17 are sprayed water, and the impurity and greasy dirt on 17 positive and negative two faces of dredger can also be rinsed simultaneously in this way, on two faces
Impurity and greasy dirt poured in blowdown tank 40 together, and secondary pollution not will cause to processing pond 1.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Anyone skilled in the art in the technical scope disclosed by the present invention, according to the technique and scheme of the present invention and its
Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (1)
1. a kind of sewage disposal device, including processing pond (1), the bottom of processing pond (1) are fixed with pedestal (2), processing pond (1)
Top side is fixedly connected with the first support frame (3), and the top other side of processing pond (1) offers notch (6), and is fixedly connected
Have inclined-plane slope (4), notch (6) bottom is connected with the bottom of slope of inclined-plane slope (5), and the lateral wall chain of processing pond (1) is connected to blowdown tank
(40), and the top of blowdown tank (40) is connected with the top of the slope of inclined-plane slope (4), and the side of blowdown tank (40) is equipped with the second support frame
(5), it is fixed between the first support frame (3) and the second support frame (5) cross bar (7), the first support frame (3) and the second support frame
(5) it is fixed between cross bar (7), cross bar (7) is located at the surface of processing pond (1), and the bottom side of processing pond (1) is equipped with drum
Blower (8) and water inlet pipe (9), and the bottom other side of processing pond (1) is provided with outlet conduit (10), water inlet pipe (9) with
Outlet conduit (10) is connected with processing pond (1), and solenoid valve (11), processing pond are equipped on the pipeline section of outlet conduit (10)
(1) be internally provided with gas-guide tube (12), the inside of pedestal (2) offers the first air cavity (13), and gas-guide tube (12) is with first
Air cavity (13) is connected, and the tube wall of gas-guide tube (12) is equipped with through-hole (30), and low seat (2) is internally provided with conduit (14), drum
The exhaust outlet of blower (8) is connected by conduit (14) with the first air cavity (13), and the side of cross bar (7) is provided with stepper motor
(15), and the side of stepper motor (15) is fixedly installed with push-rod electric machine (16), and the output shaft bottom of push-rod electric machine (16) is fixed
There are dredger (17)；The two sides and bottom of dredger (17) are respectively and fixedly provided with rubber edge sealing (39)；
The inside of cross bar (7) offers the first through slot (18), the second through slot (19), the first through slot (18) and the second through slot (19) phase
Connection, the inner bottom surface of the first through slot (18) are fixed with rack gear (21), and the first through slot (18) is internally provided with gear (22), rack gear
(21) it is meshed with gear (22), the inside of the second through slot (19), which is run through, to be had transmission shaft (23), one end of transmission shaft (23) and tooth
Wheel (22) is mutually fixed, and the other end of transmission shaft (23) is fixedly connected with the output shaft of stepper motor (15)；
Pedestal (2) is internally provided with check valve (26), and check valve (26) is mounted on the pipeline section of gas-guide tube (12), pedestal
(2) it is offered at the top of accommodating groove (27), and accommodating groove (27) is internally provided with the first lantern ring (29), the first lantern ring (29)
Inner surface is fixed with the first rubber ring (28), and the outer surface of the inner surface and gas-guide tube (12) of the first rubber ring (28) closely connects
It touches, is provided with three first metallic rods (31) on the outside of gas-guide tube (12), gas-guide tube is fixed with inner screw sheath at the top of (12)
(32), it and on inner screw sheath (32) is threaded with threaded cap (33), the outside movable sleeve of threaded cap (33) is connected to the second lantern ring
(34), the first lantern ring (29) is fixedly connected by the first metallic rod (31) with the second lantern ring (34), and the inside of gas-guide tube (12) is set
It is equipped with the second metallic rod (35), the interior bottom of gas-guide tube (12) is provided with third lantern ring (36), and the appearance of third lantern ring (36)
Face is fixed with the second rubber ring (37), and the outer surface of the second rubber ring (37) and the inner surface of gas-guide tube (12) are in close contact, the
It being fixed at the top of three lantern rings (36) connection frame (38), bottom and the connection frame (38) of the second metallic rod (35) are mutually fixed, and the
The top of two metallic rods (35) is flexibly connected by bearing with threaded cap (33)；
Conduit (14) is connected to the bottom end of the second air cavity (41), and the top of the second air cavity (41) is connected to outlet nozzle (42)；
Interlayer (43) are equipped in first air cavity (13), the first air cavity (13) is separated into two independent spaces by interlayer (43), with
Conduit (14) end of first air cavity (13) connection is divided into two branch pipes, and two branch pipes are respectively communicated with two that interlayer (43) separates solely
Vertical space；
Interlayer (43) includes middle compartment (43.1), axial compartment (43.2), connection compartment (43.3), connection compartment (43.3) connection
One end of conduit (14) and axial compartment (43.2), the centre of middle compartment (43.1) connection the first air cavity (13) interior upper wall and axial direction
The centre of compartment；
Gas-guide tube (12) includes gas-guide tube fixed section (12.1) and gas-guide tube rotational segment (12.2), and the first air cavity (13) is connected to air guide
Pipe fixed section (12.1), gas-guide tube fixed section (12.1) and gas-guide tube rotational segment (12.2) are connected by first bearing (45) rotation
It connects, gas-guide tube rotational segment (12.1) bottom is connected with twisted blade (44)；
It is connected with fixed link (54), is fixedly connected in fixed link (54) water pipe (52) at the top of second support frame (5), water pipe (52)
One end is connected to water injector (53), and the other end of water pipe (52) is connected to water pump (51), and water pump (51) is located in processing pond (1), spray
Water installations (53) are located between cross bar (7) and blowdown tank (40)；Second support frame (5) passes through second bearing (50) and connecting shaft
(48) it is rotatablely connected, the quantity of connecting shaft (48) is 5-9, is socketed with belt (46), connecting shaft on the outside of all connecting shafts (48)
(48) one end connection hairbrush (49), the second support frame (5) outside are equipped with rotating electric machine (47), the output end of rotating electric machine (47)
The other end of one of connecting shaft (48) is connected, hairbrush (49) is located between water injector (53) and blowdown tank (40).
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| CN201910255130.2A CN109928448B (en) | 2019-04-01 | 2019-04-01 | Sewage treatment equipment |
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| CN201910255130.2A CN109928448B (en) | 2019-04-01 | 2019-04-01 | Sewage treatment equipment |
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| CN109928448B CN109928448B (en) | 2021-11-16 |
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| CN102405192A (en) * | 2009-04-23 | 2012-04-04 | 曹方 | Method and apparatus for skimming floated sludge |
| CN207551944U (en) * | 2017-10-31 | 2018-06-29 | 重庆亚协环保工程有限公司 | Slidingtype cylinder screeding device |
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| CN109928448B (en) | 2021-11-16 |
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