CN207943929U - A kind of integrated sewage treating apparatus - Google Patents
A kind of integrated sewage treating apparatus Download PDFInfo
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- CN207943929U CN207943929U CN201820246827.4U CN201820246827U CN207943929U CN 207943929 U CN207943929 U CN 207943929U CN 201820246827 U CN201820246827 U CN 201820246827U CN 207943929 U CN207943929 U CN 207943929U
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- babinet
- liquid level
- level sensor
- outlet pipe
- treating apparatus
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Abstract
The utility model discloses a kind of integrated sewage treating apparatus, including babinet, time controller, high liquid level sensor, low liquid level sensor and nitrobacteria in babinet, denitrifying bacteria, polyP bacteria and biological enzyme dispensing area, the bottom of the babinet is equipped with perforation water distributor, the babinet is equipped with water inlet pipe and outlet pipe, one end of the water inlet pipe connects regulating reservoir by intake pump, the other end connection perforation water distributor of the water inlet pipe, the bottom of the babinet is equipped with submersible jet aerator；Immersible pump is set close to the side of the outlet pipe, the immersible pump connects one end of the outlet pipe, and the other end of the outlet pipe connects clear water reserviors.The utility model use micro-organism enzyme preparation degradation of contaminant, the multinomial sewage disposal technology such as pressure dissolved oxygen, jet-flow aeration, internal circulating fluidized bed, microbial enzyme is combined together, have it is simple in structure, reduce investment outlay, save the area, the advantage that operating cost is low.
Description
Technical field
The utility model is related to field of sewage treatment equipment, especially a kind of integrated sewage treating apparatus.
Background technology
Traditional sewage disposal device comes treated sewage, traditional dirt often through physical chemistry and biochemical method
Water treatment facilities degrade not enough thoroughly to pollutant using more single technological means, and traditional sewage disposal device
Complicated, volume is larger, and cost of investment is high, and operating cost is high.
Utility model content
To solve problems of the prior art, the utility model provides a kind of integrated sewage treating apparatus.This
Utility model uses micro-organism enzyme preparation degradation of contaminant, by pressure dissolved oxygen, jet-flow aeration, internal circulating fluidized bed, microbial enzyme
Combine together etc. multinomial sewage disposal technology, have it is simple in structure, reduce investment outlay, save the area, the advantage that operating cost is low.
The technical solution adopted in the utility model is：A kind of integrated sewage treating apparatus, including babinet, time control
Device, high liquid level sensor, low liquid level sensor and nitrobacteria, denitrifying bacteria, polyP bacteria and biology in babinet
Water inlet pipe and outlet pipe is respectively set in the top in the dispensing area of enzyme, the opposite sides of the babinet, and one end of the water inlet pipe is logical
Cross intake pump connection regulating reservoir, the water inlet pipe the other end connection perforation water distributor, it is described perforation water distributor tube wall on
The multiple apertures of cloth, the bottom of the babinet are equipped with submersible jet aerator, the submersible jet aerator include submersible pump and
The top of nozzle, the nozzle connects air inlet pipe, and the air inlet pipe extends upwardly to outside babinet；Close to the one of the outlet pipe
Immersible pump is arranged in side, and the immersible pump is located at the top of the babinet, and the immersible pump connects one end of the outlet pipe, described
The other end of outlet pipe connects clear water reserviors；The high liquid level sensor is set in babinet at the 9-11cm of top of the box, described
Low liquid level sensor is set to the middle part of the babinet vertical direction, and the first output end of the time controller connects the water inlet
The output end of the first input end of pump, the high liquid level sensor connects the second input terminal of the intake pump, the time control
The second output terminal of device processed connects the input terminal of the submersible jet aerator, the third output end connection of the time controller
The output end of the first input end of the immersible pump, the low liquid level sensor connects the second input terminal of the immersible pump.
The utility model use operation principle be：Pass through water inlet equipped with the sewage for needing to purify, water inlet pipe in regulating reservoir
Pump sucks sewage in babinet；It is expected that the time that good each period starts is controlled using time controller, water inlet is to apart from babinet
To provide signal out of service by intake pump for high liquid level sensor at 9-11cm when top, to stop intaking.After water inlet, when
Between controller control submersible jet aerator start to work.The flow that the submersible pump of submersible jet aerator generates passes through nozzle
High-velocity flow is formed, negative pressure is formed around nozzle and air is sucked by air inlet pipe, formation liquid gas mixed flow high speed is spouting, folder
Flow with numerous air-bubble is vortexed stirring in the waters of larger area and depth, completes aeration；While aeration, in babinet
Water body also forms internal circulating fluidized bed, by the effect of microorganism in system, by contaminant degradation.Biological enzyme in babinet is first
It first will be difficult to directly to be absorbed the larger molecular organics of degradation, structure (such as aliphatic chain, albumen of long chain or complexity by microorganism
Matter, phenyl ring, naphthalene structure etc.) it cuts rapidly, so that it becomes avirulent small molecule chain substance.Then in aerobic section, nitrobacteria
It by the ammonia nitrogen in becoming a mandarin, is acted on by biological nitration, is converted to nitrate；In anoxic section, denitrifying bacteria brings interior reflux into
Nitrate by biological denitrification, be converted to nitrogen and escape into air, to achieve the purpose that denitrogenation；In anaerobism
Section, polyP bacteria discharge phosphorus, and the degradable organic matter such as absorb lower fatty acid；And in aerobic section, polyP bacteria excess absorbs phosphorus,
And by the discharge of excess sludge, phosphorus is removed.Through domestication after a period of time, Halophiles is will produce in babinet, removes salinity,
Also the organic pollution materials in water can preferably be removed.After aeration time reaches a cycle, time controller controls submersible jet
Aerator is stopped, and water pollutant is degraded substantially at this time, and into precipitation phase, microorganism sludge precipitation, top water body is clear
Clearly.Later, time controller control immersible pump is started to work, and the clear water on top is extracted into clear water reserviors qualified discharge by immersible pump, is remained
Remaining portion's biological sludge water continues degradation of contaminant in next cycle；Sense that water level is located at babinet in low liquid level sensor
Signal is sent out when the middle part of vertical direction to be stopped by immersible pump, after a period of time of leaving unused, time controller control integration
Sewage disposal device start next cycle into water process.Whole process is to intake, aeration, precipitation, be discharged, idle mistake
Journey.
Preferably, the bottom of the babinet is equipped with sewage draining exit, and the sewage draining exit is closed state under normal circumstances, really the row of need
Liquid in the system of racking up can be opened when empty.
Preferably, the top of the immersible pump is equipped with access hole, and the access hole can allow people to enter to case when needed
Internal structure in body, such as immersible pump, submersible jet aerator, perforation water distributor etc. are overhauled.
Preferably, the dischargeable capacity of the babinet is 1m3-150m3, sanitary sewage under normal circumstances handles water daily
The relationship that volume and the dischargeable capacity of babinet are 2 to 1, the sewage volume generally handled daily are 2m3-300m3, so babinet
Dischargeable capacity is 1m3-150m3。
Preferably, the length of the babinet is 900mm-17500mm, and user can according to the size of physical location and daily
The length of the water volume selection babinet of processing, since the loading maximum length of current tablet vehicle lorry is 17500mm, institute
It is no more than 17500mm with the length maximum of babinet, to facilitate equipment to pass through Freight Transport.
Preferably, the width of the babinet is 1020mm-3030mm, and user can according to the size of physical location and daily
The width of the water volume selection babinet of processing, since the loading maximum width of current tablet vehicle lorry is 3030mm, institute
It is no more than 3030mm with the width maximum of babinet, to facilitate equipment to pass through Freight Transport.
Preferably, the height of the babinet is 1020mm-2540mm, and user can according to the size of physical location and daily
The height of the water volume selection babinet of processing, since the loading maximum height of current tablet vehicle lorry is 2540mm, institute
It is no more than 2540mm with the height maximum of babinet, to facilitate equipment to pass through Freight Transport.
Preferably, the high liquid level sensor is set in the babinet close to water inlet pipe side, the low liquid level sensor
Close to the side of outlet pipe in the babinet, since high liquid level sensor controls intake pump, low liquid level sensor control is latent
Water pump, so high liquid level sensor, close to water inlet pipe, low liquid level sensor can shorten the distance of signal transmission close to outlet pipe,
To sensitiveer.
Preferably, nozzle first becomes smaller along the bore for going out to flow direction and becomes larger again, i.e., in centre there are one the narrow larynx shunk, this
Framework constitutes Laval nozzle, and the speed of fluid can be made to change because of the variation of nozzle interface agent, fluid is made to accelerate.
The utility model has the beneficial effects that：
1, the utility model uses micro-organism enzyme preparation degradation of contaminant, by pressure dissolved oxygen, jet-flow aeration, inner circulation fluidized
The multinomial sewage disposal technology such as bed, microbial enzyme combines together, have it is simple in structure, reduce investment outlay, save the area, operating cost
Low advantage；And the utility model is selectively upper or is embedded to underground, upper side can plant flowers and plants, can beautify the environment；This reality
With it is novel on ambient enviroment without influence, sludge quantum of output is few, due to generate noise pump all run in water, so noise compared with
It is small.
2, the sewage draining exit of the utility model is under normal circumstances closed state, can open to rack up when need to really emptying and is
Liquid in system.
3, the access hole of the utility model can allow people to enter to the internal structure in babinet when needed, such as dive under water
Pump, submersible jet aerator, perforation water distributor etc. are overhauled.
4, the utility model handles the dischargeable capacity of water volume and babinet as 2 to 1 relationship daily, generally handles daily
Sewage volume be 2m3-300m3, so the dischargeable capacity of babinet is 1m3-150m3。
5, the length of the utility model babinet is 900mm-17500mm, and user can be according to the size of physical location and every
The length of the water volume selection babinet of its processing, since the maximum loading length of current tablet vehicle lorry is 17500mm,
So the length maximum of babinet is no more than 17500mm, to facilitate equipment to pass through Freight Transport.
6, the width of the utility model babinet is 1020mm-3030mm, and user can be according to the size of physical location and every
The width of the water volume selection babinet of its processing, since the maximum loading width of current tablet vehicle lorry is 3030mm,
So the width maximum of babinet is no more than 3030mm, to facilitate equipment to pass through Freight Transport.
7, the height of the utility model babinet is 1020mm-2540mm, and user can be according to the size of physical location and every
The height of the water volume selection babinet of its processing, since the maximum loading height of current tablet vehicle lorry is 2540mm,
So the height maximum of babinet is no more than 2540mm, to facilitate equipment to pass through Freight Transport.
8, the utility model is due to high liquid level sensor control intake pump, and low liquid level sensor controls immersible pump, so high
Liquid level sensor can shorten the distance of signal transmission close to outlet pipe close to water inlet pipe, low liquid level sensor, to cleverer
It is quick.
9, the utility model nozzle first becomes smaller along the bore for going out to flow direction and becomes larger again, i.e., narrow there are one what is shunk in centre
Larynx, this framework constitute Laval nozzle, the speed of fluid can be made to change because of the variation of nozzle interface agent, fluid is made to add
Speed.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the connection figure of the utility model controller；
Fig. 3 is the enlarged drawing of A in the utility model Fig. 1；
Reference numeral：1- babinets；101- sewage draining exits；2- launches area；3- intake pumps；4- regulating reservoirs；5- water inlet pipes；6- perforates
Water distributor；7- submersible jet aerators；701- submersible pumps；702- nozzles；8- air inlet pipe；9- immersible pumps；10- outlet pipes；11-
Clear water reserviors；12- access holes；13- time controllers；14- high liquid level sensors；15- low liquid level sensors.
Specific implementation mode
The embodiments of the present invention are described in detail below in conjunction with the accompanying drawings.
Embodiment 1
As Figure 1-Figure 2, a kind of integrated sewage treating apparatus, including babinet 1, time controller 13, high liquid level pass
The throwing of sensor 14, low liquid level sensor 15 and nitrobacteria, denitrifying bacteria, polyP bacteria and biological enzyme in babinet 1
Area is put, water inlet pipe 5 and outlet pipe 10 is respectively set in the top of the opposite sides of the babinet 1, and one end of the water inlet pipe 5 passes through
Intake pump 3 connect regulating reservoir 4, the water inlet pipe 3 the other end connection perforation water distributor 6, it is described perforation water distributor 6 tube wall on
The bottom of uniformly distributed multiple apertures, the babinet 1 is equipped with submersible jet aerator 7, and the submersible jet aerator 7 includes diving electricity
The top of pump 701 and nozzle 702, the nozzle 702 connects air inlet pipe 8, and the air inlet pipe 8 extends upwardly to outside babinet 1；It leans on
Immersible pump 9 is arranged in the side of the nearly outlet pipe 10, and the immersible pump 9 is located at the top of the babinet 1, and the immersible pump 9 connects
One end of the outlet pipe 10 is connect, the other end of the outlet pipe 10 connects clear water reserviors 11；The high liquid level sensor 14 is set to
In babinet 1 at 1 top 9cm of babinet, the low liquid level sensor 15 is set to the middle part of 1 vertical direction of the babinet, described
First output end of time controller 13 connects the first input end of the intake pump 3, the output of the high liquid level sensor 14
End connects the second input terminal of the intake pump 3, and the second output terminal of the time controller 13 connects the submersible jet and exposes
The input terminal of mechanism of qi 7, the third output end of the time controller 13 connects the first input end of the immersible pump 9, described low
The output end of liquid level sensor 15 connects the second input terminal of the immersible pump 9.
The utility model use operation principle be：Equipped with needing the sewage that purifies in regulating reservoir 4, water inlet pipe 5 by into
Water pump 3 sucks sewage in babinet 1；It is expected that the time that good each period starts is controlled using time controller 13, water inlet arrive away from
To provide signal out of service by intake pump 3 for high liquid level sensor 14 at 9cm when from 1 top of babinet, to stop intaking.It has intake
Bi Hou, time controller 13 control submersible jet aerator 7 and start to work.The submersible pump 701 of submersible jet aerator 7 generates
Flow by nozzle 702 formed high-velocity flow, around nozzle 702 formed negative pressure by air inlet pipe 8 suck air, formed liquid gas
Mixed flow high speed is spouting, and the flow for carrying numerous air-bubble secretly is vortexed stirring in the waters of larger area and depth, completes to expose
Gas；While aeration, the water body in babinet 1 also forms internal circulating fluidized bed, by the effect of microorganism in system, will pollute
Object is degraded.Biological enzyme in babinet 1 will be difficult to directly to be absorbed by microorganism first the larger molecular organics of degradation, long chain or
Complicated structure (such as aliphatic chain, protein, phenyl ring, naphthalene structure) is cut rapidly, so that it becomes avirulent small molecule chain object
Matter.Then in aerobic section, nitrobacteria acts on the ammonia nitrogen in becoming a mandarin by biological nitration, is converted to nitrate；In anoxic
The interior nitrate brought into that flows back by biological denitrification, is converted to nitrogen and escaped into air by section, denitrifying bacteria, from
And achieve the purpose that denitrogenation；In anaerobism section, the degradable organic matters such as polyP bacteria discharges phosphorus, and absorbs lower fatty acid；And
Aerobic section, polyP bacteria excess absorbs phosphorus, and by the discharge of excess sludge, phosphorus is removed.Through domestication after a period of time, babinet
It will produce Halophiles in 1, remove salinity, also can preferably remove the organic pollution materials in water.Aeration time reaches a cycle
Afterwards, time controller 13 controls submersible jet aerator 7 and is stopped, and water pollutant is degraded substantially at this time, into precipitation
Phase, microorganism sludge precipitation, the clarification of top water body.Later, time controller 13 controls immersible pump 9 and starts to work, and immersible pump 9 will
The clear water on top is extracted into 11 qualified discharge of clear water reserviors, and remaining lower part biological sludge water continues pollution degradation in next cycle
Object sends out signal when low liquid level sensor 15 senses that water level is located at the middle part of 1 vertical direction of babinet and stops work by immersible pump 9
Make.After idle a period of time, time controller 13 control integrated sewage treating apparatus start next cycle into water process.
Whole process is to intake, aeration, precipitation, be discharged, idle process.
The utility model uses micro-organism enzyme preparation degradation of contaminant, by pressure dissolved oxygen, jet-flow aeration, inner circulation fluidized
The multinomial sewage disposal technology such as bed, microbial enzyme combines together, have it is simple in structure, reduce investment outlay, save the area, operating cost
Low advantage；And the utility model is selectively upper or is embedded to underground, upper side can plant flowers and plants, can beautify the environment；This reality
With it is novel on ambient enviroment without influence, sludge quantum of output is few, due to generate noise pump all run in water, so noise compared with
It is small；High liquid level sensor distance top of the box 9cm can prevent from excessively influencing treatment effect into sewage in babinet, reserve simultaneously
The space on top is that appropriate air is reserved in the work of later stage aerobic section nitrobacteria.
Embodiment 2
As Figure 1-Figure 2, a kind of integrated sewage treating apparatus, including babinet 1, time controller 13, high liquid level pass
The throwing of sensor 14, low liquid level sensor 15 and nitrobacteria, denitrifying bacteria, polyP bacteria and biological enzyme in babinet 1
Area is put, water inlet pipe 5 and outlet pipe 10 is respectively set in the top of the opposite sides of the babinet 1, and one end of the water inlet pipe 5 passes through
Intake pump 3 connect regulating reservoir 4, the water inlet pipe 3 the other end connection perforation water distributor 6, it is described perforation water distributor 6 tube wall on
The bottom of uniformly distributed multiple apertures, the babinet 1 is equipped with submersible jet aerator 7, and the submersible jet aerator 7 includes diving electricity
The top of pump 701 and nozzle 702, the nozzle 702 connects air inlet pipe 8, and the air inlet pipe 8 extends upwardly to outside babinet 1；It leans on
Immersible pump 9 is arranged in the side of the nearly outlet pipe 10, and the immersible pump 9 is located at the top of the babinet 1, and the immersible pump 9 connects
One end of the outlet pipe 10 is connect, the other end of the outlet pipe 10 connects clear water reserviors 11；The high liquid level sensor 14 is set to
In babinet 1 at 1 top 10cm of babinet, the low liquid level sensor 15 is set to the middle part of 1 vertical direction of the babinet, described
First output end of time controller 13 connects the first input end of the intake pump 3, the output of the high liquid level sensor 14
End connects the second input terminal of the intake pump 3, and the second output terminal of the time controller 13 connects the submersible jet and exposes
The input terminal of mechanism of qi 7, the third output end of the time controller 13 connects the first input end of the immersible pump 9, described low
The output end of liquid level sensor 15 connects the second input terminal of the immersible pump 9.
The utility model uses micro-organism enzyme preparation degradation of contaminant, by pressure dissolved oxygen, jet-flow aeration, inner circulation fluidized
The multinomial sewage disposal technology such as bed, microbial enzyme combines together, have it is simple in structure, reduce investment outlay, save the area, operating cost
Low advantage；And the utility model is selectively upper or is embedded to underground, upper side can plant flowers and plants, can beautify the environment；This reality
With it is novel on ambient enviroment without influence, sludge quantum of output is few, due to generate noise pump all run in water, so noise compared with
It is small；High liquid level sensor distance top of the box 10cm can prevent from excessively influencing treatment effect into sewage in babinet, while pre-
It is that appropriate air is reserved in the work of later stage aerobic section nitrobacteria to stay the space on top.
Embodiment 3
As Figure 1-Figure 2, a kind of integrated sewage treating apparatus, including babinet 1, time controller 13, high liquid level pass
The throwing of sensor 14, low liquid level sensor 15 and nitrobacteria, denitrifying bacteria, polyP bacteria and biological enzyme in babinet 1
Area is put, water inlet pipe 5 and outlet pipe 10 is respectively set in the top of the opposite sides of the babinet 1, and one end of the water inlet pipe 5 passes through
Intake pump 3 connect regulating reservoir 4, the water inlet pipe 3 the other end connection perforation water distributor 6, it is described perforation water distributor 6 tube wall on
The bottom of uniformly distributed multiple apertures, the babinet 1 is equipped with submersible jet aerator 7, and the submersible jet aerator 7 includes diving electricity
The top of pump 701 and nozzle 702, the nozzle 702 connects air inlet pipe 8, and the air inlet pipe 8 extends upwardly to outside babinet 1；It leans on
Immersible pump 9 is arranged in the side of the nearly outlet pipe 10, and the immersible pump 9 is located at the top of the babinet 1, and the immersible pump 9 connects
One end of the outlet pipe 10 is connect, the other end of the outlet pipe 10 connects clear water reserviors 11；The high liquid level sensor 14 is set to
In babinet 1 at 1 top 11cm of babinet, the low liquid level sensor 15 is set to the middle part of 1 vertical direction of the babinet, described
First output end of time controller 13 connects the first input end of the intake pump 3, the output of the high liquid level sensor 14
End connects the second input terminal of the intake pump 3, and the second output terminal of the time controller 13 connects the submersible jet and exposes
The input terminal of mechanism of qi 7, the third output end of the time controller 13 connects the first input end of the immersible pump 9, described low
The output end of liquid level sensor 15 connects the second input terminal of the immersible pump 9.
The utility model uses micro-organism enzyme preparation degradation of contaminant, by pressure dissolved oxygen, jet-flow aeration, inner circulation fluidized
The multinomial sewage disposal technology such as bed, microbial enzyme combines together, have it is simple in structure, reduce investment outlay, save the area, operating cost
Low advantage；And the utility model is selectively upper or is embedded to underground, upper side can plant flowers and plants, can beautify the environment；This reality
With it is novel on ambient enviroment without influence, sludge quantum of output is few, due to generate noise pump all run in water, so noise compared with
It is small；High liquid level sensor distance top of the box 11cm can prevent from excessively influencing treatment effect into sewage in babinet, while pre-
It is that appropriate air is reserved in the work of later stage aerobic section nitrobacteria to stay the space on top.
Embodiment 4
As shown in Figure 1, the present embodiment, on the basis of embodiment 1, the bottom of the babinet 1 is equipped with sewage draining exit 101.
The sewage draining exit of the utility model is under normal circumstances closed state, and the system of racking up can be opened when need to really emptying
Interior liquid.
Embodiment 5
As shown in Figure 1, the present embodiment, on the basis of embodiment 4, the top of the immersible pump 9 is equipped with access hole 12.
The access hole of the utility model can allow people to enter to the internal structure in babinet when needed, such as immersible pump,
Submersible jet aerator, perforation water distributor etc. are overhauled.
Embodiment 6
As shown in Figure 1, the present embodiment, on the basis of embodiment 5, the dischargeable capacity of the babinet is 1m3。
The relationship that the daily processing water volume of the utility model and the dischargeable capacity of babinet are 2 to 1, when what is handled daily
Sewage volume is 2m3When babinet dischargeable capacity be 1m3。
Embodiment 7
As shown in Figure 1, the present embodiment, on the basis of embodiment 5, the dischargeable capacity of the babinet is 2m3。
The relationship that the daily processing water volume of the utility model and the dischargeable capacity of babinet are 2 to 1, when what is handled daily
Sewage volume is 4m3When babinet dischargeable capacity be 2m3。
Embodiment 8
As shown in Figure 1, the present embodiment, on the basis of embodiment 5, the dischargeable capacity of the babinet is 150m3。
The relationship that the daily processing water volume of the utility model and the dischargeable capacity of babinet are 2 to 1, when what is handled daily
Sewage volume is 300m3When babinet dischargeable capacity be 150m3。
Embodiment 9
As shown in Figure 1, the present embodiment, on the basis of embodiment 6, the length of the babinet is 1020mm.
The sewage volume that the utility model ought be handled daily is 2m3When babinet dischargeable capacity be 1m3, at this time can be case
Body does squarely, reserves the thickness 20mm of babinet, so the length of babinet is 1020mm.
Embodiment 10
As shown in Figure 1, the present embodiment, on the basis of embodiment 7, the length of the babinet is 900mm.
The sewage volume that the utility model ought be handled daily is 4m3When babinet dischargeable capacity be 2m3, the length of babinet at this time
Degree is 900mm.
Embodiment 11
As shown in Figure 1, the present embodiment, on the basis of embodiment 8, the length of the babinet is 17500mm.
The sewage volume that the utility model ought be handled daily is 150m3When babinet dischargeable capacity be 300m3, babinet at this time
Length be 17500mm.
Embodiment 12
As shown in Figure 1, the present embodiment, on the basis of embodiment 9, the width of the babinet is 1020mm.
The sewage volume that the utility model ought be handled daily is 2m3When babinet dischargeable capacity be 1m3, at this time can be case
Body does squarely, reserves the thickness 20mm of babinet, so the width of babinet is 1020mm.
Embodiment 13
As shown in Figure 1, the present embodiment, on the basis of embodiment 10, the width of the babinet is 1515mm.
The sewage volume that the utility model ought be handled daily is 4m3When babinet dischargeable capacity be 2m3, the width of babinet at this time
Degree is 1515mm.
Embodiment 14
As shown in Figure 1, the present embodiment, on the basis of embodiment 11, the width of the babinet is 3030mm.
The sewage volume that the utility model ought be handled daily is 150m3When babinet dischargeable capacity be 300m3, babinet at this time
Width be 3030mm.
Embodiment 15
As shown in Figure 1, the present embodiment, on the basis of embodiment 12, the height of the babinet is 1020mm.
The sewage volume that the utility model ought be handled daily is 2m3When babinet dischargeable capacity be 1m3, at this time can be case
Body does squarely, reserves the thickness 20mm of babinet, so the height of babinet is 1020mm.
Embodiment 16
As shown in Figure 1, the present embodiment, on the basis of embodiment 13, the height of the babinet is 1530mm.
The sewage volume that the utility model ought be handled daily is 4m3When babinet dischargeable capacity be 2m3, the width of babinet at this time
Degree is 1530mm.
Embodiment 17
As shown in Figure 1, the present embodiment, on the basis of embodiment 14, the height of the babinet is 2540mm.
The sewage volume that the utility model ought be handled daily is 150m3When babinet dischargeable capacity be 300m3, babinet at this time
Height be 2540mm.
Embodiment 18
As Figure 1-Figure 2, for the present embodiment on the basis of embodiment 17, the high liquid level sensor 14 is set to the case
Close to 5 side of water inlet pipe in body 1, the low liquid level sensor 15 is set in the babinet 1 close to the side of outlet pipe 10.
The utility model is since high liquid level sensor controls intake pump, and low liquid level sensor controls immersible pump, so high liquid
Level sensor can shorten the distance of signal transmission close to outlet pipe close to water inlet pipe, low liquid level sensor, to sensitiveer.
Embodiment 19
As shown in Figure 1, Figure 3, on the basis of embodiment 18, nozzle 702 first becomes the present embodiment along the bore for going out to flow direction
It is small to become larger again.
The utility model nozzle first becomes smaller along the bore for going out to flow direction and becomes larger again, i.e., in centre there are one the narrow larynx shunk,
This framework constitutes Laval nozzle, and the speed of fluid can be made to change because of the variation of nozzle interface agent, fluid is made to accelerate.
Specific embodiment of the present utility model above described embodiment only expresses, the description thereof is more specific and detailed,
But it should not be understood as limiting the scope of the patent of the utility model.It should be pointed out that for the common of this field
For technical staff, without departing from the concept of the premise utility, various modifications and improvements can be made, these all belong to
In the scope of protection of the utility model.
Claims (8)
1. a kind of integrated sewage treating apparatus, which is characterized in that including babinet, time controller, high liquid level sensor, low liquid
Level sensor and nitrobacteria in babinet, denitrifying bacteria, polyP bacteria and biological enzyme dispensing area, the babinet
Bottom is equipped with perforation water distributor, and water inlet pipe and outlet pipe, the water inlet pipe is respectively set in the top of the opposite sides of the babinet
One end regulating reservoir, the other end connection perforation water distributor of the water inlet pipe, the perforation water distributor are connected by intake pump
Uniformly distributed multiple apertures on tube wall, the bottom of the babinet are equipped with submersible jet aerator；It is arranged close to the side of the outlet pipe
Immersible pump, the immersible pump are located at the top of the babinet, and the immersible pump connects one end of the outlet pipe, the outlet pipe
The other end connect clear water reserviors；The high liquid level sensor is set in babinet at the 9-11cm of top of the box, the low liquid level
Sensor is set to the middle part of the babinet vertical direction, and the first output end of the time controller connects the of the intake pump
The output end of one input terminal, the high liquid level sensor connects the second input terminal of the intake pump, the time controller
Second output terminal connects the input terminal of the submersible jet aerator, and the third output end connection of the time controller is described latent
The output end of the first input end of water pump, the low liquid level sensor connects the second input terminal of the immersible pump.
2. a kind of integrated sewage treating apparatus according to claim 1, which is characterized in that the bottom of the babinet is equipped with
Sewage draining exit.
3. a kind of integrated sewage treating apparatus according to claim 1, which is characterized in that set above the immersible pump
There is access hole.
4. a kind of integrated sewage treating apparatus according to claim 1, which is characterized in that the dischargeable capacity of the babinet
For 1m3-150m3。
5. a kind of integrated sewage treating apparatus according to claim 1, which is characterized in that the length of the babinet is
900mm-17500mm。
6. a kind of integrated sewage treating apparatus according to claim 1, which is characterized in that the width of the babinet is
1020mm-3030mm。
7. a kind of integrated sewage treating apparatus according to claim 1, which is characterized in that the height of the babinet is
1020mm-2540mm。
8. a kind of integrated sewage treating apparatus according to claim 1, which is characterized in that the high liquid level sensor is set
In, close to water inlet pipe side, the low liquid level sensor is set to the side close to outlet pipe in the babinet in the babinet.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201820246827.4U CN207943929U (en) | 2018-02-11 | 2018-02-11 | A kind of integrated sewage treating apparatus |
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| CN201820246827.4U CN207943929U (en) | 2018-02-11 | 2018-02-11 | A kind of integrated sewage treating apparatus |
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| CN207943929U true CN207943929U (en) | 2018-10-09 |
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