CN108714322A - A kind of environmental protection layering integrated sewage treatment device - Google Patents
A kind of environmental protection layering integrated sewage treatment device Download PDFInfo
- Publication number
- CN108714322A CN108714322A CN201810359442.3A CN201810359442A CN108714322A CN 108714322 A CN108714322 A CN 108714322A CN 201810359442 A CN201810359442 A CN 201810359442A CN 108714322 A CN108714322 A CN 108714322A
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- China
- Prior art keywords
- vessel
- babinet
- sediment
- bevel gear
- driving
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D21/00—Separation of suspended solid particles from liquids by sedimentation
- B01D21/02—Settling tanks with single outlets for the separated liquid
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D21/00—Separation of suspended solid particles from liquids by sedimentation
- B01D21/24—Feed or discharge mechanisms for settling tanks
- B01D21/2405—Feed mechanisms for settling tanks
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D21/00—Separation of suspended solid particles from liquids by sedimentation
- B01D21/24—Feed or discharge mechanisms for settling tanks
- B01D21/245—Discharge mechanisms for the sediments
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/04—Combinations of filters with settling tanks
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/14—Disintegrating by mills having rotary beater elements ; Hammer mills with vertical rotor shaft, e.g. combined with sifting devices
Abstract
The invention discloses a kind of environmental protection layering integrated sewage treatment devices, including top is equipped with feeding port and bottom is equipped with the babinet of sediment outlet, and the first vessel, the second vessel and third vessel are equipped in the babinet；The feeding port is connected to first vessel, is equipped with charging device in the babinet between first vessel and second vessel；Sediment is equipped between second vessel and the third vessel be layered filtering device in the babinet；Equipped with the sediment discharger for the sediment in third vessel to be discharged between the third vessel and the sediment outlet in the babinet；It is being equipped with wastewater inlet close to the top of second vessel on the side of the babinet, outlet of sewer is being equipped with close to the bottom of second vessel；In the babinet sediment pusher is equipped in the lower section of the sediment outlet；The sewage-treatment plant is not only simple in structure, is not necessarily to motor, and without manual, energy conservation and environmental protection.
Description
Technical field
The present invention relates to technical field of sewage, specially a kind of environmental protection layering integrated sewage treatment device.
Background technology
Waste water treatment process is to separate polluter contained in waste water, or be translated into innocuous substance, to
Make the method that waste water is purified.Waste water method of chemical treatment is detached, is removed in waste water by chemical reaction and effect of mass transmitting
In dissolving, colloidal state pollutant or be translated into the waste water treatment process of innocuous substance.Chemistry is generated to add medicament instead
Processing unit based on answering has coagulation, neutralization, redox etc.；Processing unit based on effect of mass transmitting has extraction, vapour
It carries, stripping, absorption, ion exchange and electric osmose are inhaled and reverse osmosis etc..There is waste water neutralisation treatment method, coagulating waste water facture, give up
Water chemistry place of settling logos, wastewater oxidation facture, waste water extraction processing method etc..
With social development, industrial progress, sanitary wastewater, the industrial wastewater of generation are also more and more, and stray emissions show
As commonplace, these waste water penetrate into soil, affect soil environment and underground water.Time is grown long afterwards, the decontamination of soil
Ability and processing outlet capacity will between lose, lead to that soil environment is entirely descended to be destroyed, broken the ecological balance.Together
When, the greening growing way that the environmental disruption of soil also results in ground is bad.Depositing for underground sewage just can both destroy underground life
State environment also can destructively go up greening vegetation environment, it is therefore desirable to which a kind of sewage layered shaping purifier can solve above-mentioned
Problem, and existing layering sewage-treatment plant, are required for using motor greatly and are assisted, and most of also need to carry out hand
Dynamic operation, it is complicated for operation, it is not energy-saving and environment-friendly.
Invention content
(1) technical problems to be solved
It is an object of the invention to overcome the defect in the prior art, provide it is a kind of it is simple in structure, without motor, be not necessarily to hand
Dynamic, energy-saving and environment-friendly AUTOMATIC ZONING sewage-treatment plant.
(2) technical solution
To achieve the above object, the present invention provides the following technical solutions：A kind of environmental protection layering integrated sewage treatment device,
It is equipped with the babinet that feeding port and bottom are equipped with sediment outlet including top, is from top to bottom equipped with the in the babinet successively
One vessel, the second vessel and third vessel；The feeding port is connected to first vessel, is held described first in the babinet
Between chamber and second vessel be equipped with for by first vessel feed intake input the second vessel in charging device；Institute
State in babinet be equipped between second vessel and the third vessel for by the sediment layering in the second vessel send to
The sediment of third vessel is layered filtering device；It is set between the third vessel and the sediment outlet in the babinet
It is useful for the sediment discharger of the sediment discharge in third vessel；Close to described second on the side of the babinet
The top of vessel is equipped with wastewater inlet, and outlet of sewer is being equipped with close to the bottom of second vessel；Described in the babinet
The lower section of sediment outlet is equipped with sediment pusher.
Through the above technical solutions, the sewage with certain pressure enters in the second vessel and is applied to from wastewater inlet
On charging device, charging device action will be in the sewage that input is located in the second vessel that feeds intake in the first vessel so that
Impurity in sewage is precipitated, and the sediment of the second vessel bottom accumulation is layered filtering device and is sent to third by sediment to be held
In chamber, while the processed sewage above sediment is discharged from outlet of sewer；When the sediment in third vessel
When reaching a certain amount of, sediment discharger auto-action sediment is discharged from sediment outlet, the sediment quilt of discharge
Sediment pusher pushes out；The device is not only simple in structure, is easy to use, and can effectively divide sewage
Layer processing.
In further technical solution, the charging device includes being fixedly mounted in the babinet and being located at described first
The first turntable between vessel and the second vessel, and be rotatably connected in the babinet and be located at tight below first turntable
By the second turntable of the first turntable, the medial surface of second vessel is convex equipped be used to support second turntable first
Shoulder；Position is equipped with the first rotating shaft for driving second turntable rotation therebetween on second turntable, and described first
The upper end of shaft is rotatably connected on first turntable, and lower end is stretched into second vessel；Under the first rotating shaft
End is equipped with the impeller for driving first rotating shaft to rotate, and the impeller is located at the lower section of the wastewater inlet；First turntable
Disk be equipped with multiple first through hole, the disk of second turntable be equipped with it is multiple with first through hole cooperation for will
Feeding intake to the second through-hole in the second vessel in first vessel.
Through the above technical solutions, when the charging device works, the sewage with certain pressure enters the from wastewater inlet
It in two vessels and acts on impeller, wheel rotation and then driving first rotating shaft rotation, first rotating shaft drives mounted thereto
Second turntable rotates, when the second turntable goes to the second through-hole for making to be located in its disk and first in the first turntable disk
When through-hole is connected to, feeding intake in the first vessel falls into the second vessel so that the sewage in the second vessel starts to sink
It forms sediment.
In further technical solution, the sediment layering filtering device includes being fixedly mounted in the babinet and position
Spacing frame in second vessel bottom, and it is rotatably connected on second in the babinet and be located at below the spacing frame
Separator disc, the medial surface of the third vessel are equipped with the second convex shoulder for being used to support second separator disc, in the babinet
The first separator disc is rotatably connected between the spacing frame and the second separator disc；It is rotatably connected in the babinet along vertical side
To the second shaft of arrangement, the upper end of second shaft is equipped with first gear, and the circumference side of second turntable is equipped with
The double wedge engaged with the first gear, second shaft are equipped with for driving the first separator disc intermittent rotary
Half gear, and the second half gears for driving the second separator disc intermittent rotary；The spacing frame is equipped with multiple frames
Hole, the disk of first separator disc are equipped with multiple first and separate hole, the disk of second separator disc be equipped with it is multiple with
First separation hole cooperation separates hole for the sediment for being located at the second vessel bottom to be drained into the second of third vessel.
Through the above technical solutions, when sediment layering filtering device work, driven and double wedge thereon by the first turntable
The first gear of engagement rotates, and first gear drives the rotation of the second shaft, and the second shaft drives the first half gears and the second half teeth
Wheel rotation；Sediment when frame hole, the first separation hole, the second separation hole are not connected in the second vessel can be fallen to be separated first
In the disk of disk and the second separator disc；When the first half gears drive the first separator disc to rotate a small distance, first separates
Sediment on disk, which can be elapsed by spacing frame to first on the first separator disc, to be separated in hole, at this time first on the first separator disc
Separate hole to be connected to the second separation hole on the second separator disc, be fallen under sediment in third vessel, at the same time second separates
Sediment on disk can also be elapsed into the second separation hole and be fallen by the first separator disc, and subsequent the second half gear drives second point
A small distance is rotated every disk so that the sediment positioned at the second vessel bottom is no longer fallen into third vessel.
In further technical solution, the sediment discharger includes baffle, spring, skewback；Edge in the babinet
Horizontal direction is equipped with the mounting groove being connected to sediment passing away, and the spring is vertically equipped in the mounting groove
And it is located at the left and right sides of sediment passing away, the baffle is placed on the upper end of the spring and the effect in spring
It is lower that there is the trend for moving upwards and blocking sediment passing away；The skewback is arranged at the lower right corner of the mounting groove, institute
State baffle right end be equipped with the skewback cooperation spend the inclined-plane for forcing the right end of the baffle to move upwards；The baffle
Double wedge is equipped in upper and lower surface；It is equipped in the top of the mounting groove for driving the baffle to move downward in the babinet
The first transmission mechanism, be equipped with the second transmission mechanism for driving the baffle to move right in the lower section of the mounting groove.
Through the above technical solutions, as the sediment product fallen on baffle is more, baffle can be moved down gradually and compress bullet
Spring, when baffle falls on bottom, the second transmission mechanism drives baffle to move right by the double wedge being arranged on surface under the baffle
It is dynamic, and baffle right end moves upwards under the action of the inclined-plane of baffle right end and skewback so that it is located at sediment on baffle and exists
Enter sediment passing away under the action of its own gravity and is discharged from sediment outlet；When the rear baffle of sediment discharge
The top of mounting groove is moved up under the action of the spring so that the first transmission mechanism is by being arranged on baffle upper surface
Double wedge driving baffle, which is moved to the left, blocks sediment outlet.
In further technical solution, first transmission mechanism is described including arranging and being rotatably connected in the horizontal direction
The right end of the first transmission shaft in babinet, first transmission shaft is equipped with first bevel gear, and second shaft is equipped with and institute
State the second bevel gear of first bevel gear engagement, the left end of first transmission shaft is equipped with third hand tap gear, in the babinet
The 4th cone tooth for stretching into the mounting groove and being engaged with the third hand tap gear is rotatably connected to above the mounting groove
Wheel, the side of the 4th bevel gear, which is equipped with, engages with the double wedge of the baffle upper surface for driving baffle to move downward
Sliding tooth.
Through the above technical solutions, the second shaft drives second bevel gear rotation, the second cone when the first transmission mechanism works
The first bevel gear rotation that gear driving engages, and then the rotation of the first transmission shaft is driven, the first transmission shaft drives its left end
Third hand tap gear rotation, third hand tap gear driving engage the 4th bevel gear rotation, and then by setting the 4th cone
Sliding tooth driving baffle on gear side moves downward.
In further technical solution, second transmission mechanism is described including arranging and being rotatably connected in the horizontal direction
The right end of second driving shaft in babinet, the second driving shaft is equipped with the 5th bevel gear, and second shaft is equipped with and institute
State the 6th bevel gear of the 5th bevel gear engagement, the left end of the second driving shaft is equipped with the 7th bevel gear, in the babinet
The 8th cone tooth for stretching into the mounting groove and being engaged with the 7th bevel gear is connected in the rotated down of the mounting groove
Wheel, the side of the 8th bevel gear, which is equipped with, engages with the double wedge of the baffle lower surface for driving baffle to move right
Sliding tooth.
Through the above technical solutions, the second shaft drives the rotation of the 6th bevel gear, the 6th cone when the second transmission mechanism works
The 5th bevel gear rotation that gear driving engages, and then second driving shaft rotation is driven, second driving shaft drives its left end
The rotation of the 7th bevel gear, the 8th bevel gear that the 7th bevel gear driving engages rotation, and then by setting in the 8th cone
Sliding tooth driving baffle on gear side moves right.
In further technical solution, the sediment pusher includes driving gear, push frame and is slidably connected
Sliding block in the push frame, is equipped with close to its bottom position in the babinet and the sediment outlet in the horizontal direction
The sliding slot of connection, the push frame are slidably connected in the sliding slot；It is in a row to be equipped with multiple in the horizontal direction on the sliding block
The cylinder with the driving gear cooperation of arrangement；The third transmission arranged in the horizontal direction is rotatably connected in the babinet
The right end of axis, the third transmission shaft is equipped with the 9th bevel gear, and second shaft is equipped with and is engaged with the 9th bevel gear
The tenth bevel gear；The left end of the third transmission shaft is equipped with the 11st bevel gear, and the driving gear is equipped with coaxial
The 12nd bevel gear, the 12nd bevel gear engages with the 11st bevel gear.
Through the above technical solutions, when sediment pusher works, the second shaft drives the tenth bevel gear to rotate, the tenth
The 9th bevel gear rotation that bevel gear driving engages, and then the rotation of third transmission shaft is driven, third transmission shaft drives its left side
The 11st bevel gear rotation at end, the rotation of the 12nd bevel gear that the 11st bevel gear driving engages, and then drive and the
The coaxially connected sliding tooth wheel rotation of 12 bevel gears drives gear by being in that cylinder band movable slider movement is set in an arrangement, into
And drive push frame bilateral reciprocation in sliding slot.
In further technical solution, strainer is equipped in the babinet at the outlet of sewer.
Above-mentioned feeds intake as flocculant.
(3) advantageous effect
Compared with prior art, technical scheme of the present invention has the following advantages：The environmental protection is layered sewage disposal integration
When device works, the sewage with certain pressure enters in the second vessel from wastewater inlet and is applied on charging device, throws
Material device action will be fed intake in the first vessel in the sewage that input is located in the second vessel so that impurity in sewage into
Row precipitation, the sediment of the second vessel bottom accumulation are layered filtering device by sediment and send into third vessel, be located at simultaneously
Processed sewage above sediment is discharged from outlet of sewer；When the sediment in third vessel reaches a certain amount of,
Sediment is discharged sediment discharger auto-action from sediment outlet, and the sediment of discharge is pushed by sediment again
Device is released；The device is not only simple in structure, is easy to use, and effectively can carry out layered shaping to sewage；In addition should
When charging device works, the sewage with certain pressure enters in the second vessel and acts on impeller, impeller from wastewater inlet
First rotating shaft rotation is rotated and then drives, first rotating shaft drives the second turntable mounted thereto to rotate, when the second turntable is gone to
When the second through-hole being located in its disk being made to be connected to the first through hole in the first turntable disk, it is located in the first vessel
It feeds intake and falls into the second vessel so that the sewage in the second vessel starts to precipitate；The upper end of the first rotating shaft is equipped with
For the broken bar that blends that will feed intake, setting, which blends bar, to keep it looser to feeding intake blend, and be easy to fall.
Description of the drawings
Fig. 1 is the whole cross-sectional view of the present invention；
Fig. 2 is cross-sectional view when sediment layering filtering device filters out sediment；
Fig. 3 is cross-sectional view when discharging sediment；
Fig. 4 is the sectional view at A-A in Fig. 1；
Fig. 5 is the sectional view at B-B in Fig. 1；
Fig. 6 is the sectional view at C-C in Fig. 1；
Fig. 7 is the vertical view at D in Fig. 1；
Fig. 8 is the upward view of impeller；
Fig. 9 is the drive mechanism schematic diagram of sediment pusher.
The corresponding component names of reference numeral are：1. babinet；The first vessels of 1a.；The second vessels of 1b.；1c. third vessels；
101. feeding port；102. sediment outlet；103. wastewater inlet；104. outlet of sewer；105. the first convex shoulder；106. second is convex
Shoulder；107. mounting groove；108. sediment passing away；109. sliding slot；2. the first turntable；201. first through hole；3. the second turntable；
301. second through-holes；4. first rotating shaft；5. impeller；7. spacing frame；701. frame holes；8. the second separator disc；801. second separate hole；
9. the first separator disc；901. first separate hole；10. the second shaft；11. first gear；12. the first half gears；13. the second half teeth
Wheel；14. baffle；1401. inclined-plane；15. spring；16. skewback；17. the first transmission shaft；18. first bevel gear；19. the second cone tooth
Wheel；20. third hand tap gear；21. the 4th bevel gear；22. second driving shaft；23. the 5th bevel gear；24. the 6th bevel gear；25.
7th bevel gear；26. the 8th bevel gear；27. strainer；28. driving gear；29. pushing frame；30. sliding block；31. cylinder；32.
Third transmission shaft；33. the 9th bevel gear；34. the tenth bevel gear；35. the 11st bevel gear；36. the 12nd bevel gear.
Specific implementation mode
- 9 are please referred to Fig.1, the present invention provides a kind of environmental protection layering integrated sewage treatment device, including top is equipped with and feeds intake
Mouth 101 and bottom are equipped with the babinet 1 of sediment outlet 102, and the first vessel is from top to bottom equipped with successively in the babinet 1
1a, the second vessel 1b and third vessel 1c；The feeding port 101 is connected to the first vessel 1a, described in the babinet 1
It is equipped between first vessel 1a and the second vessel 1b for feeding intake in the first vessel 1a to be put into the second vessel 1b
Interior charging device；It is equipped between the second vessel 1b and the third vessel 1c for holding second in the babinet 1
Sediment layering in chamber 1b send the sediment to third vessel 1c to be layered filtering device；Hold in the third in the babinet 1
It is equipped between chamber 1c and the sediment outlet 102 for dress to be discharged in the sediment of the sediment discharge in third vessel 1c
It sets；It is being equipped with wastewater inlet 103 close to the top of the second vessel 1b on the side of the babinet 1, close to described second
The bottom of vessel 1b is equipped with outlet of sewer 104；Strainer 27 is equipped in the babinet 1 at the outlet of sewer 104；The babinet
In 1 sediment pusher is equipped in the lower section of the sediment outlet 102.
The charging device includes being fixedly mounted in the babinet 1 and being located at the first vessel 1a and the second vessel 1b
Between the first turntable 2, and be rotatably connected in the babinet 1 and abut the first turntable 2 positioned at first turntable, 2 lower section
The second turntable 3, the medial surface of the second vessel 1b is equipped with the first convex shoulder 105 for being used to support second turntable 3；Institute
It states on the second turntable 3 position therebetween and is equipped with first rotating shaft 4, the upper end of the first rotating shaft 4 is rotatably connected on described first
On turntable 2, lower end is stretched into the second vessel 1b；The lower end of the first rotating shaft 4 is equipped with for driving 4 turns of first rotating shaft
Dynamic impeller 5, and, the impeller 5 is located at the lower section of the wastewater inlet 103；；The disk of first turntable 2 is equipped with eight
A first through hole 201, the disk of second turntable 3 are equipped with eight with the cooperation of the first through hole 201 for by described the
Feeding intake to the second through-hole 301 in the second vessel in one vessel 1a.The upper end of the first rotating shaft 4 is equipped with for that will throw
What material was crushed blends bar 6；Setting, which blends bar 6, to keep it looser to feeding intake blend, and be easy to fall, feed intake here excellent
It is selected as flocculant.
The sediment layering filtering device includes being fixedly mounted in the babinet 1 and being located at the bottoms the second vessel 1b
The spacing frame 7 in portion, and be rotatably connected in the babinet 1 and positioned at the second separator disc 8 of 7 lower section of the spacing frame, it is described
The medial surface of third vessel 1c is equipped with the second convex shoulder 106 for being used to support second separator disc 8, and the babinet 1 is interior in institute
It states and is rotatably connected to the first separator disc 9 between spacing frame 7 and the second separator disc 8；It is rotatably connected in the babinet 1 along vertical side
To the second shaft 10 of arrangement, the upper end of second shaft 10 is equipped with first gear 11, the circumference side of second turntable 3
It is equipped with the double wedge engaged with the first gear 11, second shaft 10 is equipped with for driving first separator disc 9
The first half gears 12 of intermittent rotary, and the second half gears 13 for driving 8 intermittent rotary of the second separator disc；Described point
It is set on bulkhead 7 there are six frame hole 701, sets that there are three around the center of circle of first separator disc 9 in the disk of first separator disc 9
First be distributed evenly and at intervals separates hole 901, sets that there are three separate hole with described first in the disk of second separator disc 8
901 cooperations separate hole 801 for the sediment for being located at the second bottoms vessel 1b to be drained into the second of third vessel 1c.
The sediment discharger includes baffle 14, spring 15, skewback 16；It is equipped in the horizontal direction in the babinet 1
The mounting groove 107 being connected to sediment passing away, the spring 15 are vertically equipped in the mounting groove 107 and divide
Not Wei Yu sediment passing away 108 the left and right sides, the baffle 14 is placed on the upper end of the spring 15 and in spring 15
Under the action of there is the trend for moving upwards and blocking sediment passing away 108；The skewback 16 is arranged in the mounting groove 107
The lower right corner at, the right end of the baffle 14, which is equipped with to spend with the cooperation of the skewback 16, forces the right end of the baffle 14 to be transported upwards
Dynamic inclined-plane 1401；It is equipped with double wedge in the upper and lower surface of the baffle 14；In the upper of the mounting groove 107 in the babinet 1
Side is equipped with the first transmission mechanism for driving the baffle 14 to move downward, and is equipped with and is used in the lower section of the mounting groove 107
Drive the second transmission mechanism that the baffle 14 moves right.
First transmission mechanism includes the first transmission shaft arranged and be rotatably connected in the horizontal direction in the babinet 1
17, the right end of first transmission shaft 17 is equipped with first bevel gear 18, and second shaft 10 is equipped with and the first cone tooth
The second bevel gears 19 of 18 engagement of wheel, the left end of first transmission shaft 17 are equipped with third hand tap gear 20, in the babinet 1
The top of the mounting groove 107 is rotatably connected to for stretching into the mounting groove 107 and being engaged with the third hand tap gear 20
Four bevel gears 21, the side of the 4th bevel gear 21, which is equipped with, engages with the double wedge of 14 upper surface of the baffle for driving gear
The sliding tooth that plate 14 moves downward.
Second transmission mechanism includes the second driving shaft arranged and be rotatably connected in the horizontal direction in the babinet
22, the right end of the second driving shaft 22 is equipped with the 5th bevel gear 23, and second shaft 10 is equipped with and the 5th cone tooth
6th bevel gears 24 of 23 engagement of wheel, the left end of the second driving shaft 22 are equipped with the 7th bevel gear 25, in the babinet 1
The rotated down of the mounting groove 107 is connected with for stretching into the mounting groove 107 and being engaged with the 7th bevel gear 25
Eight bevel gears 26, the side of the 8th bevel gear 26, which is equipped with, engages with the double wedge of 14 lower surface of the baffle for driving gear
The sliding tooth that plate 14 moves right.
The sediment pusher includes driving gear 28, push frame 29 and is slidably connected at the push frame 29
Interior sliding block 30 is equipped in the babinet 1 close to its bottom position and to be connected to the sediment outlet 102 in the horizontal direction
Sliding slot 109, the push frame 29 are slidably connected in the sliding slot 109；It is in equipped with multiple in the horizontal direction on the sliding block 30
The cylinder 31 coordinated with the driving gear 28 that one arrangement is set；It is rotatably connected in the babinet 1 and arranges in the horizontal direction
Third transmission shaft 32, the right end of the third transmission shaft 32 is equipped with the 9th bevel gear 33, second shaft 10 be equipped with
Tenth bevel gear 34 of the 9th bevel gear 33 engagement；The left end of the third transmission shaft 32 is equipped with the 11st bevel gear 35,
The driving gear 28 is equipped with the 12nd coaxial bevel gear 36, and the 12nd bevel gear 36 is bored with the described 11st
Gear 35 engages.
The environmental protection be layered integrated sewage treatment device work when, with certain pressure sewage from wastewater inlet 103 into
Enter in the second vessel 1b and act on impeller 5, impeller 5 rotates and then first rotating shaft 4 is driven to rotate, the driving peace of first rotating shaft 4
Mounted in the second turntable 3 rotation thereon, when the second turntable 3 goes to the second through-hole 301 for making to be located in its disk and is located at first
When first through hole 201 in 2 disk of turntable is connected to, feeding intake in the first vessel 1a falls into the second vessel 1b so that position
Start to precipitate in the sewage in the second vessel 1b, sediment Rapid Accumulation and the bottom for falling on the second vessel 1b, is located at sediment
The processed sewage of top is discharged from outlet of sewer 104；The driving of the first turntable 2 is convex with thereon when impeller 5 rotates
The first gear 11 of tooth engagement rotates, and first gear 11 drives the rotation of the second shaft 10, and the second shaft 10 drives the first half gears
12 and the second half gear 13 rotate, separating hole 901, second in frame hole 701, first separates the second vessel when hole 801 is not connected to
Sediment in 1b can be fallen in the disk of the first separator disc 9 and the second separator disc 8；When the first half gears 12 drive first point
When disk 9 rotates a small distance, the sediment on the first separator disc 9 can be elapsed by spacing frame 7 to the on the first separator disc 9
One separates in hole 901, and first on the first separator disc 9 separates the second separation hole on hole 901 and the second separator disc 8 at this time
801 are connected to, and are fallen in third vessel 1c under sediment, and at the same time the sediment on the second separator disc 8 can also be separated by first
In the passage of disk 9 to the second separation hole 801 and falling, subsequent the second half gear 13 drives the second separator disc 8 to rotate a small distance,
So that the sediment positioned at the second bottoms vessel 1b is no longer fallen into third vessel 1c.
As the sediment product fallen on baffle 14 is more, baffle 14 can gradually move down and compressed spring 15, when baffle 14
The second transmission mechanism is started to work when falling on bottom, and the second shaft 10 drives the rotation of the 6th bevel gear 24, the 6th bevel gear 24
The 5th bevel gear 23 rotation engaged is driven, and then second driving shaft 22 is driven to rotate, second driving shaft 22 drives it left
7th bevel gear 25 rotation at end, the 8th bevel gear 26 rotation that the driving of the 7th bevel gear 25 engages, and then pass through setting
Sliding tooth on 26 side of the 8th bevel gear engages driving baffle 14 with the double wedge being arranged on 14 lower surface of baffle and transports to the right
It is dynamic；When baffle 14 moves right, 14 right end of baffle is transported upwards under the action of the inclined-plane 1401 of 14 right end of baffle is with skewback 16
It is dynamic so as to be located at sediment on baffle 14 and enter sediment passing away 108 under the effect of gravity and from sediment
Outlet 102 is discharged；When the rear baffle 14 of sediment discharge moves up to the top of mounting groove 107 under the action of spring 15
Portion, at this time the first transmission mechanism start total work, the second shaft 10 drives second bevel gear 19 to rotate, and second bevel gear 19 drives
The first bevel gear 18 engaged rotates, and then drives the rotation of the first transmission shaft 17, and the first transmission shaft 17 drives its left end
Third hand tap gear 20 rotates, and third hand tap gear 20 drives the 4th bevel gear 21 rotation engaged, and then by setting the
Sliding tooth on four bevel gears, 21 side engages that driving baffle 14 moves downward with the double wedge for being arranged in 14 upper surface of baffle will be heavy
Starch outlet blocks.
The sediment being discharged by sediment outlet is fallen into sliding slot, and sediment pusher is started to work, second turn
Axis 10 drives the rotation of the tenth bevel gear 34, the 9th bevel gear 33 rotation that the driving of the tenth bevel gear 34 engages, and then drives
Third transmission shaft 32 rotates, and third transmission shaft 32 drives the 11st bevel gear 35 rotation of its left end, the 11st bevel gear 35 to drive
Dynamic the 12nd bevel gear 36 rotation engaged, and then drive the driving gear 28 turn coaxially connected with the 12nd bevel gear 36
Dynamic, driving gear 28 is by being in that an arrangement sets cylinder 31 with the movement of movable slider 30, and then drives push frame 29 in sliding slot 109
Bilateral reciprocation.Environmental protection layering integrated sewage treatment device can realize the separation of drainage and sediment be layered with
And emission problem, repacking set can automatic stirring flocculant so that it is more loosely mixed with water, and can be according to the heap of sediment
Accumulated amount realizes automation discharge, and in addition the device is not necessarily to motor, and without manual, energy conservation and environmental protection is easy to operate.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, several improvements and modifications can also be made, these improvements and modifications
Also it should be regarded as protection scope of the present invention.
Claims (8)
1. a kind of environmental protection layering integrated sewage treatment device, which is characterized in that be equipped with feeding port (101) and bottom including top
Portion is equipped with the babinet (1) of sediment outlet (102), is from top to bottom equipped with the first vessel (1a), the in the babinet (1) successively
Two vessels (1b) and third vessel (1c)；The feeding port (101) is connected to first vessel (1a), in the babinet (1)
It is equipped with and is used for feeding intake in first vessel (1a) between first vessel (1a) and second vessel (1b)
Enter the charging device in the second vessel (1b)；In second vessel (1b) and the third vessel (1c) in the babinet (1)
Between be equipped with for by the second vessel (1b) sediment layering send to third vessel (1c) sediment be layered filtering device；
Equipped with for by third vessel between the third vessel (1c) and the sediment outlet (102) in the babinet (1)
The sediment discharger of sediment discharge in (1c)；Close to second vessel (1b) on the side of the babinet (1)
Top be equipped with wastewater inlet (103), close to second vessel (1b) bottom be equipped with outlet of sewer (104)；The case
In body (1) sediment pusher is equipped in the lower section of the sediment outlet (102).
2. environmental protection layering integrated sewage treatment device according to claim 1, which is characterized in that the charging device packet
It includes and is fixedly mounted in the babinet (1) and the first turntable between first vessel (1a) and the second vessel (1b)
(2), it and is rotatably connected in the babinet (1) and abuts the second of the first turntable (2) below first turntable (2)
Turntable (3), the medial surface of second vessel (1b) are equipped with the first convex shoulder (105) for being used to support second turntable (3)；
Position is equipped with the first rotating shaft (4) for driving the second turntable (3) rotation, institute therebetween on second turntable (3)
The upper end for stating first rotating shaft (4) is rotatably connected on first turntable (2), and lower end is stretched into second vessel (1b)；
The lower end of the first rotating shaft (4) is equipped with the impeller (5) for driving first rotating shaft (4) to rotate, and the impeller (5) is located at institute
State the lower section of wastewater inlet (103)；The disk of first turntable (2) be equipped with multiple first through hole (201), described second turn
The disk of disk (3) is equipped with the cooperation of the multiple and first through hole (201) and is used for feeding intake in first vessel (1a)
The second through-hole (301) in the second vessel (1b).
3. environmental protection layering integrated sewage treatment device according to claim 2, which is characterized in that the sediment layering
Filtering device includes the spacing frame (7) being fixedly mounted in the babinet (1) and positioned at the second vessel (1b) bottom, and
It is rotatably connected on the second separator disc (8) in the babinet (1) and below the spacing frame (7), the third vessel
The medial surface of (1c) is equipped with the second convex shoulder (106) for being used to support second separator disc (8), and the babinet (1) is interior in institute
It states and is rotatably connected to the first separator disc (9) between spacing frame (7) and the second separator disc (8)；It is rotatably connected in the babinet (1)
The second shaft (10) being arranged in a vertical direction, the upper end of second shaft (10) are equipped with first gear (11), and described second
The circumference side of turntable (3) is equipped with the double wedge engaged with the first gear (11), and second shaft (10), which is equipped with, to be used
In the first half gears (12) for driving the first separator disc (9) intermittent rotary, and for driving between second separator disc (8)
It has a rest the second half gears (13) of rotation；The spacing frame (7) is equipped with multiple frame holes (701), the disk of first separator disc (9)
Face is equipped with multiple first and separates hole (901), and the disk of second separator disc (8) is equipped with multiple and first separation hole
(901) cooperation separates hole (801) for the sediment for being located at the bottom the second vessel (1b) to be drained into the second of third vessel (1c).
4. environmental protection layering integrated sewage treatment device according to claim 3, which is characterized in that the sediment discharge
Device includes baffle (14), spring (15), skewback (16)；It is equipped in the horizontal direction in the babinet (1) logical with sediment discharge
The mounting groove (107) of road (108) connection, the spring (15) is vertically equipped in the mounting groove (107) and difference
The left and right sides positioned at sediment passing away (108), the baffle (14) are placed on the upper end of the spring (15) and in bullets
There is the trend for moving upwards and blocking sediment passing away (108) under the action of spring (15)；The skewback (16) is arranged in institute
At the lower right corner for stating mounting groove (107), the right end of the baffle (14) be equipped with spent with the skewback (16) cooperation force it is described
The inclined-plane (1401) that the right end of baffle (14) moves upwards；It is equipped with double wedge in the upper and lower surface of the baffle (14)；The case
It is equipped with the first transmission mechanism for driving the baffle (14) to move downward in the top of the mounting groove (107) in body (1),
It is equipped with the second transmission mechanism for driving the baffle (14) to move right in the lower section of the mounting groove (107).
5. environmental protection layering integrated sewage treatment device according to claim 4, which is characterized in that first driver
Structure includes arranging in the horizontal direction and being rotatably connected on the first transmission shaft (17) in the babinet (1), first transmission shaft
(17) right end is equipped with first bevel gear (18), and second shaft (10) is equipped with and engages with the first bevel gear (18)
The left end of second bevel gear (19), first transmission shaft (17) is equipped with third hand tap gear (20), and the babinet (1) is interior in institute
It states to be rotatably connected to above mounting groove (107) and stretches into the mounting groove (107) and engaged with the third hand tap gear (20)
The 4th bevel gear (21), the side of the 4th bevel gear (21) is equipped with and is engaged with the double wedge of the baffle (14) upper surface
Sliding tooth for driving baffle (14) to move downward.
6. environmental protection layering integrated sewage treatment device according to claim 4, which is characterized in that second driver
Structure includes arranging in the horizontal direction and being rotatably connected on the second driving shaft (22) in the babinet (1), the second driving shaft
(22) right end is equipped with the 5th bevel gear (23), and second shaft (22) is equipped with and engages with the 5th bevel gear (23)
The left end of 6th bevel gear (24), the second driving shaft (22) is equipped with the 7th bevel gear (25), and the babinet (1) is interior in institute
The rotated down for stating mounting groove (107) is connected with and stretches into the mounting groove (107) and engaged with the 7th bevel gear (25)
The 8th bevel gear (26), the side of the 8th bevel gear (26) is equipped with and is engaged with the double wedge of the baffle (14) lower surface
Sliding tooth for driving baffle (14) to move right.
7. environmental protection layering integrated sewage treatment device according to claim 4, which is characterized in that the sediment push
Device includes driving gear (28), push frame (29) and is slidably connected at the sliding block (30) pushed in frame (29), described
It is equipped with the sliding slot (109) being connected to the sediment outlet (102) in babinet (1) in the horizontal direction close to its bottom position,
The push frame (29) is slidably connected in the sliding slot (109)；It is in one to be equipped with multiple in the horizontal direction on the sliding block (30)
The cylinder (31) coordinated with the driving gear (28) that arrangement is set；It is rotatably connected in the horizontal direction in the babinet (1)
The right end of the third transmission shaft (32) of arrangement, the third transmission shaft (32) is equipped with the 9th bevel gear (33), second shaft
(10) it is equipped with the tenth bevel gear (34) engaged with the 9th bevel gear (33)；The left end of the third transmission shaft (32) is set
There is the 11st bevel gear (35), the driving gear (28) is equipped with the 12nd coaxial bevel gear (36), and the described tenth
Two bevel gears (36) engage with the 11st bevel gear (35).
8. environmental protection layering integrated sewage treatment device according to claim 1, which is characterized in that in the babinet (1)
Strainer (27) is equipped at the outlet of sewer (104).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810359442.3A CN108714322A (en) | 2018-04-20 | 2018-04-20 | A kind of environmental protection layering integrated sewage treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810359442.3A CN108714322A (en) | 2018-04-20 | 2018-04-20 | A kind of environmental protection layering integrated sewage treatment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108714322A true CN108714322A (en) | 2018-10-30 |
Family
ID=63899276
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810359442.3A Withdrawn CN108714322A (en) | 2018-04-20 | 2018-04-20 | A kind of environmental protection layering integrated sewage treatment device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108714322A (en) |
-
2018
- 2018-04-20 CN CN201810359442.3A patent/CN108714322A/en not_active Withdrawn
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Application publication date: 20181030 |
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