CN108264162A - A kind of circulating sewage water treatment facilities and its method - Google Patents
A kind of circulating sewage water treatment facilities and its method Download PDFInfo
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- CN108264162A CN108264162A CN201810307555.9A CN201810307555A CN108264162A CN 108264162 A CN108264162 A CN 108264162A CN 201810307555 A CN201810307555 A CN 201810307555A CN 108264162 A CN108264162 A CN 108264162A
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- water
- pipe
- supply
- liquid
- separating liquid
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/38—Treatment of water, waste water, or sewage by centrifugal separation
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/001—Processes for the treatment of water whereby the filtration technique is of importance
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2201/00—Apparatus for treatment of water, waste water or sewage
- C02F2201/002—Construction details of the apparatus
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2301/00—General aspects of water treatment
- C02F2301/04—Flow arrangements
- C02F2301/046—Recirculation with an external loop
-
- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2301/00—General aspects of water treatment
- C02F2301/08—Multistage treatments, e.g. repetition of the same process step under different conditions
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Environmental & Geological Engineering (AREA)
- Water Supply & Treatment (AREA)
- Organic Chemistry (AREA)
- Analytical Chemistry (AREA)
- Mechanical Engineering (AREA)
- Centrifugal Separators (AREA)
Abstract
The invention discloses a kind of circulating sewage water treatment facilities and its methods, including cylinder container, water pump and separating liquid fill, separating liquid is filled as opening up cup-like structure, separating liquid fills the inside that cylinder container is arranged on distance between axles, annular offers several filtrate holes on the wall body that separating liquid fills, the inner cavity of cylinder container is connected by filtrate hole with the inner cavity that separating liquid fills, perforation offers fluid hole and inlet opening respectively on the wall body of cylinder container, inlet opening is located at the overthe openings of separating liquid filling, water pump is arranged on the outside of cylinder container, and the input end of water pump is connect with fluid hole, the port of export of water pump is connect with inlet opening；Solution after detaching flow container filtering is passed sequentially through water pump fluid hole and inlet opening is pumped to separating liquid filling.The present invention provides a kind of circulating sewage water treatment facilities and its method, can mitigate personnel labor intensity.
Description
Technical field
The invention belongs to sewage treatment field, more particularly to a kind of circulating sewage water treatment facilities and its method.
Background technology
In the industrial production, reach industrial clear water after handling by using river sewage compared with multiple enterprises selection to use, but river
There are larger impurity particle or solid-liquid mixed solution in sewage, existing sewage separating treatment is using artificial hand mostly
It is dynamic that solid-liquid filtration separation is carried out by filter screen, and multiple times of filtration is needed, cause personnel labor intensity larger.
Invention content
Goal of the invention：In order to overcome the deficiencies in the prior art, the present invention provides a kind of circulating sewage water process and sets
Standby and its method can mitigate personnel labor intensity.
Technical solution：To achieve the above object, technical scheme is as follows：
A kind of circulating sewage water treatment facilities are filled including cylinder container, water pump and separating liquid, and the separating liquid is filled as opening
Cup-like structure upward, the separating liquid filling are arranged on the inside of cylinder container with distance between axles, are loaded in the separating liquid filling
Sewage solution, annular offers several filtrate holes on the wall body that the separating liquid fills, and the inner cavity of the cylinder container passes through filtrate
Hole is connected with the inner cavity that separating liquid fills, and perforation offers fluid hole and inlet opening respectively on the wall body of the cylinder container, described
Fluid hole is opened on the barrel of cylinder container bottom, and the inlet opening is opened in the barrel close to the top of cylinder container
On, the inlet opening is located at the overthe openings of separating liquid filling, and the water pump is arranged on the outside of cylinder container, and the water pump into
Mouth end is connect with fluid hole, and the port of export of the water pump is connect with inlet opening；The water pump will detach the solution after flow container filters
It passes sequentially through fluid hole and inlet opening is pumped to separating liquid filling.
Further, separator is provided in the separating liquid filling, the separator includes rotating separation case, crosses water
Connecting tube, water-supply-pipe, driving motor and support baseboard, the rotating separation case are internal cavity and closed at both ends tubular knot
Structure, the rotating separation case are filled with separating liquid and are set with distance between axles, and the top of the rotating separation case is integrally coaxially arranged with circle
Shape turntable, the diameter of the round turntable is more than the diameter of rotating separation case, and the round turntable is rotatably arranged on separating liquid
On the inner wall of filling, and separating liquid filling is separated into two upper and lower independent solid-liquid mixing chambers and separation of solid and liquid by the round turntable
Chamber, the bottom of the rotating separation case are provided with driving motor, and the bottom of driving motor is provided with support baseboard, the support bottom
Grillage is located in separating liquid filling, rotating separation case is driven to be circumferentially rotated by driving motor；
The water connecting tube of crossing is arranged in the inner cavity of rotating separation case, and rotation is stretched out at the inlet end for crossing water connecting tube
Turn in separator box to solid-liquid mixing chamber, the outlet end for crossing water connecting tube is connected with water-supply-pipe, and the water-supply-pipe is with crossing water
Connecting tube connection setting, and the water-supply-pipe is manages anyhow, the water-supply-pipe is laterally set along the diametric(al) of rotating separation case,
The wall body of rotating separation case is stretched out to separation of solid and liquid intracavitary in the both ends of the water-supply-pipe respectively, and the both ends of the water-supply-pipe are distinguished
It is oppositely arranged with filtrate hole.
Further, the water connecting tube of crossing is U-shaped structure, the symmetry axis for crossing water connecting tube and rotating separation case
Central axis is set, and connection is connected with the transverse tube for crossing water connecting tube of U-shaped structure in the water-supply-pipe；The water connecting tube of crossing
Inlet end is both provided with floating suction structure, and the floating suction structure includes connection flexible pipe, floating sucker and clump weight, and described float is inhaled
Connection is connected with inlet end by connection flexible pipe for disk, and the liquid sucting port of the floating sucker is set upward, on the floating sucker
Be provided with clump weight, the liquid sucting port spacing of the floating sucker is made by clump weight or be located just at the liquid level of sewage solution with
Under.
Further, speed brake valve module is further included, the speed brake valve module is arranged on water-supply-pipe, the speed brake
Valve module includes fixed supported slab, extension spring, guiding slide bar, sliding sleeve and gate valve switching mechanism, the fixed supported slab and is arranged on rotation
Turn in separator box, and the fixed supported slab is fixedly connected with round turntable and water-supply-pipe, the fixed supported slab is arranged on rotating separation
In the axial direction of case, the guiding slide bar is arranged between round turntable and water-supply-pipe, and the guiding slide bar is parallel to water-supply-pipe
Setting, the guiding slide bar are fixed at through fixed supported slab, the both ends for being oriented to slide bar on the barrel of rotating separation case,
Two sliding sleeves are set in water-supply-pipe and are oriented on slide bar, and two sliding sleeves are located at the both sides of fixed supported slab respectively, described to lead
Extension spring is arranged on slide bar, the sliding sleeve is connect by extension spring with fixed supported slab；It is described to slide over rotating separation
Under the action of the centrifugal force that case rotation generates, along sliding axially for water-supply-pipe；
The inner ring of the sliding sleeve is radially recessed there are two blind hole, and (the first back-moving spring is both provided in the blind hole
And fore-set, the fore-set is directed toward the axis of water-supply-pipe, and the fore-set is connected to the bottom surface of blind hole, institute by (the first back-moving spring
It states fore-set and stretches and be arranged in blind hole；Guide chute is recessed on the outer wall of the water-supply-pipe in the axial direction, described be oriented to is slided
Slot is towards the side of fore-set, and the guide chute penetrates through on one end of fixed supported slab and offers pilot hole, the pilot hole
It is correspondingly arranged with fore-set, the fore-set is stretched to across pilot hole in water-supply-pipe, and the end that the fore-set is stretched into water-supply-pipe is
Arc structure；The gate valve switching mechanism is arranged in the pipeline of water-supply-pipe, and the gate valve switching mechanism is with being oriented to hole site
It is corresponding；
Rotating separation case do not rotate or slow rotation in the state of, the restoring force of extension spring is more than the centrifugal force of sliding sleeve
When, fore-set is fastened under the action of the restoring force of extension spring in pilot hole, and gate valve switching mechanism is closed, molten in water-supply-pipe
Liquid is blocked；
In the state of the non-high-speed rotation of rotating separation case, when the restoring force of extension spring is less than the centrifugal force of sliding sleeve, top
Column exits pilot hole under the influence of centrifugal force, and gate valve switching mechanism is opened, the solution dredging in water-supply-pipe.
Further, the gate valve switching mechanism includes partition board, rotation axis, installing plate and second back-moving spring, two institutes
It states installing plate to be symmetricly set on the inner wall of water-supply-pipe, and the installing plate is close to the liquid feeding end side of water-supply-pipe, it is adjacent described
Installing plate is provided with partition board, and the partition board is arranged between installing plate and pilot hole, the partition board be semicircular plate-form, two
The partition board pieces together the plectane identical with water delivery bore, and the split portion of two partition boards is rotatablely connected by rotation axis,
The rotation axis is radially horizontal in water-supply-pipe, and the rotation axis is perpendicular to the line of two pilot holes, the side of the partition board
Face is connect by second back-moving spring with installing plate；Spacing ring, the spacing ring ring are additionally provided between installing plate and partition board
On the inner wall that water-supply-pipe is set.
Further, the thickness of the partition board is equal to spacing ring to the spacing of the bore edges of pilot hole；When two partition board phases
During to turning to the maximum cross-section area, two sides of the partition board abut spacing ring and fore-set respectively.
Further, the cylinder container includes outer barrel container and inner cylinder container, and the outer barrel container is open-topped
Cylinder, the inner cylinder container are the annular barrel of both ends open；The inner cylinder container is co-axially located at the inside of outer barrel container, and
The inner cylinder container is set with outer barrel container spacing, forms annular chamber, the upper end of the inner cylinder container is radially prolonged outward
It stretches and is provided with annular and takes edge, it is described to take along the open top end for riding upon outer barrel container, the bottom end of the inner cylinder container and outer barrel
The bottom surface spacing setting of container, the solution for forming annular pass through mouth；
Stripper loop is provided between the outer barrel container and inner cylinder container, the stripper loop is positioned close to inner cylinder vessel top
The position in portion, and the stripper loop by the annular chamber between inner cylinder container and outer barrel container be separated into bottom the first filtrate chamber and
The second filtrate chamber at top, the fluid hole are correspondingly arranged with the first filtrate chamber, and the inlet opening is corresponding with the second filtrate chamber to be set
It puts；Perforation offers several watering mouths on the inner wall of the inner cylinder container, and several watering mouth circular array settings are described to spill
The mouth of a river be flat mouth-shaped, and it is described watering mouth correspond to the second filtrate chamber setting, the second filtrate chamber by sprinkle water mouth with it is interior
The inner ring connection of cylinder container.
Further, the separating liquid fills the cup-like structure for flared, and the upper end flaring that the separating liquid fills is supported outward
To the inner wall of cylinder container, and filter plate is provided at the upper end opening of separating liquid filling；It engraves the lower end that the separating liquid fills
Sky setting, and it is equipped at least one layer of filter screen in the lower end that separating liquid fills；The lower section that the separating liquid fills is provided with cylindricality bottom
Seat, the pedestal support separating liquid fill, the pedestal spacing cylinder container setting, and offering seepage flow solution on the pedestal leads to
Road, the seepage flow solution channel are reverse V-shaped structure, and the seepage flow solution channel connection separating liquid fills and inner cylinder container.
A kind of separation method of circulating sewage water treatment facilities, comprises the steps of：
S1：Sewage solution to be separated is upside down in separating liquid filling, and filter plate is placed on to the upper end of separating liquid filling
Opening；
S2：The driving motor for starting rotating separation case slowly rotates；By several stirring rods to molten in solid-liquid mixing chamber
Liquid is stirred mixing；
Solution in solid-liquid mixing chamber, which passes sequentially through floating sucker, connection flexible pipe, crosses water connecting tube enters in water-supply-pipe,
It is provided with sliding sleeve on water-supply-pipe, water-supply-pipe is internally provided with partition board, and the fore-set in sliding sleeve is fastened in pilot hole, and to water-supply-pipe
Inside stretch into, the excircle configuration of two fore-sets is respectively held against two partition boards, and partition board is made to be limited between fore-set and spacing ring, two every
Plate forms circular bulkheads equal with water delivery bore, and the liquid obstructed in water-supply-pipe flows, do not rotate in rotating separation case or
Slowly during rotation, extension spring is more than the centrifugal force slided under rotary state to the pulling force of sliding sleeve, and sliding sleeve cannot slide, and make top
Column is caught in pilot hole, and partition board is blocked the liquid in water-supply-pipe；
S3：After mixing, increase the rotating speed of driving motor, make rotating separation case high-speed rotation, turn at a high speed in rotating separation case
When dynamic, sliding sleeve is made to generate larger centrifugal force, extension spring is less than the centrifugal force slided under rotary state to the pulling force of sliding sleeve,
The trend that sliding sleeve generation slides axially, and make to be caught in the fore-set in pilot hole and made by the axial direction of water-supply-pipe and the vector of radial direction
Firmly, the circular arc portion of fore-set front end is made fore-set be shunk to the direction of blind hole, so by the thrust of partition board and the centrifugal force of sliding sleeve
Sliding sleeve is under the influence of centrifugal force quickly along the axial displacement of water-supply-pipe to one end of guide chute afterwards；Partition board loses the limit of fore-set
Behind position, rotated under the action of the thrust of centrifugal force and liquid around rotation axis, pass through the liquid that water-supply-pipe does not have；
S4：By the liquid of water-supply-pipe from the both ends high speed jet of water-supply-pipe, and spray the filter filled to separating liquid on side wall
Fluid apertures makes liquid be detached with solid, and the liquid after separation fills the annular filter sap cavity between inner cylinder container by separating liquid,
And flow to the bottom of cylinder container；Solid residue after separation stays separation of solid and liquid intracavitary, and the liquid of separation of solid and liquid intracavitary leads to
It crosses after filter screen filtration and the bottom of cylinder container is flowed to by seepage flow solution channel；
S5：After the rotating speed for improving driving motor, and when the solution in solid-liquid mixing chamber is near bottom of chamber, water pump is opened
Operation；The liquid for flowing to the bottom of cylinder container flows to the first filtrate chamber by solution by mouth, by water pump by the first filtrate
The solution of intracavitary is pumped to the second filtrate chamber, and the liquid of the second filtrate intracavitary flows again via several watering mouths into separating liquid filling
It is dynamic, and pass through filter plate simultaneously；The speed of drawing water of water pump is more than the water velocity of several watering mouths so that the second filtrate chamber
Interior liquid is continuously increased, and forms high pressure chest, and the liquid from watering mouth outflow is made to generate exit velocities under the effect of the pressure,
Flow is flowed out from flat watering mouth forms laminar flow, which fully filters when passing through filter plate；
And the solution of the first filtrate intracavitary is pumped by water pump, making the solution level of cylinder container bottom, to be consistently lower than seepage flow molten
The height of the liquid outlet of liquid channel；
The solution of the first filtrate intracavitary is constantly extracted by water pump and is conveyed to the second filtrate intracavitary, the second filtrate intracavitary
Solution flow to again separating liquid fill in, and separating liquid fill in solution flow to the first filtrate chamber again after separating and filtering, according to
It is secondary to move in circles, until the solid-liquid in sewage is sufficiently separated；
S6：It switches off the pump, separation terminates；After the solution stream in water-supply-pipe is complete, driving motor is closed, rotating separation case stops
Rotation stop is moved, and partition board and sliding sleeve reset.
Advantageous effect：Aqueous solution after separation is carried out circulating filtration by the present invention by water pump, and it is strong that labour is greatly reduced
Degree and workload；Pass through multiple circulating filtration, the effectively solid and suspended matter in filter sewage solution, and integral device
It is easy to operate.
Description of the drawings
Overall structure diagram of the attached drawing 1 for the present invention；
Integrally-built half-section diagram of the attached drawing 2 for the present invention；
Integrally-built half-section diagram of the attached drawing 3 for another visual angle of the present invention；
Integrally-built internal structure schematic diagram of the attached drawing 4 for the present invention；
Half section structure diagram of the attached drawing 5 for the rotating separation case of the present invention；
Structural blast schematic diagram of the attached drawing 6 for the rotating separation case of the present invention；
Attached drawing 7 is sliding sleeve of the invention, crosses water connecting tube and the assembling schematic diagram of water-supply-pipe；
Structure enlargement diagram of the attached drawing 8 for the floating sucker of the present invention；
Structure diagram of the attached drawing 9 for the water-supply-pipe of the present invention；
Structure diagram of the attached drawing 10 for the sliding sleeve of the present invention；
Attached drawing 11 is the sliding sleeve of the present invention and the axial schematic diagram of water-supply-pipe；
Internal structure schematic diagram of the attached drawing 12 for the water-supply-pipe of the present invention；
Half-sectional structural scheme of mechanism of the attached drawing 13 for the water-supply-pipe of the present invention；
Integrally-built solution flow schematic diagram of the attached drawing 14 for the present invention.
Specific embodiment
The present invention is further described below in conjunction with the accompanying drawings.
As shown in attached drawing 1 to attached drawing 4, a kind of circulating sewage water treatment facilities, including cylinder container 1, water pump 2 and separating liquid
5 are filled, it is opening up cup-like structure that the separating liquid, which fills 5, and the separating liquid fills 5 and is arranged on cylinder container 1 with distance between axles
Inside, the separating liquid fill and sewage solution are loaded in 5, and annular offers several filtrate holes on the wall body of the separating liquid filling 5
6, the inner cavity of the cylinder container 1 is connected by filtrate hole 6 with the inner cavity of separating liquid filling 5, is divided on the wall body of the cylinder container 1
Fluid hole 3 and inlet opening 4 Guan Tong not be offered, the fluid hole 3 is opened on the barrel of 1 bottom of cylinder container, described
Inlet opening 4 is opened on the barrel on the top of cylinder container 1, and the inlet opening 4 is located at the overthe openings that separating liquid fills 5,
The water pump 2 is arranged on the outside of cylinder container, and the input end of the water pump is connect with fluid hole 3, the port of export of the water pump
It is connect with inlet opening 4；The water pump 2 will detach the solution after flow container 5 filters pass sequentially through fluid hole 3 and inlet opening 4 pump to
Separating liquid is filled in 5.Solution in being filled by filtrate hole to separating liquid is filtered, and passes through water pump weight by the aqueous solution of filtrate hole
It is new to pump to separating liquid filling, it is repeatedly recycled, the impurity after separation then stays in the bottom of separating liquid filling, after being detached by water pump
Aqueous solution carry out circulating filtration, labor intensity and workload is greatly reduced；By multiple circulating filtration, effectively filtering is dirty
Solid and suspended matter in aqueous solution, and overall device operation is simple.
As shown in attached drawing 1 to attached drawing 7, the separating liquid fills and separator 8 is provided in 5, and the separator 8 includes rotation
Turn separator box 11, cross water connecting tube 12, water-supply-pipe 13, driving motor 14 and support baseboard 15, the rotating separation case 11 is interior
Tubular structure cavity and closed at both ends, the rotating separation case 11 fill 5 with separating liquid and are set with distance between axles, the rotation point
Top from case 11 is integrally coaxially arranged with round turntable 10, and the diameter of the round turntable 10 is more than the straight of rotating separation case 11
Diameter, and the round turntable 10 is rotatably arranged on separating liquid and fills on 5 inner wall, and be provided with sealing ring on the round turntable,
Reduce the fluid seepage of round turntable upper and lower part；And separating liquid filling 5 is separated into two above and below solely by the round turntable 10
Vertical solid-liquid mixing chamber 16 and separation of solid and liquid chamber 17, the bottom of the rotating separation case 11 are provided with driving motor 14, driving electricity
The bottom of machine 14 is provided with support baseboard 15, and the support baseboard 15 is erected at separating liquid and fills in 5, driven by driving motor 14
Rotating separation case 11 is circumferentially rotated；
The water connecting tube 12 of crossing is arranged in the inner cavity of rotating separation case 11, the inlet end for crossing water connecting tube 12
121 stretch out in rotating separation case 11 to solid-liquid mixing chamber 16, and the outlet end 122 for crossing water connecting tube 12 is connected with water-supply-pipe
13, the water-supply-pipe 13 connects setting with crossing water connecting tube 12, and the water-supply-pipe 13 is manages anyhow, and the water-supply-pipe 13 is along rotation
The diametric(al) for turning separator box 11 is laterally set, and the wall body of rotating separation case 11 is stretched out to admittedly in the both ends of the water-supply-pipe 13 respectively
In liquid disengagement chamber 17, and the both ends of the water-supply-pipe 13 are oppositely arranged respectively with filtrate hole 6.
It is provided on the rotating separation case 11 and stirs and evenly mixs component, the component that stirs and evenly mixs includes at least two vertically
The stirring rod 19 being arranged on round turntable 10, the stirring rod 19 are " several " font body of rod, make solid-liquid by stirring rod stirring
The solid-liquid mixing of mixing chamber prevents its bonding blocking, prevents the blocking to pipeline, and by the body of rod shape of " several " font,
Agitation amplitude positioned at the solution of solid-liquid mixing chamber bottom is smaller, and the bottom of solid-liquid mixing chamber is deposited in conducive to the blocking solid of bonding
Portion.
As shown in attached drawing 7 and attached drawing 8, the water connecting tube 12 of crossing is U-shaped structure, the symmetry axis for crossing water connecting tube 12
It is set with the central axis of rotating separation case 11, the water-supply-pipe 13 is connected with the transverse tube for crossing water connecting tube 12 of U-shaped structure
Connection；The inlet end 121 for crossing water connecting tube 12 is both provided with floating suction structure, and the floating suction structure includes connection flexible pipe
123rd, floating sucker 124 and clump weight 125, the floating sucker 124 are connected by connection flexible pipe 123 and the conducting of inlet end 121
It connects, the liquid sucting port 126 of the floating sucker 124 is set upward, clump weight 125 is provided on the floating sucker 124, by matching
Pouring weight 125 makes 126 spacing of liquid sucting port of the floating sucker 124 or is located just at below the liquid level of sewage solution.Sewage solution
It is flowed in water-supply-pipe by floating sucker 124, preferentially passes through the clear liquid positioned at solution upper strata, prevent the drift of solution surface 200
The blocking of float or suspended matter to pipeline is provided with strainer in the opening of floating sucker, large volume of substance was carried out
Filter, the solution closer to 16 bottom of solid-liquid mixing chamber, fluctuating range is smaller, conducive to the sedimentation of impurity, makes floating sucker that can inhale
The solution of attached more molten states, while the opening for the sucker that floats to set rather than downward upward, is to work as solid-liquid mixing
When the solution of intracavitary is close to bottom, prevent sucker suction from ensureing that pipeline is unobstructed to the impurity for being deposited in bottom.
As shown in attached drawing 7 to attached drawing 13, speed brake valve module is further included, the speed brake valve module is arranged on water-supply-pipe 13
On, the speed brake valve module includes fixed supported slab 20, extension spring 21, is oriented to slide bar 22, sliding sleeve 24 and gate valve switching mechanism,
The fixed supported slab 20 is arranged in rotating separation case 11, and the fixed supported slab 20 is fixedly connected with round turntable 10 and water-supply-pipe
13, the fixed supported slab 20 is arranged in the axial direction of rotating separation case 11, it is described guiding slide bar 22 be arranged on round turntable 10 with
Between water-supply-pipe 13, and the guiding slide bar 22 is parallel to water-supply-pipe setting, and the guiding slide bar 22 is through fixed supported slab 20, institute
The both ends for stating guiding slide bar 22 are fixed on the barrel of rotating separation case 11, and two sliding sleeves 24 are set in water-supply-pipe 13
Be oriented on slide bar 22, and two sliding sleeves 24 are located at the both sides of fixed supported slab 20 respectively, the upper and lower surface of the sliding sleeve respectively with
The wall body spacing setting of rotating separation case, described be oriented on slide bar 22 are arranged with extension spring 21, and the sliding sleeve 24 passes through stretching
Spring 21 is connect with fixed supported slab 20；Under the action of the centrifugal force that the sliding sleeve 24 is generated in the rotation of rotating separation case 11, along defeated
Water pipe 13 slides axially；
The inner ring of the sliding sleeve 24 is radially recessed there are two blind hole 26, and it is multiple to be both provided with first in the blind hole 26
Position spring 25 and fore-set 27, the fore-set 27 is directed toward the axis of water-supply-pipe 13, and the fore-set 27 passes through (the first back-moving spring 25
The bottom surface of blind hole 26 is connected to, the fore-set 27 is flexible to be arranged in blind hole 26；The outer wall upper edge axis side of the water-supply-pipe 13
To guide chute 34 is recessed with, the guide chute 34 is towards the side of fore-set 27, and the guide chute 34 is close to fixed supported slab
Perforation offers pilot hole 28 on 20 one end, and the pilot hole 28 is correspondingly arranged with fore-set 27, and the fore-set 27, which passes through, to be oriented to
Hole 28 is stretched in water-supply-pipe 13, and it is less than 5mm that fore-set, which stretches into length in water-supply-pipe, and the fore-set 27 is stretched into water-supply-pipe
End be arc structure；The position that arc structure is engaged with the straight-bar portion of fore-set be just above water-supply-pipe 13 inner wall, to every
While plate provides limiting, also the exiting under operating on centrifugal force conducive to fore-set 27；The gate valve switching mechanism is arranged on water delivery
In the pipeline of pipe 13, and the gate valve switching mechanism is corresponding with 28 position of pilot hole；In the side wall upper edge axis one of water-supply-pipe
Guide rail bar 23 is provided with, the guide rail bar 23 protrudes water delivery pipe wall body, and the sliding sleeve 24 offers guide groove, and the guide rail bar is slided
In guide groove, further ensure the displacement accuracy and assembly precision of sliding sleeve by guide rail bar and guide groove；Repeating fore-set 27
Displacement after can accurately still be entrapped in pilot hole；One layer of waterproofing membrane 36, the waterproof are provided in the pilot hole 28
Film 36 is sealingly disposed in the aperture of pilot hole, and when liquid passes through water-supply-pipe, the inside and outside barrier of water-supply-pipe is prevented outside liquid
It lets out, and the waterproofing membrane uses the membrane structure of material or jacket casing shape with high ductility, ensures that fore-set 27 can
Stretch into the abutting partition board 30 after waterproofing membrane；Go out to carry out big chamfering or circular arc processing in the aperture of pilot hole 28, make fore-set card
It is smooth when entering and exiting, the situation of interim card is prevented,
Rotating separation case do not rotate or slow rotation in the state of, the restoring force of extension spring is more than the centrifugal force of sliding sleeve
When, fore-set 27 is fastened under the action of the restoring force of extension spring in pilot hole 28, and gate valve switching mechanism is closed, water-supply-pipe 13
Interior solution is blocked；
In the state of the non-high-speed rotation of rotating separation case, when the restoring force of extension spring is less than the centrifugal force of sliding sleeve, top
Column 27 exits pilot hole 28 under the influence of centrifugal force, and gate valve switching mechanism is opened, the solution dredging in water-supply-pipe 13.
When gate valve switching mechanism in the open state, sewage solution is gone out, and be injected in from the both ends jet flow of water-supply-pipe
In filtrate hole, solid-liquid is detached, is provided with primary filtration network in the side of several filtrate holes 6, when assisting separation of solid and liquid
Filtering, is also prevented from filtrate hole and is blocked, meanwhile, the flow that jet flow is gone out generates certain under the turning effort of rotating separation case
Axial rotation, make the oblique impact of flow in filtrate hole, conducive to the separation of solid-liquid, the flow with certain circumferential impact force
Solid residue around flushable filter screen and filtrate hole, prevents filtrate hole to be blocked.
The gate valve switching mechanism includes partition board 30, rotation axis 31, installing plate 29 and second back-moving spring 33, described in two
Installing plate 29 is symmetricly set on the inner wall of water-supply-pipe 13, and the installing plate 29 is close to the liquid feeding end side of water-supply-pipe 13, phase
The adjacent installing plate 29 is provided with partition board 30, and the partition board 30 is arranged between installing plate 29 and pilot hole 28, the partition board
30 be semicircular plate-form, and two partition boards 30 piece together the plectane identical with 13 internal diameter of water-supply-pipe, two partition boards 30
Split portion is rotatablely connected by rotation axis 31, and the rotation axis 31 is radially horizontal in water-supply-pipe 13, and the rotation axis 31 is hung down
Directly in the line of two pilot holes 28, the side of the partition board 30 is connect by second back-moving spring 33 with installing plate 29；Pacifying
Spacing ring 35 is additionally provided between loading board 29 and partition board 30,35 ring of spacing ring is set on the inner wall of water-supply-pipe 13.
The thickness of the partition board 30 is equal to the spacing of bore edges of the spacing ring 35 to pilot hole 28；When two partition boards 30 are opposite
When turning to the maximum cross-section area namely two partition boards turn to form a plectane identical with water-supply-pipe inner cylinder, it is described every
Two sides of plate 30 abut spacing ring 35 and fore-set 27 respectively.When fore-set is fastened in pilot hole, pass through fore-set and limiting
Limiting of the ring to partition board, has the function that barrier.
The cylinder container 1 includes outer barrel container 101 and inner cylinder container 102, and the outer barrel container 101 is open-topped
Cylinder, the inner cylinder container 102 are the annular barrel of both ends open；The inner cylinder container 102 is co-axially located at outer barrel container 101
Inside, and the inner cylinder container 102 and 101 spacing of outer barrel container are set, and form annular chamber, the inner cylinder container 102 it is upper
End, which radially extends outwardly, to be provided with annular and takes along 109, described to take the open top for riding upon outer barrel container 101 along 109
End, the bottom end of the inner cylinder container 102 are set with the bottom surface spacing of outer barrel container 101, and the solution for forming annular passes through mouth 107；
Stripper loop 104 is provided between the outer barrel container 101 and inner cylinder container 102, the stripper loop 104, which is arranged on, to be leaned on
The position at nearly 102 top of inner cylinder container, and the stripper loop 104 is by the annular chamber between inner cylinder container 102 and outer barrel container 101
The first filtrate chamber 105 of bottom and the second filtrate chamber 106 at top are separated into, the fluid hole 3 is corresponding with the first filtrate chamber 105
Setting, the inlet opening 4 are correspondingly arranged with the second filtrate chamber 106；Solution after second filtrate chamber can be filtered is kept in, outside
Perforation offers several stomatas on cylinder wall of a container body, and the stomata gives the lower section of stripper loop, makes the first filtrate by stomata
Chamber and the inside and outside differential pressure of whole equipment are equal；Perforation offers several watering mouths 108 on the inner wall of the inner cylinder container 102,
Several watering mouth 108 circular array settings, the watering mouth 108 are flat mouth-shaped, and the watering mouth 108 corresponds to the
Two filtrate chambers 106 are set, and the second filtrate chamber is connected by mouth 108 of sprinkling water with the inner ring of inner cylinder container 12.To cylinder container
The liquid of bottom the first filtrate chamber 105 is flowed to by mouth 17 by solution, by water pump by the solution in the first filtrate chamber 105
It pumps to the second filtrate chamber 106, the liquid in the second filtrate chamber 106 is filled to separating liquid in 5 again via several watering mouths 108 to flow
It is dynamic, and pass through filter plate simultaneously；The speed of drawing water of water pump is more than the water velocity of several watering mouths so that the second filtrate chamber
Liquid is continuously increased in 106, and forms high pressure chest, and the liquid from watering mouth outflow is made to produce firing rate under the effect of the pressure
Degree, flow is flowed out from flat watering mouth forms laminar flow, abundant mistake when which passes through filter plate
Filter.
The separating liquid fills 5 cup-like structure for flared, and the upper end flaring that the separating liquid fills 5 is supported outward to cylinder appearance
Inner cylinder container is separated into upper and lower two independent chambers, prevents outer bound pair by the inner wall of device 1, the flared edge filled by separating liquid
The solution of lower layer separation is interfered, and the separating liquid fills and is provided with filter plate 502 at 5 upper end opening；The filter plate
502 filter opening is less than the strainer of filtrate hole 6 and primary filtration network, further to the filtrate of primary filter by filter plate 502
Filtering, the separating liquid fills 5 lower end hollow out setting, and fills in separating liquid 5 lower end and be equipped at least one layer of filter screen 9；
The lower section that the separating liquid fills 5 is provided with cylindrical base 51, and the pedestal 51 supports separating liquid to fill 5, the 51 spacing cylinder of pedestal
Body container 1 is set, and offers seepage flow solution channel 50 on the pedestal 51, and the seepage flow solution channel 50 is reverse V-shaped structure, institute
It states seepage flow solution channel 50 and connects separating liquid filling 5 and inner cylinder container 102.By 9 impurity screening of filter screen and aqueous solution, after filtering
Impurity stay in separating liquid fill in, the aqueous solution after separation is by seepage flow solution by flowing to the first filtrate chamber.
As shown in attached drawing 1 to attached drawing 14, a kind of separation method of circulating sewage water treatment facilities comprises the steps of：
S1：Sewage solution to be separated is upside down in separating liquid to fill in 5, and filter plate 502 is placed on separating liquid and fills 5
At upper end opening；
S2：The driving motor for starting rotating separation case 11 slowly rotates；By several stirring rods 19 to solid-liquid mixing chamber 16
Interior solution is stirred mixing；
Solution in solid-liquid mixing chamber 16, which passes sequentially through floating sucker 124, connection flexible pipe 123, crosses water connecting tube 12 enters
Into water-supply-pipe 13, it is provided with sliding sleeve 24 on water-supply-pipe 13, water-supply-pipe is internally provided with partition board 30, and the card of fore-set 27 in sliding sleeve is set
It in pilot hole, and is stretched into water-supply-pipe, the excircle configuration of two fore-sets is respectively held against two partition boards 30, limits partition board 30
Between fore-set 27 and spacing ring 35, two partition boards 30 form the circular bulkheads equal with water delivery bore, obstruct water-supply-pipe 13
Interior liquid flowing, when rotating separation case 11 is not rotated or slowly rotated, extension spring 21 is more than sliding sleeve to the pulling force of sliding sleeve
Centrifugal force under rotary state, sliding sleeve 24 cannot slide, and fore-set 27 is made to be caught in pilot hole 28, and partition board makes the liquid in water-supply-pipe
Body is blocked；
S3：After mixing, increase the rotating speed of driving motor, make 11 high-speed rotation of rotating separation case, it is high in rotating separation case 11
During speed rotation, sliding sleeve is made to generate larger centrifugal force, extension spring 21, which is less than the pulling force of sliding sleeve, to be slided under rotary state
Centrifugal force, sliding sleeve 24 generate the trend that slides axially, and make the fore-set being caught in pilot hole 28 by water-supply-pipe axial direction with
The vector active force of radial direction, the circular arc portion of fore-set front end are made fore-set to blind hole by the thrust of partition board and the centrifugal force of sliding sleeve
Direction shrink, then sliding sleeve is under the influence of centrifugal force quickly along the axial displacement of water-supply-pipe to one end of guide chute 34；
After partition board 30 loses the limiting of fore-set 27, rotated under the action of the thrust of centrifugal force and liquid around rotation axis, do not have water-supply-pipe
Liquid pass through；
S4：By the liquid of water-supply-pipe 13 from the both ends high speed jet of water-supply-pipe, and spray and filled on 5 side walls to separating liquid
Filtrate hole 6, makes liquid be detached with solid, and the liquid after separation fills the annular filtrate between inner cylinder container by separating liquid
Chamber 7, and flow to the bottom of cylinder container；Solid residue after separation is stayed in separation of solid and liquid chamber 17, and in separation of solid and liquid chamber 17
Liquid by the way that the bottom of cylinder container is flowed to after filter screen filtration by seepage flow solution channel 50；
S5：After the rotating speed for improving driving motor, and when the solution in solid-liquid mixing chamber 16 is near bottom of chamber, water is opened
2 operation of pump；The liquid for flowing to the bottom of cylinder container flows to the first filtrate chamber 105 by solution by mouth 17, will by water pump
Solution in first filtrate chamber 105 is pumped to the second filtrate chamber 106, and the liquid in the second filtrate chamber 106 is again via several waterings
Mouth 108, which is filled to separating liquid in 5, to be flowed, and pass through filter plate simultaneously；The speed of drawing water of water pump is more than the water of several watering mouths
Flow velocity degree so that liquid is continuously increased in the second filtrate chamber 106, and forms high pressure chest, and the liquid from watering mouth outflow is made to exist
Exit velocities are generated under the action of pressure, flow is flowed out from flat watering mouth forms laminar flow, this is laminar
Flow fully filters when passing through filter plate；And the solution of the first filtrate intracavitary is pumped by water pump, makes cylinder container bottom
Solution level is consistently lower than the height of the liquid outlet of seepage flow solution channel 50, ensures by water-soluble in seepage flow solution channel
Liquid can flow to the second filtrate chamber；
The solution in the first filtrate chamber 105 is constantly extracted by water pump 2 and is conveyed into the second filtrate chamber 106, the second filter
Solution in sap cavity 106 is flowed to again in separating liquid filling, and the solution that separating liquid is filled in 5 flows to first again after separating and filtering
Filtrate chamber 105, moves in circles successively, until the solid-liquid in sewage is sufficiently separated；
S6：It switches off the pump, separation terminates；After the solution stream in water-supply-pipe is complete, driving motor is closed, rotating separation case stops
Rotation stop is moved, and partition board and sliding sleeve reset；Partition board resets under the action of second back-moving spring, slide under the action of extension spring to
The direction slide displacement of fixed supported slab simultaneously resets, and fore-set resets under the action of (the first back-moving spring, is caught in pilot hole and supports
Connect partition board.
The above is only the preferred embodiment of the present invention, it should be pointed out that：For the ordinary skill people of the art
For member, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (9)
1. a kind of circulating sewage water treatment facilities, it is characterised in that：(5) are filled including cylinder container (1), water pump (2) and separating liquid,
It is opening up cup-like structure that the separating liquid, which fills (5), and the separating liquid fills (5) and is arranged on cylinder container (1) with distance between axles
Inside, the separating liquid fills and sewage solution is loaded in (5), the separating liquid fill annular on the wall body of (5) offer it is several
Filtrate hole (6), the inner cavity of the cylinder container (1) are connected by filtrate hole (6) with the inner cavity of separating liquid filling (5), the cylinder
Perforation offers fluid hole (3) and inlet opening (4) respectively on the wall body of container (1), and the fluid hole (3) is opened in close to cylinder
On the barrel of container (1) bottom, the inlet opening (4) is opened on the barrel on the top of cylinder container (1), the feed liquor
Hole (4) fills the overthe openings of (5) positioned at separating liquid, and the water pump (2) is arranged on the outside of cylinder container, and the import of the water pump
End is connect with fluid hole (3), and the port of export of the water pump is connect with inlet opening (4)；The water pump (2) will detach flow container (5) mistake
Solution after filter passes sequentially through fluid hole (3) and inlet opening (4) is pumped to separating liquid and filled in (5).
2. a kind of circulating sewage water treatment facilities according to claim 1, it is characterised in that：The separating liquid is filled in (5)
Be provided with separator (8), the separator (8) including rotating separation case (11), cross water connecting tube (12), water-supply-pipe
(13), driving motor (14) and support baseboard (15), the rotating separation case (11) are internal cavity and closed at both ends tubular
Structure, the rotating separation case (11) fill (5) with separating liquid and are set with distance between axles, the top one of the rotating separation case (11)
Round turntable (10) is coaxially arranged with, the diameter of the round turntable (10) is more than the diameter of rotating separation case (11), and described
Round turntable (10) is rotatably arranged on separating liquid and fills on the inner wall of (5), and separating liquid is filled (5) and separated by the round turntable (10)
Into two upper and lower independent solid-liquid mixing chambers (16) and separation of solid and liquid chamber (17), the bottom setting of the rotating separation case (11)
There is a driving motor (14), the bottom of driving motor (14) is provided with support baseboard (15), and the support baseboard (15) is erected at point
Chaotropic is filled in (5), rotating separation case (11) is driven to be circumferentially rotated by driving motor (14)；
The water connecting tube (12) of crossing is arranged in the inner cavity of rotating separation case (11), the inlet for crossing water connecting tube (12)
(121) is held to stretch out in rotating separation case (11) to solid-liquid mixing chamber (16), the outlet end (122) for crossing water connecting tube (12)
Water-supply-pipe (13) is connected with, the water-supply-pipe (13) connects setting with crossing water connecting tube (12), and the water-supply-pipe (13) is horizontal stroke
Straight tube, the water-supply-pipe (13) are laterally set along the diametric(al) of rotating separation case (11), the both ends point of the water-supply-pipe (13)
Not Shen Chu rotating separation case (11) wall body in separation of solid and liquid chamber (17), and the both ends of the water-supply-pipe (13) respectively with filtrate
Hole (6) is oppositely arranged.
3. a kind of circulating sewage water treatment facilities according to claim 2, it is characterised in that：It is described to cross water connecting tube (12)
For U-shaped structure, the central axis of the symmetry axis for crossing water connecting tube (12) and rotating separation case (11) is set, the water delivery
Connection is connected with the transverse tube for crossing water connecting tube (12) of U-shaped structure in pipe (13)；The inlet end for crossing water connecting tube (12)
(121) floating suction structure is both provided with, the floating suction structure includes connection flexible pipe (123), floating sucker (124) and clump weight
(125), the floating sucker (124) is connected by connection flexible pipe (123) and inlet end (121) conducting, the floating sucker
(124) liquid sucting port (126) is set upward, is provided with clump weight (125) on the floating sucker (124), is passed through clump weight
(125) make liquid sucting port (126) spacing of the floating sucker (124) or be located just at below the liquid level of sewage solution.
4. a kind of circulating sewage water treatment facilities according to claim 2, it is characterised in that：Further include speed brake valve group
Part, the speed brake valve module are arranged on water-supply-pipe (13), and the speed brake valve module includes fixed supported slab (20), stretches bullet
Spring (21), guiding slide bar (22), sliding sleeve (24) and gate valve switching mechanism, the fixed supported slab (20) are arranged on rotating separation case
(11) in, and the fixed supported slab (20) is fixedly connected with round turntable (10) and water-supply-pipe (13), and the fixed supported slab (20) sets
Put in the axial direction of rotating separation case (11), the guiding slide bar (22) be arranged on round turntable (10) and water-supply-pipe (13) it
Between, and the guiding slide bar (22) is parallel to water-supply-pipe setting, the guiding slide bar (22) is described to lead through fixed supported slab (20)
It is fixed on the barrel of rotating separation case (11) to the both ends of slide bar (22), two sliding sleeves (24) are set in water-supply-pipe
(13) it and is oriented on slide bar (22), and two sliding sleeves (24) are located at the both sides of fixed supported slab (20), the guiding slide bar respectively
(22) extension spring (21) is arranged on, the sliding sleeve (24) is connect by extension spring (21) with fixed supported slab (20)；It is described
Under the action of the centrifugal force that sliding sleeve (24) is generated in rotating separation case (11) rotation, along sliding axially for water-supply-pipe (13)；
The inner ring of the sliding sleeve (24) is radially recessed there are two blind hole (26), and first is both provided in the blind hole (26)
Resetting spring (25) and fore-set (27), the fore-set (27) are directed toward the axis of water-supply-pipe (13), and the fore-set (27) passes through the
One resetting spring (25) is connected to the bottom surface of blind hole (26), and the fore-set (27) is flexible to be arranged in blind hole (26)；The water delivery
It manages and is recessed with guide chute (34) in the axial direction on the outer wall of (13), the guide chute (34) is towards the one of fore-set (27)
Side, the guide chute (34) perforation on one end of fixed supported slab (20) offer pilot hole (28), the pilot hole
(28) it is correspondingly arranged with fore-set (27), the fore-set (27) is stretched to across pilot hole (28) in water-supply-pipe (13), the fore-set
(27) end in water-supply-pipe is stretched into as arc structure；The gate valve switching mechanism is arranged in the pipeline of water-supply-pipe (13), and
The gate valve switching mechanism is corresponding with pilot hole (28) position；
Rotating separation case do not rotate or slow rotation in the state of, when the restoring force of extension spring is more than the centrifugal force of sliding sleeve,
Fore-set (27) is fastened under the action of the restoring force of extension spring in pilot hole (28), and gate valve switching mechanism is closed, water-supply-pipe
(13) solution in is blocked；
In the state of the non-high-speed rotation of rotating separation case, when the restoring force of extension spring is less than the centrifugal force of sliding sleeve, fore-set
(27) pilot hole (28) is exited under the influence of centrifugal force, and gate valve switching mechanism is opened, the solution dredging in water-supply-pipe (13).
5. a kind of circulating sewage water treatment facilities according to claim 4, it is characterised in that：The gate valve switching mechanism packet
Partition board (30), rotation axis (31), installing plate (29) and second back-moving spring (33) are included, two installing plates (29) are symmetrical arranged
On the inner wall of water-supply-pipe (13), and the installing plate (29) is close to the liquid feeding end side of water-supply-pipe (13), the adjacent installation
Plate (29) is provided with partition board (30), and the partition board (30) is arranged between installing plate (29) and pilot hole (28), the partition board
(30) for semicircular plate-form, two partition boards (30) piece together the plectane identical with water-supply-pipe (13) internal diameter, described in two every
The split portion of plate (30) is rotatablely connected by rotation axis (31), and the rotation axis (31) is radially horizontal in water-supply-pipe (13), and
For the rotation axis (31) perpendicular to the line of two pilot holes (28), the side of the partition board (30) passes through second back-moving spring
(33) it is connect with installing plate (29)；Spacing ring (35), the spacing ring are additionally provided between installing plate (29) and partition board (30)
(35) on the inner wall of ring setting water-supply-pipe (13).
6. a kind of circulating sewage water treatment facilities according to claim 5, it is characterised in that：The thickness of the partition board (30)
Equal to spacing ring (35) to the spacing of the bore edges of pilot hole (28)；When two partition boards (30) are relatively rotated to the maximum cross-section area
When, two sides of the partition board (30) abut spacing ring (35) and fore-set (27) respectively.
7. a kind of circulating sewage water treatment facilities according to claim 1, it is characterised in that：Cylinder container (1) packet
Include outer barrel container (101) and inner cylinder container (102), the outer barrel container (101) is open-topped cylinder, the inner cylinder container
(102) it is the annular barrel of both ends open；The inner cylinder container (102) is co-axially located at the inside of outer barrel container (101), and institute
It states inner cylinder container (102) to set with outer barrel container (101) spacing, forms annular chamber, the upper end edge diameter of the inner cylinder container (102)
Extend outwardly to direction and be provided with annular and take along (109), it is described to take the open top that outer barrel container (101) are ridden upon along (109)
End, the bottom end of the inner cylinder container (102) are set with the bottom surface spacing of outer barrel container (101), and the solution for forming annular passes through mouth
(107)；
Stripper loop (104), stripper loop (104) setting are provided between the outer barrel container (101) and inner cylinder container (102)
In the position at the top of the inner cylinder container (102), and the stripper loop (104) is by inner cylinder container (102) and outer barrel container (101)
Between annular chamber be separated into the first filtrate chamber (105) of bottom and the second filtrate chamber (106) at top, the fluid hole (3)
It is correspondingly arranged with the first filtrate chamber (105), the inlet opening (4) is correspondingly arranged with the second filtrate chamber (106)；The inner cylinder container
(102) perforation offers several watering mouths (108) on inner wall, and several watering mouth (108) circular array settings are described to spill
The mouth of a river (108) is flat mouth-shaped, and the corresponding second filtrate chamber (106) of the watering mouth (108) is set, the second filtrate chamber
It is connected by mouth of sprinkling water (108) with the inner ring of inner cylinder container (12).
8. a kind of circulating sewage water treatment facilities according to claim 7, it is characterised in that：The separating liquid fills (5)
The cup-like structure of flared, the separating liquid fill the outside inner wall to cylinder container (1) of upper end flaring of (5), and described point
Chaotropic fills and is provided with filter plate (502) at the upper end opening of (5)；The separating liquid fills the lower end hollow out setting of (5), and is detaching
The lower end that liquid fills (5) is equipped at least one layer of filter screen (9)；The separating liquid fills and is provided with cylindrical base (51) below (5),
Pedestal (51) the support separating liquid fills (5), pedestal (51) spacing cylinder container (1) setting, is opened on the pedestal (51)
Equipped with seepage flow solution channel (50), the seepage flow solution channel (50) is reverse V-shaped structure, seepage flow solution channel (50) connection
Separating liquid fills (5) and inner cylinder container (102).
9. a kind of separation method of circulating sewage water treatment facilities, it is characterised in that：It comprises the steps of：
S1：Sewage solution to be separated is upside down in separating liquid to fill in (5), and filter plate (502) is placed on separating liquid and fills (5)
Upper end opening at；
S2：The driving motor for starting rotating separation case (11) slowly rotates；By several stirring rods (19) to solid-liquid mixing chamber
(16) solution in is stirred mixing；
Solution in solid-liquid mixing chamber (16) passes sequentially through floating sucker (124), connection flexible pipe (123), crosses water connecting tube (12)
It enters in water-supply-pipe (13), is provided with sliding sleeve (24) on water-supply-pipe (13), water-supply-pipe is internally provided with partition board (30), in sliding sleeve
Fore-set (27) be fastened in pilot hole, and stretched into water-supply-pipe, the excircle configuration of two fore-sets is respectively held against two partition boards
(30), partition board (30) is made to be limited between fore-set (27) and spacing ring (35), two partition boards (30) are formed and water delivery bore phase
Deng circular bulkheads, the liquid flowing in barrier water-supply-pipe (13) when rotating separation case (11) is not rotated or slowly rotated, draws
It stretches spring (21) and the centrifugal force slided under rotary state is more than to the pulling force of sliding sleeve, sliding sleeve (24) cannot slide, and make fore-set
(27) it is caught in pilot hole (28), partition board is blocked the liquid in water-supply-pipe；
S3：After mixing, increase the rotating speed of driving motor, make rotating separation case (11) high-speed rotation, in rotating separation case (11) height
During speed rotation, sliding sleeve is made to generate larger centrifugal force, extension spring (21), which is less than the pulling force of sliding sleeve, to be slided under rotary state
Centrifugal force, the trend that slides axially of sliding sleeve (24) generation, and the fore-set for making to be caught in pilot hole (28) is by water-supply-pipe
The axial vector active force with radial direction, the circular arc portion of fore-set front end are made fore-set by the thrust of partition board and the centrifugal force of sliding sleeve
It is shunk to the direction of blind hole, then sliding sleeve is under the influence of centrifugal force quickly along the axial displacement of water-supply-pipe to guide chute (34)
One end；After partition board (30) loses the limiting of fore-set (27), rotated under the action of the thrust of centrifugal force and liquid around rotation axis,
Pass through the liquid that water-supply-pipe does not have；
S4：By the liquid of water-supply-pipe (13) from the both ends high speed jet of water-supply-pipe, and spray and filled on (5) side wall to separating liquid
Filtrate hole (6), makes liquid be detached with solid, and the liquid after separation fills the annular filter between inner cylinder container by separating liquid
Sap cavity (7), and flow to the bottom of cylinder container；Solid residue after separation is stayed in separation of solid and liquid chamber (17), and separation of solid and liquid
Liquid in chamber (17) by seepage flow solution channel (50) by flowing to the bottom of cylinder container after filter screen filtration；
S5：After the rotating speed for improving driving motor, and when the solution in solid-liquid mixing chamber is near bottom of chamber, water pump (2) is opened
Operation；The liquid for flowing to the bottom of cylinder container flows to the first filtrate chamber (105) by solution by mouth (17), will by water pump
Solution in first filtrate chamber (105) is pumped to the second filtrate chamber (106), the second filtrate chamber (106) if in liquid again via
Dry watering mouth (108), which is filled to separating liquid in (5), to be flowed, and pass through filter plate simultaneously；The speed of drawing water of water pump is more than several
The water velocity of watering mouth so that second filtrate chamber (106) interior liquid is continuously increased, and forms high pressure chest, is made from watering mouth
The liquid of outflow generates exit velocities under the effect of the pressure, and flow is flowed out from flat watering mouth forms laminar water
Stream, the laminar flow fully filter when passing through filter plate；And the solution of the first filtrate intracavitary is pumped by water pump, makes cylinder
The solution level of body container bottom is consistently lower than the height of the liquid outlet of seepage flow solution channel (50)；
The solution in the first filtrate chamber (105) is constantly extracted by water pump (2) and is conveyed into the second filtrate chamber (106), second
Solution in filtrate chamber (106) is flowed to again in separating liquid filling, and the solution that separating liquid is filled in (5) flows again after separating and filtering
It to the first filtrate chamber (105), moves in circles successively, until the solid-liquid in sewage is sufficiently separated；
S6：It switches off the pump, separation terminates；After the solution stream in water-supply-pipe is complete, driving motor is closed, rotating separation case stops turning
Dynamic, partition board and sliding sleeve reset.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108929011A (en) * | 2018-07-27 | 2018-12-04 | 无锡飞述科技有限公司 | A kind of biogas slurry waste heat recycling system and its method |
| CN109368875A (en) * | 2018-12-11 | 2019-02-22 | 陆炯 | A kind of sewage water filtration processing unit and its processing method removing water body recovery technology |
| CN109364575A (en) * | 2018-12-11 | 2019-02-22 | 陆炯 | A kind of multiple stage filtration system and sewage water filtration method of sewage treatment |
| CN113063098A (en) * | 2021-03-24 | 2021-07-02 | 新兴铸管股份有限公司 | Novel prevent leaking coal gas drainer |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016120230A1 (en) * | 2015-01-28 | 2016-08-04 | Thyssenkrupp Industrial Solutions Ag | Device and method for cleaning contaminated coke quenching water |
| CN206298357U (en) * | 2016-12-08 | 2017-07-04 | 陕西东方经典实景文化发展有限公司 | A kind of Novel air solid-liquid rotating separation device |
| CN206635058U (en) * | 2017-04-10 | 2017-11-14 | 嵊州市山达环保设备有限公司 | A kind of drum-type has the sewage disposal device of centrifugation dirt eliminating function |
-
2018
- 2018-04-08 CN CN201810307555.9A patent/CN108264162B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016120230A1 (en) * | 2015-01-28 | 2016-08-04 | Thyssenkrupp Industrial Solutions Ag | Device and method for cleaning contaminated coke quenching water |
| CN206298357U (en) * | 2016-12-08 | 2017-07-04 | 陕西东方经典实景文化发展有限公司 | A kind of Novel air solid-liquid rotating separation device |
| CN206635058U (en) * | 2017-04-10 | 2017-11-14 | 嵊州市山达环保设备有限公司 | A kind of drum-type has the sewage disposal device of centrifugation dirt eliminating function |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108929011A (en) * | 2018-07-27 | 2018-12-04 | 无锡飞述科技有限公司 | A kind of biogas slurry waste heat recycling system and its method |
| CN108929011B (en) * | 2018-07-27 | 2022-01-11 | 扬州科丰高新产业投资开发集团有限公司 | Biogas slurry waste heat recycling system and method |
| CN109368875A (en) * | 2018-12-11 | 2019-02-22 | 陆炯 | A kind of sewage water filtration processing unit and its processing method removing water body recovery technology |
| CN109364575A (en) * | 2018-12-11 | 2019-02-22 | 陆炯 | A kind of multiple stage filtration system and sewage water filtration method of sewage treatment |
| CN113063098A (en) * | 2021-03-24 | 2021-07-02 | 新兴铸管股份有限公司 | Novel prevent leaking coal gas drainer |
| CN113063098B (en) * | 2021-03-24 | 2023-07-21 | 新兴铸管股份有限公司 | Leakage-proof gas drainer |
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| CN108264162B (en) | 2019-01-18 |
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Effective date of registration: 20181203 Address after: 312073 intersection of Xingbin Road and Beiqi Road, Binhai Industrial Zone, Keqiao District, Shaoxing City, Zhejiang Province Applicant after: Shaoxing Jiecaifang Printing and Dyeing Co.,Ltd. Address before: 226153 Group 32, Shuanglie Village, Zhengyu Town, Haimen City, Nantong City, Jiangsu Province Applicant before: Zhu Zhaoming |
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Denomination of invention: A circulating sewage treatment equipment and its method Effective date of registration: 20230717 Granted publication date: 20190118 Pledgee: Zhejiang Shaoxing Ruifeng Rural Commercial Bank Co.,Ltd. Binhai sub branch Pledgor: Shaoxing Jiecaifang Printing and Dyeing Co.,Ltd. Registration number: Y2023980048617 |