CN208177069U - A kind of novel nano ceramic filter - Google Patents
A kind of novel nano ceramic filter Download PDFInfo
- Publication number
- CN208177069U CN208177069U CN201820202384.9U CN201820202384U CN208177069U CN 208177069 U CN208177069 U CN 208177069U CN 201820202384 U CN201820202384 U CN 201820202384U CN 208177069 U CN208177069 U CN 208177069U
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- vacuum
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- wearing piece
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Abstract
The utility model relates to a kind of novel nano ceramic filters comprising rack, the stock chest for being set to rack, nano ceramics filter main shaft, vacuum system and the controller being set in rack, the stock chest are equipped with scraper and level sensor；The nano ceramics filter main shaft includes rotor, the rotor is equipped with filter plate installation pedestal, nano ceramics filter plate is installed in filter plate installation pedestal, vacuum tube is additionally provided on rotor, the rotor is sheathed on main shaft, one end of main shaft is connected with driving motor, and the other end of main shaft is connected with dispensing head, and dispensing head is connect with nano ceramics filter plate by vacuum tube；The vacuum system is connect with dispensing head；The controller is connect with level sensor, driving motor, vacuum system electric signal, and the utility model can efficiently be separated by solid-liquid separation sewage treatment.
Description
Technical field
The utility model relates to technical field of sewage, refer in particular to a kind of novel nano ceramic filter.
Background technique
With China's rapid development of economy, commerical ready-mixed concrete is widely used, and concrete mixing plant also obtains
Quick development.Concrete mixing plant also brings many environmental protection and asks while making tremendous contribution for economic development
Topic, wherein the processing and emission problem with sewage are particularly acute.The sewage main source of present concrete mixing plant has: stirring
Car wash water, pump truck car wash water, waste material ejected wash water and place flushing water of vehicle etc., wherein most with car wash water, mixing plant is daily
The sewage quantity of generation reaches tens tons to be differed to hundreds of tons, and for sewage mainly based on the sewage of low-density, present sewage is general
It is handled with the method for sedimentation basin, but that there are treatment effeciencies is low for the method processing sewage of sedimentation basin, solid slag cleaning trouble etc. is asked
Topic, for this reason, it is necessary to a efficient effluent treatment and filtering machine be researched and developed, to ensure that the sewage of mixing plant realizes efficient solid-liquid point
From.
Utility model content
The utility model provides a kind of efficient separation of solid and liquid effluent treatment and filtering machine for problem of the prior art, it is intended to
Solve the sewage solid low separation efficiency of the mixing plant of the prior art, the technical problem of solid slag cleaning trouble.
In order to solve the above-mentioned technical problem, the utility model adopts the following technical solution: one kind provided by the utility model
Novel nano ceramic filter, it includes rack, the stock chest for being set to rack, the nano ceramics filter being set in rack
Main shaft, vacuum system and controller, the stock chest are equipped with scraper and level sensor；The nano ceramics filters owner
Axis includes rotor, and the rotor is equipped with filter plate installation pedestal, is equipped with nano ceramics filter plate in filter plate installation pedestal,
Vacuum tube is additionally provided on rotor, the rotor is sheathed on main shaft, and one end of main shaft is connected with driving motor, the other end of main shaft
It is connected with dispensing head, dispensing head is connect with nano ceramics filter plate by vacuum tube；The vacuum system is connect with dispensing head；Institute
Controller is stated to connect with level sensor, driving motor, vacuum system electric signal.
Preferably, the nano ceramics filter plate includes fanning strip, there is the first micropore in fanning strip, and fan-shaped plate surface has filter
Film layer, filter membranous layer are equipped with the second micropore, the first micropore and the second microporous connectivity；Installing ring, installing ring are socketed on fanning strip
It is equipped with water nozzle, water nozzle and the first microporous connectivity, one end of vacuum tube is connect with water nozzle, and the other end and dispensing head of vacuum tube connect
It connects.
Preferably, bearing block is additionally provided on the main shaft；The bearing block is two, rotor be located at two bearing blocks it
Between；Shaft coupling is additionally provided between main shaft and driving motor.
Preferably, the vacuum system includes vacuum pump and vacuum tank, and the vacuum tank includes vacuumizing joint, inlet
Connector, leakage fluid dram, vacuum pump are connect with vacuumizing joint, and inlet connector is connect with vacuum tube by dispensing head, the drain
It is also connected with filtrate pump below mouthful, vacuum pump is connect with controller electric signal.
Preferably, the scraper includes scraper and solid material downslide mouth, and the scraper and nano ceramics filter plate cooperate
Connection.
Preferably, the dispensing head includes dispensing head shell, be rotatably dispose in the first wearing piece in dispensing head shell, with
The second wearing piece that first wearing piece is in close contact, first wearing piece is circumferentially arranged with multiple dispensing orifices, dispensing orifice and true
Blank pipe connection, the first wearing piece are equipped with fixed block；Second wearing piece is fixedly connected in dispensing head shell, and the second wearing piece is along week
To recoil hole flushing and two imbibing holes are equipped with, two imbibing holes are arcuate socket, and backwash hole is located between two imbibing holes, second
Wearing piece is equipped with the location hole connecting with fixed block, and dispensing head shell is additionally provided with for adjusting the first wearing piece and the second wearing piece
The adjustment screw of tightness is successively arranged with spring, adjusting nut in adjustment screw.
Preferably, it further includes back-purge system, and the back-purge system includes water inlet switch, filter vat, the mistake
Lauter tub is equipped with water supply connector and water outlet connector, and water inlet switch is connect with water supply connector, and water inlet switch is connect with water supply connector
Pipeline in be equipped with booster pump, water outlet connector is connect with recoil hole flushing pipeline, water outlet connector in the pipeline that connect of hole flushing that recoils
It is additionally provided with pressure regulator valve, water inlet switch, booster pump, pressure regulator valve and controller electric signal connect.
Preferably, ultrasonic unit is equipped in the stock chest, the ultrasonic unit is connect with controller electric signal.
Preferably, the stock chest is additionally provided with the anti-overflow lip for being placed in stock chest side and the cleaning for being placed in storing trench bottom row
Dirty mouth.
Preferably, it further includes stirring system, and the stirring system includes stirring motor, cranks arm, connecting rod, the stirring electricity
Machine is connected by connecting rod with cranking arm, and crank device is additionally provided on the connecting rod, stirring motor is connect with controller electric signal.
The utility model has the beneficial effects that
Sewage is imported into the stock chest for being fixed on rack when work, level sensor is equipped in stock chest, when sewage is low
Controller is fed back in low liquid level or while being higher by high liquid level, controller can sound an alarm.Controller issues work to driving motor
Signal, driving motor drive main shaft, and rotor is with main axis, the nano ceramics filter plate that is mounted in filter plate installation pedestal
Also with rotation, while controller issues working signal to vacuum system, under vacuum system effect, in stock chest in sewage
Water is extracted by nano ceramics filter plate, is entered in vacuum system through vacuum tube from dispensing head, and solid particle then can not
Solid particle slurry is formed by the surface that nano ceramics filter plate is attracted to nano ceramics filter plate, to realize dirt
The separation of solid and liquid of water, in this way, foring a pulp absorbing area inside stock chest.It is adsorbed on the solid of nano ceramics filter surface
Particle slurry, with main axis, upward out pulp absorbing area.Under vacuum system continuous action, it is adsorbed on nano ceramics filtering
Moisture in the solid particle slurry of plate surface can continue to extract out, therefore the solid particle slurry water of nano ceramics filter surface
Dividing constantly to reduce, and achieve the effect that dry solids slurry, this region is dry section.It is starched by the solid particle of dry section
Material is that the material of water content 15% or so is scraped into discharge zone by the scraper of discharge zone, and the material scraped is slipped to ground
On face, the material scraped is in loose debris shape, and nano ceramics filter surface restores clean, with main axis nano ceramics mistake
Filter plate is immersed in sewage so recycles again, realizes the purpose for being separated by solid-liquid separation sewage.The water separated is visually clear
It is clear, without particulate matter in water, can be recycled for reproduction.The material separated is in loose debris shape, equally can be recycled for again
Production.It realizes sewage and recycles use completely, accomplish sewage, waste residue zero-emission, energy conservation and environmental protection.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of novel nano ceramic filter of the utility model.
Fig. 2 is a kind of schematic diagram of the right view of novel nano ceramic filter of the utility model.
Fig. 3 is a kind of structural representation of the nano ceramics filter main shaft of novel nano ceramic filter of the utility model
Figure.
Fig. 4 is a kind of structural schematic diagram of the fanning strip of novel nano ceramic filter of the utility model.
Fig. 5 is a kind of structural schematic diagram of the dispensing head of novel nano ceramic filter of the utility model.
Fig. 6 is a kind of structural schematic diagram of the first wearing piece of novel nano ceramic filter of the utility model.
Fig. 7 is a kind of structural schematic diagram of the second wearing piece of novel nano ceramic filter of the utility model.
Include: in appended drawing reference of the Fig. 1 into Fig. 7
1- rack 2- stock chest 3- nano ceramics filter main shaft
4- vacuum system 5- controller 6- back-purge system
7- stirring system 11- adjustment screw bracket 21- scraper
The anti-overflow lip of 22- level sensor 23- ultrasonic unit 24-
25- cleans sewage draining exit 31- rotor 32- filter plate installation pedestal
33- nano ceramics plate 34- vacuum tube 35- main shaft
36- driving motor 37- dispensing head 38- bearing block
39- shaft coupling 41- vacuum pump 42- vacuum tank
43- filtrate pump 61- water inlet switch 62- filter vat
63- booster pump 64- pressure regulator valve 71- stirring motor
72- cranks arm 73- connecting rod 211- scraper
212- expects downslide mouth 331- fanning strip 332- filter membranous layer admittedly
333- installing ring 334- water nozzle 371- dispensing head shell
372- the first wearing piece 373- the second wearing piece 374- adjustment screw
421- vacuumizing joint 422- inlet connector 423- leakage fluid dram
621- water supply connector 622- water outlet connector 731- crank device
3311- the first micropore 3321- the second micropore 3721- dispensing orifice
3722- fixed block 3731- recoil hole flushing 3732- imbibing hole
3733- location hole 3741- spring 3742- adjusting nut.
Specific embodiment
For the ease of the understanding of those skilled in the art, the embodiments of the present invention, the implementation are described below in detail
The example of example is shown in the accompanying drawings, and in which the same or similar labels are throughly indicated same or similar element or has phase
Same or similar functions elements.It is exemplary below with reference to the embodiment of attached drawing 1-7 description, it is intended to for explaining this reality
With novel, and should not be understood as limiting the present invention.
In the description of the present invention, it should be understood that term " length ', " width ', "upper", "lower", " it is preceding ',
" rear ", "left", "right", "vertical", " it is horizontal ', "top", "bottom", "inner", the instructions such as "outside" orientation or positional relationship be based on
Orientation or positional relationship shown in the drawings, is merely for convenience of describing the present invention and simplifying the description, rather than instruction or dark
Show that signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as pair
The limitation of the utility model.
In addition, term " first ", " second " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance
Or implicitly indicate the quantity of indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or
Implicitly include one or more of the features." multiple ", " several " are meant that two in the description of the present invention,
Or it is more than two, unless otherwise specifically defined.
In the present invention unless specifically defined or limited otherwise, term " installation ", " connected ", " connection ", " Gu
It is fixed " etc. terms shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integral；It can be
Mechanical connection, is also possible to be electrically connected；It can be directly connected, two can also be can be indirectly connected through an intermediary
The interaction relationship of connection or two elements inside element.It for the ordinary skill in the art, can basis
Concrete condition understands the concrete meaning of above-mentioned term in the present invention.
As shown in figs. 1-7, a kind of novel nano ceramic filter described in the present embodiment, it includes rack 1, is set to machine
The stock chest 2 of frame 1, nano ceramics filter main shaft 3, vacuum system 4 and the controller 5 being set in rack 1, the stock chest
2 are equipped with scraper 21 and level sensor 22；The nano ceramics filter main shaft 3 includes rotor 31, on the rotor 31
Equipped with filter plate installation pedestal 32, nano ceramics filter plate 33 is installed in filter plate installation pedestal 32, is additionally provided on rotor 31
Vacuum tube 34, the rotor 31 are sheathed on main shaft 35, and one end of main shaft 35 is connected with driving motor 36, the other end of main shaft 35
It is connected with dispensing head 37, dispensing head 37 is connect with nano ceramics filter plate 33 by vacuum tube 34；The vacuum system 4 and distribution
Head connection；The controller 5 is connect with level sensor 22, driving motor 36,4 electric signal of vacuum system.
Specifically, sewage is imported into the stock chest 2 for being fixed on rack 1 when work, and level sensor is equipped in stock chest 2
22, controller 5 is fed back to when sewage is lower than low liquid level or is higher by high liquid level, controller 5 can sound an alarm.Controller 5 is to biography
Dynamic motor 36 issues working signal, and driving motor 36 drives main shaft 35, and rotor 31 is rotated with main shaft 35, is mounted on filter plate peace
The nano ceramics filter plate 33 on pedestal 32 is filled also with rotation, while controller 5 issues working signal to vacuum system 4,
Under vacuum system 4 acts on, water in stock chest 2 in sewage is extracted by nano ceramics filter plate 33, through vacuum tube 34 from point
It is entered in vacuum system 4 with first 37, and solid particle can not then be attracted to nanometer pottery by nano ceramics filter plate 33
The surface of porcelain filter plate 33 forms solid particle slurry, so that the separation of solid and liquid of sewage is realized, in this way, inside stock chest 2
Form a pulp absorbing area.It is adsorbed on the solid particle slurry on 33 surface of nano ceramics filter plate, as main shaft 35 rotates, upwards
Leave pulp absorbing area.Under 4 continuous action of vacuum system, it is adsorbed in the solid particle slurry on 33 surface of nano ceramics filter plate
Moisture can continue to extract out, therefore the solid particle slurry moisture on 33 surface of nano ceramics filter plate will be reduced constantly, reach drying
The effect of solid particle slurry, this region are dry section.Solid particle slurry by dry section is the object of water content 15% or so
Material, into discharge zone, is scraped by the scraper 21 of discharge zone, and the material scraped is slipped on ground, and the material scraped is in pine
Fragmentary sheet, 33 surface recovery of nano ceramics filter plate is clean, is immersed in again as main shaft 35 rotates nano ceramics filter plate 33
It is so recycled in sewage, realizes the purpose for being separated by solid-liquid separation sewage.The water separated, visually clear, without particle in water
Object can be recycled for reproduction.The material separated is in loose debris shape, equally can be recycled for reproduction.Realize dirt
Water recycles use completely, accomplishes sewage, waste residue zero-emission, energy conservation and environmental protection.
As shown in Figure 3-4, a kind of novel nano ceramic filter described in the present embodiment, the nano ceramics filter plate 33
Including fanning strip 331, there is the first micropore 3311 in fanning strip 331, there is a filter membranous layer 332 on 331 surface of fanning strip, on filter membranous layer 332
Equipped with the second micropore 3321, the first micropore 3311 is connected to the second micropore 3321；It is socketed with installing ring 333 on fanning strip 331, pacifies
Dress circle 333 is equipped with water nozzle 334, and water nozzle 334 is connected to the first micropore 3311, and one end of vacuum tube 34 is connect with water nozzle 334, very
The other end of blank pipe 34 is connect with dispensing head 37.Specifically, installing ring 333 is socketed by the plate outer wall in fanning strip 331, realized
The surrounding of sealing sector plate 331 connects water nozzle 334 on installing ring 333, and water nozzle 334 is connected to the first micropore 3311, and first is micro-
Hole 3311 is connected to the second micropore 3321, since water nozzle 334 is connected to the first micropore 3311, water nozzle 334 and the second micropore
3321 connections, and then realize that the second micropore 3321 is connected to vacuum tube 34.First micropore 3311 and the second micropore 3321 are all received
Meter level micropore, the first micropore 3311 are connected to the second micropore 3321, using the principle of capillarity, when vacuum tube 34 is in vacuum system
Under the action of system 4, the micropore capillarity of the second micropore 3321 is greater than the draft that vacuum pump is applied, and makes in the first micropore 3311
Reach self-closed full of water and blocks air circulation purpose；Vacuum system 4 is run at very low power just can reach close to exhausted
To vacuum state, and keep the water content of material very low, filter effect is more preferable.
As shown in figure 3, a kind of novel nano ceramic filter described in the present embodiment, bearing is additionally provided on the main shaft 35
Seat 38；The bearing block 38 is two, and rotor 31 is located between two bearing blocks 38；It is also set between main shaft 35 and driving motor 36
There is shaft coupling 39.Specifically, bearing block 38 is fixedly mounted on rack 1, so that nano ceramics is filtered owner by two bearing blocks 38
The horizontal rotation of axis 3 realizes that main shaft 35 is connect with driving motor 36 by shaft coupling 39.
As shown in Figure 1, a kind of novel nano ceramic filter described in the present embodiment, the vacuum system 4 includes vacuum
Pump 41 and vacuum tank 42, the vacuum tank 42 include vacuumizing joint 421, inlet connector 422, leakage fluid dram 423, vacuum pump 41
It is connect with vacuumizing joint 421, inlet connector 422 is connect with vacuum tube 34 by dispensing head 37,423 lower section of leakage fluid dram
It is also connected with filtrate pump 43, vacuum pump 41 is connect with 5 electric signal of controller.Specifically, controller 5 issues work to vacuum pump 41
Signal, vacuum pump 41 vacuumize vacuum tank 42 by vacuumizing joint 421, make to form negative pressure in vacuum tank 42, make in negative pressure
Successively entered in vacuum tank 42 by nano ceramics filter plate 33, vacuum tube 34, dispensing head 37, inlet connector 422 with being lauched,
The water for realizing that nano ceramics filter plate 33 is extracted out in sewage is stored in vacuum tank 42, is finally discharged through leakage fluid dram 423, filtrate pump
43 connect with 423 pipeline of leakage fluid dram, transport subsequent processing by filtrate pump 43, are used as reproduction, and vacuum system 4 passes through vacuum
Pump 41 is connect with 5 electric signal of controller.
As shown in Fig. 2, a kind of novel nano ceramic filter described in the present embodiment, the scraper 21 includes scraper
211 are cooperatively connected with solid material downslide mouth 212, the scraper 211 with nano ceramics filter plate 33.Specifically, can cross scraper 211 with
Nano ceramics filter plate 33, which is cooperatively connected, slides lower ground from solid material downslide mouth 212 the material under the material scraper of dry section, scraped
Face.
As illustrated in figs. 5-7, a kind of novel nano ceramic filter described in the present embodiment, the dispensing head 37 include distribution
Head shell 371, what the first wearing piece 372 and the first wearing piece 372 being rotatably dispose in dispensing head shell 371 were in close contact
Second wearing piece 373, first wearing piece 372 is circumferentially arranged with multiple dispensing orifices 3721, dispensing orifice 3721 and vacuum tube 34
Connection, the first wearing piece 372 are equipped with fixed block 3722；Second wearing piece 373 is fixedly connected in dispensing head shell 371, and second
For wearing piece 373 circumferentially arranged with recoil hole flushing 3731 and two imbibing holes 3732, two imbibing holes 3732 are arcuate socket, backwash
Hole 3731 is located between two imbibing holes 3732, and the second wearing piece 373 is equipped with the location hole 3733 connecting with fixed block 3722, point
It is additionally provided with the adjustment screw 374 for adjusting 373 tightness of the first wearing piece 372 and the second wearing piece with head shell 371, is adjusted
Spring 3741, adjusting nut 3742 are successively arranged on screw rod 374.Specifically, it is arranged in dispensing head shell 371 rotatable
First wearing piece 372, the first wearing piece 372 connect dispensing orifice circumferentially arranged with multiple dispensing orifices 3721, by vacuum tube 34
3721 with nano ceramics filter plate 33；Cooperated by fixed block 3722 and location hole 3733, realizes the first wearing piece 372 and second
Wearing piece 373 is in close contact connection；Second wearing piece 373 is circumferentially arranged with recoil hole flushing 3731 and two imbibing holes 3732, and two
A imbibing hole 3732 is arcuate socket, and recoil hole flushing 3731 is located between two imbibing holes 3732, when rotor 31 rotates, vacuum tube
34 with rotation, and the first wearing piece 372 connecting with vacuum tube 34 is also with rotation, when dispensing orifice 3721 turns to and imbibing hole
When 3732 connection, the suction filtration for making the nano ceramics filter plate 33 of connection lasting under the action of vacuum system 4 is attached to nanometer pottery
Water in the concentration sewage on 33 surface of porcelain filter plate, when dispensing orifice 3721 is connected to recoil hole flushing 3731, external pressurized water is
Nano ceramics filter plate 33 can be backwashed；Dispensing head shell 371 is fixedly connected with adjustment screw 374, spring 3741 with
Adjustment screw bracket 11 is provided between adjusting nut 3742, by adjusting adjusting nut 3742 in the position of adjustment screw 374
And then the dilatability for adjusting spring 3741 realizes the first wearing piece 372 of adjustment and 373 tightness of the second wearing piece.
As shown in Figs. 1-2, a kind of novel nano ceramic filter described in the present embodiment, it further includes back-purge system 6,
The back-purge system 6 includes water inlet switch 61, filter vat 62, and the filter vat 62 is equipped with water supply connector 621 and water outlet connects
First 622, water inlet switch 61 is connect with water supply connector 621, is equipped in the pipeline that water inlet switch 61 is connect with water supply connector 621
Booster pump 63, water outlet connector 622 are connect with recoil 3731 pipeline of hole flushing, the pipe that water outlet connector 622 is connect with recoil hole flushing 3731
Pressure regulator valve 64 is additionally provided in road, water inlet switch 61, booster pump 63, pressure regulator valve 64 are connect with 5 electric signal of controller.Specifically,
Controller 5 issues working signal to water inlet switch 61 and booster pump 63, and tap water enters in pipeline again from water inlet switch 61
It is arrived in filter vat 62 after the pressurization of booster pump 63, while controller 5 issues working signal to pressure regulator valve 64, by 62 mistake of filter vat
The tap water of filter is controlled pressure in 1.5kg, when main shaft 35 turns between discharge zone and pulp absorbing area by 64 pressure regulation of pressure regulator valve
When, it washes recoil hole flushing 3731 and is connect with dispensing orifice 3721, sprayed from the second micropore 3321 by the tap water after pressure regulation, realization pair
Vacuum tube 34, nano ceramics filter plate 33 backwash.
As shown in Fig. 2, a kind of novel nano ceramic filter described in the present embodiment, the stock chest 2 is interior to be equipped with ultrasound
Wave apparatus 23, the ultrasonic unit 23 are connect with 5 electric signal of controller.Specifically, when nano ceramics filter plate 33 backwashes
When by ultrasonic unit 23, ultrasonic wave acts on 33 surface of nano ceramics filter plate, makes to be adsorbed on outside the second micropore 3321
Material falls off, and the second micropore 3321 is avoided to block.
As shown in Fig. 2, a kind of novel nano ceramic filter described in the present embodiment, the stock chest 2, which is additionally provided with, to be placed in
The anti-overflow lip 24 of 2 side of stock chest and the cleaning sewage draining exit 25 for being placed in 2 bottom of stock chest.Specifically, it is prevented by anti-overflow lip 24
22 irregular working bring of level sensor not effect, the sewage that anti-overflow lip 24 flows out can be led back in cesspool；When new
When type nano ceramics filter needs to clean stock chest 2 after having worked, the sewage cleaned is discharged from cleaning sewage draining exit 25.
As shown in Figs. 1-2, a kind of novel nano ceramic filter described in the present embodiment, it further includes stirring system 7, institute
Stating stirring system 7 includes stirring motor 71,72, connecting rod 73 of cranking arm, and the stirring motor 71 and cranking arm 72 is connected by connecting rod 73,
Crank device 731 is additionally provided on the connecting rod 73, stirring motor 71 is connect with 5 electric signal of controller.Specifically, stirring motor
71 are fixedly mounted in rack 1, and cranking arm 72 is socketed on main shaft 3, when controller 5 issues working signal to stirring motor 71, stir
It mixes motor 71 and 73 stretching motion of connecting rod is driven by crank device 731, and then just crank arm and 72 swung in stock chest 2, realization is stirred
Dynamic sewage, avoids settlement of sewage.
The above is only the utility model preferred embodiment, is not made in any form to the utility model
Limitation, although the utility model is disclosed as above with preferred embodiment, is not intended to limit the utility model, any to be familiar with sheet
Technical professional is not departing within the scope of technical solutions of the utility model, makes when using the technology contents of the disclosure above
A little change or the equivalent embodiment for being modified to equivalent variations, but it is all without departing from the content of the technical scheme of the utility model, foundation
The utility model technology refers to any simple modification, equivalent change and modification to the above embodiments, belongs to practical
In the range of new technique scheme.
Claims (10)
1. a kind of novel nano ceramic filter, it is characterised in that: it includes rack (1), the stock chest for being set to rack (1)
(2), nano ceramics filter main shaft (3), vacuum system (4) and the controller (5) being set on rack (1), the stock chest
(2) scraper (21) and level sensor (22) are equipped with；The nano ceramics filter main shaft (3) includes rotor (31), institute
Rotor (31) are stated equipped with filter plate installation pedestal (32), filter plate installation pedestal is equipped with nano ceramics filter plate on (32)
(33), it is additionally provided with vacuum tube (34) on rotor (31), the rotor (31) is sheathed on main shaft (35), and one end of main shaft (35) connects
It is connected to driving motor (36), the other end of main shaft (35) is connected with dispensing head (37), dispensing head (37) and nano ceramics filter plate
(33) it is connected by vacuum tube (34)；The vacuum system (4) connect with dispensing head；The controller (5) and level sensor
(22), driving motor (36), the connection of vacuum system (4) electric signal.
2. a kind of novel nano ceramic filter according to claim 1, it is characterised in that: the nano ceramics filter plate
(33) include fanning strip (331), have the first micropore (3311) in fanning strip (331), there is filter membranous layer on fanning strip (331) surface
(332), filter membranous layer (332) is equipped with the second micropore (3321), and the first micropore (3311) is connected to the second micropore (3321)；It is fan-shaped
It is socketed on plate (331) installing ring (333), installing ring (333) is equipped with water nozzle (334), water nozzle (334) and the first micropore
(3311) it is connected to, one end of vacuum tube (34) is connect with water nozzle (334), and the other end of vacuum tube (34) and dispensing head (37) are even
It connects.
3. a kind of novel nano ceramic filter according to claim 1, it is characterised in that: also set on the main shaft (35)
There are bearing block (38)；The bearing block (38) is two, and rotor (31) is located between two bearing blocks (38)；Main shaft (35) and biography
Shaft coupling (39) are additionally provided between dynamic motor (36).
4. a kind of novel nano ceramic filter according to claim 1, it is characterised in that: vacuum system (4) packet
Vacuum pump (41) and vacuum tank (42) are included, the vacuum tank (42) includes vacuumizing joint (421), inlet connector (422), row
Liquid mouth (423), vacuum pump (41) are connect with vacuumizing joint (421), and inlet connector (422) and vacuum tube (34) pass through distribution
Head (37) connection, leakage fluid dram (423) lower section are also connected with filtrate pump (43), vacuum pump (41) and controller (5) electric signal
Connection.
5. a kind of novel nano ceramic filter according to claim 1, it is characterised in that: scraper (21) packet
Scraper (211) and solid material downslide mouth (212) are included, the scraper (211) and nano ceramics filter plate (33) are cooperatively connected.
6. a kind of novel nano ceramic filter according to claim 1, it is characterised in that: the dispensing head (37) includes
Dispensing head shell (371), the first wearing piece (372) and the first wearing piece being rotatably dispose in dispensing head shell (371)
(372) the second wearing piece (373) being in close contact, first wearing piece (372) circumferentially arranged with multiple dispensing orifices (3721),
Dispensing orifice (3721) is connect with vacuum tube (34), and the first wearing piece (372) is equipped with fixed block (3722)；Second wearing piece (373)
It is fixedly connected in dispensing head shell (371), the second wearing piece (373) is circumferentially arranged with recoil hole flushing (3731) and two imbibitions
Hole (3732), two imbibing holes (3732) they are arcuate socket, and recoil hole flushing (3731) is located between two imbibing holes (3732), second
Wearing piece (373) is equipped with the location hole (3733) connecting with fixed block (3722), and dispensing head shell (371) is additionally provided with for adjusting
The adjustment screw (374) of first wearing piece (372) and the second wearing piece (373) tightness, adjustment screw are successively arranged on (374)
There are spring (3741), adjusting nut (3742).
7. a kind of novel nano ceramic filter according to claim 6, it is characterised in that: it further includes back-purge system
(6), the back-purge system (6) includes water inlet switch (61), filter vat (62), and the filter vat (62) is equipped with water supply connector
(621) it is connect with water outlet connector (622), water inlet switch (61) with water supply connector (621), water inlet switch (61) connects with water inlet
Booster pump (63) are equipped in the pipeline of head (621) connection, water outlet connector (622) is connect with recoil hole flushing (3731) pipeline, is discharged
It is additionally provided with pressure regulator valve (64) in the pipeline that connector (622) is connect with recoil hole flushing (3731), water inlet switchs (61), booster pump
(63), pressure regulator valve (64) is connect with controller (5) electric signal.
8. a kind of novel nano ceramic filter according to claim 1, it is characterised in that: set in the stock chest (2)
Have ultrasonic unit (23), the ultrasonic unit (23) connect with controller (5) electric signal.
9. a kind of novel nano ceramic filter according to claim 1, it is characterised in that: the stock chest (2) also sets
There is the anti-overflow lip (24) for being placed in stock chest (2) side and is placed in the cleaning sewage draining exit (25) of stock chest (2) bottom.
10. a kind of novel nano ceramic filter described in -9 any one according to claim 1, it is characterised in that: it is also wrapped
It includes stirring system (7), the stirring system (7) includes stirring motor (71), cranks arm (72), connecting rod (73), the stirring motor
(71) and crank arm (72) connected by connecting rod (73), be additionally provided with crank device (731), stirring motor on the connecting rod (73)
(71) it is connect with controller (5) electric signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820202384.9U CN208177069U (en) | 2018-02-06 | 2018-02-06 | A kind of novel nano ceramic filter |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108176131A (en) * | 2018-02-06 | 2018-06-19 | 东莞市德林环保科技有限公司 | A kind of nano ceramics filter device and its technique for applying |
| CN111991896A (en) * | 2020-09-11 | 2020-11-27 | 张继平 | Novel multifunctional ceramic filter |
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2018
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108176131A (en) * | 2018-02-06 | 2018-06-19 | 东莞市德林环保科技有限公司 | A kind of nano ceramics filter device and its technique for applying |
| CN111991896A (en) * | 2020-09-11 | 2020-11-27 | 张继平 | Novel multifunctional ceramic filter |
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