CN109464843A - A kind of automated sewage processing unit for sewage treatment - Google Patents

A kind of automated sewage processing unit for sewage treatment Download PDF

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Publication number
CN109464843A
CN109464843A CN201811352633.3A CN201811352633A CN109464843A CN 109464843 A CN109464843 A CN 109464843A CN 201811352633 A CN201811352633 A CN 201811352633A CN 109464843 A CN109464843 A CN 109464843A
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CN
China
Prior art keywords
sewage
filter
chamber
slagging
shaft
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Granted
Application number
CN201811352633.3A
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Chinese (zh)
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CN109464843B (en
Inventor
谢长山
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Hunan Weichang Environmental Governance Co.,Ltd.
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Anhui Zhongke Wisdom Chain Mdt Infotech Ltd
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Priority to CN201811352633.3A priority Critical patent/CN109464843B/en
Publication of CN109464843A publication Critical patent/CN109464843A/en
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Publication of CN109464843B publication Critical patent/CN109464843B/en
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D36/00Filter circuits or combinations of filters with other separating devices
    • B01D36/04Combinations of filters with settling tanks
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D35/00Filtering devices having features not specifically covered by groups B01D24/00 - B01D33/00, or for applications not specifically covered by groups B01D24/00 - B01D33/00; Auxiliary devices for filtration; Filter housing constructions
    • B01D35/16Cleaning-out devices, e.g. for removing the cake from the filter casing or for evacuating the last remnants of liquid

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  • Chemical & Material Sciences (AREA)
  • Chemical Kinetics & Catalysis (AREA)
  • Filtration Of Liquid (AREA)

Abstract

The present invention relates to technical field of sewage, specifically, being related to a kind of automated sewage processing unit for sewage treatment.By setting up including slag removal equipment main body, slag removal equipment main body upper end, which is equipped with, removes slag plate placed cavity, removes and is equipped with slagging-off baffle in slag plate placed cavity;Except being equipped with below slag plate placed cavity, the first residue collection chamber arranged side by side, remove the gred sewage collecting chamber and the second residue collection chamber;Slag removal equipment body side is equipped with filter plant main body, and filter plant body interior center is equipped with filter screen, and filter plant main body is divided into the first filter chamber and the second filter chamber by filter screen;First filter chamber and the second filter chamber bottom dead center position are respectively equipped with the first discharge outlet and the second discharge outlet;The side opposite with side where the first discharge outlet and the second discharge outlet is equipped with the first sewage draining exit and the second sewage draining exit on filter plant body outer wall.The present apparatus realizes automation slagging-off and filtration treatment for sewage, the present apparatus can continuous service, improve the treatment effeciency of sewage.

Description

A kind of automated sewage processing unit for sewage treatment
Technical field
The present invention relates to technical field of sewage, specifically, being related to a kind of automated sewage for sewage treatment Processing unit.
Background technique
Sewage treatment is world development problem encountered all the time, and for sewage, people find out various dresses It sets, system and method are handled.Many sewage-treatment plants have also been invented to carry out sewage treatment in people.But it is existing Usual the degree of automation is lower in sewage disposal device, carry out sewage slagging-off and filter process in usually require manually into Processing of the row for filter residue, needs to expend a large amount of human resources, and equipment is often using one in common sewage treatment Arrestment is just needed to carry out the replacement of strainer and for the processing of filter residue after the section time, so that the treatment effeciency of sewage It is very low.
Summary of the invention
The contents of the present invention are to provide a kind of automated sewage processing unit for sewage treatment, can overcome Certain or certain defects of the prior art.
A kind of automated sewage processing unit for sewage treatment according to the present invention, including slag removal equipment main body, are removed Slag equipment body upper end, which is equipped with, removes slag plate placed cavity, except slagging-off chamber water inlet is equipped with above slag plate placed cavity, removes slag plate placed cavity In be equipped with slagging-off baffle, remove the gred baffle in be equipped with same size the first cavity of slagging-off baffle and slagging-off the second cavity of baffle, remove Slag baffle side is equipped with slagging-off baffle gear;Except being equipped with below slag plate placed cavity, the first residue collection chamber arranged side by side, remove the gred sewage Collecting chamber and the second residue collection chamber;First residue collection chamber top is equipped with the first filter of side and the first residue collection chamber hingedly Slag placement plate, the first filter residue placement plate lower section are equipped with the first electric pushrod that bottom end is fixed on the first residue collection chamber side wall;It removes The top of slag sewage collecting chamber is equipped with slagging-off strainer, and slagging-off sewage collecting bottom of chamber end is equipped with a submersible sewage pump, and remove the gred sewage collecting chamber Side wall is equipped with third through-hole;Second residue collection chamber top is equipped with side second filter residue hinged with the second residue collection chamber and puts Plate is set, the second electric pushrod that bottom end is fixed on the second residue collection chamber side wall is equipped with below the second filter residue placement plate;Except slag plate Placed cavity side wall is equipped with square through hole, except slag plate placed cavity side is equipped with slagging-off shaft placed cavity, shaft placed cavity top of removing the gred Equipped with slagging-off shaft placed cavity cover board, slagging-off shaft placed cavity cover board is equipped with first through hole, and slagging-off shaft placed cavity bottom end is set There is second through-hole opposite with first through hole, slagging-off chamber shaft is equipped between first through hole and the second through-hole, is set in the shaft that removes the gred There is slagging-off shaft gear, the slagging-off baffle gear on baffle that removes the gred passes through direction long hole and engages with slagging-off chamber shaft gear, removes the gred Chamber shaft top passes through slagging-off shaft placed cavity cover board and slagging-off chamber shaft top is equipped with slagging-off chamber shaft wheel disc, and slagging-off chamber turns Axis wheel disc is connected with the first motor being located on slagging-off shaft placed cavity cover board.
Slag removal equipment body side is equipped with filter plant main body, and filter plant body interior center is equipped with filter screen, filtering Filter plant main body is divided into adjacent and equal sizes the first filter chamber and the second filter chamber by net;First filter chamber and the second mistake It is respectively equipped with the first water inlet and the second water inlet on the outer wall of filter chamber side, is equipped between the first water inlet and the second water inlet Filter chamber water inlet pipe, it is logical that filter chamber water inlet pipe passes through the third that the slagging-off sewage collecting chamber side wall in slag removal equipment main body is equipped with Hole is connected with submersible sewage pump, and filter chamber water inlet pipe is equipped with the two-bit triplet electromagnetism of water (flow) direction in controllable filter chamber water inlet pipe Valve;The both ends of filter screen are equipped with the differential pressure pickup for detecting filter screen both ends water flow pressure, differential pressure pickup and control two The circuit of position-3-way solenoid valve is connected;First filter chamber and the second filter chamber bottom dead center position be respectively equipped with the first discharge outlet and Second discharge outlet is equipped with filter chamber drainpipe, the first discharge outlet and the second discharge outlet between the first discharge outlet and the second discharge outlet It is connected by filter chamber drainpipe;It is opposite with side where the first discharge outlet and the second discharge outlet on filter plant body outer wall Side is equipped with the first sewage draining exit and the second sewage draining exit, and filter chamber sewage pipe is equipped between the first sewage draining exit and the second sewage draining exit, First sewage draining exit and the second sewage draining exit are connected by filter chamber sewage pipe;First discharge outlet, the second discharge outlet, the first sewage draining exit and The first solenoid valve, second solenoid valve, third solenoid valve, the 4th solenoid valve are respectively equipped on second sewage draining exit;First solenoid valve, Two solenoid valves, third solenoid valve and the 4th solenoid valve can be by the foldings of each solenoid valve of circuit control.
The present apparatus is dirty by the first residue collection chamber of design and setting, the second residue collection chamber and slagging-off of slagging-off baffle Water collecting chamber is realized for sewage persistently except Slag treatment, solve that common sewage disposal device can not continue to sewage The problem of being removed the gred, high degree of automation, slagging-off and the collection of filter residue can be automatically performed by system, reduce staff Labor intensity;The present apparatus solves the problems, such as that the accumulation of filter cake in common sewage filter device needs manual cleaning simultaneously, To realize the continuous operation of the present apparatus, present apparatus operation completely can be by circuit control, to reduce the labor of staff Fatigue resistance.The present apparatus has structure simple, the characteristics of maintaining easily.
Preferably, the bottom end of slagging-off baffle is recessed inwardly to form the first idler wheel installation cavity of semi-cylindrical, the first idler wheel It is equipped with the first idler wheel in installation cavity, to form the first rolling wheel guide rails except the bottom end of slag plate placed cavity is recessed inwardly, the first idler wheel can be Sliding in first rolling wheel guide rails;The bottom end of slagging-off the first cavity of baffle side is recessed inwardly to form the first hairbrush installation cavity, removes the gred The side low side of the second cavity of baffle is recessed inwardly to form the second hairbrush installation cavity, slagging-off the first cavity of baffle and slagging-off baffle the The inside concavity in the bottom end of side wall common to two cavitys forms soft board installation cavity.
By installing the first idler wheel on slagging-off baffle, slagging-off baffle is reduced at runtime and except slag plate placed cavity rubbing It wipes, by installing hairbrush in the first hairbrush installation cavity and the second hairbrush installation cavity, slagging-off baffle bottom and slagging-off can be reduced The friction of strainer, the first filter residue placement plate and the second filter residue placement plate improves the service life of slagging-off strainer and the baffle that removes the gred. The soft board installation cavity that slagging-off baffle is equipped with can install rubber slab, reduce the bottom of slagging-off baffle and except slag plate placed cavity Friction, while being also possible to prevent the inflow of the sewage when carrying out the collection of filter residue.By the way that the first hairbrush installation cavity, second mao is arranged Brush installation cavity and soft board installation cavity facilitate the replacement for components such as hairbrush, soft boards, facilitate the maintenance of device.
Preferably, the first filter residue placement plate and the second filter residue placement plate are respectively equipped with the first hose and the second hose, the One hose and the second hose are connected with slagging-off sewage collecting chamber, and submersible sewage pump catch net is equipped with around submersible sewage pump.
By installing hose additional in this equipment, remaining sewage on slagging-off baffle can be made to flow out from hose, so that Sewage content in filter residue is reduced, and is reduced the difficulty that staff handles filter residue, is reduced the labor intensity of staff. Submersible sewage pump catch net, which can place the impurity contained in sewage and enter, damages submersible sewage pump in submersible sewage pump.
Preferably, being respectively equipped with the first side door and second side on the first residue collection chamber and the second residue collection chamber side wall Door.
By the first side door of setting and the second side door, the taking-up of filter residue can be convenient, the labour for reducing staff is strong Degree.
Preferably, being equipped with bearing in first through hole and the second through-hole, the top and bottom of shaft are each passed through bearing Inner ring.
Bearing is set in first through hole and the second through-hole, frictional force of the shaft in rotation can be reduced, improve and turn The service life of axis improves the stability of device, reduces the generation of plant failure.
Preferably, filter plant main body intermediate inner wall is recessed inwardly to form filter screen notch, filter screen is placed on filtering It is set at four edge angles in net notch, on filter screen there are four semicircular second idler wheel installation cavity, in the second idler wheel installation cavity Equipped with short axle, the peripheral surface of short axle is equipped with the second idler wheel, and short axle passes through the second idler wheel and the second idler wheel can be along the week of short axle To rotation;Site portion is recessed inwardly to form the second rolling wheel guide rails among filter screen notch, and the top of filter screen is equipped with a handle.
In device operational process, filter screen is when something goes wrong or when aging, it is necessary to filter screen is repaired or Replacement, staff can control the two-bit triplet solenoid valve in filter chamber water inlet pipe at this time, so that in filter chamber water inlet pipe Water flow may not flow into filter device, and after sewage water filtration is complete in device, at this point, taking out filter screen, what filter screen was equipped with is mentioned Hand facilitates people and takes out filter screen, and the second idler wheel being equipped on filter screen reduces rubbing for filter screen and filter screen notch Power is wiped, staff is more easily taken out filter screen, filter screen notch is but also filter screen is more stable It is placed in filter device main body.
Preferably, the first filter chamber and the second filter chamber are equipped with cover board, cover board is equipped with a cover plate through hole, and cover board is logical The cogged filter chamber shaft of a bottom end band is equipped in hole, the upper end of filter chamber shaft is equipped with filter chamber shaft notch, filter chamber Shaft notch, which passes through cover plate through hole riveting, filter chamber shaft gear, the second electricity of filter chamber shaft gear and placement on the cover board Machine is connected;Filter chamber shaft bottom end side is equipped with cleaning device fixed frame, and the bottom end gear and cleaning device of filter chamber shaft are solid The gear determined on frame is connected;The side wall of first filter chamber and the second filter chamber is equipped with filtering and is equipped with the water inlet of cleaning device first Mouthful, cleaning device fixed frame be equipped with the second water inlet of cleaning device, the first water inlet of cleaning device and cleaning device second into It is connected between the mouth of a river by water pipe, one end of water pipe passes through the first water inlet of cleaning device and is connected with external water source;First filtering Fixed link is additionally provided in chamber and the second filter chamber, cleaning device fixed frame is equipped with the circular hole guide rail cooperated with fixed link;Cleaning Device fixed frame is equipped with cleaning hole.
During sewage is clean, the filter cake on filter screen is likely to occur the phenomenon that being difficult to clean off, and can be used at this time If cleaning device on the cover board cleans filter screen, at this time the second motor on cover board is in running order, second Motor-driven cleaning fixed frame is mobile in the side of filter screen, at this point, external water source will be from the first water inlet of cleaning device Into by the second water inlet of cleaning device finally from the ejection of cleaning hole, the final cleaning realized for filter screen.First filtering Fixed link in chamber and the second filter chamber can make cleaning, and fixed frame is stronger is fixed in settler main body.Pass through It installs cleaning device additional in filter device, corrosion of the filter cake for being attached with remaining on filter screen to filter screen can be prevented, promoted The service life of filter screen, also improves the stability of filter device, and the failure for reducing filter device occurs.
Preferably, the first discharge outlet and the second discharge outlet upper end are respectively equipped with the first outlet filter screen and the second discharge outlet Strainer.
There may be a small amount of filter cake that can remain in precipitating chamber in the cleaning for being filtered net, add in the top of discharge outlet Fill outlet filter screen, it is therefore prevented that the filter cake in filter chamber is flowed out from discharge outlet.
As preferred: filter device main body top inner wall is equipped with cover board installation step.
The intracorporal component of settler master may break down, and cover board installation step is arranged on filter device main body top, The installation of cover board is facilitated, the maintenance for filter device body interior part is also facilitated.
As preferred: the first sewage draining exit, the second sewage draining exit are respectively provided at the bottom of the first filter chamber and the second filter chamber side End.
By sewage outfalls setting in the bottom end of precipitating chamber side, filter cake is facilitated in the cleaning for being filtered net from precipitating chamber Discharge.
The present invention is due to using above technical scheme, with significant technical effect: the present apparatus passes through slagging-off baffle The first residue collection chamber of design and setting, the second residue collection chamber and slagging-off sewage collecting chamber realize and sewage are continued Except Slag treatment, solve the problems, such as that common sewage disposal device can not persistently remove the gred to sewage, high degree of automation, Slagging-off and the collection of filter residue can be automatically performed by system, reduce the labor intensity of staff;The present apparatus solves simultaneously The problem of accumulation of filter cake needs manual cleaning in common sewage filter device, so that the continuous operation of the present apparatus is realized, The present apparatus combines the Slag treatment that removes in sewage treatment with filtration treatment, and sewage is effectively treated in realization.
Detailed description of the invention
Fig. 1 is the cross-sectional view of sewage disposal device in embodiment 1;
Fig. 2 is the cross-sectional view of equipment for removing residue in sewage main body in embodiment 1;
Fig. 3 is the structural schematic diagram of slagging-off baffle in embodiment 1;
Fig. 4 is the structural schematic diagram of the slag removal equipment main body in embodiment 1;
Fig. 5 is the cross-sectional view of slag removal equipment main body in embodiment 1;
Fig. 6 is the cross-sectional view of shaft in embodiment 1;
Fig. 7 is the cross-sectional view of slagging-off shaft placed cavity cover board 160a in embodiment 1;
Fig. 8 is the cross-sectional view of filter device main body in embodiment 1;
Fig. 9 is the front view of filter device main body in embodiment 1;
Figure 10 is the structural schematic diagram of filter device main body in embodiment 1;
Figure 11 is the structural schematic diagram of shaft of removing contamination in embodiment 1;
Figure 12 is the structural schematic diagram of shaft gear of removing contamination in embodiment 1;
Figure 13 is the structural schematic diagram of 1 cover plate of embodiment;
Figure 14 is the structural schematic diagram of cleaning device fixed frame in embodiment 1;
Figure 15 is the cross-sectional view of filter screen in embodiment 1;
Figure 16 is the cross-sectional view of filter screen in embodiment 1;
Figure 17 is the cross-sectional view of settler main body in embodiment 1;
Figure 18 is the schematic diagram of internal structure of settler in embodiment 1;
Figure 19 is the structural schematic diagram of clear mud plate and blowdown plate in embodiment 1;
Figure 20 is the cross-sectional view of the second Sewage baffle in embodiment 1;
Figure 21 is the structural schematic diagram of stock in embodiment 1;
Figure 22 is the structural schematic diagram of shaft in embodiment 1, stock and clear mud plate;
Figure 23 is the structural schematic diagram that chamber shaft is precipitated in embodiment 1;
Figure 24 is the structural schematic diagram of pole attachment in embodiment 1;
Figure 25 is the structural schematic diagram of shaft gear in embodiment 1.
The position that each number is referred in attached drawing is as follows: 100-slag removal equipment main bodys;120-the first residue collection chamber; 120a-the first filter residue placement plate;The first electric pushrod of 120b-;The first side door of 120c-;The first hose of 120d-;130— Remove the gred sewage collecting chamber;130a-slagging-off strainer;130b-third through-hole;130c-submersible sewage pump;130c1-submersible sewage pump protection Net;140-the second residue collection chamber;140a-the second filter residue placement plate;The second electric pushrod of 140b-;140c-second side Door;The second hose of 140d-;150-remove slag plate placed cavity;150a-square through hole;150b-removes slag plate placed cavity cover board; 150b1-slagging-off chamber water inlet;The first rolling wheel guide rails of 150c-;160-slagging-off shaft placed cavities;160a1-first through hole; The second through-hole of 160a2-;160b-first motor;170-slagging-off baffles;170a-the first cavity of slagging-off baffle;170b-is removed The second cavity of slag baffle;170c-slagging-off baffle gear;170a1-the first hairbrush installation cavity;The installation of the second hairbrush of 170b1- Chamber;170c1-soft board installation cavity;170d-the first idler wheel installation cavity;The first idler wheel of 170d1-;180-slagging-off chamber shafts; 180a-slagging-off chamber shaft wheel disc;180b-slagging-off chamber shaft gear;110-filter chamber water inlet pipes;200-settler masters Body;200a-filter chamber chamber shaft;200a1-filter chamber shaft notch;200a2-filter chamber shaft gear;200a3- Two motors;200a4-filter chamber shaft latch;200b-cleaning device fixed frame;The first water inlet of 200c-cleaning device; The second water inlet of 200d-cleaning device;200e-fixed link;200f-cleaning hole;210-the first filter chamber;210a-first Water inlet;The first discharge outlet of 210b-;The first solenoid valve of 210b1-;The first sewage draining exit of 210c-;210c1-third solenoid valve; 220-filter screens;220a-handle;The second idler wheel of 220b-;220c-short axle;220d-the second idler wheel installation cavity;230 — Second filter chamber;The second water inlet of 230a-;The second discharge outlet of 230b-;230b1-second solenoid valve;230c-second row Dirty mouth;The 4th solenoid valve of 230c1-;240-filter chamber drainpipes;250-two-bit triplet solenoid valves;260-filter chamber blowdowns Pipe;270-filter screen notches;The second rolling wheel guide rails of 270a-;280-cover board installation steps;280a-cover board;280a1-lid Plate through-hole;290-differential pressure pickups;300-settler main bodys, 310-precipitating chamber water inlets, the 320-the first Sewage baffle, 330-side edge doors, the 340-the second Sewage baffle, 350-precipitating chamber water outlets, 360-drainpipes, 370-water pumps, 380-rows Dirty plate placed cavity, 390-blowdown plates, 300a-precipitating chamber shaft, 300a1-precipitating chamber shaft notch, 300a2-precipitating chamber turn Axis gear, the second latch of 300a3-;300b-third motor, 300c-stock, 300c1-first latching tooth, 300d-stock Fixing piece, 300d1-fixing piece guide rail, the clear mud plate of 300d2-precipitating chamber shaft fixation hole, 300e-, 300f-precipitating chamber turn Shaft through-hole, 340a-baffle through-hole, 390a-sewage draining exit, 390b-blowdown long hole.
Specific embodiment
To further appreciate that the contents of the present invention, the present invention is described in detail in conjunction with the accompanying drawings and embodiments.It should be understood that , embodiment be only to the present invention explain and and it is non-limiting.
Embodiment 1
As shown in Fig. 1~5: a kind of sewage disposal device with self-skimming function, including slag removal equipment main body 100, 100 upper end of slag removal equipment main body, which is equipped with, removes slag plate placed cavity 150, except water inlet 150b1 is equipped with above slag plate placed cavity 150, removes It is equipped with slagging-off baffle 170 in slag plate placed cavity 150, the first cavity of slagging-off baffle of same size is equipped in the baffle 170 that removes the gred 170a and slagging-off the second cavity of baffle 170b, slagging-off 170 side of baffle are equipped with slagging-off baffle gear 170c;Except slag plate placed cavity 150 lower sections are equipped with the first residue collection chamber 120 arranged side by side, slagging-off sewage collecting chamber 130 and the second residue collection chamber 140;First 120 top of residue collection chamber is equipped with side and the first hinged filter residue placement plate 120a of the first residue collection chamber 120, the first filter residue The first electric pushrod 120b that bottom end is fixed on 120 side wall of the first residue collection chamber is equipped with below placement plate 120a;Remove the gred sewage The top of collecting chamber 130 is equipped with slagging-off strainer 130a, and slagging-off 130 bottom end of sewage collecting chamber is equipped with a submersible sewage pump 130c, and slagging-off is dirty 130 side wall of water collecting chamber is equipped with third through-hole;Second residue collection chamber, 140 top is equipped with side and the second residue collection chamber Bottom end, which is equipped with, below 140 the second hinged filter residue placement plate 140a, the second filter residue placement plate 140a is fixed on the second residue collection Second electric pushrod 140b of 140 side wall of chamber;Except 150 side wall of slag plate placed cavity is equipped with square through hole 150a, slag plate placed cavity is removed 150 sides are equipped with slagging-off shaft placed cavity 160, and slagging-off 160 top of shaft placed cavity is equipped with slagging-off shaft placed cavity cover board 160a; As shown in Fig. 6 and Fig. 7: slagging-off shaft placed cavity cover board 160a is equipped with first through hole 160a1,160 bottom of shaft placed cavity of removing the gred End is equipped with the second through-hole 160a2 opposite with first through hole 160a1, is equipped between first through hole 160a1 and the second through-hole 160a2 Slagging-off chamber shaft 180, slagging-off chamber shaft 180 are equipped with slagging-off chamber shaft gear 180b, the slagging-off baffle to remove the gred on baffle 170 Gear 170c passes through direction long hole 150a and engages with slagging-off shaft gear 180b, and 180 top of slagging-off chamber shaft passes through slagging-off shaft Placed cavity cover board 160a and 180 top of slagging-off chamber shaft are equipped with slagging-off chamber shaft wheel disc 180a, slagging-off chamber shaft wheel disc 180a It is connected with the first motor 160b being located on slagging-off shaft placed cavity cover board 160a.
Sewage is entered from the inlet except slag plate placed cavity 150 when slag removal equipment is run, when the first cavity 170a is located at first The top of residue collection chamber 120 and when being bonded with the inner wall of the first residue collection chamber 120, at this time 140, the second residue collection chamber In the surface of slagging-off strainer 130a, sewage flows into slagging-off sewage collecting chamber 130 from slagging-off strainer 130a, with slagging-off chamber shaft 180 rotation, the second cavity 170b go to the top of the second residue collection chamber 140, and the first cavity 170a is located at slagging-off filter at this time Net the surface of 130a.When the operation of the second upper electric pushrod 140d of the second residue collection chamber 140, the second filter residue placement plate 140a will be tilted gradually downward, and filter residue will be fallen into the second residue collection chamber 140, and the sewage in sewage collecting chamber can be by submersible sewage pump It is sucked out.With the operation of the second motor 200a3, this equipment can be run repeatedly.The present apparatus by slagging-off baffle design and It is arranged at the lasting slagging-off that the first residue collection chamber, the second residue collection chamber and slagging-off sewage collecting chamber are realized for sewage Reason, solve the problems, such as common sewage disposal device can not continue remove the gred to sewage, high degree of automation, slagging-off and The collection of filter residue can be automatically performed by system, reduce the labor intensity of staff;Present apparatus structure is simple simultaneously, is convenient for Maintenance.
When slag removal equipment operation, sewage is entered from the inlet except slag plate placed cavity, when the first cavity 170a is located at the first filter The top of slag collecting chamber 120 and when being bonded with the inner wall of the first residue collection chamber 120, the second residue collection chamber 140 is located at this time The surface of slagging-off strainer 130a, sewage flows into slagging-off sewage collecting chamber 130 from slagging-off strainer 130a, with slagging-off chamber shaft 180 rotation, the second cavity 170b go to the top of the second residue collection chamber 140, and the first cavity 170a is located at slagging-off filter at this time Net the surface of 130a.When the operation of the second upper electric pushrod 140d of the second residue collection chamber 140, the second filter residue placement plate 140a will be tilted gradually downward, and filter residue will be fallen into the second residue collection chamber 140, and the sewage in sewage collecting chamber can be by submersible sewage pump It is sucked out.With the operation of the second motor 200a3, this equipment can be run repeatedly.The present apparatus by slagging-off baffle design and It is arranged at the lasting slagging-off that the first residue collection chamber, the second residue collection chamber and slagging-off sewage collecting chamber are realized for sewage Reason, solve the problems, such as common sewage disposal device can not continue remove the gred to sewage, high degree of automation, slagging-off and The collection of filter residue can be automatically performed by system, reduce the labor intensity of staff;Present apparatus structure is simple simultaneously, is convenient for Maintenance.
As shown in Figure 2: the bottom end of slagging-off baffle 170 is recessed inwardly to form the first idler wheel installation cavity 170d of semi-cylindrical, It is equipped with the first idler wheel 170d1 in first idler wheel installation cavity 170d, to form the first rolling except the bottom end of slag plate placed cavity 150 is recessed inwardly Guide rail 150c is taken turns, the first idler wheel 170d1 can be slided in the first rolling wheel guide rails 150c;The slagging-off side baffle the first cavity 170a Bottom end is recessed inwardly to form the first hairbrush installation cavity 170a1, and the side low side of slagging-off the second cavity of baffle is recessed inwardly to form the The bottom end of two hairbrush installation cavity 170b1, slagging-off baffle the first cavity 170a and the side wall common to the second cavity of baffle 170b that removes the gred Inside concavity forms soft board installation cavity 170c1.
By slagging-off baffle 170 on the first idler wheel 170d1 is installed, reduce slagging-off baffle 170 at runtime with slagging-off The friction of plate placed cavity 150, by installing hairbrush in the first hairbrush installation cavity 170a1 and the second hairbrush installation cavity 170b1, Slagging-off 170 bottom of baffle and slagging-off strainer 130a, the first filter residue placement plate 120a and the second filter residue placement plate 140a can be reduced Friction, improve slagging-off strainer 130a and remove the gred baffle 170 service life.The soft board installation that slagging-off baffle 170 is equipped with Chamber 170c1 can install rubber slab, reduce the bottom of slagging-off baffle 170 and the friction for removing slag plate placed cavity 150, while can also To prevent the inflow of the sewage when carrying out the collection of filter residue.Pass through the first hairbrush installation cavity of setting, the second hairbrush installation cavity and soft Plate installation cavity facilitates the replacement for components such as hairbrush, soft boards, facilitates the maintenance of device.
As shown in figures 1 and 3: the first filter residue placement plate 120a and the second filter residue placement plate 140a are respectively equipped with the first hose 120d and the second hose 140d, the first hose 120d and the second hose 140d is connected with slagging-off sewage collecting chamber 130, submersible sewage pump Submersible sewage pump catch net 130c1 is equipped with around 130c.
By installing hose additional in this equipment, remaining sewage on slagging-off baffle 170 can be made to flow out from hose, made The sewage content obtained in filter residue is reduced, and submersible sewage pump catch net 130c1 can place the impurity contained in sewage and enter in submersible sewage pump 130c damages submersible sewage pump 130c.
It is as shown in Figure 3: to be respectively equipped with the first side door on 140 side wall of the first residue collection chamber 120 and the second residue collection chamber 120c and the second side door 140c.
By the way that the first side door 120c and the second side door 140c is arranged, it can be convenient the taking-up of filter residue, reduce staff Labor intensity.
Bearing is equipped in first through hole 160a1 and the second through-hole 160a2, the top and bottom of slagging-off chamber shaft 180 are distinguished Across the inner ring of bearing.
Bearing is set in first through hole 160a1 and the second through-hole 160a2, slagging-off chamber shaft 180 can be reduced and rotated When frictional force, improve the service life of slagging-off chamber shaft 180, improve the stability of device, reduce plant failure Occur.
It is as shown in Figure 6: to remove slag plate placed cavity cover board 150b except slag plate placed cavity 150 is equipped with.
By facilitating for relevant staff except slag plate placed cavity top setting slagging-off placed cavity cover board for setting Standby maintenance.
As shown in Fig. 8~11: a kind of automated sewage processing equipment with filter device, including filter plant main body 200,200 inside center of filter plant main body is equipped with filter screen 220, filter screen 220 filter plant main body 200 is divided to be adjacent and The first filter chamber 210 and the second filter chamber 230 of equal sizes;On the outer wall of first filter chamber, 210 side and the second filter chamber Be respectively equipped on the outer wall of 230 sides the first water inlet 210a and the second water inlet 230a, the first water inlet 210a and second into Filter chamber water inlet pipe 110, the first water inlet 210a and the second water inlet 230a is equipped between the 230a of the mouth of a river to intake by filter chamber Pipe 110 is connected, what 130 side wall of slagging-off sewage collecting chamber that filter chamber water inlet pipe 110 passes through in slag removal equipment main body 100 was equipped with Third through-hole 130b is connected with submersible sewage pump 130c, and filter chamber water inlet pipe 110 is equipped with water in controllable filter chamber water inlet pipe 110 Flow the two-bit triplet solenoid valve 250 in direction;The both ends of filter screen 220 are equipped with for detecting 220 both ends water flow pressure of filter screen Differential pressure pickup 290, differential pressure pickup 290 are connected with the circuit of control two-bit triplet solenoid valve 250;First filter chamber, 210 He Second filter chamber, 230 bottom dead center position is respectively equipped with the first discharge outlet 210b and the second discharge outlet 230b, the first discharge outlet Filter chamber drainpipe 240 is equipped between 210b and the second discharge outlet 230b, the first discharge outlet 210b and the second discharge outlet 230b are logical Filter chamber drainpipe 240 is crossed to be connected;On 200 outer wall of filter plant main body with the first discharge outlet 210b and the second discharge outlet 230b institute The first sewage draining exit 210c and the second sewage draining exit 230c, the first sewage draining exit 210c and the second blowdown are equipped on the opposite side in side Filter chamber sewage pipe 260 is equipped between mouth 230c, the first sewage draining exit 210c and the second sewage draining exit 230c pass through filter chamber sewage pipe 260 are connected;It is set respectively on first discharge outlet 210b, the second discharge outlet 230b, the first sewage draining exit 210c and the second sewage draining exit 230c There are the first solenoid valve 210b1, second solenoid valve 230b1, third solenoid valve 210c1, the 4th solenoid valve 230c1;First solenoid valve 210b1, second solenoid valve 230b1, third solenoid valve 210b1 and the 4th solenoid valve 230b1 can be by each solenoid valves of circuit control Folding.
Sewage flows into filter chamber water inlet pipe 110 after deslagging device is except Slag treatment, at this time filter chamber water inlet pipe 110 In two-bit triplet solenoid valve 250 control sewage flow to the first water inlet 210a or the second water inlet 230a.When sewage is from When one water inlet 210a flows into the first filter chamber 210, the first solenoid valve 210b1 on the first draining 210b mouth, which is in, at this time is closed The upper second solenoid valve 230b1 of closed state, the second discharge outlet 230b is in the open state, on the first sewage draining exit 210c Third solenoid valve 2101 and the upper 4th solenoid valve 230b1 of 230b mouthfuls of the second blowdown are in closed state.Sewage is from first at this time Filter chamber 210 is flow in the second filter chamber 230 by filter screen 220, finally flow to filter chamber draining from the second discharge outlet 230b Pipe 240 is finally discharged by filter chamber drainpipe 240.When the filter cake on filter screen 220 runs up to a certain amount of, differential pressure pickup When 290 pressure differences for measuring strainer both ends reach certain numerical value, control circuit adjusts dirt for two-bit triplet solenoid valve 250 is controlled Flow direction of the water in filter chamber water inlet pipe 110, sewage will flow into the second water inlet 230a at this time, at this time the first discharge outlet 210a It is in closed state with the solenoid valve on the second discharge outlet 230a, the third solenoid valve 210c1 on the first sewage draining exit 210c is beaten It opens, the filter cake on filter screen 220 will fall off under the impact of water flow and via the first sewage draining exit 210c from filter chamber sewage pipe It is flowed out in 260.With the disappearance of filter cake on filter screen 220, the numerical value that differential pressure pickup 290 measures at this time can be gradually reduced, When numerical value is reduced to certain value, the third solenoid valve 210c1 on the first sewage draining exit 210c is closed at this time, the first discharge outlet 210b On the first solenoid valve 210b1 open.At this point, sewage is drained via the filtering of filter screen 220 from first from the second filter chamber 230 Mouth 210b discharge.When the filter cake on filter screen 220 reaches a certain amount of, two-bit triplet solenoid valve 250 will change dirt again at this time Water flow to.By the present apparatus, the filter cake on filter screen 220 can be effectively removed, solves and is filtered in common sewage filter device The problem of accumulation of cake needs manual cleaning, to realize the continuous operation of the present apparatus, present apparatus operation completely can be by circuit Control, to reduce the labor intensity of staff.The present apparatus has structure simple, the characteristics of maintaining easily.
As shown in Figure 15 and Figure 16: 200 intermediate inner wall of filter plant main body is recessed inwardly to form filter screen notch 270, mistake Strainer 220 is placed in filter screen notch 270, sets that there are four semicircular second idler wheels on filter screen 220 at four edge angles Short axle 220c is equipped in installation cavity 220d, the second idler wheel installation cavity 220d, the peripheral surface of short axle 220c is equipped with the second idler wheel 220b, short axle 220c pass through the second idler wheel 220b and the second idler wheel 220b can circumferentially rotating along short axle 220c;Filter screen slot 270 intermediate site portions of mouth are recessed inwardly to form the second rolling wheel guide rails 270a, and the top of filter screen 220 is equipped with a handle 220a.
In device operational process, filter screen 220 is when something goes wrong or when aging, it is necessary to carry out to filter screen 220 Maintenance or replacement, staff can control the two-bit triplet solenoid valve 250 in filter chamber water inlet pipe 110 at this time, so that filtering Water flow in chamber water inlet pipe 110 may not flow into filter device, after sewage water filtration is complete in device, at this point, taking out filter screen 220, the handle 220a that filter screen 220 is equipped with facilitates people and takes out filter screen 220, be equipped on filter screen 220 Second wheel 220b reduces the frictional force of filter screen 220 Yu filter screen notch 270, and staff more easily will Filter screen 220 takes out, and filter screen notch 270 is but also filter screen 220 is more stable is placed in filter device main body 200.
As shown in Fig. 9~14: the first filter chamber 210 and the second filter chamber 230 are equipped with cover board 280a, and cover board is equipped with one The cogged filter chamber shaft 200a of a bottom end band, filter chamber shaft are equipped in cover plate through hole 280a1, cover plate through hole 280a1 The upper end of 200a is equipped with filter chamber shaft notch 200a1, and filter chamber shaft notch 200a1, which passes through cover plate through hole joggle, filtering Chamber shaft gear 200a2, filter chamber shaft gear 200a2 are connected with the second motor 200a3;The bottom end filter chamber shaft 200a one Side is equipped with cleaning device fixed frame 200b, the filter chamber shaft latch 200a4 and cleaning device of the bottom end of filter chamber shaft 200a Fixed frame latch 200b2 on fixed frame 200b is meshed;The side wall of first filter chamber 210 and the second filter chamber 230 is equipped with Filtering is equipped with the first water inlet of cleaning device 200c, and cleaning device fixed frame 200b is equipped with the second water inlet of cleaning device It is connected between 200d, cleaning device the first water inlet 200c and the second water inlet of cleaning device 200d by water pipe, the one of water pipe End is connected across the first water inlet of cleaning device 200c with external water source;It is also set in first filter chamber 210 and the second filter chamber 230 There are fixed link 200e, cleaning device fixed frame 200b to be equipped with the circular hole guide rail 200b1 cooperated with fixed link;Cleaning device is fixed Frame 200b is equipped with cleaning hole 200f.
During sewage is clean, the filter cake on filter screen 220 is likely to occur the phenomenon that being difficult to clean off, and can make at this time Filter screen 220 is cleaned with the cleaning device being located on cover board 280, at this time the second motor 200a3 on cover board 280 In running order, the cleaning fixed frame 220b that the second motor 200a3 drives is mobile in the side of filter screen 220, at this point, External water source will enter from cleaning device the first water inlet 200c, by the second water inlet of cleaning device 200d finally from cleaning hole 200f sprays, the final cleaning realized for filter screen 220.Fixed link in first filter chamber 210 and the second filter chamber 230 200e can make cleaning, and fixed frame 200e is stronger is fixed in settler main body 200.By in filter device It installs cleaning device additional, corrosion of the filter cake for being attached with remaining on filter screen 220 to filter screen 220 can be prevented, improve filtering The service life of net 220 also improves the stability of filter device, and the failure for reducing filter device occurs.
As shown in Figure 10: 200 top inner wall of filter device main body is equipped with cover board installation step 280.
Component in settler main body 200 may break down, and on 200 top of filter device main body, setting cover board is installed Step 280, facilitates the installation of cover board 280a, also facilitates the maintenance for 200 inner part of filter device main body.
As shown in Figure 8: the first discharge outlet 210b and the second upper end discharge outlet 230b are respectively equipped with the first outlet filter screen 210b2 and the second outlet filter screen 230b2.
There may be a small amount of filter cake that can remain in precipitating chamber when being filtered the cleaning of net 220, in the upper of discharge outlet Side installs outlet filter screen additional, it is therefore prevented that the filter cake in filter chamber is flowed out from discharge outlet.
As shown in Figure 10: the first sewage draining exit 210c, the second sewage draining exit 230c is respectively provided at the first filter chamber 210 and second The bottom end of 230 side of filter chamber.
By sewage outfalls setting in the bottom end of precipitating chamber side, filter cake is facilitated when being filtered the cleaning of net 220 from heavy The discharge of shallow lake chamber.
As shown in Fig. 1 and Figure 17: a kind of automated sewage pre-processing device with precipitating mechanism, including internal is in cavity The settler main body 300 of structure, 300 top of settler main body are equipped with precipitating chamber water inlet 310, settler main body 300 Positioned at the lower section of filter device main body 200, precipitates chamber water inlet 310 and be connected with the filter chamber drainpipe 240 on filter device;It is heavy Cavity main body settler main body 300 inner bottom in shallow lake is equipped with blowdown plate placed cavity 380, is equipped with and row in blowdown plate placed cavity 380 The blowdown plate 390 that dirty plate placed cavity 380 is bonded, blowdown plate 390 are equipped with sewage draining exit 390a, are equipped with one inside blowdown plate 390 and set The bottom end of blowdown long hole 390b, sewage draining exit 390a below sewage draining exit 390a are connected with blowdown long hole 390b;Blowdown long hole The end of 390b is connected with a bilge discharge pipe 360;300 sides of settler main body are equipped with precipitating chamber water outlet 350, One end of bilge discharge pipe 360 passes through precipitating chamber water outlet 350 and is located on 300 shell of settler main body and is located at precipitating chamber The water pump 370 of 350 lower section of water outlet is connected.
Sewage enters settler main body 300 from precipitating chamber water inlet 310, and particulate matter contained in sewage is in its gravity Under the action of can gradually fall in settler main body 300 bottom end blowdown plate 390 on, when particulate matter is on blowdown plate 390 When gathering a certain amount of, water pump 370 brings into operation at this time, and the sludge on blowdown plate 390 flow to blowdown long hole via sewage draining exit 390 390b is finally discharged from bilge discharge pipe 360.The present invention can be made by setting up blowdown plate 390 in settler main body 300 Settler main body 300 can be timely discharged in particulate matter precipitating inside settler main body 300, without manually to precipitating Particulate matter precipitating in apparatus main body 300 is handled, and settler is continuously run.It is common in modern technologies From the method removed in settler it is exactly that a submersible sewage pump is set by the bottom end inside settler by particulate matter, passes through latent dirt Pump realizes the removal to particulate matter, and this method holds it is easier that the particulate matter precipitating of settler bottom end is stirred again, By the way that blowdown plate 390 is arranged in settler, the problem of can easily be stirred again with effective solution sediment, it is heavy to improve The removal efficiency of product object, while also solving common submersible sewage pump and being difficult to the mobile particle to can not deposit in settler The problem of object sufficiently removes.
As shown in figure 18: the right side of precipitating chamber water inlet 310 is equipped with the first Sewage baffle 320, the first Sewage baffle 320 with The top of the fitting of settler main body 300 and the first Sewage baffle 320 is fixed on the top inside settler main body 300, The bottom end and settler main body bottom end of first Sewage baffle form the first water stream channel 320a, the right side of the first Sewage baffle 320 Side is equipped with the second Sewage baffle 340 that bottom end is fixed on the bottom end inside settler main body 300, the second Sewage baffle and precipitating The upper end of apparatus main body forms the second water stream channel 340a, bottom end and 380 phase of blowdown plate placed cavity of the second Sewage baffle 340 It is adjacent.
By setting up 320 baffle of the first sewage and the second Sewage baffle 340 in settler main body, so that sewage is heavy Flow path in the apparatus main body of shallow lake is elongated, so that the particulate matter precipitating contained in sewage is more abundant.
As shown in Figure 21~25: 300 inner tip of settler main body is equipped with the cogged precipitating chamber shaft of both ends band 300a, precipitating chamber shaft 300a are located at the midpoint of the first pollutant baffle plate 320 and the second pollutant baffle plate 340, precipitate chamber shaft 300a Top be equipped with precipitating chamber shaft notch 300a1, precipitating chamber shaft notch 300a1 pass through 300 shell of settler main body on Precipitating chamber rotary shaft through hole 300f joggle have precipitating chamber shaft gear 300a2, precipitating chamber shaft gear 300a2 be located at it is heavy The third motor 300b of 300 housing top end of shallow lake apparatus main body is connected;300 inner tip of settler main body is additionally provided with a stock 300c, the half of 300c length distance between first the 320 to the second pollutant baffle plate of pollutant baffle plate 340 of stock, the one of stock 300c Side is equipped with first latching tooth 300c1, and the precipitating bottom end chamber shaft 300a is equipped with the second latch 300a3 engaged with first latching tooth 300c1, 300 inner tip of settler main body is additionally provided with pole attachment 300d, is equipped with a fixing piece guide rail in pole attachment 300d 300d1, stock 300c can be slided in fixing piece guide rail 300d1, and precipitating chamber shaft is additionally provided on pole attachment 300d and is fixed Hole 300d2, the bottom end of precipitating chamber shaft 300a pass through precipitating chamber shaft fixation hole 300d2 and can be in precipitating chamber shaft fixation holes It is rotated in 300d2;The bottom end of stock 300c is equipped with two pieces of clear mud plate 300e, and bottom end and the blowdown plate 390 of clear mud plate 300e is affixed It closes.
There may be deposits to be difficult to the case where being removed with water pump 370 on blowdown plate 390, by settler main body Precipitating chamber shaft 300a is set up on 300 tops, and the left and right of the clear mud plate 300e on stock 300c is driven to move with precipitating chamber shaft 300a It is dynamic, two pieces of clear mud plate 300e are separated by a distance be distance between first the 320 to the second Sewage baffle of Sewage baffle 340 half, In this way with the movement of clear mud plate 300e, the granular deposit on blowdown plate 390 will be scraped by clear mud plate 300e to sewage draining exit In 390a.Since clear mud plate 300e is bonded with blowdown plate 390, what the granular deposit on the blowdown plate 390 that can make removed More thoroughly, pole attachment 300d can make stock 300c and precipitating chamber shaft 300a more stable in settler master Operation in body 300, can effectively prevent the generation of precipitating chamber shaft 300a and stock 300c failure.Precipitate chamber shaft gear The joggle of 300a2 and precipitating chamber shaft 300a facilitate the installation and replacement of precipitating chamber shaft 300a, to facilitate stock The installation of the components such as 300c reduces the installation and maintenance difficulty of settler.By the work of clear mud plate 300e, so that precipitating Mud in device removes more thorough, while but also the increase of settler single operation duration, reduces settler Frequency of maintenance.
As shown in Figure 18 and Figure 19: 300 bottom end of settler main body to blowdown plate 340 is using construction diagonally downward;Row Dirty mouth 390a is in a circular table shape and the top diameter of sewage draining exit 390a is greater than following diameter.
300 bottom end of settler main body can make the particle in sewage using construction diagonally downward to blowdown plate 340 Object is significantly more efficient to be accumulated on blowdown plate 390;Under sewage draining exit 390a is in a circular table shape and the top diameter of sewage draining exit 390a is greater than Square diameter, it is such construction so that water pump 370 at runtime, the suction of sewage draining exit 390a is more powerful, while also facilitating dirt Particulate matter in water is fallen into sewage draining exit 390a.
As shown in Figure 17 and Figure 20: 340 bottom end of the second Sewage baffle is equipped with baffle through-hole 340a, and bilge discharge pipe 360 can It is connected across baffle through-hole with long hole 290b, side is equipped with and 300 housing hinge of settler main body in settler main body 300 Side edge door 330.
By setting up baffle through-hole 340a in 340 bottom end of the second Sewage baffle, bilge discharge pipe 360 and blowdown are facilitated Long hole 390b's is connected, and side is equipped with the side edge door with 300 housing hinge of settler main body in settler main body 300 330, facilitate the installation and maintenance of device.
It is as follows that the present invention carries out the step of sewage disinfection treatment:
Step 1: sewage enters from the inlet in deslagging device main body 100, removed by the sewage inflow for the strainer 130a that removes the gred In slag sewage collecting chamber 130, filter residue is then collected in the first filter residue chamber 120 and the second residue collection chamber 140.
Step 2: the sewage in slagging-off sewage collecting chamber 130 only has filter chamber water inlet pipe via the effect of submersible sewage pump 130c 100 are drawn in filter device main body 200, are filtered processing by filter screen 220 in filter device main body 200.
Step 3: the sewage in filter device main body 200 Jing Guo filtration treatment flowed out from filter chamber drainpipe 240 via It precipitates chamber water inlet 310 to enter in settler main body 300, water flow flows to heavy under the barrier effect of the first Sewage baffle 320 The bottom end of shallow lake apparatus main body 300, the particle contained in sewage fall in the bottom end of settler main body 300 under gravity On blowdown plate 390;
Step 4: water flow flows under the action of the second Sewage baffle 340 towards the upper end inside settler main body 300 It is dynamic, finally flowed out from the side of settler main body 300;
Step 5: the shell on 300 top of settler main body is equipped with a third motor 300b, third motor 300b's Particle aggregate on blowdown plate 390 is pushed into sewage draining exit 390a by the clear mud plate 300e acted on lower stock 300c, at this time water Pump 370 brings into operation, and under the action of water pump 370, the particulate matter in sewage draining exit 390a is heavy by the discharge of bilge discharge pipe 360 Shallow lake apparatus main body 300.
Schematically the present invention and embodiments thereof are described above, description is not limiting, institute in attached drawing What is shown is also one of embodiments of the present invention, and actual structure is not limited to this.So if the common skill of this field Art personnel are enlightened by it, without departing from the spirit of the invention, are not inventively designed and the technical solution Similar frame mode and embodiment, are within the scope of protection of the invention.

Claims (10)

1. a kind of automated sewage processing unit for sewage treatment, it is characterised in that: including slag removal equipment main body (100), Slag removal equipment main body (100) upper end, which is equipped with, removes slag plate placed cavity (150), except be equipped with above slag plate placed cavity (150) slagging-off chamber into The mouth of a river (150b1) is equipped with same size in slagging-off baffle (170) except slagging-off baffle (170) is equipped in slag plate placed cavity (150) The first cavity of slagging-off baffle (170a) and slagging-off the second cavity of baffle (170b), slagging-off baffle (170) side be equipped with slagging-off gear Plate gear (170c);Except slag plate placed cavity (150) lower section is equipped with the first residue collection chamber (120) arranged side by side, slagging-off sewage collecting Chamber (130) and the second residue collection chamber (140);First residue collection chamber (120) top is equipped with side and the first residue collection chamber (120) the first hinged filter residue placement plate (120a), the first filter residue placement plate (120a) lower section are equipped with bottom end and are fixed on the first filter First electric pushrod (120b) of slag collecting chamber (120) side wall;The top of slagging-off sewage collecting chamber (130) is equipped with slagging-off strainer (130a), slagging-off sewage collecting chamber (130) bottom end are equipped with a submersible sewage pump (130c), set on sewage collecting chamber (130) side wall that removes the gred There is third through-hole;Second residue collection chamber (140) top is equipped with the second filter residue of side and the second residue collection chamber (140) hingedly Placement plate (140a), the second filter residue placement plate (140a) lower section are equipped with bottom end and are fixed on second residue collection chamber (140) side wall Second electric pushrod (140b);Except slag plate placed cavity (150) side wall is equipped with square through hole (150a), remove slag plate placed cavity (150) Side is equipped with slagging-off shaft placed cavity (160), and slagging-off shaft placed cavity (160) top is equipped with slagging-off shaft placed cavity cover board (160a), slagging-off shaft placed cavity cover board (160a) are equipped with first through hole (160a1), shaft placed cavity (160) bottom end of removing the gred Equipped with second through-hole (160a2) opposite with first through hole (160a1), first through hole (160a1) and the second through-hole (160a2) it Between be equipped with slagging-off chamber shaft (180), shaft (180) be equipped with shaft gear (180b), slagging-off baffle (170) on slagging-off baffle Gear (170c) passes through direction long hole (150a) and engages with shaft gear (180b), and shaft (180) top passes through slagging-off shaft and puts It sets chamber lid plate (160a) and (180) shaft top of removing the gred is equipped with shaft wheel disc (180a), shaft wheel disc (180a) is removed with being located at First motor (160b) on slag shaft placed cavity cover board (160a) is connected;
Slag removal equipment main body (100) side is equipped with filter plant main body (200), and filter plant main body (200) inside center is equipped with Filter plant main body (200) is divided into adjacent and equal sizes the first filter chamber (210) by filter screen (220), filter screen (220) With the second filter chamber (230);Be respectively equipped on first filter chamber (210) and the outer wall of the second filter chamber (230) side first into The mouth of a river (210a) and the second water inlet (230a) are equipped with filter chamber between the first water inlet (210a) and the second water inlet (230a) Water inlet pipe (110), filter chamber water inlet pipe (110) pass through slagging-off sewage collecting chamber (130) side wall in slag removal equipment main body (100) The third through-hole (130b) being equipped with is connected with submersible sewage pump (130c), and filter chamber water inlet pipe (110) is equipped with controllable filter chamber The two-bit triplet solenoid valve (250) of water (flow) direction in water inlet pipe (110);The both ends of filter screen (220) are equipped with for detecting filtering The differential pressure pickup (290) of net (220) both ends water flow pressure, differential pressure pickup (290) and control two-bit triplet solenoid valve (250) Circuit be connected;First filter chamber (210) and the second filter chamber (230) bottom dead center position are respectively equipped with the first discharge outlet (210b) and the second discharge outlet (230b) is equipped with filter chamber and drains between the first discharge outlet (210b) and the second discharge outlet (230b) It manages (240), the first discharge outlet (210b) is connected with the second discharge outlet (230b) by filter chamber drainpipe (240);Filter plant The side opposite with side where the first discharge outlet (210b) and the second discharge outlet (230b) is equipped with the on main body (200) outer wall One sewage draining exit (210c) and the second sewage draining exit (230c), were equipped between the first sewage draining exit (210c) and the second sewage draining exit (230c) Filter chamber sewage pipe (260), the first sewage draining exit (210c) and the second sewage draining exit (230c) are connected by filter chamber sewage pipe;First row First is respectively equipped on the mouth of a river (210b), the second discharge outlet (230b), the first sewage draining exit (210c) and the second sewage draining exit (230c) Solenoid valve (210b1), second solenoid valve (230b1), third solenoid valve (210c1), the 4th solenoid valve (230c1);First electromagnetism Valve (210b1), second solenoid valve (230b1), third solenoid valve (210b1) and the 4th solenoid valve (230b1) can be by circuit controls The folding of each solenoid valve.
2. a kind of automated sewage processing unit for sewage treatment according to claim 1, it is characterised in that: slagging-off The bottom end of baffle (170) is recessed inwardly to form the first idler wheel installation cavity (170d) of semi-cylindrical, the first idler wheel installation cavity It is equipped with the first idler wheel (170d1) in (170d), except the bottom end of slag plate placed cavity (150) is recessed inwardly to form the first rolling wheel guide rails (150c), the first idler wheel (170d1) can the slidings in the first rolling wheel guide rails (150c);Slagging-off side the first cavity of baffle (170a) Bottom end be recessed inwardly to form the first hairbrush installation cavity (170a1), the side low side of slagging-off the second cavity of baffle is recessed inwardly shape At the second hairbrush installation cavity (170b1), removes the gred the first cavity of baffle (170a) and slagging-off the second cavity of baffle (170b) is common The inside concavity in the bottom end of side wall forms soft board installation cavity (170c1).
3. a kind of sewage disposal device with self-skimming function according to claim 2, it is characterised in that: the first filter Slag placement plate (120a) and the second filter residue placement plate (140a) are respectively equipped with the first hose (120d) and the second hose (140d), the One hose (120d) and the second hose (140d) are connected with slagging-off sewage collecting chamber (130), are equipped with around submersible sewage pump (130c) latent Dirt pump catch net (130c1).
4. a kind of automated sewage processing unit for sewage treatment according to claim 3, it is characterised in that: first The first side door (120c) and the second side door are respectively equipped on residue collection chamber (120) and second residue collection chamber (140) side wall (140c)。
5. a kind of automated sewage processing unit for sewage treatment according to claim 4, it is characterised in that: first Bearing is equipped in through-hole (160a1) and the second through-hole (160a2), the top and bottom of shaft (180) are each passed through the interior of bearing Circle.
6. a kind of automated sewage processing unit for sewage treatment according to claim 5, it is characterised in that: filtering Equipment body (200) intermediate inner wall is recessed inwardly to be formed filter screen notch (270), and filter screen (220) is placed on filter screen notch (270) it in, is set at upper four edge angles of filter screen (220) there are four semicircular second idler wheel installation cavity (220d), the second rolling It takes turns in installation cavity (220d) and is equipped with short axle (220c), the peripheral surface of short axle (220c) is equipped with the second idler wheel (220b), short axle (220c) passes through the second idler wheel (220b) and the second idler wheel (220b) can circumferentially rotating along short axle (220c);Filter screen notch (270) intermediate site portion is recessed inwardly to be formed the second rolling wheel guide rails (270a), and the top of filter screen (220) is equipped with a handle (220a)。
7. a kind of automated sewage processing unit for sewage treatment according to claim 6, it is characterised in that: first Filter chamber (210) and the second filter chamber (230) are equipped with cover board (280a), and cover board is equipped with a cover plate through hole (280a1), cover board The cogged shaft of removing contamination (200a) of a bottom end band is equipped in through-hole (280a1), the upper end of shaft of removing contamination (200a), which is equipped with, removes contamination Shaft notch (200a1), shaft of removing contamination notch (200a1), which passes through cover plate through hole riveting, shaft gear (200a2), shaft gear (200a2) is connected with the second motor (200a3) of placement on the cover board;The bottom end side shaft of removing contamination (200a) is equipped with cleaning device The bottom end gear of fixed frame (200b), shaft of removing contamination is connected with the gear on cleaning device fixed frame;First filter chamber (210) and The side wall of second filter chamber (230) is equipped with filtering and is equipped with the first water inlet of cleaning device (200c), cleaning device fixed frame (200b) be equipped with the second water inlet of cleaning device (200d), the first water inlet of cleaning device (200c) and cleaning device second into It is connected between the mouth of a river (200d) by water pipe, one end of water pipe passes through the first water inlet of cleaning device (200c) and external water source phase Even;It is additionally provided with fixed link (200e) in first filter chamber (210) and the second filter chamber (230), cleaning device fixed frame (200b) It is equipped with the circular hole guide rail (200b1) cooperated with fixed link;Cleaning device fixed frame (200b) is equipped with cleaning hole (200f).
8. a kind of automated sewage processing unit for sewage treatment according to claim 7, it is characterised in that: first Discharge outlet (210b) and the upper end the second discharge outlet (230b) are respectively equipped with the first outlet filter screen (210b2) and the filter of the second discharge outlet Net (230b2).
9. a kind of automated sewage processing unit for sewage treatment according to claim 8, it is characterised in that: filtering Apparatus main body (200) top inner wall is equipped with cover board installation step (280).
10. a kind of automated sewage processing unit for sewage treatment according to claim 9, it is characterised in that: the One sewage draining exit (210c), the second sewage draining exit (230c) are respectively provided at the first filter chamber (210) and the second filter chamber (230) side Bottom end.
CN201811352633.3A 2018-11-14 2018-11-14 Automatic sewage treatment device for sewage treatment Active CN109464843B (en)

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CN114797205A (en) * 2022-04-20 2022-07-29 烟台东洁环保机械工程有限公司 Sewage treatment equipment capable of pre-deslagging and use method

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CN107540150A (en) * 2016-06-29 2018-01-05 重庆市荣昌县成和纸品有限公司 A kind of industrial automation sewage-treatment plant
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