CN108821479A - A kind of energy saving and environment friendly sewage treatment structure and its processing method - Google Patents
A kind of energy saving and environment friendly sewage treatment structure and its processing method Download PDFInfo
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- CN108821479A CN108821479A CN201810866147.7A CN201810866147A CN108821479A CN 108821479 A CN108821479 A CN 108821479A CN 201810866147 A CN201810866147 A CN 201810866147A CN 108821479 A CN108821479 A CN 108821479A
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- fixedly connected
- impurity
- sewage
- discharging device
- impurity discharging
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/001—Processes for the treatment of water whereby the filtration technique is of importance
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
- C02F1/52—Treatment of water, waste water, or sewage by flocculation or precipitation of suspended impurities
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F2201/00—Apparatus for treatment of water, waste water or sewage
- C02F2201/002—Construction details of the apparatus
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- Hydrology & Water Resources (AREA)
- Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Water Supply & Treatment (AREA)
- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
- Filtration Of Liquid (AREA)
Abstract
The present invention relates to sewage treatment fields, more particularly to a kind of energy saving and environment friendly sewage treatment structure and its processing method.A kind of energy saving and environment friendly sewage treatment structure, including sewage treatment cylinder, filter disc, the buffer board that blocks water, transmission mechanism, upper impurity discharging device and lower impurity discharging device are rotated through, the sewage treatment cylinder includes the cylinder, carrier frame plate and support base that top and bottom are all engraved structure；The lower end of the cylinder is fixedly connected with carrier frame plate, and carrier frame plate is fixedly connected on support base；The upper end of the cylinder right side is equipped with rectangle impurity discharging port, and the lower end of cylinder right side is equipped with round impurity discharging port；A kind of energy saving and environment friendly sewage treatment structure of the invention and its processing method, energy saving and environment friendly sewage treatment structure of the invention may be implemented to realize the separation to solid waste impurity and aqueous in the filtering of sewage and sewage not against electric energy or other mechanical energy；Processing method of the invention has energy conservation and environmental protection, a variety of advantages such as treatment effect is preferable, and treatment effeciency is higher.
Description
Technical field
The present invention relates to sewage treatment fields, more particularly to a kind of energy saving and environment friendly sewage treatment structure and its processing side
Method.
Background technique
Water is the indispensable natural resources of human survival and development, is the cradle of origin of life, is any other substance
Irreplaceable material base.China is arid, the serious country of water shortage more than one, recently as industrial hair
The fact that exhibition, continues to increase the demand of water resource, and extensive economy development model ignores fresh water resources shortage in China again,
In addition environmental pollution states are not administered not only at all, have the tendency that gradually aggravating instead.Therefore water scarcity contradiction
It will more be highlighted within following one period with pollution pressure.
Summary of the invention
The object of the present invention is to provide a kind of energy saving and environment friendly sewage treatment structure and its processing method, energy conservations of the invention
Environment-friendly sewage processing structure may be implemented to realize not against electric energy or other mechanical energy to the filtering of sewage with
And in sewage solid waste impurity and aqueous separation, energy conservation and environmental protection, treatment effect is preferable, and treatment effeciency is higher.
The purpose of the present invention is achieved through the following technical solutions：
A kind of energy saving and environment friendly sewage treatment structure, including sewage treatment cylinder, rotate through filter disc, the buffer board that blocks water, transmission
Mechanism, upper impurity discharging device and lower impurity discharging device, the sewage treatment cylinder include that top and bottom are all the cylinder of engraved structure, carrier frame plate
And support base；The lower end of the cylinder is fixedly connected with carrier frame plate, and carrier frame plate is fixedly connected on support base；The cylinder right side
Upper end be equipped with rectangle impurity discharging port, the lower end of cylinder right side is equipped with round impurity discharging port；
The filter disc that rotates through is rotatably assorted the upper end being connected on the inside of cylinder, and the lower end for rotating through filter disc passes through axis of usheing to seat
It holds and is rotatably connected on carrier frame plate；
One end clearance fit of the buffer board that blocks water is slidably connected at the inside of cylinder, and the other end for the buffer board that blocks water passes
Dynamic connection transmission mechanism, the buffer board that blocks water are fixedly connected with carrier frame plate；The lower end sliding connection for rotating through filter disc is hindering
On water buffer board；
The transmission mechanism is fixedly connected on the lateral surface of cylinder；The transmission mechanism is sequentially connected by belt to be rotated
Filtering table；
The middle-end of the upper impurity discharging device is fixedly connected on the inside of rectangle impurity discharging port；The inside of upper impurity discharging device is arranged in cylinder
Inside, the upper end for rotating through filter disc is set on the inside of upper impurity discharging device；It rotates through filter disc and passes through the upper impurities removal of belt transmission connection
Device；
Impurity discharging device under the upper impurity discharging device is sequentially connected；One end of the lower impurity discharging device is fixedly connected on round impurity discharging port
Inside；The lower end for rotating through filter disc is arranged in the circle impurity discharging port.
The filter disc that rotates through includes filtering table ontology, rotary shaft, the passive belt wheel, linkage that top surface is equipped with lautertuns
Wheel, fixed ring and stirring rod；The linkage belt wheel, passive belt wheel, filtering table ontology and fixed ring are successively fixed from top to bottom to be connected
It connects on the rotary shaft；The passive belt wheel connects transmission mechanism by belt；The linkage belt wheel connects upper impurities removal by belt
Device；The filtering table ontology is rotatably assorted the upper end being connected on the inside of cylinder；It is uniformly fixed on the lateral surface of the fixed ring to connect
Connect more stirring rods；The rotary shaft sliding connection is blocking water on buffer board, and the lower end of rotary shaft is turned by rolling bearing units
It is dynamic to be connected on carrier frame plate；The fixed ring and stirring rod are arranged between filtering table ontology and the buffer board that blocks water.
The buffer board that blocks water includes lifting eliminator plate, L shape lifting linking member, driving rack and compressed spring；The lifting
Eliminator plate clearance fit is connected on the medial surface of cylinder；Centre bit of the rotary shaft sliding connection in lifting eliminator plate
It sets；The bottom end of the lifting eliminator plate is fixedly connected with compressed spring, and compressed spring covers on the rotary shaft, and the lower end of compressed spring is solid
Surely it is connected on carrier frame plate；The bottom end of the lifting eliminator plate is fixedly connected with one end of L shape lifting linking member, L shape lifting linking member
The other end is fixedly connected with driving rack；Driving rack transmission connection transmission mechanism；Driving rack is located at the outside of cylinder.
The transmission mechanism includes rotation gear, short axle, door shape pedestal, L shape pedestal, worm screw, worm gear, transmission shaft and active
Belt wheel；The rotation gear is fixedly connected in short axle, and short axle is connected on a shape pedestal by rolling bearing units, door shape pedestal
One end is fixedly connected on the lateral surface of cylinder, and the other end of door shape pedestal is fixedly connected with L shape pedestal；The worm screw is fixedly connected short
Axis, worm screw engagement connection worm gear；Worm gear is fixedly connected on the lower end of transmission shaft, and transmission shaft is rotatably connected on L by rolling bearing units
On shape pedestal, the upper end of transmission shaft is fixedly connected with driving pulley, and driving pulley connects passive belt wheel by belt.
The upper impurity discharging device include curved baffle, rectangle into miscellaneous box, fall miscellaneous box, into miscellaneous inclined plate, rotation belt wheel, pulley shaft,
Drive bevel gear, conveyor screw body, rotation axis, dynamic bevel gear, rotating arm and push-and-pull connecting rod；The rectangle is into the inner end of miscellaneous box
It is fixedly connected with curved baffle, the bottom surface of curved baffle and rectangle are all slidably connected into the bottom surface of miscellaneous box in filtering table ontology
On top surface；The rectangle is into being respectively provided with one into miscellaneous slot, each fixation in two insides into miscellaneous slot on the front and rear sides side of miscellaneous box
Into miscellaneous inclined plate, two bottom surfaces into miscellaneous inclined plate are all slidably connected on the top surface of filtering table ontology for one piece of connection；The rotation
Turn belt wheel and drive bevel gear is from top to bottom fixedly connected on pulley shaft, pulley shaft is rotatably connected on rectangle by rolling bearing units
Into on the top surface of miscellaneous box；The rotation belt wheel connects linkage belt wheel by belt；The drive bevel gear engagement connection is by mantle
Gear；Dynamic bevel gear is fixedly connected on the middle-end of rotation axis, and rotation axis is rotatably connected on rectangle into miscellaneous box by rolling bearing units
On, one end of rotation axis is fixedly connected with conveyor screw body, and conveyor screw body, which is rotatably assorted, is connected to rectangle into the inside of miscellaneous box；Turn
The other end of moving axis is fixedly connected with one end of rotating arm, and the other end of rotating arm is rotatablely connected the one of push-and-pull connecting rod by articulated shaft
End, the other end for pushing and pulling connecting rod, which is rotatably assorted, to be connected on lower impurity discharging device；The rectangle is fixedly connected on rectangle impurities removal into miscellaneous box
The inside of mouth；The outer end in the rectangle into miscellaneous cassette bottom face, which is fixedly connected and is connected to, falls miscellaneous box；It is described to fall miscellaneous box cylinder is set
Outer end.
The lower impurity discharging device includes impurity-discharging pipe, crosses screen box, door shape sieve plate, lifting linking member, lifting shaft, drainpipe, arc-like rows
Miscellaneous pipe, waste-collecting box and vertical frame；One end of the impurity-discharging pipe is fixedly connected on the inside of round impurity discharging port, and the other end of impurity-discharging pipe is solid
Surely it is connected to and in communication in the upper end for the lateral surface for crossing screen box；The door shape sieve plate clearance fit was connected to the inside of screen box；Institute
It states a upper end for shape sieve plate and is fixedly connected with lifting linking member, the upper end of lifting linking member is fixedly connected with lifting shaft, and lifting shaft is rotatably assorted
It is connected on push-and-pull connecting rod；The top for crossing screen box is fixedly connected with and is connected to arc impurity-discharging pipe, and the bottom end for crossing screen box is fixedly connected simultaneously
Communicated drainage pipe；The waste-collecting box was fixedly connected on screen box by vertical frame；It is described to cross screen box setting in impurity-discharging pipe and fall miscellaneous
The positive lower end of box.
The riser of the door shape sieve plate is closed with the case face paste that screen box and impurity-discharging pipe contact is crossed.
The method that a kind of energy saving and environment friendly sewage treatment structure carries out sewage treatment, the sewage water treatment method include
Following steps：
Step 1：Sewage is put into the inside of sewage treatment cylinder, sewage is through rotating through filter disc on the inside of sewage treatment cylinder
It is filtered processing, first filters out the solid impurity in sewage；
Step 2：Sewage is rotated through after filter disc primary filtration falls into the buffer board that blocks water, and 0.1% is put into sewage
The flocculant of sewage volume；Sewage, which is fallen to, to block water on buffer board, will drive the buffer board decline that blocks water, when the buffer board that blocks water declines
It will drive transmission mechanism to work, transmission mechanism drive rotates through filter disc and is rotated, so that rotating through filter disc can be with
It synchronizes and rotating filter processing is carried out to the sewage put into；
Step 3：When rotating through filter disc to the sewage progress rotating filter processing put into, impurity discharging device can be driven
It works, is discharged by upper impurity discharging device by the impurity that filter disc filters out is rotated through, is convenient for Collection utilization；
Step 4：After sewage is fallen into the buffer board that blocks water, after the solid impurity in sewage is reacted with flocculant, generate miscellaneous
Matter；When the buffer board that blocks water drops to bottom, sewage enters to the inside of lower impurity discharging device with impurity by round impurity discharging port；
Step 5：Lower impurity discharging device works under the drive of upper impurity discharging device, and sewage and impurity enter to lower impurity discharging device
Behind inside, lower impurity discharging device can carry out solid-liquid separation treatment to sewage and impurity, after separation, difference Collection utilization.
Beneficial effects of the present invention：A kind of energy saving and environment friendly sewage treatment structure of the invention and its processing method, this hair
Bright energy saving and environment friendly sewage treatment structure may be implemented to realize not against electric energy or other mechanical energy to sewage
Filtering and sewage in solid waste impurity and aqueous separation；Processing method of the invention have energy conservation and environmental protection, treatment effect compared with
It is good, a variety of advantages such as treatment effeciency is higher；
Detailed description of the invention
Fig. 1 is overall structure diagram one of the invention；
Fig. 2 is overall structure diagram two of the invention；
Fig. 3 is overall structure diagram three of the invention；
Fig. 4 is the structural schematic diagram of sewage treatment cylinder inside the present invention；
Fig. 5 is the structural schematic diagram one of internal rotating filtering table of the present invention；
Fig. 6 is the structural schematic diagram two of internal rotating filtering table of the present invention；
Fig. 7 is the structural schematic diagram of buffer board of blocking water inside the present invention；
Fig. 8 is the structural schematic diagram of internal drive mechanism of the present invention；
Fig. 9 is the structural schematic diagram one of impurity discharging device on present invention inside；
Figure 10 is the structural schematic diagram two of impurity discharging device on present invention inside；
Figure 11 is the structural schematic diagram one of subordinate's impurity discharging device in the present invention；
Figure 12 is the schematic cross-sectional view of subordinate's impurity discharging device in the present invention；
Figure 13 is the structural schematic diagram of interior door shape sieve plate of the present invention.
In figure：Sewage treatment cylinder 1；Cylinder 1-1；Carrier frame plate 1-2；Support base 1-3；Rotate through filter disc 2；Filtering table ontology 2-
1；Rotary shaft 2-2；Passive belt wheel 2-3；Link belt wheel 2-4；Fixed ring 2-5；Stirring rod 2-6；Block water buffer board 3；Lifting blocks water
Plate 3-1；L shape lifting linking member 3-2；Driving rack 3-3；Compressed spring 3-4；Transmission mechanism 4；Rotate gear 4-1；Short axle 4-2；Door
Shape pedestal 4-3；L shape pedestal 4-4；Worm screw 4-5；Worm gear 4-6；Transmission shaft 4-7；Driving pulley 4-8；Upper impurity discharging device 5；Curved baffle
5-1；Rectangle is into miscellaneous box 5-2；Fall miscellaneous box 5-3；Into miscellaneous inclined plate 5-4；Rotate belt wheel 5-5；Pulley shaft 5-6；Drive bevel gear 5-7；
Conveyor screw body 5-8；Rotation axis 5-9；Dynamic bevel gear 5-10；Rotating arm 5-11；Push and pull connecting rod 5-12；Lower impurity discharging device 6；Impurities removal
Pipe 6-1；Cross screen box 6-2；Door shape sieve plate 6-3；Lifting linking member 6-4；Lifting shaft 6-5；Drainpipe 6-6；Arc impurity-discharging pipe 6-7；Collection
Miscellaneous case 6-8；Vertical frame 6-9.
Specific embodiment
Invention is further described in detail by 1-13 with reference to the accompanying drawing.
Specific embodiment one：
As shown in figures 1-13, a kind of energy saving and environment friendly sewage treatment structure, including sewage treatment cylinder 1, rotate through filter disc 2,
Block water buffer board 3, transmission mechanism 4, upper impurity discharging device 5 and lower impurity discharging device 6, and the sewage treatment cylinder 1 is all including top and bottom
Cylinder 1-1, carrier frame plate 1-2 and the support base 1-3 of engraved structure；The lower end of the cylinder 1-1 is fixedly connected with carrier frame plate 1-2, support
Frame plate 1-2 is fixedly connected on support base 1-3；The upper end of the right side the cylinder 1-1 is equipped with rectangle impurity discharging port, and cylinder 1-1 is right
The lower end of side is equipped with round impurity discharging port；
The filter disc 2 that rotates through is rotatably assorted the upper end being connected on the inside of cylinder 1-1, and the lower end for rotating through filter disc 2 passes through
Rolling bearing units are rotatably connected on carrier frame plate 1-2；
One end clearance fit of the buffer board 3 that blocks water is slidably connected at the inside of cylinder 1-1, and block water the another of buffer board 3
One end transmission connection transmission mechanism 4, the buffer board 3 that blocks water are fixedly connected with carrier frame plate 1-2；The lower end sliding for rotating through filter disc 2
Mating connection is blocking water on buffer board 3；
The transmission mechanism 4 is fixedly connected on the lateral surface of cylinder 1-1；The transmission mechanism 4 is driven by belt to be connected
It connects and rotates through filter disc 2；
The middle-end of the upper impurity discharging device 5 is fixedly connected on the inside of rectangle impurity discharging port；The inside of upper impurity discharging device 5 is arranged in cylinder
The upper end for rotating through filter disc 2 is arranged in the inside of the inside of body 1-1, upper impurity discharging device 5；It rotates through filter disc 2 and is driven by belt and connected
Connect impurity discharging device 5；
Impurity discharging device 6 under the upper impurity discharging device 5 is sequentially connected；One end of the lower impurity discharging device 6 is fixedly connected on round impurities removal
The inside of mouth；The lower end for rotating through filter disc 2 is arranged in the circle impurity discharging port.
A kind of energy saving and environment friendly sewage treatment structure of the invention when in use puts into sewage to sewage treatment cylinder 1
Inside, sewage is filtered processing through the filter disc 2 that rotates through of 1 inside of sewage treatment cylinder, first by the large granular impurity in sewage
It filters out；Sewage is rotated through after 2 primary filtration of filter disc falls into the buffer board 3 that blocks water, the appropriate wadding of investment into sewage investment
Solidifying agent or other water treatment agents are convenient for carrying out the impurity in sewage flocculation treatment, and can be eliminated in sewage by water treatment agent
Harmful substance；Sewage, which is fallen to, to block water on buffer board 3, will drive the decline of buffer board 3 that blocks water, the meeting when buffer board 3 that blocks water declines
Transmission mechanism 4 is driven to work, the drive of transmission mechanism 4 rotates through filter disc 2 and is rotated, so that rotating through filter disc 2 can
Rotating filter processing is carried out to the sewage put into to synchronize；Filter disc 2 is rotated through to rotate through the sewage put into
When filter processing, impurity discharging device 5 can be driven to work, be arranged by upper impurity discharging device 5 by the impurity that filter disc 2 filters out is rotated through
Out, it is convenient for Collection utilization；After sewage is fallen into the buffer board 3 that blocks water, at the solid impurity and flocculant or other water in sewage
After managing agent reaction, impurity is generated；When the buffer board 3 that blocks water drops to bottom, sewage is entered to impurity by round impurity discharging port
The inside of lower impurity discharging device 6；Lower impurity discharging device 6 works under the drive of upper impurity discharging device 5, and sewage and impurity enter to lower impurity discharging device
Behind 6 inside, lower impurity discharging device 6 can carry out solid-liquid separation treatment to sewage and impurity, after separation, difference Collection utilization；This hair
Bright energy saving and environment friendly sewage treatment structure may be implemented to realize not against electric energy or other mechanical energy to sewage
Filtering and sewage in solid waste impurity and aqueous separation, there is energy conservation and environmental protection, treatment effect is preferable, and treatment effeciency is higher etc.
A variety of advantages.
Specific embodiment two：
As shown in figures 1-13, the filter disc 2 that rotates through includes that top surface is equipped with the filtering table ontology 2-1 of lautertuns, rotary shaft
2-2, passive belt wheel 2-3, linkage belt wheel 2-4, fixed ring 2-5 and stirring rod 2-6；The linkage belt wheel 2-4, passive belt wheel 2-3,
Filtering table ontology 2-1 and fixed ring 2-5 are from top to bottom fixedly connected sequentially on rotary shaft 2-2；The passive belt wheel 2-3 passes through
Belt connects transmission mechanism 4；The linkage belt wheel 2-4 connects upper impurity discharging device 5 by belt；The filtering table ontology 2-1 rotation
The upper end being cooperatively connected on the inside of cylinder 1-1；More stirring rod 2-6 are uniformly fixedly connected on the lateral surface of the fixed ring 2-5；
The rotary shaft 2-2 sliding connection is blocking water on buffer board 3, and the lower end of rotary shaft 2-2 is rotatablely connected by rolling bearing units
On carrier frame plate 1-2；The fixed ring 2-5 and stirring rod 2-6 is arranged between filtering table ontology 2-1 and the buffer board 3 that blocks water.
Described to rotate through filter disc 2 when in use, transmission mechanism 4 drives passive belt wheel 2-3 to be rotated by belt, passively
Belt wheel 2-3 rotate when rotary shaft 2-2 can be driven to be rotated, rotary shaft 2-2 rotate when can drive filtering table ontology 2-1,
Linkage belt wheel 2-4, fixed ring 2-5 and stirring rod 2-6 are rotated, and when filtering table ontology 2-1 rotary motion can make
The inside that supreme impurity discharging device 5 is facilitated access for by the filtering table ontology 2-1 impurity filtered out is convenient for impurities removal processing, and mistake
Filter disc ontology 2-1, which carries out rotating filter, can be effectively prevented filtering table ontology 2-1 blocking；The linkage belt wheel 2-4 is in rotation
Upper impurity discharging device 5 can be driven to work by belt, thus filtered out by filtering table ontology 2-1 by 5 Duis of upper impurity discharging device
Impurity carries out impurities removal processing；The fixed ring 2-5 and stirring rod 2-6 can carry out sewage by stirring rod 2-6 in rotation
Eddy flow processing is stirred, sewage is preferably reacted with flocculant or other water treatment agents, convenient for preferably to dirt
Water is handled.
Specific embodiment three：
As shown in figures 1-13, the buffer board 3 that blocks water includes lifting eliminator plate 3-1, L shape lifting linking member 3-2, driving rack
3-3 and compressed spring 3-4；The lifting eliminator plate 3-1 clearance fit is connected on the medial surface of cylinder 1-1；The rotary shaft
2-2 sliding connection is in the center of lifting eliminator plate 3-1；The bottom end of the lifting eliminator plate 3-1 is fixedly connected with compression
Spring 3-4, compressed spring 3-4 cover on rotary shaft 2-2, and the lower end of compressed spring 3-4 is fixedly connected on carrier frame plate 1-2；Institute
The bottom end for stating lifting eliminator plate 3-1 is fixedly connected with one end of L shape lifting linking member 3-2, and the other end of L shape lifting linking member 3-2 is fixed
Connect driving rack 3-3；Driving rack 3-3 transmission connection transmission mechanism 4；Driving rack 3-3 is located at the outside of cylinder 1-1.
It is described to block water buffer board 3 when in use, it goes up and down between eliminator plate 3-1 and the inner wall of cylinder 1-1 using sealing sliding
Connection, the buffer board 3 that blocks water can will stay in the upper end for the buffer board 3 that blocks water through the filtered sewage of filtering table ontology 2-1, meanwhile,
The gravity of sewage itself drives the buffer board 3 that blocks water to move downward, and carries out when the buffer board 3 that blocks water moves downward to compressed spring 3-4
Compression, while when buffer board 3 that blocks water moves downward can drive L shape lifting linking member 3-2 to move downward, L shape lifting linking member 3-2 to
Driving rack 3-3 can be driven to move downward when lower movement, transmission can be all driven when driving rack 3-3 is moved downward or upward
Mechanism 4 works；At this point, compressed spring 3-4 is compressed, and when the buffer board 3 that blocks water drops to certain position, preliminary treatment
Water source afterwards can enter to the inside of lower impurity discharging device 6 by round impurity discharging port；At this point, the buffer board 3 that blocks water is in compressed spring 3-4
Elastic force effect under move upwards, and be re-poured into water source to handling again sewage.
Specific embodiment four：
As shown in figures 1-13, the transmission mechanism 4 includes rotation gear 4-1, short axle 4-2, door shape pedestal 4-3, L shape pedestal
4-4, worm screw 4-5, worm gear 4-6, transmission shaft 4-7 and driving pulley 4-8；The rotation gear 4-1 is fixedly connected on short axle 4-2
On, short axle 4-2 is connected on a shape pedestal 4-3 by rolling bearing units, and one end of door shape pedestal 4-3 is fixedly connected with cylinder 1-1's
On lateral surface, the other end of door shape pedestal 4-3 is fixedly connected with L shape pedestal 4-4；The worm screw 4-5 is fixedly connected with short axle 4-2, snail
Bar 4-5 engagement connection worm gear 4-6；Worm gear 4-6 is fixedly connected on the lower end of transmission shaft 4-7, and transmission shaft 4-7 is turned by rolling bearing units
Dynamic to be connected on L shape pedestal 4-4, the upper end of transmission shaft 4-7 is fixedly connected with driving pulley 4-8, and driving pulley 4-8 is connected by belt
Meet passive belt wheel 2-3.
The transmission mechanism 4 can all drive rotation gear 4- when in use, when driving rack 3-3 is moved downward or upward
1 is rotated, and rotation gear 4-1 can drive short axle 4-2 to be rotated when rotating, and short axle 4-2 can drive worm screw when rotating
4-5 is rotated, and drives worm gear 4-6 to be rotated when worm screw 4-5 is rotated, and transmission shaft 4-7 and active are driven when worm gear 4-6 is rotated
Belt wheel 4-8 is rotated, and driving pulley 4-8 can drive passive belt wheel 2-3 to be rotated when rotating by belt.
Specific embodiment five：
As shown in figures 1-13, the upper impurity discharging device 5 include curved baffle 5-1, rectangle into miscellaneous box 5-2, fall miscellaneous box 5-3, into
Miscellaneous inclined plate 5-4, rotation belt wheel 5-5, pulley shaft 5-6, drive bevel gear 5-7, conveyor screw body 5-8, rotation axis 5-9, by mantle
Gear 5-10, rotating arm 5-11 and push-and-pull connecting rod 5-12；The inner end of the rectangle into miscellaneous box 5-2 are fixedly connected with curved baffle 5-1,
The bottom surface of curved baffle 5-1 and rectangle are all slidably connected on the top surface of filtering table ontology 2-1 into the bottom surface of miscellaneous box 5-2；
Into being respectively provided with one into miscellaneous slot on the front and rear sides side of miscellaneous box 5-2, two insides into miscellaneous slot are respectively fixedly connected the rectangle
One piece is all slidably connected on the top surface of filtering table ontology 2-1 into miscellaneous inclined plate 5-4, two bottom surfaces into miscellaneous inclined plate 5-4；Institute
It states rotation belt wheel 5-5 and drive bevel gear 5-7 to be from top to bottom fixedly connected on pulley shaft 5-6, pulley shaft 5-6 passes through axis of usheing to seat
It holds and is rotatably connected on rectangle on the top surface of miscellaneous box 5-2；The rotation belt wheel 5-5 connects linkage belt wheel 2-4 by belt；It is described
Drive bevel gear 5-7 engagement connection dynamic bevel gear 5-10；Dynamic bevel gear 5-10 is fixedly connected on the middle-end of rotation axis 5-9,
Rotation axis 5-9 is rotatably connected on rectangle on miscellaneous box 5-2 by rolling bearing units, and one end of rotation axis 5-9 is fixedly connected with conveying spiral shell
Body 5-8 is revolved, conveyor screw body 5-8, which is rotatably assorted, is connected to rectangle into the inside of miscellaneous box 5-2；The other end of rotation axis 5-9 is fixed
One end of rotating arm 5-11 is connected, the other end of rotating arm 5-11 is rotatablely connected one end of push-and-pull connecting rod 5-12 by articulated shaft,
The other end of push-and-pull connecting rod 5-12, which is rotatably assorted, to be connected on lower impurity discharging device 6；The rectangle is fixedly connected on rectangle into miscellaneous box 5-2
The inside of impurity discharging port；The outer end of the rectangle into the bottom surface miscellaneous box 5-2, which is fixedly connected and is connected to, falls miscellaneous box 5-3；It is described to fall miscellaneous box 5-3
The outer end of cylinder 1-1 is set.
When in use, when filtering table ontology 2-1 is rotated, the impurity on filtering table ontology 2-1 can lead to the upper impurity discharging device 5
It crosses into miscellaneous inclined plate 5-4 and enters to inside into miscellaneous slot, and by entering to rectangle into the inside of miscellaneous box 5-2 into miscellaneous slot；The rotation
Turn belt wheel 5-5 to be rotated under the drive of linkage belt wheel 2-4, rotation belt wheel 5-5 can drive pulley shaft 5-6 to carry out when rotating
Rotation, pulley shaft 5-6 can drive drive bevel gear 5-7 to be rotated when rotating, and drive bevel gear 5-7 can drive when rotating
Dynamic bevel gear 5-10 is rotated, and drives rotation axis 5-9 to be rotated when dynamic bevel gear 5-10 is rotated, and rotation axis 5-9 turns
Conveyor screw body 5-8 and rotating arm 5-11 can be driven to carry out surround movement when dynamic, conveyor screw body 5-8 can be to square when moving
Shape is conveyed into the impurity on the inside of miscellaneous box 5-2, so that impurity enters to the inside for falling miscellaneous box 5-3, and is fallen by falling miscellaneous box 5-3
Enter to the waste-collecting box 6-8 of lower impurity discharging device 6, the rotating arm 5-11 can drive push-and-pull connecting rod 5-12 to carry out when being rotated
Lower movement drives lower impurity discharging device 6 to work by push-and-pull connecting rod 5-12.
Specific embodiment six：
As shown in figures 1-13, the lower impurity discharging device 6 includes impurity-discharging pipe 6-1, crosses screen box 6-2, door shape sieve plate 6-3, lifting company
Bar 6-4, lifting shaft 6-5, drainpipe 6-6, arc impurity-discharging pipe 6-7, waste-collecting box 6-8 and vertical frame 6-9；The one of the impurity-discharging pipe 6-1
End is fixedly connected on the inside of round impurity discharging port, and the other end of impurity-discharging pipe 6-1 is fixedly connected and is connected in the outside for crossing screen box 6-2
The upper end in face；The door shape sieve plate 6-3 clearance fit was connected to the inside of screen box 6-2；The upper end of the door shape sieve plate 6-3 is solid
Surely lifting linking member 6-4 is connected, the upper end of lifting linking member 6-4 is fixedly connected with lifting shaft 6-5, and lifting shaft 6-5, which is rotatably assorted, to be connected to
It pushes and pulls on connecting rod 5-12；The top for crossing screen box 6-2 is fixedly connected with and is connected to arc impurity-discharging pipe 6-7, and the bottom end for crossing screen box 6-2 is fixed
It is connected to and in communication with drainpipe 6-6；The waste-collecting box 6-8 was fixedly connected on screen box 6-2 by vertical frame 6-9；It is described to cross screen box
6-2 is arranged in impurity-discharging pipe 6-1 and falls the positive lower end of miscellaneous box 5-3；Lifting linking member 6-4 sliding connection is on the top for crossing screen box 6-2
On face.
The riser of the door shape sieve plate 6-3 is closed with the case face paste that screen box 6-2 and impurity-discharging pipe 6-1 is contacted is crossed.
When in use, push-and-pull connecting rod 5-12 drives lifting shaft 6-5 and lifting linking member 6-4 to carry out up and down to the lower impurity discharging device 6
Movement, when lifting linking member 6-4 drives door shape sieve plate 6-3 to be moved up and down, when door shape sieve plate 6-3 moved downwardly to screen box 6-
When lower end inside 2, sewage and impurity entered to the upper end inside screen box 6-2 by impurity-discharging pipe 6-1, and sewage is sieved by door shape
Drainpipe 6-6 is entered to after plate 6-3 filtering and is collected by drainpipe 6-6 discharge；And the impurity in sewage is in door shape sieve plate 6-3
It is extruded into the inside of arc impurity-discharging pipe 6-7 when moving upwards, and is discharged by arc impurity-discharging pipe 6-7, impurity falls into miscellaneous to collection
The inside of case 6-8 is collected；It can effectively realize the separation to sewage and solid impurity.
The method that a kind of energy saving and environment friendly sewage treatment structure carries out sewage treatment, the sewage water treatment method include
Following steps：
Step 1：Sewage is put into the inside of sewage treatment cylinder 1, rotating filter of the sewage through 1 inside of sewage treatment cylinder
Disk 2 is filtered processing, first filters out the solid impurity in sewage；
Step 2：Sewage is rotated through after 2 primary filtration of filter disc falls into the buffer board 3 that blocks water, and is put into sewage
The mass ratio of the flocculant of 0.1% sewage volume, flocculant and sewage is 1:1000；Sewage, which is fallen to, to block water on buffer board 3, meeting
Drive blocks water the decline of buffer board 3, and the buffer board 3 that blocks water will drive transmission mechanism 4 and work when declining, and transmission mechanism 4 drives rotation
It turns over filter disc 2 to be rotated, to rotate through filter disc 2 and synchronize the sewage that puts into is carried out at rotating filter
Reason；
Step 3：When rotating through filter disc 2 to the sewage progress rotating filter processing put into, impurity discharging device can be driven
5 work, and are discharged by upper impurity discharging device 5 by the impurity that filter disc 2 filters out is rotated through, are convenient for Collection utilization；
Step 4：After sewage is fallen into the buffer board 3 that blocks water, after the solid impurity in sewage is reacted with flocculant, generate
Impurity；When the buffer board 3 that blocks water drops to bottom, sewage enters to the inside of lower impurity discharging device 6 with impurity by round impurity discharging port；
Step 5：Lower impurity discharging device 6 works under the drive of upper impurity discharging device 5, and sewage and impurity enter to lower impurity discharging device 6
Inside after, lower impurity discharging device 6 can carry out solid-liquid separation treatment to sewage and impurity, after separation, Collection utilization respectively.
A kind of energy saving and environment friendly sewage treatment structure of the invention, its working principle is that：When in use, by sewage put into
The inside of sewage treatment cylinder 1, sewage are filtered processing through the filter disc 2 that rotates through of 1 inside of sewage treatment cylinder, first will be in sewage
Large granular impurity filter out；Sewage is rotated through after 2 primary filtration of filter disc falls into the buffer board 3 that blocks water, and is put into sewage
Middle appropriate flocculant or other water treatment agents of putting into can pass through water process convenient for carrying out flocculation treatment to the impurity in sewage
The harmful substance in sewage is eliminated in agent；Sewage, which is fallen to, to block water on buffer board 3, will drive the decline of buffer board 3 that blocks water, block water buffering
Plate 3 will drive transmission mechanism 4 when declining and work, and the drive of transmission mechanism 4 rotates through filter disc 2 and is rotated, so that rotation
It turns over filter disc 2 and can synchronize and rotating filter processing is carried out to the sewage that puts into；Filter disc 2 is rotated through to the sewage put into
When carrying out rotating filter processing, impurity discharging device 5 can be driven to work, filter disc 2 will be rotated through by upper impurity discharging device 5 and filtered out
Impurity discharge, be convenient for Collection utilization；After sewage is fallen into the buffer board 3 that blocks water, solid impurity in sewage and flocculant or
After the reaction of other water treatment agents, impurity is generated；When the buffer board 3 that blocks water drops to bottom, sewage and impurity pass through round impurities removal
Mouth enters to the inside of lower impurity discharging device 6；Lower impurity discharging device 6 works under the drive of upper impurity discharging device 5, and sewage is entered to impurity
Behind the inside of lower impurity discharging device 6, lower impurity discharging device 6 can carry out solid-liquid separation treatment to sewage and impurity, after separation, collect benefit respectively
With；Energy saving and environment friendly sewage treatment structure of the invention may be implemented to realize not against electric energy or other mechanical energy
The separation of solid waste impurity and aqueous in filtering and sewage to sewage has energy conservation and environmental protection, and treatment effect is preferable, treatment effeciency
A variety of advantages such as higher.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (8)
1. a kind of energy saving and environment friendly sewage treatment structure, including sewage treatment cylinder (1), rotate through filter disc (2), block water buffer board
(3), transmission mechanism (4), upper impurity discharging device (5) and lower impurity discharging device (6), it is characterised in that：The sewage treatment cylinder (1) includes top surface
It is all the cylinder (1-1), carrier frame plate (1-2) and support base (1-3) of engraved structure with bottom surface；The lower end of the cylinder (1-1) is solid
Determine connecting bracket plate (1-2), carrier frame plate (1-2) is fixedly connected on support base (1-3)；Cylinder (1-1) right side it is upper
End is equipped with rectangle impurity discharging port, and the lower end of the right side cylinder (1-1) is equipped with round impurity discharging port；
The filter disc (2) that rotates through is rotatably assorted the upper end being connected on the inside of cylinder (1-1), and the lower end for rotating through filter disc (2) is logical
Rolling bearing units are crossed to be rotatably connected on carrier frame plate (1-2)；
One end clearance fit of the buffer board that blocks water (3) is slidably connected at the inside of cylinder (1-1), the buffer board that blocks water (3)
The other end is sequentially connected transmission mechanism (4), and the buffer board that blocks water (3) is fixedly connected with carrier frame plate (1-2)；It is described to rotate through filter disc (2)
Lower end be slidably connected on the buffer board that blocks water (3)；
The transmission mechanism (4) is fixedly connected on the lateral surface of cylinder (1-1)；The transmission mechanism (4) is driven by belt
Connection rotates through filter disc (2)；
The middle-end of the upper impurity discharging device (5) is fixedly connected on the inside of rectangle impurity discharging port；The inside of upper impurity discharging device (5) is arranged in cylinder
The inside of the inside of body (1-1), upper impurity discharging device (5) is arranged in the upper end for rotating through filter disc (2)；It rotates through filter disc (2) and passes through skin
V belt translation connects upper impurity discharging device (5)；
The upper impurity discharging device (5) is sequentially connected lower impurity discharging device (6)；One end of the lower impurity discharging device (6) is fixedly connected on circular row
The inside of miscellaneous mouth；The circle impurity discharging port is arranged in the lower end for rotating through filter disc (2).
2. a kind of energy saving and environment friendly sewage treatment structure according to claim 1, it is characterised in that：It is described to rotate through filter disc
It (2) include filtering table ontology (2-1), rotary shaft (2-2), passive belt wheel (2-3), linkage belt wheel (2- of the top surface equipped with lautertuns
4), fixed ring (2-5) and stirring rod (2-6)；The linkage belt wheel (2-4), passive belt wheel (2-3), filtering table ontology (2-1) and
Fixed ring (2-5) is from top to bottom fixedly connected sequentially on rotary shaft (2-2)；The passive belt wheel (2-3) is connected by belt
Transmission mechanism (4)；The linkage belt wheel (2-4) connects upper impurity discharging device (5) by belt；Filtering table ontology (2-1) rotation
The upper end being cooperatively connected on the inside of cylinder (1-1)；More stirring rods are uniformly fixedly connected on the lateral surface of the fixed ring (2-5)
(2-6)；Rotary shaft (2-2) sliding connection is on the buffer board that blocks water (3), and the lower end of rotary shaft (2-2) is by usheing to seat
Bearing is rotatably connected on carrier frame plate (1-2)；The fixed ring (2-5) and stirring rod (2-6) are arranged at filtering table ontology (2-1)
Between the buffer board that blocks water (3).
3. a kind of energy saving and environment friendly sewage treatment structure according to claim 2, it is characterised in that：The buffer board that blocks water
It (3) include lifting eliminator plate (3-1), L shape lifting linking member (3-2), driving rack (3-3) and compressed spring (3-4)；The lifting
Eliminator plate (3-1) clearance fit is connected on the medial surface of cylinder (1-1)；Rotary shaft (2-2) sliding connection is rising
The center of eliminator plate (3-1) drops；The bottom end of lifting eliminator plate (3-1) is fixedly connected compressed spring (3-4), compresses bullet
Spring (3-4) covers on rotary shaft (2-2), and the lower end of compressed spring (3-4) is fixedly connected on carrier frame plate (1-2)；The lifting
The bottom end of eliminator plate (3-1) is fixedly connected with one end of L shape lifting linking member (3-2), and the other end of L shape lifting linking member (3-2) is fixed
It connects driving rack (3-3)；Driving rack (3-3) is sequentially connected transmission mechanism (4)；Driving rack (3-3) is located at cylinder (1-1)
Outside.
4. a kind of energy saving and environment friendly sewage treatment structure according to claim 3, it is characterised in that：The transmission mechanism
It (4) include rotation gear (4-1), short axle (4-2), door shape pedestal (4-3), L shape pedestal (4-4), worm screw (4-5), worm gear (4-
6), transmission shaft (4-7) and driving pulley (4-8)；The rotation gear (4-1) is fixedly connected on short axle (4-2), short axle (4-
2) it is connected on a shape pedestal (4-3) by rolling bearing units, one end of door shape pedestal (4-3) is fixedly connected with the outer of cylinder (1-1)
On side, the other end of door shape pedestal (4-3) is fixedly connected with L shape pedestal (4-4)；The worm screw (4-5) is fixedly connected with short axle (4-
2), worm screw (4-5) engagement connection worm gear (4-6)；Worm gear (4-6) is fixedly connected on the lower end of transmission shaft (4-7), transmission shaft (4-
7) it is rotatably connected on L shape pedestal (4-4) by rolling bearing units, the upper end of transmission shaft (4-7) is fixedly connected with driving pulley (4-
8), driving pulley (4-8) connects passive belt wheel (2-3) by belt.
5. a kind of energy saving and environment friendly sewage treatment structure according to claim 4, it is characterised in that：The upper impurity discharging device
(5) include curved baffle (5-1), rectangle into miscellaneous box (5-2), fall miscellaneous box (5-3), into miscellaneous inclined plate (5-4), rotation belt wheel (5-5),
Pulley shaft (5-6), drive bevel gear (5-7), conveyor screw body (5-8), rotation axis (5-9), dynamic bevel gear (5-10), rotation
Arm (5-11) and push-and-pull connecting rod (5-12)；The inner end of the rectangle into miscellaneous box (5-2) is fixedly connected with curved baffle (5-1), arc
The bottom surface of baffle (5-1) and rectangle are all slidably connected into the bottom surface of miscellaneous box (5-2) in the top surface of filtering table ontology (2-1)
On；The rectangle is into being respectively provided with one into miscellaneous slot, each fixation in two insides into miscellaneous slot on the front and rear sides side of miscellaneous box (5-2)
Into miscellaneous inclined plate (5-4), two bottom surfaces into miscellaneous inclined plate (5-4) are all slidably connected at filtering table ontology (2-1) for one piece of connection
Top surface on；The rotation belt wheel (5-5) and drive bevel gear (5-7) are from top to bottom fixedly connected on pulley shaft (5-6), band
Wheel shaft (5-6) is rotatably connected on rectangle on the top surface of miscellaneous box (5-2) by rolling bearing units；The rotation belt wheel (5-5) passes through
Belt connection linkage belt wheel (2-4)；Drive bevel gear (5-7) engagement connection dynamic bevel gear (5-10)；Dynamic bevel gear
(5-10) is fixedly connected on the middle-end of rotation axis (5-9), and rotation axis (5-9) is rotatably connected on rectangle into miscellaneous box by rolling bearing units
On (5-2), one end of rotation axis (5-9) is fixedly connected conveyor screw body (5-8), and conveyor screw body (5-8) is rotatably assorted connection
In rectangle into the inside of miscellaneous box (5-2)；The other end of rotation axis (5-9) is fixedly connected with one end of rotating arm (5-11), rotating arm
The other end of (5-11) is rotatablely connected one end of push-and-pull connecting rod (5-12) by articulated shaft, and the other end of push-and-pull connecting rod (5-12) turns
It is dynamic to be cooperatively connected on lower impurity discharging device (6)；The rectangle is fixedly connected on the inside of rectangle impurity discharging port into miscellaneous box (5-2)；It is described
The outer end of rectangle into the bottom surface miscellaneous box (5-2), which is fixedly connected and is connected to, falls miscellaneous box (5-3)；Fall miscellaneous box (5-3) is arranged in cylinder
The outer end of (1-1).
6. a kind of energy saving and environment friendly sewage treatment structure according to claim 5, it is characterised in that：The lower impurity discharging device
(6) include impurity-discharging pipe (6-1), cross screen box (6-2), door shape sieve plate (6-3), lifting linking member (6-4), lifting shaft (6-5), drainpipe
(6-6), arc impurity-discharging pipe (6-7), waste-collecting box (6-8) and vertical frame (6-9)；One end of the impurity-discharging pipe (6-1) is fixedly connected on
The other end of the inside of round impurity discharging port, impurity-discharging pipe (6-1), which is fixedly connected and is connected to, is crossing the upper of the lateral surface of screen box (6-2)
End；Door shape sieve plate (6-3) clearance fit was connected to the inside of screen box (6-2)；The upper end of the door shape sieve plate (6-3) is solid
Surely lifting linking member (6-4) is connected, the upper end of lifting linking member (6-4) is fixedly connected lifting shaft (6-5), and lifting shaft (6-5) rotation is matched
Conjunction is connected in push-and-pull connecting rod (5-12)；The top for crossing screen box (6-2) is fixedly connected and is connected to arc impurity-discharging pipe (6-7), sieving
The bottom end of case (6-2) is fixedly connected and communicated drainage pipe (6-6)；The waste-collecting box (6-8) is fixedly connected on by vertical frame (6-9)
It crosses on screen box (6-2)；The positive lower end crossed screen box (6-2) and be arranged in impurity-discharging pipe (6-1) and fall miscellaneous box (5-3)；Lifting linking member
(6-4) sliding connection is on the top surface for crossing screen box (6-2).
7. a kind of energy saving and environment friendly sewage treatment structure according to claim 6, it is characterised in that：The door shape sieve plate
The riser of (6-3) is closed with the case face paste that screen box (6-2) and impurity-discharging pipe (6-1) contact is crossed.
8. the method that a kind of energy saving and environment friendly sewage treatment structure according to claim 1 carries out sewage treatment, feature
It is：The sewage water treatment method includes the following steps：
Step 1：Sewage is put into the inside of sewage treatment cylinder (1), sewage is through the rotating filter on the inside of sewage treatment cylinder (1)
Disk (2) is filtered processing, first filters out the solid impurity in sewage；
Step 2：Sewage is rotated through after filter disc (2) primary filtration falls on the buffer board that blocks water (3), is put into sewage
The flocculant of 0.1% sewage volume；Sewage is fallen on the buffer board that blocks water (3), be will drive the buffer board that blocks water (3) decline, is blocked water
Buffer board (3) will drive transmission mechanism (4) when declining and work, and transmission mechanism (4) drive rotates through filter disc (2) and rotated
Movement carries out rotating filter processing to the sewage put into so that rotating through filter disc (2) and can synchronize；
Step 3：When rotating through filter disc (2) to the sewage progress rotating filter processing put into, impurity discharging device can be driven
(5) it works, the impurity that filter disc (2) filters out will be rotated through by upper impurity discharging device (5) and be discharged, Collection utilization is convenient for；
Step 4：After sewage is fallen on the buffer board that blocks water (3), after the solid impurity in sewage is reacted with flocculant, generate miscellaneous
Matter；When the buffer board (3) that blocks water drops to bottom, sewage enters to the interior of lower impurity discharging device (6) by round impurity discharging port with impurity
Portion；
Step 5：Lower impurity discharging device (6) works under the drive of upper impurity discharging device (5), and sewage and impurity enter to lower impurity discharging device
(6) behind inside, lower impurity discharging device (6) can carry out solid-liquid separation treatment to sewage and impurity, after separation, difference Collection utilization.
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