CN109809649A - Water body environment environment-friendly disposal system and processing method and inorganic agent based on big data - Google Patents

Abstract

The present invention relates to water body environment process fields, more particularly to a kind of water body environment environment-friendly disposal system based on big data and processing method and inorganic agent.Water body environment environment-friendly disposal system based on big data, including water inlet initial filter device, flocculation stirring device, trash discharging apparatus, mixed reactor, drive dynamic control device, the first linkage, the second linkage, third linkage, flocculant adding apparatus, horizontal-associate movable plate, water treatment agent adding set and perpendicular rack are filtered afterwards, and the water inlet initial filter device, flocculation stirring device, rear filter trash discharging apparatus are from top to bottom fixedly connected sequentially and are connected to mixed reactor；A kind of water body environment environment-friendly disposal system based on big data of the invention effectively can carry out high-efficiency environment friendly processing to sewage, improve the treatment effect and treatment effeciency of sewage；And processing method science, treatment effeciency are higher.

Description

Water body environment environment-friendly disposal system and processing method and inorganic agent based on big data

Technical field

The present invention relates to water body environment process fields, more particularly to a kind of water body environment environmental protection treatment based on big data System and processing method and inorganic agent.

Background technique

Water pollution is worldwide environmental problem, becomes one of the bottleneck for restricting global economy sustainable development.Water resource pole Degree is hidden weary, and occupancy volume per person is only the 1/4 of world average level.Environmentally friendly bulletin points out most of rivers and lakes by different journeys Degree pollution, is further aggravated shortage of water resources phenomenon.After water pollution occurs, water quality model and to water quality prediction is studied, to water ring Prediction of quality improvement in border is of great significance.

The acquisition of water resource big data, reparation, noise reduction: as unit of day, acquisition water temperature, pH value, agricultural and veterinary chemicals, persistence are dirty Dye object, organic matter and chemical element, inorganic matter, harmful microorganism, heavy metal sample data be acquired and carry out related place Reason.The data set of high quality is the important prerequisite and guarantee of water pollution constituent analysis.After analyzing sewage, need to utilize Sewage is further processed in water body treatment system, and the Water-Body Information obtained according to big data, adds for different sewage Add the flocculant and inorganic agent of different quality；Therefore, it is badly in need of a kind of place of water body processing that can carry out high-efficiency environment friendly in the market Manage the decorum.

Summary of the invention

The object of the present invention is to provide a kind of water body environment environment-friendly disposal system based on big data, can be effectively to sewage High-efficiency environment friendly processing is carried out, the treatment effect and treatment effeciency of sewage are improved；And processing method science, treatment effeciency are higher.

The purpose of the present invention is achieved through the following technical solutions:

Water body environment environment-friendly disposal system based on big data, including water inlet initial filter device, flocculation stirring device, rear filter impurities removal dress It sets, mixed reactor, drive dynamic control device, the first linkage, the second linkage, third linkage, flocculant add Feeder apparatus, horizontal-associate movable plate, water treatment agent adding set and perpendicular rack, the water inlet initial filter device, flocculation stirring device, rear filter row Miscellaneous device is from top to bottom fixedly connected sequentially and is connected to mixed reactor；The flocculant adding apparatus and water treatment agent add Feeder apparatus is all fixedly connected in perpendicular rack, and flocculant adding apparatus is connected to by the first adding tube with flocculation stirring device, water Inorganic agent adding set is connected to by the second adding tube with mixed reactor；The drive dynamic control device is filtered after being fixedly connected on On trash discharging apparatus, trash discharging apparatus and the first linkage are filtered after drive dynamic control device transmission connection；First linkage passes Dynamic connection mixed reactor；Filter trash discharging apparatus the second linkage of transmission connection and third linkage after described；Described Two linkages transmission connection flocculant adding apparatus；The flocculant adding apparatus is fixedly connected with water process by horizontal-associate movable plate Agent adding set；The third linkage transmission connection flocculation stirring device.

The water inlet initial filter device includes inlet tank and filtering grid；The filtering grid is fixedly connected on inside inlet tank Upper end.

The flocculation stirring device includes flocculation tanks, the first water-supply-pipe, stirring wheel, agitating shaft and lateral shelf plate；The flocculation The upper end of case is fixedly connected with inlet tank；Filter impurities removal dress after the lower end of the flocculation tanks is fixedly connected by two first water-supply-pipes It sets；The flocculation tanks are filtered on trash discharging apparatus after being fixedly connected on by lateral shelf plate；The stirring wheel is fixedly connected on agitating shaft The middle-end of upper end, agitating shaft is rotatably connected on the bottom surface of flocculation tanks by mechanical seal, the lower end connection third connection of agitating shaft Dynamic device.

It is described after filter trash discharging apparatus include rear filter box, cylindrical mesh cartridge filter, shaft, by movable sprocket, impurity-discharing screw body, Impurity-discharging pipe, waste-collecting box, L shape frame plate and the second water-supply-pipe；Rear and front end after described inside filter box is respectively fixedly connected with a circle Cylindricality netted filtering cylinder, the left and right side of two cylindrical mesh cartridge filters are bonded with the left and right side inside rear filter box respectively； Rear and front end after described inside filter box is rotatably assorted respectively connects a shaft, and the left and right ends of two shafts seal respectively to be turned After dynamic on the left and right side of filter box；The middle-end of the shaft is fixedly connected with impurity-discharing screw body, and two impurity-discharing screw bodies rotate respectively It is connected in a cylindrical mesh cartridge filter；The right end of two shafts is respectively fixedly connected with one by movable sprocket；Positioned at front end Rotating shaft transmission connect third linkage, positioned at rear end rotating shaft transmission connect the second linkage；The drive control dress It sets and connects two by movable sprocket by chain drive；It is filtered after being fixedly connected by two first water-supply-pipes the lower end of the flocculation tanks The left end of case, the inner end of two first water-supply-pipes are inserted into the left end inside a cylindrical mesh cartridge filter respectively；The row Miscellaneous pipe is equipped with two, and the upper end of two impurity-discharging pipes is all fixedly connected on waste-collecting box, and the lower end of two impurity-discharging pipes seals solid respectively Surely it is connected on rear filter box, the lower end of two impurity-discharging pipes is inserted into the right end inside a cylindrical mesh cartridge filter respectively；Institute Waste-collecting box is stated to be fixedly connected on the top surface of rear filter box；The lower end of filter box is fixedly connected on mixing instead by four supporting legs after described It answers on device；The centre of filter box left end is connected to and in communication with mixed reactor by the second water-supply-pipe after described；Described second is defeated The nozzle of water pipe is located between two cylindrical mesh cartridge filters；The height on the waste-collecting box top is higher than the height of flocculation tanks.

The drive dynamic control device includes servo motor, transmission shaft, drive sprocket and turntable；The servo motor passes through electricity Base is fixedly connected on the right side of rear filter box, and the output end of servo motor connects transmission shaft by shaft coupling, transmission shaft Middle-end is fixedly connected with drive sprocket, and drive sprocket connects two by movable sprocket by chain drive；The right end of the transmission shaft is solid Surely turntable is connected；The first linkage of the turntable transmission connection.

First linkage includes eccentric ratio, push-pull arm and lifting linking member；The eccentric position of the turntable right side It sets and is fixedly connected with eccentric ratio, one end of the push-pull arm is rotatably connected on eccentric ratio, and the other end of push-pull arm, which rotates, to be connected It connects in one end of lifting linking member, the other end transmission connection mixed reactor of lifting linking member；

Second linkage includes universal driving shaft, small pulley, big belt wheel, wheel shaft and irregular gear；The universal driving shaft is fixed Connection is located at the shaft of rear end；The small pulley is fixedly connected on universal driving shaft, and small pulley is connected by Synchronous Belt Drives Big belt wheel；The big belt wheel and irregular gear are all fixedly connected on wheel shaft, after wheel shaft is rotatably connected on by rolling bearing units On the left side of filter box；The irregular gear interval is connected by meshing transmission flocculant adding apparatus；

The third linkage includes worm and worm wheel；The worm screw is fixedly connected in the shaft of front end, and worm screw nibbles Transmission connection worm gear is closed, worm gear is fixedly connected on the lower end of agitating shaft.

The flocculant adding apparatus is identical with water treatment agent adding set structure；The flocculant adding apparatus includes drawing Hand, rack gear, runner frame, push-and-pull disk, addition cylinder and the inlet tube with pipe lid；The addition cylinder is fixedly connected in perpendicular rack； The top of the addition cylinder is fixedly connected and is connected to inlet tube；The bottom surface hollow out of the addition cylinder；The push-and-pull disk sealing sliding It is connected to the inside of addition cylinder, the bottom end for pushing and pulling disk is fixedly connected with one end of rack gear, and the middle-end of rack gear is slidably connected in cunning In rectangular sliding hole among truss, runner frame is fixedly connected on the lower end of addition cylinder；The other end of the rack gear is fixedly connected with drawing Hand；The irregular gear interval is connected by meshing transmission rack gear；The rack gear and water treatment agent of the flocculant adding apparatus add It is fixedly connected between the rack gear of device by horizontal-associate movable plate；The upper end of the addition cylinder of the flocculant adding apparatus adds by first Pipe is added to be connected to flocculation stirring device, the upper end of the addition cylinder of water treatment agent adding set passes through the second adding tube and hybrid reaction Device connection；Check valve is all equipped in first adding tube and the second adding tube.

The mixed reactor includes hybrid reaction chamber, the upper drainpipe with pipe lid, the lower drainpipe with pipe lid And mixed organization；The upper and lower ends of the hybrid reaction chamber right side are respectively fixedly connected with drainpipe and lower drainpipe；It is described The centre of filter box left end is connected to and in communication with hybrid reaction chamber by the second water-supply-pipe afterwards；The addition of the water treatment agent adding set The upper end of cylinder is connected to by the second adding tube with hybrid reaction chamber；

The mixed organization includes longitudinal slide bar, the two-sided rack, portal frame, fixed gear, fixing axle, horizontal agitator arm, connection Moving frame, spoiler, free gear, movable axis, movable agitator arm and single-side rack；The longitudinal direction slide bar seals the company of being slidably matched It connects on the top surface of hybrid reaction chamber, the upper and lower ends of longitudinal slide bar are respectively fixedly connected with the other end and double cog of lifting linking member The upper end of item, the two-sided rack are located at the inside of hybrid reaction chamber, and the middle-end of the two-sided rack is slidably connected in door type frame End, the lower end of the two-sided rack are fixedly connected with linkage rack, and the left and right ends of linkage rack are respectively fixedly connected with one piece of spoiler, linkage rack Rear and front end be rotatably assorted respectively connection one, the middle-end of the movable axis is fixedly connected with free gear, free gear engagement Be sequentially connected single-side rack, and single-side rack is fixedly connected on the bottom surface inside hybrid reaction chamber；The left and right two of the movable axis End is respectively fixedly connected with a movable agitator arm；The rear and front end of the two-sided rack is connected by meshing transmission a fixation respectively Gear, fixed gear are fixedly connected on the middle-end of fixing axle, and fixing axle, which is rotatably assorted, to be connected on fixed frame, and fixed frame is fixed to be connected It connects on door type frame, the left and right ends of fixing axle are respectively fixedly connected with a horizontal agitator arm.

The method that water body environmental protection treatment is carried out using the water body environment environment-friendly disposal system based on big data, the party Method the following steps are included:

S1, first by sewage to be processed put into water inlet initial filter device inside carry out primary filtration processing, filter out sewage In large volume impurity；

The inside of S2, primary filtration treated sewage flows into flocculation stirring device, by flocculant adding apparatus to flocculation Flocculant, sewage and flocculant are added in agitating device and is stirred flocculation treatment through flocculation stirring device, stir flocculation treatment Sewage and flocculate afterwards is filtered in trash discharging apparatus after flowing into；

S3, sewage and flocculate are filtered after after trash discharging apparatus is filtered separation, and sewage is fallen in mixed reactor, flocculation Object carries out unified collection under the control of rear filter trash discharging apparatus；

When S4, sewage are fallen into mixed reactor, by water treatment agent adding set at addition inside mixed reactor Agent is managed, sewage with inorganic agent after mixed reactor carries out mixing purification reaction, collect by purified water source discharge.

The place added when carrying out water body environmental protection treatment using the water body environment environment-friendly disposal system based on big data Agent is managed, in parts by weight, 35 parts of active zeolite powder, 30 parts of hydrolyzed maleic anhydride, anion are poly- for each raw material in the inorganic agent 25 parts of acrylamide, 15 parts of activated carbon fibre, 12 parts of activated molecular sieve, 10 parts of aluminium oxide, is received 15 parts of aminotrimethylenephosphonic acid Rice 8 parts of aqueous binder, 6 parts of complex enzyme, 4 parts of bacteria agent, 2 parts of bodied ferric sulfate, 1 part of polyethylene glycol acrylate.

Beneficial effects of the present invention: a kind of water body environment environment-friendly disposal system based on big data of the invention, Ke Yigen According to the Water-Body Information that water resource big data detects, to carry out different flocculation filtration processing and inorganic agent and dirt to sewage The hybrid reaction of water is handled；Convenient for improving the treatment effect and treatment effeciency of sewage；And processing method science, treatment effeciency compared with It is high；And it carries out the inorganic agent added when water body environmental protection treatment and has broad spectrum activity with the removal to pollutant；Containing natural micro- life Object is free of pathogenic bacteria and pathogen；There is no secondary pollutions；There is very strong degradation capability to organic matter and nitrogen and phosphorus pollutants, Adsorbable and fixed useless Organic substance in water and heavy metal ion, have apparent economic benefit and environmental benefit processing cost low, It can be used for the pretreating process of various organic wastewaters and industrial wastewater.

The present invention has the advantages that

1. it is of the invention internal equipped with water inlet initial filter device, processing effectively can be filtered to the larger impurity in sewage, prevented Present invention blocking；

2. inside of the invention is equipped with flocculation stirring device, sewage can flocculate after entering to flocculation stirring device inside with passing through The flocculant mixing that agent adding set is added into flocculation stirring device, so that flocculate made of fine impurity flocculation in sewage It can be filtered in rear filter trash discharging apparatus；

3. trash discharging apparatus is filtered after being equipped in inside of the invention, the flocculate in sewage can be filtered and is delivered in waste-collecting box and united One collection processing；

4. inside of the invention is equipped with mixed reactor, the mixed organization inside mixed reactor can by sewage with pass through Water treatment agent adding set is added to the mixing of the inorganic agent inside hybrid reaction chamber, and then improves the treatment effect of sewage；

5. inside of the invention is provided only with a servo motor, the wadding for realizing sewage can be synchronized by the control of the servo motor Filtering impurities removal, the mixing of sewage and inorganic agent and the flocculant of flocculate and the interval of water treatment agent add in solidifying stirring, sewage Processing is made, and the continuity of equipment is good, and work efficiency is high, and energy conservation and environmental protection, cost is relatively low.

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 the structural schematic diagram of inner inlet initial filter device of the present invention；

Fig. 4 is the structural schematic diagram one of flocculation agitating device inside the present invention；

Fig. 5 is the structural schematic diagram two of flocculation agitating device inside the present invention；

Fig. 6 is the structural schematic diagram one of filter trash discharging apparatus behind inside of the present invention；

Fig. 7 is the partial structure sectional view of filter trash discharging apparatus behind inside of the present invention；

Fig. 8 is the structural schematic diagram of internal mix reaction unit of the present invention；

Fig. 9 is the structural schematic diagram of internal mix mechanism of the present invention；

Figure 10 is the structural schematic diagram of internal drive control device of the present invention；

Figure 11 is the structural schematic diagram of the first linkage inside the present invention；

Figure 12 is the structural schematic diagram of the second linkage inside the present invention；

Figure 13 is the structural schematic diagram of third linkage inside the present invention；

Figure 14 is the structural schematic diagram one of flocculant adding apparatus inside the present invention；

Figure 15 is the structural schematic diagram two of flocculant adding apparatus inside the present invention；

Figure 16 is the structural schematic diagram two of filter trash discharging apparatus behind inside of the present invention.

In figure: water inlet initial filter device 1；Inlet tank 1-1；Filtering grid 1-2；Flocculation stirring device 2；Flocculation tanks 2-1；First Water-supply-pipe 2-2；Stirring wheel 2-3；Agitating shaft 2-4；Lateral shelf plate 2-5；Trash discharging apparatus 3 is filtered afterwards；Filter box 3-1 afterwards；Cylindrical mesh mistake Filter cylinder 3-2；Shaft 3-3；By movable sprocket 3-4；Impurity-discharing screw body 3-5；Impurity-discharging pipe 3-6；Waste-collecting box 3-7；L shape frame plate 3-8；Second Water-supply-pipe 3-9；Mixed reactor 4；Hybrid reaction chamber 4-1；Upper drainpipe 4-2；Lower drainpipe 4-3；Mixed organization 4-4；It is vertical To slide bar 4-4-1；The two-sided rack 4-4-2；Portal frame 4-4-3；Fixed gear 4-4-4；Fixing axle 4-4-5；Horizontal agitator arm 4-4-6；Linkage rack 4-4-7；Spoiler 4-4-8；Free gear 4-4-9；Movable axis 4-4-10；Movable agitator arm 4-4-11； Single-side rack 4-4-12；Drive dynamic control device 5；Servo motor 5-1；Transmission shaft 5-2；Drive sprocket 5-3；Turntable 5-4；First Dynamic device 6；Eccentric ratio 6-1；Push-pull arm 6-2；Lifting linking member 6-3；Second linkage 7；Universal driving shaft 7-1；Small pulley 7-2； Big belt wheel 7-3；Wheel shaft 7-4；Irregular gear 7-5；Third linkage 8；Worm screw 8-1；Worm gear 8-2；Flocculant adding apparatus 9；Shake hands 9-1；Rack gear 9-2；Runner frame 9-3；Push and pull disk 9-4；Add cylinder 9-5；Inlet tube 9-6；Horizontal-associate movable plate 10；Water treatment agent Adding set 11；Perpendicular rack 12.

Specific embodiment

Invention is further described in detail by 1-16 with reference to the accompanying drawing.

Specific embodiment 1:

As illustrated in figs. 1-16, the water body environment environment-friendly disposal system based on big data, including water inlet initial filter device 1, flocculation stirring Device 2, rear filter trash discharging apparatus 3, mixed reactor 4, drive dynamic control device 5, the first linkage 6, the second linkage 7, Third linkage 8, flocculant adding apparatus 9, horizontal-associate movable plate 10, water treatment agent adding set 11 and perpendicular rack 12, it is described into Water initial filter device 1, flocculation stirring device 2, rear filter trash discharging apparatus 3 and mixed reactor 4 are from top to bottom fixedly connected sequentially simultaneously Connection；The flocculant adding apparatus 9 and water treatment agent adding set 11 are all fixedly connected in perpendicular rack 12, flocculant addition Device 9 is connected to by the first adding tube with flocculation stirring device 2, water treatment agent adding set 11 pass through the second adding tube with mix Reaction unit 4 is connected to；The drive dynamic control device 5 is filtered on trash discharging apparatus 3 after being fixedly connected on, and the transmission of drive dynamic control device 5 connects Trash discharging apparatus 3 and the first linkage 6 are filtered after connecing；The transmission connection of first linkage 6 mixed reactor 4；After described Filter the second linkage 7 of transmission connection of trash discharging apparatus 3 and third linkage 8；The transmission connection of second linkage 7 flocculation Agent adding set 9；The flocculant adding apparatus 9 is fixedly connected with water treatment agent adding set 11 by horizontal-associate movable plate 10；It is described The transmission connection flocculation stirring device 2 of third linkage 8.Water body environment environment-friendly disposal system based on big data of the invention, When carrying out sewage treatment works, first according to big data information to the new type analysis of water body environment to be processed, after analysis, institute is controlled It needs to add the concentration of flocculant and the concentration of inorganic agent, drive dynamic control device 5 is then connected to power supply and opens, driving control Device 5 processed filters trash discharging apparatus 3 after can driving after opening and the first linkage 6 works；Filter trash discharging apparatus 3 carries out work afterwards The second linkage 7 and third linkage 8 can be driven to work when making；First linkage 6 can drive when working Mixed reactor 4 works, and the second linkage 7 can drive flocculant adding apparatus 9 to fill to flocculation stirring when working It sets 2 inside and carries out intermittent flocculant addition work, it can be synchronous by horizontal-associate movable plate 10 when flocculant adding apparatus 9 works Water treatment agent adding set 11 is driven to carry out the addition work of inorganic agent into mixed reactor 4；The third linkage 8 Flocculation stirring device 2 can be driven to work when work；When handling sewage, sewage to be processed is put into water inlet just first The inside for filtering device 1 carries out primary filtration processing, filters out the large volume impurity in sewage；Primary filtration treated sewage stream Enter to the inside of flocculation stirring device 2, flocculant added into flocculation stirring device 2 by flocculant adding apparatus 9, sewage and Flocculant is stirred flocculation treatment through flocculation stirring device 2, and the sewage and flocculate after stirring flocculation treatment are filtered after flowing into In trash discharging apparatus 3；Sewage and flocculate are filtered after after trash discharging apparatus 3 is filtered separation, and sewage falls to mixed reactor 4 Interior, flocculate carries out unified collection under the control of rear filter trash discharging apparatus 3；When sewage is fallen into mixed reactor 4, pass through water Inorganic agent adding set 11 is carried out through mixed reactor 4 to adding inorganic agent, sewage and inorganic agent inside mixed reactor 4 After mixing purification reaction, purified water source discharge is collected.

Specific embodiment 2:

As illustrated in figs. 1-16, the water inlet initial filter device 1 includes inlet tank 1-1 and filtering grid 1-2；The filtering grid 1-2 It is fixedly connected on the upper end inside inlet tank 1-1.The setting of filtering grid 1-2, can be effectively to entering to inside inlet tank 1-1 Sewage carry out primary filtration processing, effectively filter out the large granular impurity in sewage.

Specific embodiment 3:

As illustrated in figs. 1-16, the flocculation stirring device 2 includes flocculation tanks 2-1, the first water-supply-pipe 2-2, stirring wheel 2-3, stirring Axis 2-4 and lateral shelf plate 2-5；The upper end of the flocculation tanks 2-1 is fixedly connected with inlet tank 1-1；The lower end of the flocculation tanks 2-1 passes through Two first water-supply-pipe 2-2 filter trash discharging apparatus 3 after being fixedly connected；After the flocculation tanks 2-1 is fixedly connected on by lateral shelf plate 2-5 It filters on trash discharging apparatus 3；The stirring wheel 2-3 is fixedly connected on the upper end of agitating shaft 2-4, and the middle-end of agitating shaft 2-4 passes through machinery Sealing is rotatably connected on the bottom surface of flocculation tanks 2-1, and the lower end of agitating shaft 2-4 connects third linkage 8.

The flocculation stirring device 2 can effectively mix sewage with flocculant, and the lower end of agitating shaft 2-4 is in third It is rotated under the drive of linkage 8, agitating shaft 2-4 can drive stirring wheel 2-3 to carry out eddy flow work when rotating, so that dirty Fine impurity in water is flocculated, and obtained flocculate enters to rear filter box 3-1's by two first water-supply-pipe 2-2 with sewage Processing is filtered in cylindrical mesh cartridge filter 3-2.

Specific embodiment 4:

As illustrated in figs. 1-16, after described filter trash discharging apparatus 3 include rear filter box 3-1, cylindrical mesh cartridge filter 3-2, shaft 3-3, By movable sprocket 3-4, impurity-discharing screw body 3-5, impurity-discharging pipe 3-6, waste-collecting box 3-7, L shape frame plate 3-8 and the second water-supply-pipe 3-9；It is described The rear and front end inside filter box 3-1 is respectively fixedly connected with a cylindrical mesh cartridge filter 3-2, two cylindrical mesh filterings afterwards The left and right side of cylinder 3-2 is bonded with the left and right side inside rear filter box 3-1 respectively；Rear and front end after described inside filter box 3-1 Be rotatably assorted a piece shaft 3-3 of connection respectively, and the left and right ends of two shaft 3-3 seal the left and right of filter box 3-1 after rotation respectively On side；The middle-end of the shaft 3-3 is fixedly connected with impurity-discharing screw body 3-5, and two impurity-discharing screw body 3-5 are rotatably connected on respectively In one cylindrical mesh cartridge filter 3-2；The right end of two shaft 3-3 is respectively fixedly connected with one by movable sprocket 3-4；Before being located at The shaft 3-3 transmission connection third linkage 8 at end, shaft 3-3 the second linkage 7 of transmission connection positioned at rear end；It is described Drive dynamic control device 5 connects two by movable sprocket 3-4 by chain drive；The lower end of the flocculation tanks 2-1 passes through two first Water-supply-pipe 2-2 is fixedly connected with the left end of rear filter box 3-1, and the inner end of two first water-supply-pipe 2-2 is inserted into a cylinder respectively Left end inside netted filtering cylinder 3-2；The impurity-discharging pipe 3-6 is equipped with two, and the upper end of two impurity-discharging pipe 3-6 is all fixedly connected on On waste-collecting box 3-7, the lower end of two impurity-discharging pipe 3-6 is sealedly and fixedly connected respectively on rear filter box 3-1, two impurity-discharging pipe 3-6's Lower end is inserted into the right end inside a cylindrical mesh cartridge filter 3-2 respectively；The waste-collecting box 3-7 is fixedly connected on rear filter box On the top surface of 3-1；The lower end of filter box 3-1 is fixedly connected on mixed reactor 4 by four supporting legs after described；Filter after described The centre of the left end case 3-1 is connected to and in communication with mixed reactor 4 by the second water-supply-pipe 3-9；The pipe of the second water-supply-pipe 3-9 Mouth is located between two cylindrical mesh cartridge filter 3-2；The height on the top the waste-collecting box 3-7 is higher than the height of flocculation tanks 2-1. When in use, the flocculate and sewage that the fine impurity in sewage obtains after being flocculated pass through two to filter trash discharging apparatus 3 after described First water-supply-pipe 2-2 is entered in the cylindrical mesh cartridge filter 3-2 of rear filter box 3-1 and is filtered processing；Cylindrical mesh mistake The filtered sewage of filter cylinder 3-2 is entered in mixed reactor 4 by the second water-supply-pipe 3-9, and the flocculate filtered out can be with It is entered in impurity-discharging pipe 3-6 under the cooperation of impurity-discharing screw body 3-5 and cylindrical mesh cartridge filter 3-2, and passes through impurity-discharging pipe 3-6 It enters in waste-collecting box 3-7 and is collected, be convenient for subsequent processing；It can be by movable sprocket 3-4 inside filter trash discharging apparatus 3 after described It is rotated under the drive of drive dynamic control device 5, shaft 3-3 can be driven to carry out when being rotated by movable sprocket 3-4 around own axes Rotation, shaft 3-3 can drive impurity-discharing screw body 3-5 to be rotated when rotating, and impurity-discharing screw body 3-5 and cylindrical mesh filter The flocculate that cylinder 3-2 cooperation will filter out is delivered to impurity-discharging pipe 3-6 and enters to waste-collecting box 3-7.

Specific embodiment 5:

As illustrated in figs. 1-16, the drive dynamic control device 5 includes servo motor 5-1, transmission shaft 5-2, drive sprocket 5-3 and turntable 5-4；The servo motor 5-1 is fixedly connected on the right side of rear filter box 3-1 by motor cabinet, the output of servo motor 5-1 End connects transmission shaft 5-2 by shaft coupling, and the middle-end of transmission shaft 5-2 is fixedly connected with drive sprocket 5-3, and drive sprocket 5-3 passes through Chain drive connects two by movable sprocket 3-4；The right end of the transmission shaft 5-2 is fixedly connected with turntable 5-4；The turntable 5-4 is passed The first linkage 6 of dynamic connection.Servo motor 5-1 inside the drive dynamic control device 5 is watched using the motor purchased in the market It takes motor 5-1 connection power supply and transmission shaft 5-2 can be driven around own axis after opening, it can be with when transmission shaft 5-2 is rotated Drive sprocket 5-3 and turntable 5-4 is driven to be rotated around own axes, drive sprocket 5-3 can pass through chain-driving when rotating Two are rotated by movable sprocket 3-4, and turntable 5-4 can drive the first linkage 6 to work when rotating.

Specific embodiment 6:

As illustrated in figs. 1-16, first linkage 6 includes eccentric ratio 6-1, push-pull arm 6-2 and lifting linking member 6-3；It is described The eccentric position of the right side turntable 5-4 is fixedly connected with eccentric ratio 6-1, and one end of the push-pull arm 6-2 is rotatably connected on bias On connecting rod 6-1, the other end of push-pull arm 6-2 is rotatably connected on one end of lifting linking member 6-3, and the other end of lifting linking member 6-3 passes Dynamic connection mixed reactor 4；Eccentric ratio 6-1 inside first linkage 6 can under the drive of turntable 5-4 with Surround movement is carried out centered on the axis of transmission shaft 5-2, eccentric ratio 6-1 carries out that push-pull arm 6-2 can be passed through when surround movement Lifting linking member 6-3 is driven to carry out the elevating movement of up and down direction, when lifting linking member 6-3 elevating movement can drive hybrid reaction to fill 4 are set to work.

Specific embodiment 7:

As illustrated in figs. 1-16, second linkage 7 include universal driving shaft 7-1, small pulley 7-2, big belt wheel 7-3, wheel shaft 7-4 and Irregular gear 7-5；The universal driving shaft 7-1 is fixedly connected with the shaft 3-3 positioned at rear end；The small pulley 7-2 is fixedly connected on On universal driving shaft 7-1, small pulley 7-2 connects big belt wheel 7-3 by Synchronous Belt Drives；The big belt wheel 7-3 and irregular tooth Wheel 7-5 is all fixedly connected on wheel shaft 7-4, and wheel shaft 7-4 is rotatably connected on the left side of rear filter box 3-1 by rolling bearing units； The irregular gear 7-5 interval is connected by meshing transmission flocculant adding apparatus 9；The universal driving shaft 7-1 of second linkage 7 It can be rotated under the drive of the shaft 3-3 of rear end, universal driving shaft 7-1 can drive small pulley 7-2 to carry out the inverse time when rotating Needle rotation can drive big belt wheel 7-3 to be rotated counterclockwise, big belt wheel 7-3 when small pulley 7-2 is rotated counterclockwise by belt Wheel shaft 7-4 and irregular gear 7-5 can be driven to be rotated counterclockwise when rotating counterclockwise, irregular gear 7-5 is counterclockwise Flocculant adding apparatus 9 can be driven to carry out the addition work of flocculant when rotation.

Specific embodiment 8:

As illustrated in figs. 1-16, the third linkage 8 includes worm screw 8-1 and worm gear 8-2；The worm screw 8-1 is fixedly connected on On the shaft 3-3 of front end, worm screw 8-1 is connected by meshing transmission worm gear 8-2, and worm gear 8-2 is fixedly connected under agitating shaft 2-4 End.The worm screw 8-1 can be rotated under the drive of the shaft 3-3 of front end, and worm screw 8-1 can drive worm gear 8- when rotating 2 are rotated around own axes, and worm gear 8-2 can drive the agitating shaft 2-4 inside flocculation stirring device 2 to be turned when rotating It is dynamic, and then drive stirring wheel 2-3 to carry out cyclone mixing hybrid working by agitating shaft 2-4.

Specific embodiment 9:

As illustrated in figs. 1-16, the flocculant adding apparatus 9 is identical with 11 structure of water treatment agent adding set；The flocculant adds Feeder apparatus 9 includes knob 9-1, rack gear 9-2, runner frame 9-3, push-and-pull disk 9-4, the addition cylinder 9-5 and inlet tube 9- with pipe lid 6；The addition cylinder 9-5 is fixedly connected in perpendicular rack 12；The top of the addition cylinder 9-5 is fixedly connected and is connected to inlet tube 9- 6；The bottom surface hollow out of the addition cylinder 9-5；The push-and-pull disk 9-4 sealing is slidably connected at the inside of addition cylinder 9-5, pushes and pulls disk 9- 4 bottom end is fixedly connected with one end of rack gear 9-2, and it is sliding that the middle-end of rack gear 9-2 is slidably connected the rectangle among runner frame 9-3 In hole, runner frame 9-3 is fixedly connected on the lower end of addition cylinder 9-5；The other end of the rack gear 9-2 is fixedly connected with knob 9-1；Institute Irregular gear 7-5 interval is stated to be connected by meshing transmission rack gear 9-2；The rack gear 9-2 and water treatment agent of the flocculant adding apparatus 9 It is fixedly connected between the rack gear of adding set 11 by horizontal-associate movable plate 10；The addition cylinder 9-5's of the flocculant adding apparatus 9 is upper End is connected to by the first adding tube with flocculation stirring device 2, and the upper end of the addition cylinder of water treatment agent adding set 11 passes through second Adding tube is connected to mixed reactor 4；Check valve is all equipped in first adding tube and the second adding tube.The flocculant addition Device 9 is used to add flocculant into flocculation stirring device 2 by the first adding tube, by inlet tube 9-6 connection flocculant storage Cylinder, pulls downward on knob 9-1, and knob 9-1 drives push-and-pull disk 9-4 to move downward in addition cylinder 9-5, pushes and pulls by rack gear 9-2 Flocculant is pumped by inlet tube 9-6 to addition cylinder 9-5 by disk 9-4；When carrying out the addition work of flocculant, irregularly Gear 7-5 can be moved upwards when rotating counterclockwise with carry-over bar 9-2, and push-and-pull disk 9-4 can be pushed when rack gear 9-2 is moved upwards It is moved upwards in addition cylinder 9-5, flocculant can be pushed into first when adding and moving upwards in cylinder 9-5 by push-and-pull disk 9-4 Adding tube, and be delivered to inside flocculation tanks 2-1 by the first adding tube；Flocculant adding apparatus 9 can pass through horizontal-associate when working Movable plate 10 drives the addition work of the progress inorganic agent of water treatment agent adding set 11；The flocculant adding apparatus 9 and water process 11 structure of agent adding set is identical, the working method of water treatment agent adding set 11 and the working method of flocculant adding apparatus 9 It is identical.

Specific embodiment 10:

As illustrated in figs. 1-16, the mixed reactor 4 includes hybrid reaction chamber 4-1, upper drainpipe 4-2, band with pipe lid There are the lower drainpipe 4-3 and mixed organization 4-4 of pipe lid；The upper and lower ends of the right side the hybrid reaction chamber 4-1 are fixed respectively to be connected Connect drainpipe 4-2 and lower drainpipe 4-3；The centre of the left end filter box 3-1 is connected to and in communication with by the second water-supply-pipe 3-9 after described Hybrid reaction chamber 4-1；The upper end of the addition cylinder of the water treatment agent adding set 11 passes through the second adding tube and hybrid reaction chamber 4-1 connection；The mixed reactor 4 is for mixing the inorganic agent of sewage and sewage, convenient for reacting sewage Filtering；Inorganic agent can be added by the second adding tube to hybrid reaction chamber 4-1 under the action of water treatment agent adding set 11 It is interior；Mixed organization 4-4 can work under the drive of lifting linking member 6-3, thus in hybrid reaction chamber 4-1 sewage and Inorganic agent carries out that reaction work is mixed, and realizes the purified treatment to sewage.

The mixed organization 4-4 includes longitudinal slide bar 4-4-1, the two-sided rack 4-4-2, portal frame 4-4-3, fixed gear 4- 4-4, fixing axle 4-4-5, horizontal agitator arm 4-4-6, linkage rack 4-4-7, spoiler 4-4-8, free gear 4-4-9, activity Axis 4-4-10, activity agitator arm 4-4-11 and single-side rack 4-4-12；The longitudinal direction slide bar 4-4-1 sealing sliding connection On the top surface of hybrid reaction chamber 4-1, the upper and lower ends of longitudinal slide bar 4-4-1 are respectively fixedly connected with the another of lifting linking member 6-3 The upper end at end and the two-sided rack 4-4-2, the two-sided rack 4-4-2 are located at the inside of hybrid reaction chamber 4-1, the two-sided rack 4-4-2's Middle-end is slidably connected the middle-end in door type frame, and the lower end of the two-sided rack 4-4-2 is fixedly connected with linkage rack 4-4-7, linkage rack The left and right ends of 4-4-7 are respectively fixedly connected with one piece of spoiler 4-4-8, and the rear and front end of linkage rack 4-4-7 is rotatably assorted respectively Connection one, the middle-end of the movable axis 4-4-10 are fixedly connected with free gear 4-4-9, and free gear 4-4-9 engaged transmission is even Single-side rack 4-4-12 is met, single-side rack 4-4-12 is fixedly connected on the bottom surface inside hybrid reaction chamber 4-1；The movable axis The left and right ends of 4-4-10 are respectively fixedly connected with a movable agitator arm 4-4-11；The front and back two of the two-sided rack 4-4-2 The fixed gear 4-4-4 that is connected by meshing transmission respectively, fixed gear 4-4-4 is held to be fixedly connected on the middle-end of fixing axle 4-4-5, Fixing axle 4-4-5, which is rotatably assorted, to be connected on fixed frame, and fixed frame is fixedly connected on door type frame, the left and right of fixing axle 4-4-5 Both ends are respectively fixedly connected with a horizontal agitator arm 4-4-6.

When in use, portal frame 4-4-3 can pass through the mixed organization 4-4 when lifting linking member 6-3 is moved up and down Longitudinal slide bar 4-4-1 drives the two-sided rack 4-4-2 to move up and down, and the two-sided rack 4-4-2 can drive solid when moving up and down Fixed gear 4-4-4 is rotated around own axes, and fixed gear 4-4-4 can drive fixing axle 4-4-5 to be rotated when rotating, Fixing axle 4-4-5 can drive horizontal agitator arm 4-4-6 to carry out cyclone mixing movement, horizontal agitator arm 4-4-6 when rotating When rotation can to inside hybrid reaction chamber 4-1 sewage and inorganic agent be stirred mixing；The two-sided rack 4-4-2 or more Linkage rack 4-4-7 can be driven to carry out the sliding motion of up and down direction in portal frame 4-4-3 when movement, on linkage rack 4-4-7 Two free gear 4-4-9 can be driven to pump when lower movement, free gear 4-4-9 move when by with list The cooperation of face rack gear 4-4-12 can drive free gear 4-4-9 to be rotated around own axes, when free gear 4-4-9 is rotated Movable axis 4-4-10 can be driven to rotate, movable axis 4-4-10 can drive two activity agitator arm 4-4-11 to carry out when rotating Cyclone mixing movement, movable agitator arm 4-4-11 can be synchronized when being stirred movement and be moved up and down, convenient for difference The sewage and inorganic agent of position carry out uniform mixing processing, improve the treatment effeciency and treatment effect of sewage.

Specific embodiment 11:

As illustrated in figs. 1-16, the water body environment environment-friendly disposal system using described based on big data carries out water body environmental protection treatment Method, method includes the following steps:

S1, first by sewage to be processed put into water inlet initial filter device 1 inside carry out primary filtration processing, filter out sewage In large volume impurity；

The inside of S2, primary filtration treated sewage flows into flocculation stirring device 2, by flocculant adding apparatus 9 to wadding Flocculant, sewage and flocculant are added in solidifying agitating device 2 is stirred flocculation treatment, stirring flocculation through flocculation stirring device 2 Treated sewage and flocculate are filtered in trash discharging apparatus 3 after flowing into；

S3, sewage and flocculate are filtered after after trash discharging apparatus 3 is filtered separation, and sewage is fallen in mixed reactor 4, wadding Condensate carries out unified collection under the control of rear filter trash discharging apparatus 3；

When S4, sewage are fallen into mixed reactor 4, by water treatment agent adding set 11 to adding inside mixed reactor 4 Add inorganic agent, with inorganic agent after mixed reactor 4 carries out mixing purification reaction, purified water source discharge is collected is sewage It can.

Specific embodiment 12:

As illustrated in figs. 1-16, when the water body environment environment-friendly disposal system using described based on big data carries out water body environmental protection treatment The inorganic agent of addition, in the inorganic agent each raw material in parts by weight, 35 parts of active zeolite powder, 30 parts of hydrolyzed maleic anhydride, 25 parts of anionic polyacrylamide, 15 parts of aminotrimethylenephosphonic acid, 15 parts of activated carbon fibre, 12 parts of activated molecular sieve, oxidation 10 parts of aluminium, 8 parts of nanometer water adhesive, 6 parts of complex enzyme, 4 parts of bacteria agent, 2 parts of bodied ferric sulfate, polyethylene glycol acrylate 1 part.

The inorganic agent is by active zeolite powder, hydrolyzed maleic anhydride, anionic polyacrylamide, aminotrimethylene phosphine Acid, activated carbon fibre, activated molecular sieve, aluminium oxide, nanometer water adhesive, complex enzyme, bacteria agent, bodied ferric sulfate and poly- Ethylene glycol acrylate mixes.

The operation principle of the present invention is that: the water body environment environment-friendly disposal system of the invention based on big data carries out sewage When handling work, first according to big data information to the new type analysis of water body environment to be processed, after analysis, addition required for controlling Then drive dynamic control device 5 is connected to power supply and opened, drive dynamic control device 5 by the concentration of flocculant and the concentration of inorganic agent Trash discharging apparatus 3 is filtered after can driving after unlatching and the first linkage 6 works；It can when filter trash discharging apparatus 3 is worked afterwards To drive the second linkage 7 and third linkage 8 to work；First linkage 6 can drive mixing anti-when working Device 4 is answered to work, the second linkage 7 can drive flocculant adding apparatus 9 to inside flocculation stirring device 2 when working Intermittent flocculant addition work is carried out, flocculant adding apparatus 9 can pass through 10 synchronous drive water of horizontal-associate movable plate when working Inorganic agent adding set 11 carries out the addition work of inorganic agent into mixed reactor 4；When the third linkage 8 works Flocculation stirring device 2 can be driven to work；When handling sewage, sewage to be processed is put into water inlet initial filter device first 1 inside carries out primary filtration processing, filters out the large volume impurity in sewage；Treated that sewage flows into wadding for primary filtration The inside of solidifying agitating device 2, adds flocculant, sewage and flocculant into flocculation stirring device 2 by flocculant adding apparatus 9 It is stirred flocculation treatment through flocculation stirring device 2, filter impurities removal dress after the sewage and flocculate after stirring flocculation treatment flow into It sets in 3；Sewage and flocculate are filtered after after trash discharging apparatus 3 is filtered separation, and sewage is fallen in mixed reactor 4, wadding Condensate carries out unified collection under the control of rear filter trash discharging apparatus 3；When sewage is fallen into mixed reactor 4, pass through water process To inorganic agent is added inside mixed reactor 4, sewage is mixed with inorganic agent through mixed reactor 4 agent adding set 11 After purification reaction, purified water source discharge is collected.

According to the disclosure and teachings of the above specification, those skilled in the art in the invention can also be to above-mentioned embodiment party Formula is changed and is modified.Therefore, the invention is not limited to the specific embodiments disclosed and described above, to of the invention Some modifications and changes should also be as falling into the scope of the claims of the present invention.In addition, although being used in this specification Some specific terms, these terms are merely for convenience of description, does not limit the present invention in any way.

Claims (10)

1. the water body environment environment-friendly disposal system based on big data, including water inlet initial filter device (1), flocculation stirring device (2), after Filter trash discharging apparatus (3), mixed reactor (4), drive dynamic control device (5), the first linkage (6), the second linkage (7), third linkage (8), flocculant adding apparatus (9), horizontal-associate movable plate (10), water treatment agent adding set (11) He Shuji Frame (12), it is characterised in that: the water inlet initial filter device (1), filters trash discharging apparatus (3) and mixing instead at flocculation stirring device (2) afterwards Device (4) is answered from top to bottom to be fixedly connected sequentially and be connected to；The flocculant adding apparatus (9) and water treatment agent adding set (11) it is all fixedly connected on perpendicular rack (12), flocculant adding apparatus (9) passes through the first adding tube and flocculation stirring device (2) Connection, water treatment agent adding set (11) are connected to by the second adding tube with mixed reactor (4)；The drive dynamic control device (5) it is filtered on trash discharging apparatus (3) after being fixedly connected on, filters trash discharging apparatus (3) and first after drive dynamic control device (5) transmission connection Dynamic device (6)；First linkage (6) is sequentially connected mixed reactor (4)；Filter trash discharging apparatus (3) transmission after described Connect the second linkage (7) and third linkage (8)；Second linkage (7) the transmission connection flocculant addition dress Set (9)；The flocculant adding apparatus (9) is fixedly connected with water treatment agent adding set (11) by horizontal-associate movable plate (10)；It is described Third linkage (8) is sequentially connected flocculation stirring device (2).

2. the water body environment environment-friendly disposal system according to claim 1 based on big data, it is characterised in that: the water inlet Initial filter device (1) includes inlet tank (1-1) and filtering grid (1-2)；The filtering grid (1-2) is fixedly connected on inlet tank (1-1) internal upper end.

3. the water body environment environment-friendly disposal system according to claim 2 based on big data, it is characterised in that: the flocculation Agitating device (2) includes flocculation tanks (2-1), the first water-supply-pipe (2-2), stirring wheel (2-3), agitating shaft (2-4) and lateral shelf plate (2- 5)；The upper end of the flocculation tanks (2-1) is fixedly connected with inlet tank (1-1)；The lower end of the flocculation tanks (2-1) passes through two first Water-supply-pipe (2-2) filters trash discharging apparatus (3) after being fixedly connected；After the flocculation tanks (2-1) are fixedly connected on by lateral shelf plate (2-5) It filters on trash discharging apparatus (3)；The stirring wheel (2-3) is fixedly connected on the upper end of agitating shaft (2-4), the middle-end of agitating shaft (2-4) It is rotatably connected on by mechanical seal on the bottom surface of flocculation tanks (2-1), the lower end of agitating shaft (2-4) connects third linkage (8).

4. the water body environment environment-friendly disposal system according to claim 3 based on big data, it is characterised in that: filter after described Trash discharging apparatus (3) include rear filter box (3-1), cylindrical mesh cartridge filter (3-2), shaft (3-3), by movable sprocket (3-4), impurities removal Conveyor screw (3-5), impurity-discharging pipe (3-6), waste-collecting box (3-7), L shape frame plate (3-8) and the second water-supply-pipe (3-9)；Filter box after described (3-1) internal rear and front end is respectively fixedly connected with a cylindrical mesh cartridge filter (3-2), two cylindrical mesh cartridge filters The left and right side of (3-2) is bonded with the left and right side of rear filter box (3-1) inside respectively；The internal front and back of filter box (3-1) after described Both ends are rotatably assorted respectively connects a shaft (3-3), and the left and right ends of two shafts (3-3) seal filter box after rotation respectively On the left and right side of (3-1)；The middle-end of the shaft (3-3) is fixedly connected impurity-discharing screw body (3-5), two impurity-discharing screw bodies (3-5) is rotatably connected on respectively in a cylindrical mesh cartridge filter (3-2)；The right end of two shafts (3-3) is fixed respectively to be connected One is connect by movable sprocket (3-4)；Shaft (3-3) positioned at front end is sequentially connected third linkage (8), the shaft positioned at rear end (3-3) is sequentially connected the second linkage (7)；The drive dynamic control device (5) connects two by movable sprocket by chain drive (3-4)；The lower end of the flocculation tanks (2-1) is fixedly connected with the left end of rear filter box (3-1) by two first water-supply-pipes (2-2), The inner end of two first water-supply-pipes (2-2) is inserted into the internal left end of a cylindrical mesh cartridge filter (3-2) respectively；The row Miscellaneous pipe (3-6) is equipped with two, and the upper end of two impurity-discharging pipes (3-6) is all fixedly connected on waste-collecting box (3-7), two impurity-discharging pipes The lower end of (3-6) is sealedly and fixedly connected respectively on rear filter box (3-1), and the lower end of two impurity-discharging pipes (3-6) is inserted into one respectively The internal right end of a cylindrical mesh cartridge filter (3-2)；The waste-collecting box (3-7) is fixedly connected on the top surface of rear filter box (3-1) On；The lower end of filter box (3-1) is fixedly connected on mixed reactor (4) by four supporting legs after described；Filter box (3- after described 1) centre of left end is connected to and in communication with mixed reactor (4) by the second water-supply-pipe (3-9)；Second water-supply-pipe (3-9) Nozzle be located between two cylindrical mesh cartridge filters (3-2)；The height on waste-collecting box (3-7) top is higher than flocculation tanks The height of (2-1).

5. the water body environment environment-friendly disposal system according to claim 4 based on big data, it is characterised in that: the driving Control device (5) includes servo motor (5-1), transmission shaft (5-2), drive sprocket (5-3) and turntable (5-4)；The servo electricity Machine (5-1) is fixedly connected on the right side of rear filter box (3-1) by motor cabinet, and the output end of servo motor (5-1) passes through connection Axis device connects transmission shaft (5-2), and the middle-end of transmission shaft (5-2) is fixedly connected drive sprocket (5-3), and drive sprocket (5-3) passes through Chain drive connects two by movable sprocket (3-4)；The right end of the transmission shaft (5-2) is fixedly connected with turntable (5-4)；The turntable (5-4) is sequentially connected the first linkage (6).

6. the water body environment environment-friendly disposal system according to claim 5 based on big data, it is characterised in that: described first Linkage (6) includes eccentric ratio (6-1), push-pull arm (6-2) and lifting linking member (6-3)；Turntable (5-4) right side Eccentric position is fixedly connected eccentric ratio (6-1), and one end of the push-pull arm (6-2) is rotatably connected on eccentric ratio (6-1), The other end of push-pull arm (6-2) is rotatably connected on one end of lifting linking member (6-3), and the other end of lifting linking member (6-3), which is driven, to be connected Connect mixed reactor (4)；

Second linkage (7) includes universal driving shaft (7-1), small pulley (7-2), big belt wheel (7-3), wheel shaft (7-4) and not Regular gear (7-5)；The universal driving shaft (7-1) is fixedly connected with the shaft (3-3) positioned at rear end；The small pulley (7-2) is fixed It is connected on universal driving shaft (7-1), small pulley (7-2) connects big belt wheel (7-3) by Synchronous Belt Drives；The big belt wheel (7-3) and irregular gear (7-5) are all fixedly connected on wheel shaft (7-4), and wheel shaft (7-4) is rotatably connected on by rolling bearing units Afterwards on the left side of filter box (3-1)；The irregular gear (7-5) is intermittently connected by meshing transmission flocculant adding apparatus (9)；

The third linkage (8) includes worm screw (8-1) and worm gear (8-2)；The worm screw (8-1) is fixedly connected on be located at before In the shaft (3-3) at end, worm screw (8-1) is connected by meshing transmission worm gear (8-2), and worm gear (8-2) is fixedly connected on agitating shaft (2-4) Lower end.

7. the water body environment environment-friendly disposal system according to claim 6 based on big data, it is characterised in that: the flocculation Agent adding set (9) is identical with water treatment agent adding set (11) structure；The flocculant adding apparatus (9) includes knob (9- 1), rack gear (9-2), runner frame (9-3), push-and-pull disk (9-4), addition cylinder (9-5) and the inlet tube (9-6) with pipe lid；It is described Addition cylinder (9-5) is fixedly connected on perpendicular rack (12)；The top of addition cylinder (9-5) is fixedly connected and is connected to inlet tube (9-6)；The bottom surface hollow out of addition cylinder (9-5)；Push-and-pull disk (9-4) sealing is slidably connected at the interior of addition cylinder (9-5) Portion, the bottom end of push-and-pull disk (9-4) are fixedly connected with one end of rack gear (9-2), and the middle-end of rack gear (9-2) is slidably connected in sliding slot In the intermediate rectangular sliding hole of frame (9-3), runner frame (9-3) is fixedly connected on the lower end of addition cylinder (9-5)；The rack gear (9-2) The other end be fixedly connected with knob (9-1)；The irregular gear (7-5) is intermittently connected by meshing transmission rack gear (9-2)；The wadding It is solid by horizontal-associate movable plate (10) between the rack gear (9-2) of solidifying agent adding set (9) and the rack gear of water treatment agent adding set (11) Fixed connection；The upper end of the addition cylinder (9-5) of the flocculant adding apparatus (9) passes through the first adding tube and flocculation stirring device (2) it is connected to, the upper end of the addition cylinder of water treatment agent adding set (11) is connected by the second adding tube and mixed reactor (4) It is logical；Check valve is all equipped in first adding tube and the second adding tube.

8. the water body environment environment-friendly disposal system according to claim 7 based on big data, it is characterised in that: the mixing Reaction unit (4) includes hybrid reaction chamber (4-1), the upper drainpipe (4-2) with pipe lid, the lower drainpipe (4- with pipe lid And mixed organization (4-4) 3)；The upper and lower ends of hybrid reaction chamber (4-1) right side are respectively fixedly connected with drainpipe (4- And lower drainpipe (4-3) 2)；The centre of the left end filter box (3-1) is connected to and in communication with mixing by the second water-supply-pipe (3-9) after described Reaction chamber (4-1)；The upper end of the addition cylinder of the water treatment agent adding set (11) passes through the second adding tube and hybrid reaction chamber (4-1) connection；

The mixed organization (4-4) includes longitudinal slide bar (4-4-1), the two-sided rack (4-4-2), portal frame (4-4-3), fixed tooth Take turns (4-4-4), fixing axle (4-4-5), horizontal agitator arm (4-4-6), linkage rack (4-4-7), spoiler (4-4-8), activity Gear (4-4-9), movable axis (4-4-10), movable agitator arm (4-4-11) and single-side rack (4-4-12)；It is described longitudinal sliding Bar (4-4-1) sealing sliding connection is on the top surface of hybrid reaction chamber (4-1), the upper and lower ends of longitudinal slide bar (4-4-1) It is respectively fixedly connected with the other end of lifting linking member (6-3) and the upper end of the two-sided rack (4-4-2), the two-sided rack (4-4-2) is located at The inside of hybrid reaction chamber (4-1), middle-end of the middle-end sliding connection of the two-sided rack (4-4-2) in door type frame, double cog The lower end of item (4-4-2) is fixedly connected linkage rack (4-4-7), and the left and right ends of linkage rack (4-4-7) are respectively fixedly connected with one piece Spoiler (4-4-8), the rear and front end of linkage rack (4-4-7) is rotatably assorted respectively connects one, the movable axis (4-4-10) Middle-end be fixedly connected free gear (4-4-9), free gear (4-4-9) is connected by meshing transmission single-side rack (4-4-12), single Face rack gear (4-4-12) is fixedly connected on the internal bottom surface of hybrid reaction chamber (4-1)；The left and right of the movable axis (4-4-10) Both ends are respectively fixedly connected with a movable agitator arm (4-4-11)；It nibbles respectively the rear and front end of the two-sided rack (4-4-2) One fixed gear (4-4-4) of transmission connection is closed, fixed gear (4-4-4) is fixedly connected on the middle-end of fixing axle (4-4-5), Gu Dead axle (4-4-5), which is rotatably assorted, to be connected on fixed frame, and fixed frame is fixedly connected on door type frame, a left side for fixing axle (4-4-5) Right both ends are respectively fixedly connected with a horizontal agitator arm (4-4-6).

9. carrying out water body environmental protection treatment using the water body environment environment-friendly disposal system as described in claim 1 based on big data Method, it is characterised in that: method includes the following steps:

S1, first by sewage to be processed put into water inlet initial filter device (1) inside carry out primary filtration processing, filter out dirt Large volume impurity in water；

The inside of S2, primary filtration treated sewage flows into flocculation stirring device (2), passes through flocculant adding apparatus (9) The addition flocculant into flocculation stirring device (2), sewage and flocculant are stirred flocculation treatment through flocculation stirring device (2), After sewage and flocculate after stirring flocculation treatment flow into filter trash discharging apparatus (3)；

S3, sewage and flocculate are filtered after after trash discharging apparatus (3) is filtered separation, and sewage falls to mixed reactor (4) Interior, flocculate carries out unified collection under the control of rear filter trash discharging apparatus (3)；

When S4, sewage are fallen into mixed reactor (4), by water treatment agent adding set (11) to mixed reactor (4) Inside addition inorganic agent, sewage with inorganic agent after mixed reactor (4) carries out mixing purification reaction, arrange by purified water source It collects out.

10. carrying out water body environmental protection treatment using the water body environment environment-friendly disposal system as claimed in claim 9 based on big data The inorganic agent of Shi Tianjia, it is characterised in that: in parts by weight, 35 parts of active zeolite powder hydrolyzes each raw material in the inorganic agent 30 parts of maleic anhydride, 25 parts of anionic polyacrylamide, 15 parts of aminotrimethylenephosphonic acid, 15 parts of activated carbon fibre, activation point Son sieve 12,10 parts of aluminium oxide, 8 parts of nanometer water adhesive, complex enzyme 6, bacteria agent 4,2 parts of bodied ferric sulfate, polyethylene glycol 1 part of acrylate.