CN109911961A - A kind of environment-friendly sewage processing unit - Google Patents

Abstract

The invention belongs to sewage treatment field, specifically a kind of environment-friendly sewage processing unit, including main frame, flocculant diffusion mechanism, rabbling mechanism, heating mechanism, layered filtration mechanism, Jun Liu mechanism and cleaning mechanism；It is fixedly installed with water inlet pipe in the upper wall of the main frame left end, is fixedly installed with outlet pipe in the end wall of main frame bottom right；Flocculant accommodating box is equipped on the right side of the water inlet pipe；The first sliding block is slidably fitted in the flocculant accommodating box lower wall；T-slot is equipped in first sliding block, the first sliding block both ends lower surface is connected in the upper wall of main frame by spring, and the first sliding block middle lower surface is fixedly connected with metal hose；The metal hose lower end is fixedly connected with flocculant diffusion mechanism；Present invention is mainly used for solving, existing sewage-treatment plant is easy to damage, and the using effect of flocculant is bad, and flocculant, which need to be added manually, causes manpower to waste, while the problem that scavenging effect is bad.

Description

A kind of environment-friendly sewage processing unit

Technical field

The invention belongs to sewage treatment field, specifically a kind of environment-friendly sewage processing unit.

Background technique

Sewage treatment is that the water quality requirement for draining a certain water body to reach sewage or reusing purifies it Process.It is each that sewage treatment is widely used in building, agricultural, traffic, the energy, petrochemical industry, environmental protection, urban landscape, medical treatment, food and drink etc. The daily life of common people is also come into a field more and more.Classify by sewage source, sewage treatment is generally divided into production Sewage treatment and sanitary sewage disposal.Production waste includes trade effluent, rural sewage and medical sewage etc., and sanitary sewage It is exactly the sewage that daily life generates, refers to the complex mixture of various forms of inorganic matters and organic matter, including float and hang Floating size solid particle glue, gel diffusate and pure solution.Divide by the matter of water dirt, the pollution of water is divided into nature dirt Dye and artificial pollution.Currently biggish to water body harm is artificial pollution, and water pollution can be main according to the difference of pollution impurity It is divided into chemical contamination, physical pollution and biologic contamination three categories.Pollutant mainly has industry that is unprocessed and discharging Waste water；Unprocessed and discharge sanitary sewage；A large amount of farmland sewage for using chemical fertilizer, pesticide, herbicide；It stacks by the river Trade waste and house refuse, soil erosion, mine system engineering.Currently, it is in short supply due to water resource, it needs at waste water Reason realizes recycling for water, but the prior art generallys use sewage treatment and adds chemical substance in sewage to solve, also Have and realizes the purification to sewage by way of condensing the particulate matter in sewage being passed through flocculant in sewage, but Due to combining effect bad when flocculant is passed through in sewage, it is generally unattainable ideal clean effect, simultaneously because in sewage Remain a large amount of rubbish, easily decontamination apparatus is caused to be damaged.

Summary of the invention

In order to make up for the deficiencies of the prior art, a kind of environment-friendly sewage processing unit proposed by the present invention.The present invention is main Easy to damage for solving existing sewage-treatment plant, the using effect of flocculant is bad, and flocculant need to be added manually and cause manpower Waste, while the problem that scavenging effect is bad.

The technical solution adopted by the present invention to solve the technical problems is: a kind of ring of the present invention Guarantor's type sewage-treatment plant, including main frame, flocculant diffusion mechanism, rabbling mechanism, heating mechanism, layered filtration mechanism, Flow mechanism and cleaning mechanism；Water inlet pipe, fixed peace in the end wall of main frame bottom right are fixedly installed in the upper wall of the main frame left end Equipped with outlet pipe；Flocculant accommodating box is equipped on the right side of the water inlet pipe；Is slidably fitted in the flocculant accommodating box lower wall One sliding block；T-slot is equipped in first sliding block, the first sliding block both ends lower surface is connected to the upper of main frame by spring In wall, and the first sliding block middle lower surface is fixedly connected with metal hose；The metal hose lower end is fixedly connected with flocculant Diffusion mechanism；The flocculant diffusion mechanism includes the first sliding panel, the first rotating bar, the second rotating bar, the second sliding panel, convex Wheel, the first switching centrum, the second switching centrum and arc panel；The first sliding panel right end is connected to main frame by spring In the inner end right wall of body, the first sliding panel left end lower part is fixedly installed with the second switching centrum；Second switching centrum left end It is slidably connected at the outer surface of arc panel；It is rotatably installed in inside main frame inside the arc panel by shaft；Described second Sliding board ends are slidably connected at the outer surface of the first rotating bar by screw thread, and the second sliding panel includes receiving slot, third sliding Plate, mounting plate, dispersion slot, dispersion hole and flexible plastic pipe；The lower end for receiving slot upper end to be fixedly connected on metal hose is inhaled Slot inside right end of receiving is fixedly installed with mounting plate, and slot right end is received to be connected with dispersion slot；The mounting plate left end is slidably connected There is third sliding panel；The third sliding panel is slidably mounted on the inside left end for receiving slot, and third sliding panel inner wall passes through teeth It is connect with the upper end gear of the first switching centrum；The dispersion slot outer end is uniformly provided with dispersion hole；The dispersion outer end of hole is fixed It is connected with flexible plastic pipe；First switching centrum lower end is rotatably connected in the teeth of cam inner wall by gear；It is described Cam is rotatably connected on the front end of the first sliding panel by Rotational Cylindrical；The Rotational Cylindrical rear end is set as hollow form；Described second There are two rotating bar is set, the second rotating bar is slidably connected inside the lower end of the first sliding panel by screw thread, and the second rotating bar Both ends are rotatably connected on the left and right ends inner wall of main frame, while two side external surface fixed symmetrical of the second rotating bar peace of rear end Equipped with storage rod；Winding is equipped with the first metal drawstring on the storage rod；The first metal drawstring inner end winding, which is mounted on, to be turned Dynamic column back end outer surface；Flocculant diffusion mechanism lower end is equipped with layered filtration mechanism；When needing at sanitary sewage When reason, sanitary sewage can be passed through in main frame by water inlet pipe, start turning arc panel by shaft at this time, arc panel Rotation drives the second switching centrum slided on its surface, i.e. the first sliding panel is slided with rotation of arc panel or so It is dynamic, while the first sliding panel starts to horizontally slip, because the second rotating bar is by being threadably mounted in the first sliding panel, i.e., with Second rotating bar that horizontally slips of the first sliding panel start to carry out back rotation, and because the both ends of the second rotating bar are fixedly installed with receipts It receives rod, i.e., as the rotation storage rod of arc panel starts to do both forward and reverse directions rotation, and stores the first metal drawstring wound on rod Inner end is intertwined and connected with Rotational Cylindrical, i.e., as the rotation Rotational Cylindrical of arc panel starts to do reciprocating rotary movement, Rotational Cylindrical is done back and forth The cam of its end is driven to do reciprocating rotary movement while rotational motion, and because being rotatably connected to the first switching vertebra on cam Body can be such that the second sliding panel moves up and down while cam does reciprocating rotary movement, while the first connection centrum starts to do Reciprocating rotary movement, and while the first sliding panel horizontally slips, metal hose jacks up upwards again after being stretched, and makes first Sliding block slides up and down, and when the first sliding block slides into flocculant accommodating box, cam is just rotated counterclockwise, that is, passes through the upper end It receives the gear in slot to drive third sliding panel toward left slide, due to receiving the space of slot to increase, then can pass through the first sliding block On T-slot the flocculant in flocculant accommodating box be evacuated to receive in slot, and when cam reversion, third sliding panel is made to turn right Side is mobile, by space squeezing action, receives the flocculant in slot to start the injection in dispersion slot, and pass through the dispersion on the outside of it Hole is spread outward in the sewage in main frame, while the flexibility that its outer end is installed when flocculant is spread by dispersion hole Plastic tube can flocculant be discharged when generate an oscillatory forces, enhance the diffusion effect of flocculant, when flocculant uniform discharge extremely When in the sewage in main frame, the particulate matter in sewage starts to adsorb mutually, passes through layered filtration mechanism after the completion of absorption Sewage after the completion of processing is filtered and is discharged by outlet pipe, while taking out the adsorbate inside main frame and completing Filter operation, automatic uniformly spread in sewage is flocculated during may be implemented in sewage treatment by setting flocculant diffusion mechanism Agent substitutes artificial addition, manpower is greatly saved, while can also guarantee that the efficiency of sewage treatment is unaffected, and by setting Set arc panel flocculant diffusion mechanism can be realized and horizontally slip in sewage, make flocculant it is more uniform diffuse to sewage In, at the same by setting flexible plastic pipe can flocculant spray while make flocculant swing spray, realize flocculant with Sewage multi-angle combines, and greatly improves the efficiency and treatment effect of sewage treatment.

The layered filtration mechanism includes lifting plate, first layer plate, the second demixing plate and the second metal drawstring；It is described to mention Lift slab is equipped with two pieces, and lifting plate outer wall is slidably mounted on the both ends inner wall of main frame, and the gold that lifting plate upper end is fixedly mounted Belong to the both ends outer surface that rope rotation winding is mounted on the second rotating bar, lifting plate upper surface is fixedly installed with the second demixing plate；Institute It states and is uniformly provided with the second limbers in the second demixing plate, the second demixing plate upper surface Frictional Slipping is connected with first layer plate；Institute The both ends inner surface that first layer board ends are connected to lifting plate by spring is stated, is uniformly provided with first in first layer plate Limbers；First limbers is shifted to install with the second limbers, and the second metal drawstring is fixedly installed in the first limbers； The second metal drawstring lower end passes through the second limbers and is fixedly connected on the upper surface of heating mechanism；When the second rotating bar is opened Begin move back and forth when, because the upper end of lifting plate is wrapped in its both ends outer surface by metallic cable, i.e., with the second rotating bar do it is past Lifting plate starts to slide up and down along the both ends inner wall of main frame when multiple rotational motion, i.e., when the second demixing plate starts to move upwards When, because of the pulling function by the second metal drawstring, first layer plate starts to slide to the right on the second demixing plate, and finally makes First limbers is mutually communicated with the second limbers, and the main frame inner upper end sewage processed finished passes through the first water flowing at this time Hole and the second limbers flow to the interior lower end of main frame, when the second demixing plate is moved downward with lifting plate, by spring Pulling force effect first layer plate start Slideslip to the left and slowly reset, keep the first limbers and the second limbers wrong again Position prevents sewage from continuing the interior lower end for being passed through main frame, while can give main frame while the second demixing plate moves downward One extruding force of sewage of body interior lower end promotes the sewage being disposed quickly through in outlet pipe outflow main frame, passes through The interior subordinate that layered filtration mechanism can make the main frame inner upper end sewage intermittence processed finished enter main frame is set End increases the reaction time of flocculant and sewage, enhances wastewater treatment efficiency, while can also make the discharge of the orderly interval of sewage Main frame prevents the outlet pipe congestion of main frame, damages main frame internal structure.

The heating mechanism includes ceramic Silicon rubber inflatable bag, metallic conductor, heating plate, air inlet pipe and an air outlet pipe；The pottery The upper surface of porcelain Silicon rubber inflatable bag is fixedly connected with the second metal drawstring, is equipped with air inlet on the downside of the right end of ceramic Silicon rubber inflatable bag The left end downside of pipe, ceramic Silicon rubber inflatable bag is equipped with escape pipe；The air inlet pipe is fixedly mounted on the lower wall right end of main frame；Institute It states escape pipe and is set as rubber tube, escape pipe is fixedly mounted in the left side wall of main frame, and escape pipe upper end is fixedly mounted on In Rotational Cylindrical rear end cavity in first sliding panel；Venthole is offered in the Rotational Cylindrical aft bulkhead；The ceramics silicon rubber Metallic conductor is equipped in air bag；The metallic conductor lower end is fixedly mounted on the bottom inner surface of main frame, metallic conductor upper end It is fixedly mounted on the inner upper wall of ceramic Silicon rubber inflatable bag, ceramic Silicon rubber inflatable bag two sides are equipped with heating plate；Under the heating plate End is fixedly mounted on the bottom inner surface of main frame；When lifting plate moves upwards, that is, the second metal drawstring is started drag, by The motive force of second metal drawstring acts on, and ceramic Silicon rubber inflatable bag is pulled upwardly liter, i.e., passes through air inlet in ceramic Silicon rubber inflatable bag Pipe inwardly injects air, and stretches as ceramic Silicon rubber inflatable bag is pulled upwardly, and makes its internal metallic conductor contact, as heats Plate is powered, and heating plate starts to heat the air in ceramic Silicon rubber inflatable bag after being powered, when lifting plate decline, ceramic silicon Rubber pneumatic bag starts return, i.e., the air being heated to its inside starts to compress, and is influenced by the check valve in air inlet pipe, in The air being heated starts to import escape pipe, and is passed through in the cavity in Rotational Cylindrical along escape pipe, and passes through going out in its wall Stomata is discharged into sewage, sewage can be made processed while being passed through high-temperature gas inside by the way that heating mechanism is arranged, right Sewage carries out high temperature sterilization, further increases wastewater treatment efficiency, while high-temperature gas can be made to spray by the way that venthole is arranged First the outer surface of the first metal drawstring is cleared up while out, the rubbish in sewage is avoided to be wrapped on the first metal drawstring Cause its winding effect impaired, reduces wastewater treatment efficiency.

Jun Liu mechanism is equipped in first limbers and the second limbers；The Jun Liu mechanism includes magnetic barrier circle Disk, elastic network(s) and mounting post；The elastic network(s) upper end is fixedly connected on the both ends lower surface of the magnetic barrier disk in upside, elastic network(s) Lower end is fixedly connected on the inside of first layer plate；The magnetic barrier disk is slidably mounted on the first limbers and second respectively The top and bottom of limbers, magnetism barrier disk is in same magnetic, and magnetic barrier disk inner surface is fixedly connected with installation Column；The mounting post is located at the inside of the first limbers and the second limbers, and mounting post inner end is connected to by spring On the inner wall of first limbers and the second limbers；Magnetic resistance when the first limbers and the second limbers penetrate through, i.e., in it It is arranged every disk in upper and lower face, by the effect that magnetism at the same level is repelled each other, magnetism barrier disk can generate one mutually to it Thrust makes the magnetic barrier disk of upper end skid off first layer plate, and the magnetic barrier disk of lower end skids off the second demixing plate, even if Down space is connected in layered filtration mechanism, and the sewage after being processed can uniformly be led to by the magnetic gap for obstructing disk perimeter Enter main frame lower end, while when the magnetic barrier disk in upper end skids off first layer plate, the elastic network(s) of lower surface is stretched, By the filtration of elastic network(s), the filtrate flocculated together can not be by the first limbers and the second limbers, when first When demixing plate starts return, the first limbers and the second limbers are gradually staggered, i.e., magnetic barrier disk starts to misplace, when first When demixing plate returns in situ, magnetism barrier disk loses magnetism effect between each other, at this time by the spring tension in mounting post The magnetic barrier disk of effect gradually returns to the first limbers and the second limbers, the first limbers and the second limbers is carried out close It closes, the second water flowing on the first limbers and the second demixing plate on first layer plate can be made by the magnetic barrier disk of setting It generates mutually a magnetic force moving effect when hole penetrates through, and is sewage by providing a fixed gap, realizes processed Later sewage uniform flow enters main frame lower end, while can guarantee that the flocculate of main frame upper end can not by the way that elastic network(s) is arranged It is passed through the first limbers and the second limbers, avoiding flocculate from blocking the first limbers and the second limbers influences circulation effect.

The cleaning mechanism includes installation wheel, elastic frame body, elastic plate, the second sliding block and bristle；The installation wheel is fixed It is connected to below the both ends of the magnetic barrier disk in upside, installation wheel outer surface uniform rotation is connected with elastic frame body；The elasticity Elastic plate is connected with by spring slide inside framework；The elastic plate outer end slidably connects the second sliding block；Described second is sliding Block outer surface is fixedly installed with bristle；The bristle is set as hook type；When upper end magnetic barrier disk by magneticaction to On when skidding off first layer plate, the sewage of main frame upper end can be passed through the first limbers and the second limbers cocurrent by elastic network(s) Entering main frame lower end, the sewage after processed will push elastic frame body and rotate around installation wheel when passing through elastic network(s), when When elastic frame body starts turning, i.e., the elastic plate in it starts turning, the effect of being under pressure when elastic plate touches elastic network(s) Can be to elastic frame body contract, i.e., the frictional force between elastic plate and elastic network(s) increases, while the second sliding block of its end can band Dynamic bristle forms one in the inner surface of elastic network(s) and brushes power, clears up elastic network(s), and the second cunning during cleaning Block can also drive bristle to form a float force in the inner surface of elastic network(s), improve cleaning effect, by the way that cleaning mechanism is arranged Cleaning in real time can be provided to elastic network(s) using the power of water flow when sewage passes through elastic network(s), avoid the flocculate in sewage stifled Elastic network(s) is filled in, reduces sewage water filtration efficiency, while can be when clearing up elastic network(s) pair by setting hook type for bristle It forms a great frictional force, is conducive to the obstinate flocculate cleared up on elastic network(s).

First rotating bar lower end described in right end is fixedly connected with rabbling mechanism；The rabbling mechanism outer end is carried out by connecting rod Fixed, rabbling mechanism includes spiral plate, installation circular hole and fanning strip；The small end is fixedly mounted under the first sliding panel Surface；Installation circular hole is uniformly provided in the spiral wooden partition；Fanning strip is equipped in the installation circular hole；The fanning strip is one Four pieces are equipped in a installation circular hole, fanning strip is connected by spring between any two, and fanning strip outer surface is connected by spring It connects on the inner wall of installation circular hole；When the first rotating bar starts turning, since spiral plate outer end is fixed by connecting rod, i.e., under it The spiral plate being fixedly connected is held to start to do shrinkage expansion reciprocating motion, when spiral plate carries out shrinkage expansion reciprocating motion, main frame The sewage of body upper end can quickly be circulated by the installation circular hole in it, when sewage by speed when being increased, by influence of hydraulic pressure Fanning strip can be stretched mutually, and the through-rate of sewage is improved, and increase substantially the joint efficiency of flocculant and sewage, into one Step enhancing sewage treating efficiency can substantially accelerate the particulate matter flocculation efficiency in sewage by the way that rabbling mechanism is arranged, improve dirty Water treatment efficiency, at the same by setting fanning strip, and will between fanning strip by spring connection can make fanning strip face compared with It is expanded around when big hydraulic pressure, improves the velocity of liquid assets of sewage, while also can avoid the rubbish blocking installation circular hole in sewage, drop Low mixing effect.

Beneficial effects of the present invention are as follows:

1. the present invention by be arranged flocculant diffusion mechanism may be implemented in during sewage treatment it is automatic in sewage it is equal Even diffusion flocculant substitutes artificial addition, manpower is greatly saved, while the efficiency of sewage treatment can also be guaranteed not by shadow It rings, and flocculant diffusion mechanism can be realized by setting arc panel and horizontally slip in sewage, keep flocculant more uniform It diffuses in sewage, while flocculant can be made to swing while flocculant sprays by setting flexible plastic pipe and sprayed, it is real Existing flocculant greatly improves the efficiency and treatment effect of sewage treatment in conjunction with sewage multi-angle.

2. the present invention can make the main frame inner upper end sewage interval processed finished by the way that layered filtration mechanism is arranged Property enter the interior lower end of main frame, increase the reaction time of flocculant and sewage, enhance wastewater treatment efficiency, while can be with The discharge main frame for making the orderly interval of sewage prevents the outlet pipe congestion of main frame, damages main frame internal structure.

3. the present invention can make sewage processed while being passed through high-temperature gas inside, to dirt by the way that heating mechanism is arranged Water carries out high temperature sterilization, further increases wastewater treatment efficiency, while high-temperature gas can be made to spray by the way that venthole is arranged While first the outer surface of the first metal drawstring is cleared up, avoid the rubbish in sewage from being wrapped on the first metal drawstring and lead It causes its winding effect impaired, reduces wastewater treatment efficiency.

Detailed description of the invention

Fig. 1 is main view of the invention；

Fig. 2 is the top view of the first sliding panel in Fig. 1 of the present invention；

Fig. 3 is the top view of rabbling mechanism in Fig. 1 of the present invention；

Fig. 4 is the partial enlarged view in Fig. 1 of the present invention at A；

Fig. 5 is the partial enlarged view in Fig. 1 of the present invention at B；

Fig. 6 is the partial enlarged view in Fig. 1 of the present invention at C；

Fig. 7 is the expanded view in Fig. 1 of the present invention at C；

Fig. 8 is the partial enlarged view in Fig. 4 of the present invention at D；

Fig. 9 is the partial enlarged view in Fig. 8 of the present invention at E；

In figure: main frame 1, water inlet pipe 11, outlet pipe 12, flocculant accommodating box 13, the first sliding block 131, T-slot 132, gold Category hose 133, flocculant diffusion mechanism 2, the first sliding panel 21, the first rotating bar 22, the second rotating bar 23 store rod 231, the One metal drawstring 232, the second sliding panel 24 receive slot 241, third sliding panel 242, mounting plate 243, dispersion slot 244, dispersion hole 245, flexible plastic pipe 246, cam 25, the first switching centrum 26, the second switching centrum 27, arc panel 28, Rotational Cylindrical 29, outlet Hole 291, rabbling mechanism 3, connecting rod 31, spiral plate 32 install circular hole 33, fanning strip 34, heating mechanism 4, ceramic Silicon rubber inflatable bag 41, metallic conductor 42, heating plate 43, air inlet pipe 44, escape pipe 45, layered filtration mechanism 5, lifting plate 51, first layer plate 52, First limbers 521, the second demixing plate 53, the second limbers 531, the second metal drawstring 54, Jun Liu mechanism 6, magnetism barrier circle Disk 61, elastic network(s) 62, mounting post 63, cleaning mechanism 7, installation wheel 71, elastic frame body 72, elastic plate 73, the second sliding block 74, bristle 75。

Specific embodiment

It is carried out using a kind of environment-friendly sewage processing unit of Fig. 1-Fig. 9 to an embodiment of the present invention as described below.

As shown in figs. 1-9, a kind of environment-friendly sewage processing unit of the present invention, including main frame 1, flocculant expand Dissipate mechanism 2, rabbling mechanism 3, heating mechanism 4, layered filtration mechanism 5, Jun Liu mechanism 6 and cleaning mechanism 7；The main frame 1 is left It is fixedly installed with water inlet pipe 11 in the upper wall of end, is fixedly installed with outlet pipe 12 in 1 bottom right end wall of main frame；The water inlet pipe 11 is right Side is equipped with flocculant accommodating box 13；The first sliding block 131 is slidably fitted in 13 lower wall of flocculant accommodating box；Described first is sliding T-slot 132 is equipped in block 131,131 both ends lower surface of the first sliding block is connected in the upper wall of main frame 1 by spring, and First sliding block, 131 middle lower surface is fixedly connected with metal hose 133；133 lower end of metal hose is fixedly connected with flocculation Agent diffusion mechanism 2；The flocculant diffusion mechanism 2 includes the first sliding panel 21, the first rotating bar 22, the second rotating bar 23, the Two sliding panels 24, switching centrum 26, the second switching centrum 27 of cam 25, first and arc panel 28；First sliding panel 21 is right End is connected in the inner end right wall of main frame 1 by spring, and 21 left end lower part of the first sliding panel is fixedly installed with second turn Connect centrum 27；Second switching, 27 left end of centrum is slidably connected at the outer surface of arc panel 28；Lead to inside the arc panel 28 Shaft is crossed to be rotatably installed in inside main frame 1；Second sliding panel, 24 both ends are slidably connected at the first rotating bar by screw thread 22 outer surface, the second sliding panel 24 include receiving slot 241, third sliding panel 242, mounting plate 243, dispersion slot 244, dispersion hole 245 and flexible plastic pipe 246；The lower end for receiving 241 upper end of slot to be fixedly connected on metal hose 133, receives inside slot 241 Right end is fixedly installed with mounting plate 243, and 241 right end of slot is received to be connected with dispersion slot 244；243 left end of the mounting plate sliding It is connected with third sliding panel 242；The third sliding panel 242 is slidably mounted on the inside left end for receiving slot 241, third sliding panel 242 inner walls are connect by teeth with the upper end gear of the first switching centrum 26；244 outer end of dispersion slot is uniformly provided with dispersion hole 245；245 outer end of dispersion hole is fixedly connected with flexible plastic pipe 246；First switching 26 lower end of centrum is turned by gear It is dynamic to be connected in the teeth of 25 inner wall of cam；Before the cam 25 is rotatably connected on the first sliding panel 21 by Rotational Cylindrical 29 End；29 rear end of Rotational Cylindrical is set as hollow form；There are two second rotating bar 23 is set, the second rotating bar 23 passes through screw thread It is slidably connected inside the lower end of the first sliding panel 21, and 23 both ends of the second rotating bar are rotatably connected on the left and right two of main frame 1 It holds on inner wall, while 23 liang of side external surface fixed symmetricals of the second rotating bar of rear end are equipped with storage rod 231；The storage rod Winding is equipped with the first metal drawstring 232 on 231；First metal drawstring, the 232 inner end winding is mounted on outside 29 rear end of Rotational Cylindrical Surface；2 lower end of flocculant diffusion mechanism is equipped with layered filtration mechanism 5；When needing to handle sanitary sewage, pass through Sanitary sewage can be passed through in main frame 1 by water inlet pipe 11, start turning arc panel 28 by shaft at this time, and 28 turns of arc panel Dynamic that the second switching centrum 27 is driven slided on its surface, i.e. the first sliding panel 21 is left with the rotation of arc panel 28 Right sliding, while the first sliding panel 21 starts to horizontally slip, because the second rotating bar 23 is by being threadably mounted at the first sliding In plate 21, i.e., as second rotating bar 23 that horizontally slips of the first sliding panel 21 starts to carry out back rotation, and because of the second rotating bar 23 Both ends be fixedly installed with storage rod 231, i.e., with arc panel 28 rotation storage rod 231 start to do both forward and reverse directions rotation, and 232 inner end of the first metal drawstring wound on storage rod 231 is intertwined and connected with Rotational Cylindrical 29, i.e., as the rotation of arc panel 28 turns Dynamic column 29 starts to do reciprocating rotary movement, and Rotational Cylindrical 29 drives the cam 25 of its end to do back and forth while doing reciprocating rotary movement Rotational motion, and because being rotatably connected to the first switching centrum 26 on cam 25, i.e., while cam 25 does reciprocating rotary movement The second sliding panel 24 can be made to move up and down, while the first connection centrum starts to do reciprocating rotary movement, and in the first sliding panel 21 While horizontally slipping, metal hose 133 jacks up upwards again after being stretched, and slides up and down the first sliding block 131, when the first cunning When block 131 is slid into flocculant accommodating box 13, cam 25 is just rotated counterclockwise, i.e., is received in slot 241 by the upper end Gear drives third sliding panel 242 toward left slide, then can be by the first sliding block 131 due to receiving the space of slot 241 to increase T-slot 132 flocculant in flocculant accommodating box 13 be evacuated to receive in slot 241, and when cam 25 inverts, keep third sliding Movable plate 242 is turned right movement, by space squeezing action, the flocculant in slot 241 is received to start the injection in dispersion slot 244, And it is spread outward in the sewage in main frame 1 by the dispersion hole 245 on the outside of it, while passing through dispersion hole 245 in flocculant The flexible plastic pipe 246 that its outer end is installed when diffusion can generate an oscillatory forces in flocculant discharge, enhance flocculant Diffusion effect, when in the sewage in flocculant uniform discharge to main frame 1, the particulate matter in sewage starts to adsorb mutually, The sewage after the completion of processing can be filtered by layered filtration mechanism 5 after the completion of absorption and pass through outlet pipe 12 and be discharged, The adsorbate taken out inside main frame 1 simultaneously completes filter operation, may be implemented in sewage by the way that flocculant diffusion mechanism 2 is arranged Flocculant is uniformly spread toward sewage in automatically during processing, and substitution is manually added, and is greatly saved manpower, while can be with Guarantee that the efficiency of sewage treatment is unaffected, and flocculant diffusion mechanism 2 can be realized in sewage by the way that arc panel 28 is arranged It horizontally slips, makes flocculant is more uniform to diffuse in sewage, while can be in flocculant by setting flexible plastic pipe 246 It swings flocculant while ejection to spray, realizes that flocculant in conjunction with sewage multi-angle, greatly improves the efficiency of sewage treatment And treatment effect.

The layered filtration mechanism 5 includes lifting plate 51, first layer plate 52, the second demixing plate 53 and the second metal drawstring 54；The lifting plate 51 is equipped with two pieces, and 51 outer wall of lifting plate is slidably mounted on the both ends inner wall of main frame 1, and lifting plate 51 The metallic cable rotation winding that upper end is fixedly mounted is mounted on the both ends outer surface of the second rotating bar 23, and 51 upper surface of lifting plate is fixed Second demixing plate 53 is installed；The second limbers 531,53 upper surface of the second demixing plate are uniformly provided in second demixing plate 53 Frictional Slipping is connected with first layer plate 52；52 both ends of first layer plate are connected to the two of lifting plate 51 by spring Inner surface is held, is uniformly provided with the first limbers 521 in first layer plate 52；First limbers 521 and the second limbers 531 It shifts to install, the second metal drawstring 54 is fixedly installed in the first limbers 521；Second metal drawstring, 54 lower end passes through the Two limbers 531 and the upper surface for being fixedly connected on heating mechanism 4；When the second rotating bar 23 starts to move back and forth, because being promoted The upper end of plate 51 is wrapped in its both ends outer surface by metallic cable, i.e., promotion when doing reciprocating rotary movement with the second rotating bar 23 The beginning of plate 51 is slided up and down along the both ends inner wall of main frame 1, i.e., when the second demixing plate 53 starts to move upwards, because by the The pulling function of two metal drawstrings 54, the beginning of first layer plate 52 is slided to the right on the second demixing plate 53, and finally makes first Limbers 521 is mutually communicated with the second limbers 531, and 1 inner upper end of the main frame sewage processed finished passes through first at this time Limbers 521 and the second limbers 531 flow to the interior lower end of main frame 1, when the second demixing plate 53 is downward with lifting plate 51 When movement, the pulling force effect first layer plate 52 by spring starts Slideslip to the left and slowly resets, and makes the first limbers 521 It misplaces again with the second limbers 531, prevents sewage from continuing the interior lower end for being passed through main frame 1, while in the second demixing plate 53 One extruding force of sewage that 1 interior lower end of main frame can be given while moving downward, promotes the sewage being disposed quickly to lead to It crosses outlet pipe 12 to flow out in main frame 1, can make 1 inner upper end of main frame is processed to finish by the way that layered filtration mechanism 5 is arranged Sewage intermittence enter the interior lower end of main frame 1, increase the reaction time of flocculant and sewage, enhancing sewage treatment effect Fruit, while the discharge main frame 1 of the orderly interval of sewage can also be made, 12 congestion of outlet pipe of main frame 1 is prevented, main frame is damaged 1 internal structure.

The heating mechanism 4 includes ceramic Silicon rubber inflatable bag 41, metallic conductor 42, heating plate 43, air inlet pipe 44 and outlet Pipe 45；The upper surface of the ceramics Silicon rubber inflatable bag 41 is fixedly connected with the second metal drawstring 54, ceramic Silicon rubber inflatable bag 41 It is equipped with air inlet pipe 44 on the downside of right end, is equipped with escape pipe 45 on the downside of the left end of ceramic Silicon rubber inflatable bag 41；The air inlet pipe 44 is fixed It is mounted on the lower wall right end of main frame 1；The escape pipe 45 is set as rubber tube, and escape pipe 45 is fixedly mounted on main frame 1 In left side wall, and 45 upper end of escape pipe is fixedly mounted in 29 rear end cavity of Rotational Cylindrical in the first sliding panel 21；The rotation Venthole 291 is offered in 29 aft bulkhead of column；Metallic conductor 42 is equipped in the ceramics Silicon rubber inflatable bag 41；The metallic conductor 42 lower ends are fixedly mounted on the bottom inner surface of main frame 1, and 42 upper end of metallic conductor is fixedly mounted on ceramic Silicon rubber inflatable bag 41 Inner upper wall, ceramic 41 two sides of Silicon rubber inflatable bag be equipped with heating plate 43；43 lower end of heating plate is fixedly mounted on main frame 1 Bottom inner surface；When lifting plate 51 moves upwards, that is, the second metal drawstring 54 is started drag, by the second metal drawstring 54 Motive force effect, ceramic Silicon rubber inflatable bag 41 is pulled upwardly liters, i.e., in ceramic Silicon rubber inflatable bag 41 inwardly by air inlet pipe 44 Air is injected, and is stretched as ceramic Silicon rubber inflatable bag 41 is pulled upwardly, the metallic conductor 42 for keeping it internal contacts, as heating plate 43 are powered, and heating plate 43 starts to heat the air in ceramic Silicon rubber inflatable bag 41 after being powered, when lifting plate 51 declines, Ceramic Silicon rubber inflatable bag 41 starts return, i.e., the air being heated to its inside starts to compress, by unidirectional in air inlet pipe 44 Valve influences, and the air being inside heated starts to import escape pipe 45, and is passed through in the cavity in Rotational Cylindrical 29 along escape pipe 45, And discharged by the venthole 291 in its wall into sewage, by be arranged heating mechanism 4 can make sewage it is processed simultaneously It is passed through high-temperature gas inside, high temperature sterilization is carried out to sewage, further increases wastewater treatment efficiency, while passing through setting venthole 291 can be such that high-temperature gas first clears up the outer surface of the first metal drawstring 232 while spraying, and avoid in sewage Rubbish, which is wrapped on the first metal drawstring 232, causes its winding effect impaired, reduces wastewater treatment efficiency.

Jun Liu mechanism 6 is equipped in first limbers 521 and the second limbers 531；The Jun Liu mechanism 6 includes magnetism Obstruct disk 61, elastic network(s) 62 and mounting post 63；62 upper end of elastic network(s) is fixedly connected on the magnetic barrier disk 61 in upside Both ends lower surface, 62 lower end of elastic network(s) are fixedly connected on the inside of first layer plate 52；The magnetic barrier disk 61 is slided respectively The dynamic top and bottom for being mounted on the first limbers 521 and the second limbers 531, magnetism barrier disk 61 is in same magnetic, and Magnetism barrier 61 inner surface of disk is fixedly connected with mounting post 63；It is logical that the mounting post 63 is located at the first limbers 521 and second The inside in water hole 531, and 63 inner end of mounting post is connected to the first limbers 521 and the second limbers 531 by spring On inner wall；When the first limbers 521 and the second limbers 531 penetrate through, i.e., the magnetic barrier disk 61 in it is in upper and lower face Setting, by the effect that magnetism at the same level is repelled each other, magnetism barrier disk 61 can generate a mutual thrust to it, make the magnetic of upper end Property barrier disk 61 skid off first layer plate 52, the magnetic barrier disk 61 of lower end skids off the second demixing plate 53, even if being layered Down space is connected on filter structure 5, and the sewage after being processed can be uniformly passed through by the gap around magnetic barrier disk 61 1 lower end of main frame, while when the magnetic barrier disk 61 in upper end skids off first layer plate 52,62 quilt of elastic network(s) of lower surface It stretches, by the filtration of elastic network(s) 62, the filtrate flocculated together can not be by the first limbers 521 and the second water flowing Hole 531, when first layer plate 52 starts return, the first limbers 521 and the second limbers 531 are gradually staggered, i.e., magnetic resistance Start to misplace every disk 61, when first layer plate 52 returns in situ, the effect of losing magnetism between each other of magnetism barrier disk 61, The first limbers 521 and the second water flowing are gradually returned to by the magnetic barrier disk 61 of spring tension effect in mounting post 63 at this time Hole 531, the first limbers 521 and the second limbers 531 is carried out closed, can make first by the magnetic barrier disk 61 of setting It generates mutually one when the second limbers 531 on the first limbers 521 and the second demixing plate 53 on demixing plate 52 penetrates through Magnetic force moving effect is sewage by providing a fixed gap, realizes that the sewage uniform flow after being processed becomes owner of frame 1 lower end of body, while can guarantee that the flocculate of 1 upper end of main frame can not be passed through the first limbers 521 by the way that elastic network(s) 62 is arranged With the second limbers 531, avoiding flocculate from blocking the first limbers 521 and the second limbers 531 influences circulation effect.

The cleaning mechanism 7 includes installation wheel 71, elastic frame body 72, elastic plate 73, the second sliding block 74 and bristle 75；It is described Installation wheel 71 is fixedly connected below the both ends of the magnetic barrier disk 61 in upside, and installation 71 outer surface uniform rotations of wheel are connected with bullet Property framework 72；Elastic plate 73 is connected with by spring slide inside the elastic frame body 72；73 outer end of the elastic plate sliding connects It is connected to the second sliding block 74；Second sliding block, 74 outer surface is fixedly installed with bristle 75；The bristle 75 is set as hook type；When upper When the magnetic barrier disk 61 at end is skidded off first layer plate 52 by magneticaction upwards, the sewage of 1 upper end of main frame can pass through Elastic network(s) 62 is passed through the first limbers 521 and 531 cocurrent of the second limbers enters 1 lower end of main frame, sewage after being processed Pass through elastic network(s) 62 when, will push elastic frame body 72 around installation wheel 71 rotation, when elastic frame body 72 starts turning, i.e., its Interior elastic plate 73 starts turning, and when elastic plate 73 touches elastic network(s) 62, the effect of being under pressure can be received into elastic frame body 72 Contracting, i.e., the frictional force between elastic plate 73 and elastic network(s) 62 increases, while the second sliding block 74 of its end will drive bristle 75 and exist The inner surface of elastic network(s) 62 forms one and brushes power, clears up elastic network(s) 62, and the second sliding block 74 during cleaning Bristle 75 can also be driven to form a float force in the inner surface of elastic network(s) 62, improve cleaning effect, by the way that descaling machine is arranged Structure 7 can provide real-time cleaning to elastic network(s) 62 using the power of water flow when sewage passes through elastic network(s) 62, avoid in sewage Flocculate blocks elastic network(s) 62, reduces sewage water filtration efficiency, while can be to elastic network(s) by setting hook type for bristle 75 62 form a great frictional force to it when being cleared up, be conducive to the obstinate flocculate cleared up on elastic network(s) 62.

First rotating bar, 22 lower end described in right end is fixedly connected with rabbling mechanism 3；3 outer end of rabbling mechanism passes through connecting rod 31 are fixed, and rabbling mechanism 3 includes spiral plate 32, installation circular hole 33 and fanning strip 34；31 upper end of connecting rod is fixedly mounted In the lower surface of the first sliding panel 21；Installation circular hole 33 is uniformly provided in 32 wall of spiral plate；In the installation circular hole 33 Equipped with fanning strip 34；The fanning strip 34 is equipped with four pieces in an installation circular hole 33, and fanning strip 34 passes through spring between any two Connection, and 34 outer surface of fanning strip is connected on the inner wall of installation circular hole 33 by spring；When the first rotating bar 22 starts When rotation, since 32 outer end of spiral plate is fixed by connecting rod 31, i.e., the spiral plate 32 that its lower end is fixedly connected starts to do contraction expansion It opens and moves back and forth, when spiral plate 32 carries out shrinkage expansion reciprocating motion, the sewage of 1 upper end of main frame can pass through the installation in it Circular hole 33 quickly circulates, and when sewage by speed when being increased, can mutually be stretched by influence of hydraulic pressure fanning strip 34, improves dirty The through-rate of water, and the joint efficiency of flocculant and sewage is increased substantially, sewage treating efficiency is further enhanced, by setting Particulate matter flocculation efficiency in sewage can substantially be accelerated by setting rabbling mechanism 3, improve sewage treating efficiency, while passing through setting fan Shape plate 34, and fanning strip 34 will can be made to expand around when in face of larger hydraulic pressure by spring connection between fanning strip 34, The velocity of liquid assets of sewage is improved, while also can avoid the rubbish blocking installation circular hole 33 in sewage, reduces mixing effect.

Specific workflow is as follows:

When work, sanitary sewage can be passed through in main frame 1 by water inlet pipe 11, arc panel 28 is made by shaft at this time It starts turning, the rotation of arc panel 28 drives the second switching centrum 27 slided on its surface, i.e. the first sliding panel 21 As the rotation of arc panel 28 horizontally slips, while the first sliding panel 21 starts to horizontally slip, because the second rotating bar 23 is logical It crosses and is threadably mounted in the first sliding panel 21, i.e., as second rotating bar 23 that horizontally slips of the first sliding panel 21 starts to turn round It is dynamic, and because the both ends of the second rotating bar 23 are fixedly installed with storage rod 231, i.e., as the rotation storage rod 231 of arc panel 28 is opened Beginning does both forward and reverse directions rotation, and stores 232 inner end of the first metal drawstring wound on rod 231 and be intertwined and connected with Rotational Cylindrical 29, i.e., As the rotation Rotational Cylindrical 29 of arc panel 28 starts to do reciprocating rotary movement, drive while Rotational Cylindrical 29 does reciprocating rotary movement The cam 25 of its end does reciprocating rotary movement, and because being rotatably connected to the first switching centrum 26 on cam 25, i.e., when cam 25 While doing reciprocating rotary movement second sliding panel 24 can move up and down, while the first connection centrum starts to do reciprocating rotation fortune It is dynamic, and while the first sliding panel 21 horizontally slips, metal hose 133 jacks up upwards again after being stretched, and makes the first sliding block 131 slide up and down, and when the first sliding block 131 slides into flocculant accommodating box 13, cam 25 is just rotated counterclockwise, that is, passes through The upper end receives the gear in slot 241 to drive third sliding panel 242 toward left slide, due to receiving the space of slot 241 to increase, then The flocculant in flocculant accommodating box 13 can be evacuated to by the T-slot 132 on the first sliding block 131 and be received in slot 241, and when convex When 25 reversion of wheel, the movement of turning right of third sliding panel 242 is made to be received the flocculant in slot 241 to start by space squeezing action The injection in dispersion slot 244, and spread outward in the sewage in main frame 1 by the dispersion hole 245 on the outside of it, while wadding a quilt with cotton The flexible plastic pipe 246 of its outer end installation can generate one in flocculant discharge when solidifying agent is spread by dispersion hole 245 Oscillatory forces enhance the diffusion effect of flocculant, when in the sewage in flocculant uniform discharge to main frame 1, in sewage Grain object starts to adsorb mutually, can be filtered the sewage after the completion of processing simultaneously by layered filtration mechanism 5 after the completion of absorption It is discharged by outlet pipe 12, while taking out the adsorbate inside main frame 1 and completing filter operation.

The embodiment of the present invention is described with above attached drawing, but the invention is not limited to above-mentioned specific Embodiment, the above mentioned embodiment is only schematical, rather than restrictive, those skilled in the art Under the inspiration of the present invention, without breaking away from the scope protected by the purposes and claims of the present invention, it can also make very much Form, all of these belong to the protection of the present invention.

Claims (6)

1. a kind of environment-friendly sewage processing unit, including main frame (1), flocculant diffusion mechanism (2), rabbling mechanism (3), heating Mechanism (4), layered filtration mechanism (5), Jun Liu mechanism (6) and cleaning mechanism (7)；It is characterized by: main frame (1) left end It is fixedly installed in upper wall water inlet pipe (11), is fixedly installed with outlet pipe (12) in the end wall of main frame (1) bottom right；The water inlet pipe (11) right side is equipped with flocculant accommodating box (13)；The first sliding block is slidably fitted in flocculant accommodating box (13) lower wall (131)；T-slot (132) are equipped in first sliding block (131), the first sliding block (131) both ends lower surface is connected by spring It connects in the upper wall of main frame (1), and the first sliding block (131) middle lower surface is fixedly connected with metal hose (133)；The gold Belong to hose (133) lower end and is fixedly connected with flocculant diffusion mechanism (2)；The flocculant diffusion mechanism (2) includes the first sliding Plate (21), the first rotating bar (22), the second rotating bar (23), the second sliding panel (24), cam (25), the first switching centrum (26), the second switching centrum (27) and arc panel (28)；First sliding panel (21) right end is connected to master by spring In the inner end right wall of framework (1), the first sliding panel (21) left end lower part is fixedly installed with the second switching centrum (27)；Described second Switching centrum (27) left end is slidably connected at the outer surface of arc panel (28)；Internal rotated by shaft of the arc panel (28) is pacified It is internal mounted in main frame (1)；Second sliding panel (24) both ends are slidably connected at the outer of the first rotating bar (22) by screw thread Surface, the second sliding panel (24) include receiving slot (241), third sliding panel (242), mounting plate (243), dispersion slot (244), dividing Dissipate hole (245) and flexible plastic pipe (246)；The lower end for receiving slot (241) upper end to be fixedly connected on metal hose (133), It receives the internal right end of slot (241) to be fixedly installed with mounting plate (243), slot (241) right end is received to be connected with dispersion slot (244)； Mounting plate (243) left end slidably connects third sliding panel (242)；The third sliding panel (242) is slidably mounted on suction Receive the inside left end of slot (241), third sliding panel (242) inner wall is connected by teeth and the upper end gear of the first switching centrum (26) It connects；Dispersion slot (244) outer end is uniformly provided with dispersion hole (245)；Dispersion hole (245) outer end is fixedly connected with flexible modeling Expects pipe (246)；First switching centrum (26) lower end is rotatably connected in the teeth of cam (25) inner wall by gear；It is described Cam (25) is rotatably connected on the front end of the first sliding panel (21) by Rotational Cylindrical (29)；Rotational Cylindrical (29) rear end is set as Hollow form；There are two second rotating bar (23) sets, the second rotating bar (23) is slidably connected at the first sliding panel by screw thread (21) inside lower end, and the second rotating bar (23) both ends are rotatably connected on the left and right ends inner wall of main frame (1), while after (23) the two side external surface fixed symmetrical of second rotating bar at end is equipped with storage rod (231)；It winds and sets on the storage rod (231) There is the first metal drawstring (232)；The winding of the first metal drawstring (232) inner end is mounted on Rotational Cylindrical (29) back end outer surface； Flocculant diffusion mechanism (2) lower end is equipped with layered filtration mechanism (5).

2. a kind of environment-friendly sewage processing unit according to claim 1, it is characterised in that: the layered filtration mechanism It (5) include lifting plate (51), first layer plate (52), the second demixing plate (53) and the second metal drawstring (54)；The lifting plate (51) two pieces are equipped with, lifting plate (51) outer wall is slidably mounted on the both ends inner wall of main frame (1), and lifting plate (51) upper end is solid The metallic cable rotation winding of Dingan County's dress is mounted on the both ends outer surface of the second rotating bar (23), the fixed peace in lifting plate (51) upper surface Equipped with the second demixing plate (53)；It is uniformly provided with the second limbers (531) in second demixing plate (53), the second demixing plate (53) Upper surface Frictional Slipping is connected with first layer plate (52)；First layer plate (52) both ends are connected to by spring and are mentioned The both ends inner surface of lift slab (51), first layer plate (52) is interior to be uniformly provided with the first limbers (521)；First limbers (521) it is shifted to install with the second limbers (531), is fixedly installed with the second metal drawstring (54) in the first limbers (521)；Institute The second metal drawstring (54) lower end is stated across the second limbers (531) and is fixedly connected on the upper surface of heating mechanism (4).

3. a kind of environment-friendly sewage processing unit according to claim 1, it is characterised in that: heating mechanism (4) packet Include ceramic Silicon rubber inflatable bag (41), metallic conductor (42), heating plate (43), air inlet pipe (44) and escape pipe (45)；The ceramics The upper surface of Silicon rubber inflatable bag (41) is fixedly connected with the second metal drawstring (54), the right end downside of ceramic Silicon rubber inflatable bag (41) Equipped with air inlet pipe (44), escape pipe (45) are equipped on the downside of the left end of ceramic Silicon rubber inflatable bag (41)；The air inlet pipe (44) is fixed It is mounted on the lower wall right end of main frame (1)；The escape pipe (45) is set as rubber tube, and escape pipe (45) is fixedly mounted on main frame In the left side wall of body (1), and escape pipe (45) upper end is fixedly mounted on the sky of Rotational Cylindrical (29) rear end in the first sliding panel (21) It is intracavitary；Venthole (291) are offered in Rotational Cylindrical (29) aft bulkhead；Metal is equipped in the ceramics Silicon rubber inflatable bag (41) Conductor (42)；Metallic conductor (42) lower end is fixedly mounted on the bottom inner surface of main frame (1), metallic conductor (42) upper end It is fixedly mounted on the inner upper wall of ceramic Silicon rubber inflatable bag (41), ceramic Silicon rubber inflatable bag (41) two sides are equipped with heating plate (43)； Heating plate (43) lower end is fixedly mounted on the bottom inner surface of main frame (1).

4. a kind of environment-friendly sewage processing unit according to claim 2, it is characterised in that: first limbers (521) and in the second limbers (531) Jun Liu mechanism (6) are equipped with；The Jun Liu mechanism (6) include magnetic barrier disk (61), Elastic network(s) (62) and mounting post (63)；Elastic network(s) (62) upper end is fixedly connected on the both ends of magnetic barrier disk (61) in upside Lower surface, elastic network(s) (62) lower end are fixedly connected on the inside of first layer plate (52)；Magnetic barrier disk (61) is respectively The top and bottom of the first limbers (521) and the second limbers (531) are slidably mounted on, magnetism barrier disk (61) is in identical Magnetism, and magnetic barrier disk (61) inner surface is fixedly connected with mounting post (63)；The mounting post (63) is located at the first water flowing The inside in hole (521) and the second limbers (531), and mounting post (63) inner end is connected to the first limbers by spring (521) and on the inner wall of the second limbers (531).

5. a kind of environment-friendly sewage processing unit according to claim 1, it is characterised in that: cleaning mechanism (7) packet Include installation wheel (71), elastic frame body (72), elastic plate (73), the second sliding block (74) and bristle (75)；The installation wheel (71) is solid Surely it is connected to below the both ends of magnetic barrier disk (61) in upside, installation wheel (71) outer surface uniform rotation is connected with elastic frame body (72)；The elastic frame body (72) is internal to be connected with elastic plate (73) by spring slide；Elastic plate (73) the outer end sliding It is connected with the second sliding block (74)；Second sliding block (74) outer surface is fixedly installed with bristle (75)；Bristle (75) setting For hook type.

6. a kind of environment-friendly sewage processing unit according to claim 1, it is characterised in that: the first rotating bar described in right end (22) lower end is fixedly connected with rabbling mechanism (3)；Rabbling mechanism (3) outer end is fixed by connecting rod (31), blender Structure (3) includes spiral plate (32), installation circular hole (33) and fanning strip (34)；It is sliding that connecting rod (31) upper end is fixedly mounted on first The lower surface of movable plate (21)；Installation circular hole (33) is uniformly provided in spiral plate (32) wall；In the installation circular hole (33) Equipped with fanning strip (34)；The fanning strip (34) is equipped with four pieces in an installation circular hole (33), and fanning strip (34) is between any two It is connected by spring, and fanning strip (34) outer surface is connected on the inner wall of installation circular hole (33) by spring.