CN208292836U - A kind of high-effective sludge dehydration equipment - Google Patents

Abstract

The utility model discloses a kind of high-effective sludge dehydration equipment, including chassis and sequentially connected sludge draw-out device, sludge stirring device, sludge dehydration device and sludge compression set, sludge draw-out device includes two the first push-rod electric machines being mounted on chassis, workbench at the top of two the first push-rod electric machines is set, sludge pump is installed in the middle part of the lower surface of the workbench, the mud inlet of sludge pump is connected with dredging tube, and the dredging tube stretches in sludge-tank after penetrating chassis.The utility model is realized by the first push-rod electric machine of setting and carries out flexible operation to the sludge-tank of different depth, and strainer appearance is inlaid with the Electrothermal ring, can heat to sludge, its moisture is accelerated to evaporate, and water content is lower in the sludge for finishing dehydration；The mud cake that dehydration finishes is directly entered compression sludge box and is compressed, and further reduces its volume, saves the occupied area of mud cake, reduces the difficulty and cost of the transport of cake mud.

Description

A kind of high-effective sludge dehydration equipment

Technical field

The utility model relates to field of environment protection equipment, more particularly to a kind of high-effective sludge dehydration equipment.

Background technique

Sludge is the inevitable outcome after sewage treatment plant and sewage plant sewage treatment, without the dirt of fine processing disposition After mud enters environment, it will bring secondary pollution directly to water body and atmosphere, will also be constituted to the activity of ecological environment and the mankind Serious threat.Therefore, very prudent for the processing of sludge.And sewage can generate a large amount of dirts after precipitation process Mud, even across concentration and digestion process, moisture content still up to 96% is sufficiently bulky, it is difficult to consumption disposition, it is necessary to by dehydration Processing, improves the solid content of mud cake, to reduce the occupied area that sludge is banked up.

Sludge dewatering equipment is exactly a kind of sludge treatment device dedicated for sludge dewatering, currently, common dirt in the market Mud dewaterer is all made of the structure that helical pressure and dynamic and static ring organically combine and designs, and forms concentration, dewatering integrated completely new Isolation technics, energy conservation, water-saving result are good, and therefore, application is more universal, and still, traditional sludge dewatering equipment was actually using There are still some problems in journey, for example needs to occupy biggish land area, and contain in mud cake in loose dress after sludge dewatering Water rate is higher, in addition, traditional sludge dewatering equipment does not have sludge draw-out device generally, the sludge in sludge-tank leans on remote fortune It is defeated, to find out its cause, can not be moved to by sludge-tank since traditional sludge dewatering equipment is generally fixedly mounted in workshop, Therefore the transport of long range is also required to spend a large amount of man power and material, for above situation, it is necessary to design a kind of high-efficient sewage Mud dehydration equipment solves the above problems.

Utility model content

The purpose of this utility model is that solve the above-mentioned problems and provides a kind of high-effective sludge dehydration equipment, passes through Sludge pump and dredging tube realize that sludge extracts automatically, by be arranged the first push-rod electric machine realize to the sludge-tank of different depth into The flexible operation of row, strainer appearance are inlaid with the Electrothermal ring, can heat to sludge, accelerate its moisture to evaporate, make to be dehydrated Water content is lower in the sludge finished, moreover, the mud cake that dehydration finishes can be directly entered the compression sludge box and be compressed, into One step reduces its volume, and the occupied area of mud cake is greatly saved, and greatly reduces the difficulty and cost of the transport of cake mud.

The utility model achieves the above object through the following technical schemes:

A kind of high-effective sludge dehydration equipment, for being carried out dehydrating to the sludge in sludge-tank, including chassis and according to Sludge draw-out device, sludge stirring device, sludge dehydration device and the sludge compression set of secondary connection, the sludge extract dress Two the first push-rod electric machines including being mounted on chassis are set, the workbench at the top of two the first push-rod electric machines is set, it is described Sludge pump is installed in the middle part of the lower surface of workbench, the mud inlet of sludge pump is connected with dredging tube, and the dredging tube penetrates chassis After stretch in sludge-tank；

The sludge stirring device includes fixed agitator tank on the table, and the mud mouth of the sludge pump passes through pipeline It is connected to the bottom of agitator tank, the sludge under the power effect of sludge pump in sludge-tank is pumped to agitator tank by dredging tube It is interior；Under the action of two the first push-rod electric machines, agitator tank on workbench, workbench, the dirt that workbench lower surface is set Dredge pump and with sludge pump connection dredging tube together with move up and down；

The sludge dehydration device includes the foul water tank being arranged on chassis, and the liquid collecting bucket above foul water tank is arranged in, with And it is mounted on the strainer of the tubular structure above liquid collecting bucket, the strainer is internally provided with helical axis, and the upper end of helical axis connects It is connected to decelerating motor, the strainer outer surface, which is also wound, is provided at least one circle Electrothermal ring；The strainer and interior Helical axis be left low and right high incline structure, the upper surface on the left of strainer is provided with feed hopper, on the right side of strainer and decelerating motor The lower surface of connection is provided with out bucket；The sludge compression set includes the compression storage mud box being arranged on the right side of foul water tank, institute It states and is connected between foul water tank and compression storage mud box by the second push-rod electric machine, the upper surface of the compression storage mud box is provided with into mud Mouthful, and mud inlet is located at the lower section of bucket；Compression plate is provided in the compression storage mud box, and compression plate is inverted l-shaped structure, The fuselage of second push-rod electric machine is fixed on the side wall of foul water tank, and push rod is fixed in compression plate, and the second push-rod electric machine pushes Compression plate moves freely in compression storage mud box.

Further, the bottom of the foul water tank is provided with drain valve, and the drain valve is connected with outlet pipe, and being used for will be dirty Sewage discharge in water tank.

Preferably, it is connected between the feed hopper and the outlet of agitator tank by screwed pipe.

Preferably, the outlet of the agitator tank is provided with flow valve, and the flow valve is for controlling agitator tank to feed hopper Sludge input quantity.

Still further, the chassis upper surface is provided with the installation of the push-rod electric machine for installing first push-rod electric machine Seat, the water tank mounting base for installing the foul water tank and the storage mud box mounting base for installing the compression storage mud box, it is described It is additionally provided with the electromagnetism valve housing for installing the drain valve on water tank mounting base bottom surface, is provided with and is convenient on the chassis The pore that dredging tube passes through；Sealing plate, the chassis of the sealing plate side are provided on storage mud box mounting base bottom surface Inside is equipped with pipeline, and the position that the pipeline is in contact with the chassis side is provided with stepper motor mounting base, stepper motor Second stepper motor is installed, and the output shaft of second stepper motor passes through the fixed company in edge of pipeline and sealing plate in mounting base It connects, second stepper motor rotation drives sealing plate to rotate around pipeline.

Further, the bucket lower end out is also equipped with the first stepper motor, first stepper motor output shaft On be connected with baffle, baffle rotates under the action of the first stepper motor, to realize out opening or closing for bucket.

Further, there are four stirring motor, agitator tank is interior to be arranged there are four agitating shaft for the agitator tank side setting, Other side setting of the agitator tank far from stirring motor is there are four bearing block corresponding with stirring motor, and the one of each agitating shaft The dynamic connection of output shaft axis at end and one of stirring motor, the other end of agitating shaft are mounted on axis corresponding with the stirring motor It holds in seat.

Preferably, the agitator tank side is additionally provided with liquidometer, the upper end hinged case lid, table on the case lid (35) Face is inlaid with observation window and handle.

Preferably, the agitator tank top-side is additionally provided with medicinal liquor barrel, and the medicinal liquor barrel lower end is supported by ribs It fixes on the workbench, is connected between the medicinal liquor barrel and the agitator tank by grug transportation tube, is installed on the grug transportation tube There are control valve and flowmeter, the medicinal liquor barrel upper end is screwed with bung by screw thread.

Preferably, chassis lower end front and rear sides are mounted at least one idler wheel, and the idler wheel can drive the bottom Disk moves on the bank in pond.

It compared with prior art, can be with the utility model has the beneficial effects that: the utility model has been additionally arranged at the bottom idler wheel It moves freely, can directly move the device by sludge-tank the sludge directly extracted in sludge-tank and carry out dewatering operation；This is practical It is novel to be provided with sludge draw-out device, under the action of the first push-rod electric machine, workbench, the sludge that workbench lower surface is set It pumps and is moved up and down together with the dredging tube of sludge pump mud inlet connection, carry out dirt to be flexibly directed to the sludge-tank of different depth Mud handles operation；In addition, the strainer appearance of sludge dewatering equipment is inlaid with the Electrothermal ring, sludge can be heated, be accelerated It is lower to make to be dehydrated water content in the sludge finished for the evaporation of its moisture, moreover, the compression can be directly entered by being dehydrated the mud cake finished Sludge box is compressed, its volume is further reduced, and the occupied area of mud cake is greatly saved, and greatly reduces the transport of cake mud Difficulty and cost.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of high-effective sludge dehydration equipment described in the utility model；

Fig. 2 is a kind of top view on the chassis of high-effective sludge dehydration equipment described in the utility model；

Fig. 3 is a kind of internal structure chart of the strainer of high-effective sludge dehydration equipment described in the utility model；

Fig. 4 is a kind of internal structure chart of the agitator tank of high-effective sludge dehydration equipment described in the utility model；

Fig. 5 is a kind of structural schematic diagram of the agitator tank of high-effective sludge dehydration equipment described in the utility model；

Fig. 6 is a kind of partial enlarged view of high-effective sludge dehydration equipment described in the utility model.

The reference numerals are as follows:

1, Chi An；2, sludge-tank；3, chassis；4, push-rod electric machine mounting base；5, pore；6, water tank mounting base；7, solenoid valve Mounting base；8, mud box mounting base is stored up；9, sealing plate；10, pipeline；11, stepper motor mounting base；12, the first push-rod electric machine；13, Dredging tube；14, foul water tank；15, drain valve；16, outlet pipe；17, compression storage mud box；18, idler wheel；19, compression plate；20, second Push-rod electric machine；21, mud inlet；22, go out bucket；23, the first stepper motor；24, baffle；25, second stepper motor；26, dirty Dredge pump；27, workbench；28, agitator tank；29, stirring motor；30, liquidometer；31, ribs；32, medicinal liquor barrel；33, control valve； 34, flowmeter；35, case lid；36, observation window；37, handle；38, flow valve；39, bung；40, agitating shaft；41, bearing block；42, Screwed pipe；43, feed hopper；44, decelerating motor；45, helical axis；46, strainer；47, Electrothermal ring；48, liquid collecting bucket.

Specific embodiment

The utility model is described in further detail with reference to the accompanying drawing:

As shown in figs 1 to 6, a kind of high-effective sludge dehydration equipment, for being carried out dehydrating to the sludge in sludge-tank, Including chassis 3 and sequentially connected sludge draw-out device, sludge stirring device, sludge dehydration device and sludge compression dress It sets, the sludge draw-out device includes two the first push-rod electric machines 12 being mounted on chassis 3, and setting is in two the first push rod electricity The lower surface middle part of the workbench 27 at 12 top of machine, workbench 27 is equipped with sludge pump 26, and the mud inlet of sludge pump 26 is connected with Dredging tube 13 is provided with the pore 5 passed through convenient for dredging tube 13 on chassis 3, and the dredging tube 13 stretches to dirt after penetrating chassis 3 In mud sump 2；

The sludge stirring device includes the agitator tank 28 being fixed on workbench 27, and the mud mouth of the sludge pump 26 is logical Piping is connected to the bottom of agitator tank 28, and the sludge under the power effect of sludge pump 26 in sludge-tank 2 passes through dredging tube 13 It is pumped in agitator tank 28；Under the action of two the first push-rod electric machine 12, agitator tank 28 on workbench 27, workbench 27, The dredging tube 13 that the sludge pump 26 of 27 lower surface of workbench is arranged in and connect with sludge pump 26 moves up and down together, so as to full Foot carries out the sludge-tank 2 of different depth to inhale mud operation；

The sludge dehydration device includes the foul water tank 14 being arranged on chassis 3, and the liquid collecting of 14 top of foul water tank is arranged in Bucket 48, and it is mounted on the strainer 46 of the tubular structure of 48 top of liquid collecting bucket, foul water tank 14 is fixed on chassis 3, foul water tank 14 For storing the sewage taken off from sludge, 14 bottom of foul water tank is also equipped with drain valve 15, and 15 lower end of drain valve connects out Sewage is discharged for controlling foul water tank 14 in water pipe 16, drain valve 15；14 upper end of foul water tank is provided with liquid collecting bucket 48, liquid collecting bucket 48 Upper end is equipped with strainer 46.As shown in figure 3,46 upper surface lower part of strainer is additionally provided with feed hopper 43, the outlet of agitator tank 28 with Connected between feed hopper 43 by screwed pipe 42, the setting of screwed pipe 42 can be effectively prevented when workbench 27 moves up and down with Movement interference occurs for feed hopper 43；The outlet of agitator tank 28 simultaneously is provided with flow valve 38, and flow valve 38 is for controlling agitator tank 28 to 43 feeding of feed hopper；After the sludge that agitator tank 28 comes out falls into strainer 46 from feed hopper 43, strainer 46 can hinder sludge It is interposed between inside strainer 46, meanwhile, the sewage in sludge can be flowed out by strainer 46, and liquid collecting bucket 48 is for collecting from strainer 46 The sewage flowed down；Strainer 46 is a tubular structure, is internally provided with helical axis 45, and 45 upper end of helical axis connects decelerating motor 44, the rotation of decelerating motor 44 drives helical axis 45 to rotate, and the rotation of helical axis 45 drives sludge to move from the bottom up, outside strainer 46 Surface is also wound at least one circle Electrothermal ring 47, by the way that Electrothermal ring 47 is arranged in 46 outer surface of strainer, can accelerate sludge The junction of the fuselage of dehydration, the moisture being further reduced in the sludge that the dehydration of discharge finishes, strainer 46 and decelerating motor 44 It is additionally provided with out bucket 22, bucket 22 is used to be discharged the sludge that finishes of dehydration out, and compression stores up mud box 17 and bucket 22 out is arranged in Underface is exported from agitator tank 28 to the sludge that bucket 22 conveys out under 45 turning effort of helical axis for receiving.

As shown in fig. 6, sludge compression set includes the compression storage mud box 17 that 14 right side of foul water tank is arranged in, compression storage mud box 17, the bulk sludge for finishing to dehydration compresses, and is convenient for subsequent handling；The foul water tank 14 and compression storage mud box 17 it Between by the second push-rod electric machine 20 connect, it is described compression storage mud box 17 upper surface be provided with mud inlet 21, and mud inlet 21 In the lower section of bucket 22 out；22 lower end of bucket is also equipped with the first stepper motor 23 out, connects on 23 output shaft of the first stepper motor Connect baffle 24, baffle 24 is for stopping 22 mud extraction of bucket out, when compression plate 19 is ready for compression sludge operation, can operate the The rotation of one stepper motor 23 drives baffle 24 to block out bucket 22 around the rotation of 23 output shaft of the first stepper motor, prevents it from continuing to fall Mud can open baffle 24 after the compression of plate 19 to be compressed finishes and retracts original position, and 26 import of sludge pump is connect with dredging tube 13, It is exported by being connected to inside delivery pipe and agitator tank 28.

In order to further increase the practicability of the novel environment friendly processing equipment for the dehydration of city river sludge, under chassis 3 End front and rear sides are mounted at least one idler wheel 18, by the way that idler wheel 18 is arranged, facilitate equipment mobile, idler wheel 18 can drive chassis 3 move on pond bank 1.As shown in Fig. 2, 3 upper surface of chassis is additionally provided with the push-rod electric machine for installing the first push-rod electric machine 12 Mounting base 4, the water tank mounting base 6 for installing foul water tank 14 and the storage mud box mounting base 8 for installing compression storage mud box 17, It is additionally provided with the electromagnetism valve housing 7 for installing drain valve 15 on 6 bottom surface of water tank mounting base, stores up on 8 bottom surface of mud box mounting base It is additionally provided with sealing plate 9, sealing plate 9 stores up mud box 17 for seal compression, is additionally provided with pipeline inside the chassis 3 of 9 side of sealing plate 10, the position that pipeline 10 is in contact with 3 side of chassis is provided with stepper motor mounting base 11, and stepper motor mounting base 11 is for pacifying Second stepper motor 25 is filled, 25 output shaft of second stepper motor passes through pipeline 10 and is fixedly connected with 9 edge of sealing plate, band dynamic sealing Plate 9 is rotated around pipeline 10, after bulk sludge compresses in compression storage mud box 17, by controlling second stepper motor 25 Rotation drives sealing plate 9 to open, and compressed sludge can be made to be discharged out of compression sludge box, dirty by the bulk finished to dehydration Mud is compressed, and the occupied area of sludge can be saved, and convenient for subsequent handling, is transported, 13 upper end of dredging tube connection sludge pump 26, Lower end passes through chassis 3 by pore 5 and extend into sludge-tank 2.

As shown in Figure 4 and Figure 5, there are four stirring motors 29, stirring motor 29 to export axis connection for the setting of 28 side of agitator tank The agitating shaft 40 being mounted in agitator tank 28, agitating shaft 40 rotate the dirt in stirring agitator tank 28 under the drive of stirring motor 29 The mixture of mud and medical fluid is uniformly mixed it, and 40 one end of agitating shaft is fixedly connected with 29 output shaft of stirring motor, other end peace In the bearing block 41 of 28 side of agitator tank, 28 side of agitator tank is additionally provided with liquidometer 30, the upper end hinged case lid 35, case 35 upper surface of lid is inlaid with observation window 36 and handle 37.28 top-side of agitator tank is additionally provided with medicinal liquor barrel 32, under medicinal liquor barrel 32 End is supported and fixed on workbench 27 by ribs 31, is connected between medicinal liquor barrel 32 and agitator tank 28 by grug transportation tube, loading Control valve 33 and flowmeter 34 are installed, control valve 33 adds medical fluid into agitator tank 28 for controlling medicinal liquor barrel 32, flows on pipe Meter 34 is used to measure the flow of addition medical fluid, and 32 upper end of medicinal liquor barrel is screwed with bung 39 by screw thread.

The course of work of the utility model is specific as follows: under the power effect of sludge pump 26, the sludge in sludge-tank 2 is logical Sludge pipe 13 is crossed to be pumped into agitator tank 28；During being pumped into sludge to agitator tank 28, if encountering deeper sludge-tank 2 Or when needing to pump the sludge of 2 higher depth of sludge-tank, start the first push-rod electric machine 12, in being total to for two the first push-rod electric machines 12 Under same-action, workbench 27, the agitator tank 2 being fixed on above workbench, the sludge pump 26 for being fixed on 27 bottom of workbench and The sludge pipe 13 connecting with sludge pump 26 simultaneously declines, and sludge pipe 13 is inserted into the depths of sludge-tank, and the sludge of deeper inside is pumped into To agitator tank 28, the setting of the first push-rod electric machine 12 can satisfy the sludge-tank progress operation for different depth；Sludge quilt After being pumped into agitator tank 28, the medical fluid in medicinal liquor barrel 32 is added in agitator tank 28 by grug transportation tube, and the flow of medical fluid is by controlling Valve 33 and flowmeter 34 are controlled, and under the action of stirring motor 29, four agitating shafts 40 rotation in agitator tank 28 makes to stir Mix being uniformly mixed for the sludge and medical fluid in case 28；The sludge medicine liquid mixture being uniformly mixed in agitator tank 28 passes through screwed pipe 42, feed hopper 43 is just fallen into strainer 46, and sludge stays in strainer 46, and the helical axis 45 inside strainer 46 is in decelerating motor 44 The lower rotation of effect, sludge is conveyed from the bottom up, and sludge is fallen into the storage mud box 17 of compression below from bucket 22 out, in sludge Transmission process in, the heater strip 47 in 46 outside of the rotation of helical axis 45 and strainer further promotes the dehydration of sludge, dirty Water is flowed by strainer 46 in the liquid collecting bucket 48 of the lower section of strainer 46, is provided with foul water tank 14 below liquid collecting bucket 48, sewage finally from The outlet pipe 16 of 14 bottom of foul water tank is expelled to device external；And after dewatered sludge falls into compression storage mud box 17, second pushes away Bar motor 20 pushes compression plate 19 to move right, and sludge is compressed into pie, when bulk sludge compresses in compression storage mud box 17 After, the rotation of second stepper motor 25 drives sealing plate 9 to open, and compressed sludge can be made to be discharged out of compression sludge box, It is compressed by the bulk sludge finished to dehydration, the occupied area of sludge can be saved, convenient for subsequent handling, transport.

Lower end due to going out bucket 22 is equipped with the first stepper motor 23, connects baffle on 23 output shaft of the first stepper motor 24, baffle 24 is for stopping 22 mud extraction of bucket out, when compression plate 19 is ready for compression sludge operation, the first stepper motor 23 Rotation drives baffle 24 to block out bucket 22 around the rotation of 23 output shaft of the first stepper motor, prevents it from continuing to fall mud, so Bulk sludge is avoided to cause to accumulate in compression storage mud box 17.The basic principle, master of the utility model has been shown and described above Want feature and advantage.It should be understood by those skilled in the art that the present utility model is not limited to the above embodiments, above-mentioned implementation Only illustrate the principles of the present invention described in example and specification, in the premise for not departing from the spirit and scope of the utility model Under, the utility model also has various changes and improvements, these changes and improvements both fall within claimed invention model In enclosing.The utility model requires protection scope is defined by appending claims and equivalents.

Claims (10)

1. a kind of high-effective sludge dehydration equipment, for being carried out dehydrating to the sludge in sludge-tank (2), including chassis (3) with And sequentially connected sludge draw-out device, sludge stirring device, sludge dehydration device and sludge compression set, feature exist In: the sludge draw-out device includes two the first push-rod electric machines (12) being mounted on chassis (3), and setting is pushed away at two first The lower surface middle part of workbench (27) at the top of bar motor (12), the workbench (27) is equipped with sludge pump (26), sludge pump (26) mud inlet is connected with dredging tube (13), and the dredging tube (13) stretches in sludge-tank (2) after penetrating chassis (3)；

The sludge stirring device includes the agitator tank (28) being fixed on workbench (27), the mud mouth of the sludge pump (26) It is connected to by pipeline with the bottom of agitator tank (28), the sludge under the power effect of sludge pump (26) in sludge-tank (2) passes through Dredging tube (13) is pumped in agitator tank (28)；Under the action of two the first push-rod electric machine (12), workbench (27), workbench (27) sludge pump (26) and the suction that is connect with sludge pump (26) of agitator tank (28) on, setting in workbench (27) lower surface Mud pipe (13) moves up and down together；

The sludge dehydration device includes the foul water tank (14) being arranged on chassis (3), the collection being arranged above foul water tank (14) Liquid bucket (48), and it is mounted on the strainer (46) of the tubular structure above liquid collecting bucket (48), the inside setting of the strainer (46) Have helical axis (45), the upper end of helical axis (45) is connected with decelerating motor (44), and strainer (46) outer surface also winds setting There is at least one circle Electrothermal ring (47)；The helical axis (45) of the strainer (46) and strainer (46) inside is inclining for left low and right high Biassed fabric, the upper surface on the left of strainer (46) are provided with feed hopper (43), are connect on the right side of strainer (46) with decelerating motor (44) Lower surface is provided with out bucket (22)；The sludge compression set includes that mud box is stored up in the compression being arranged on the right side of foul water tank (14) (17), it is connect between the foul water tank (14) and compression storage mud box (17) by the second push-rod electric machine (20), mud is stored up in the compression The upper surface of case (17) is provided with mud inlet (21), and mud inlet (21) is located at the lower section of bucket (22)；Mud is stored up in the compression It is provided with compression plate (19) in case (17), and compression plate (19) is inverted l-shaped structure, the fuselage of the second push-rod electric machine (20) is fixed on On the side wall of foul water tank (14), push rod is fixed on compression plate (19), and the second push-rod electric machine (20) pushes compression plate (19) to exist It is moved freely in compression storage mud box (17).

2. a kind of high-effective sludge dehydration equipment according to claim 1, it is characterised in that: the bottom of the foul water tank (14) It is provided with drain valve (15), the drain valve (15) is connected with outlet pipe (16), for the sewage in foul water tank (14) to be discharged.

3. a kind of high-effective sludge dehydration equipment according to claim 1, it is characterised in that: the feed hopper (43) and stirring It is connected between the outlet of case (28) by screwed pipe (42).

4. a kind of high-effective sludge dehydration equipment according to claim 1, it is characterised in that: the outlet of the agitator tank (28) It is provided with flow valve (38), the sludge input quantity that the flow valve (38) is used to control agitator tank (28) to feed hopper (43).

5. a kind of high-effective sludge dehydration equipment according to claim 2, it is characterised in that: chassis (3) upper surface is also It is provided with push-rod electric machine mounting base (4) for installing first push-rod electric machine (12), for installing the foul water tank (14) Water tank mounting base (6) and for install it is described compression storage mud box (17) storage mud box mounting base (8), the water tank mounting base (6) it is additionally provided with the electromagnetism valve housing (7) for installing the drain valve (15) on bottom surface, is provided on the chassis (3) The pore (5) passed through convenient for dredging tube (13)；Sealing plate (9), the sealing are provided on storage mud box mounting base (8) bottom surface Pipeline (10) are equipped with inside the chassis (3) of plate (9) side, the pipeline (10) is in contact with the chassis (3) side Position is provided with stepper motor mounting base (11), is equipped in stepper motor mounting base (11) second stepper motor (25), and the The output shaft of two stepping motor (25) passes through pipeline (10) and is fixedly connected with the edge of sealing plate (9), second stepper motor (25) Rotation drives sealing plate (9) to rotate around pipeline (10).

6. a kind of high-effective sludge dehydration equipment according to claim 1, it is characterised in that: described bucket (22) lower end out is also It is equipped with the first stepper motor (23), is connected with baffle (24) on the first stepper motor (23) output shaft, baffle (24) exists First stepper motor rotates under the action of (23), to realize out opening or closing for bucket (22).

7. a kind of high-effective sludge dehydration equipment according to claim 1, it is characterised in that: agitator tank (28) side is set It sets there are four stirring motor (29), there are four agitating shaft (40), the separate stirring motors of agitator tank (28) for the interior setting of agitator tank (28) (29) there are four bearing block (41) corresponding with stirring motor (29), one end of each agitating shaft (40) for other side setting Connection is moved with the output shaft axis of one of stirring motor (29), the other end of agitating shaft (40) is mounted on and the stirring motor (29) in corresponding bearing block (41).

8. a kind of high-effective sludge dehydration equipment according to claim 7, it is characterised in that: agitator tank (28) side is also It is provided with liquidometer (30), the upper end hinged case lid (35), case lid (35) upper surface is inlaid with observation window (36) and handle (37).

9. a kind of high-effective sludge dehydration equipment according to claim 8, it is characterised in that: agitator tank (28) top side Face is additionally provided with medicinal liquor barrel (32), and medicinal liquor barrel (32) lower end is supported and fixed on the workbench (27) by ribs (31) On, it is connected between the medicinal liquor barrel (32) and the agitator tank (28) by grug transportation tube, control valve is installed on the grug transportation tube (33) and flowmeter (34), medicinal liquor barrel (32) upper end are screwed with bung (39) by screw thread.

10. a kind of high-effective sludge dehydration equipment according to any one of claims 1 to 9, it is characterised in that: the chassis (3) lower end front and rear sides are mounted at least one idler wheel (18), and the idler wheel (18) can drive the chassis (3) in pond bank (1) it is moved on.