CN207347372U - A kind of mud thickening system - Google Patents

Abstract

The utility model discloses a kind of mud thickening system, including the portable thickener concentrated to mud, the pressure mud machine being dehydrated to mud after concentration is connected with portable thickener, it is located at pressure mud machine discharge end and is pushed to mud after dehydration one end and carries out concentrating packing to send mud machine, portable thickener includes a mobile base, several enrichment facilities, enters mud pipe, homogeneous pond, sludge out pipe, chemicals dosing plant, slush pump, mud after mud is concentrated enrichment facility by slush pump delivers into homogeneous pond, carry out dosing concentration again in homogeneous pond, mud machine is pressed to include mobile open frame, the conveyer belt and pressure roller being located on mobile open frame, to conveyer belt desliming device separated with mud progress.It can realize the fast dewatering of mud, dewatered mud water content is reached required standard, and dewatered mud is carried out to be used for other field after directly packing, energy conservation and environmental protection, mud is finer and smoother, and dehydration efficiency is high, and using flexible is applied widely.

Description

A kind of mud thickening system

Technical field

It the utility model is related to environment-protective desilting apparatus field, more particularly to a kind of mud thickening system.

Background technology

At present, while urban construction develops rapidly, it is different with house refuse that many rivers in city receive municipal refuse The pollution of degree, makes mud in river become more, and bacteria breed, river water is smelly, seriously affects urban environment and nearby residents Living environment.But clearing up these mud primarily now has two ways：1st, it is of high cost, efficiency is low based on manually salvaging.Salvage The mud to get up carries smelly water, gives an offensive smell, and can not further handle utilization, and the mud salvaged air-dries thickening efficiency It is low, even two weeks several days is obtained by the mud of one subnormal salvaging of natural air drying, it is long that mud air-dries processing time；2nd, by beating The machine of dragging for is in mud after being salvaged, and present mud marine salvage equipment salvage after for mud treatment effeciency compared with It is low, although can also add some liquids to mud, be typically all manually add, then by after natural sedimentation again by from Right environment air-dries, although good compared to the mud concentrated effect after artificial salvage, dosing trouble, and a cistern is full The processing of next round is carried out after mud sediment that can only be in cistern again, work efficiency is low, although mud is by the one of cistern Secondary concentration, but to air-dry speed also slow for the mud after concentrating, the follow-up difficulty that is dehydrated is high, and present cistern is in water storage, Easily there is spillover, affect to natural environment, especially carried out in some densely populated rivers in city During except becoming silted up, the deposition and air-dried efficiency requirements for mud are higher, and present equipment is difficult to meet the requirements, and existing equipment one As mud is concentrated after, and dried by natural temperature or air-dried and carry out follow-up being dehydrated into soil processing, it is necessary to specially The place of door stores mud, and floor space is wide, and mud cannot be used directly for the filling such as gardens, foundation pit, later-stage utilization rate It is low, directly can not carry out packing to the mud after concentration and be transported to apply elsewhere, and pack convey when, due to water Point content is more, and one bag of mud weight is larger, is not easy to carry.

Utility model content

For overcome the deficiencies in the prior art, the purpose of this utility model is to provide a kind of mud thickening system, energy Enough realize the rapid precipitation of mud and fast dewatering packing processing is carried out to the mud after precipitation, allow the mud of packing direct Come into operation.

The purpose of this utility model is realized using following technical scheme：

A kind of mud thickening system, including the portable thickener concentrated to mud and portable thickener The pressure mud machine being dehydrated to mud after concentration is connected, pressure mud machine discharge end is located at and one end is pushed to mud after dehydration collects Mud machine is sent in middle packing, the movable type thickener include a mobile base, several enrichment facilities being located in mobile base, It is located at the enters mud pipe of enrichment facility side, the homogeneous for the mud after concentration be again stirring for concentration is connected with enrichment facility Pond, be located at the sludge out pipe connected on homogeneous pond with pressure mud machine, and the enters mud pipe is equipped with a filtration apparatus, and the enrichment facility is adopted With two or more, using being arranged in parallel between each enrichment facility, the mobile base is equipped with a pair of of homogeneous pond and/or dense Compression apparatus carries out the chemicals dosing plant of dosing, and the pipeline between enrichment facility and the homogeneous pond is equipped with a slush pump, and mud leads to Cross the mud after slush pump concentrates enrichment facility and deliver into homogeneous pond, carry out dosing concentration, the pressure again in homogeneous pond Mud machine includes mobile open frame, is located on mobile open frame and is used to transmit the conveyer belt of mud, is located on mobile open frame to defeated Send and take the pressure roller that mud carries out extrusion dehydration, be located at portable frame discharge end to conveyer belt and the separated desliming of mud progress Device, the lower end for sending mud machine to be installed on desliming device.

Further, the filter that the filtration apparatus is arranged in parallel by several forms.

Further, the enrichment facility includes concentration basin, is located at dredging tube that concentration basin bottom connects with homogeneous pond, sets It is used for the drainpipe for discharging the clear water of flocculation reaction generation on concentration basin, the slush pump is installed on dredging tube.

Further, the bottom side of the wall of the concentration basin uses taper surface structure, and some separations are equipped with the concentration basin Plate, the demarcation strip are set using incline structure, and the concentration basin is equipped with an overflow pipe, the overflow pipe and the concentration basin Top connects, and excessive muddy water is flowed out from the overflow pipe in the concentration basin.

Further, the homogeneous pond is connected with chemicals dosing plant, and one first agitating device is equipped with the homogeneous pond, described Mud and liquid in homogeneous pond are mixed by the first agitating device.

Further, the angle of the bottom in the homogeneous pond four is equipped with an inclined guide plate, and the sludge out pipe is set In the bottom in homogeneous pond, the guide plate and the angle in homogeneous bottom of pond face are 50~70 degree.

Further, the desliming device include be located on mobile open frame mounting rod, be located on mounting rod and scrape mud Knife, the trowel of scraping can be rotated along mounting rod, and described the distance between trowel and conveyer belt scraped is by scraping being rotated into for trowel Row control.

Further, it is described send mud machine include to scrape the trowel storage rack that separated mud is collected from conveyer belt, The screw pushing rod pushed in storage rack to mud to one end is located at, the storage rack is equipped with an arc-shaped stock chest, described Screw pushing rod is located in stock chest.

Further, the chemicals dosing plant includes filling with the dosing tank of water pipe connection, the second stirring being located on dosing tank Put, liquid is transferred in homogeneous pond and/or enrichment facility by pipeline again after being mixed in water by second agitating device.

Further, first agitating device and the second agitating device include blender and blender are rotated Driver, the chemicals dosing plant uses two or more, collected liquid by isocon between each chemicals dosing plant Conveyed again after in a main flow pipe.

Further, the mobile base is equipped with the control that a pair of of thickener component and pipeline carry out automatic switch control Platform processed, the enters mud pipe include with filtration apparatus connection be connected into mud manifold, with each enrichment facility be in charge of into mud.

Compared with prior art, the beneficial effects of the utility model are：

When sewage with mud enters enrichment facility from enters mud pipe and precipitated, it can be carried out by filtration apparatus Preliminary filtering, makes bulky grain rubbish not enter enrichment facility, so that the mud of enrichment facility precipitation is finer and smoother, passes through The mud of enrichment facility precipitation is convergeed to again by slush pump carries out second dehydration in homogeneous pond, mud can be made to go out from sludge out pipe Moisture is less when going, and chemicals dosing plant can carry out enrichment facility and homogeneous pond can make the dense of mud with dosing at the same time respectively Contract more efficient, and can work independently between each enrichment facility, can also work at the same time, for mud treatment effeciency more Height, use is more flexible, can also make the mixing of liquid more uniform by agitating device, makes mud concentration faster, makes suspended matter Cure, separated clear water also can return to river after precipitation, make to remove it is more environmentally-friendly during mud, when muddy water is precipitated in enrichment facility When due to pour into sewage it is excessive when, moreover it is possible to overflowed automatically from overflow pipe, use is safer, and the mud of second dehydration is from sludge out pipe After going out, mud can try one's best being distributed on conveyer belt of large area, make the silt depth on conveyer belt lower, passing through pressure roller It is more abundant to the moisture extruding in mud when carrying out extrusion dehydration to mud, mud is reached just after multiple extruding The state of the soil of normal water content so that by send the soil after the conveying packing of mud machine can be delivered directly to elsewhere into Row application, the separation of whole mud, condensation efficiency higher, liquid mixing is more uniform, and mud caking property is more preferable, the silt after extruding Mud uses more convenient for the other field in later stage, and mud water content control is convenient, and dehydrating effect is good, and structure is easier, cost Lower, the scope of application is wider.

Brief description of the drawings

Fig. 1 is the top view of the utility model；

Fig. 2 cuts open front view for the utility model movable type thickener A-A；

Fig. 3 cuts open front view for the utility model movable type thickener B-B；

Fig. 4 cuts open left view for the utility model movable type thickener C-C；

Fig. 5 cuts open left view for the utility model movable type thickener D-D；

Fig. 6 is the front view that the utility model presses mud machine.

In figure：Mud manifold 1, filtration apparatus 2, enters mud pipe 3, mobile base 4, enrichment facility 5, concentration basin 6, drainpipe 7, Overflow pipe 8, slush pump 9, dredging tube 10, be in charge of 11, demarcation strip 12, homogeneous pond 13, the first agitating device 14, guide plate into mud 15th, sludge out pipe 16, chemicals dosing plant 17, the second agitating device 18, dosing tank 19, console 20, outlet pipe 21, blender 22, drive Dynamic device 23, portable thickener 24, pressure mud machine 25, dynamic formula rack 26, pressure roller 27, conveyer belt 28, desliming device 29, mounting rod 30th, trowel 31, screw pushing rod 34, stock chest 33, storage rack 35 are scraped.

Embodiment

In the following, with reference to attached drawing and embodiment, the utility model is described further, it is necessary to explanation is, On the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

As shown in figures 1 to 6, a kind of mud thickening system, including mud is concentrated portable thickener 24, After the pressure mud machine 25 being dehydrated to mud after concentration is connected with portable thickener 24, being located at 25 discharge end of pressure mud machine to dehydration What mud was pushed to that one end concentrate packing send mud machine 32, and the movable type thickener 24 includes a mobile base 4, is located at shifting Several enrichment facilities 5 on base 4 are moved, the enters mud pipe 3 of 5 side of enrichment facility is located at, is connected with enrichment facility 5 to after concentration Mud be again stirring for the homogeneous pond 13 of concentration, be located at the sludge out pipe 16 connected on homogeneous pond 13 with pressure mud machine 25, it is described Enters mud pipe 3 is equipped with a filtration apparatus 2, and the use of enrichment facility 5 is two or more, using simultaneously between each enrichment facility 5 Connection is set, and the mobile base 4 is equipped with a pair of of homogeneous pond 13 and/or enrichment facility 5 carries out the chemicals dosing plant 17 of dosing, described Pipeline between enrichment facility 5 and homogeneous pond 13 is equipped with a slush pump 9, after mud is concentrated enrichment facility 5 by slush pump 9 Mud deliver into homogeneous pond 13, carry out dosing concentration again in homogeneous pond 13, the pressure mud machine 25 includes mobile open frame 26, it is located on mobile open frame 26 and is used to transmit the conveyer belt 28 of mud, is located on mobile open frame 26 to becoming silted up on conveyer belt 28 Mud carries out the pressure roller 27 of extrusion dehydration, is located at mobile 26 discharge end of open frame to the desliming dress separated with mud progress of conveyer belt 28 29 are put, the lower end for sending mud machine 32 to be installed on desliming device 29；The filter that the filtration apparatus 2 is arranged in parallel by several Composition；The enrichment facility 5 include concentration basin 6, be located at dredging tube 10 that 6 bottom of concentration basin connects with homogeneous pond 13, be located at it is dense It is used for the drainpipe 7 for discharging the clear water of flocculation reaction generation on contracting pond 6, the slush pump 9 is installed on dredging tube 10；It is described dense The bottom side of the wall in contracting pond 6 uses taper surface structure, is equipped with some demarcation strips 12 in the concentration basin 6, the demarcation strip 12 uses Incline structure is set, and the concentration basin 6 is equipped with an overflow pipe 8, and the overflow pipe 8 is connected with 6 top of concentration basin, described Excessive muddy water is flowed out from the overflow pipe 8 in concentration basin 6；The homogeneous pond 13 is connected with chemicals dosing plant 17, the homogeneous pond It is equipped with one first agitating device 14 in 13, the mud and liquid in the homogeneous pond 13 are mixed by the first agitating device 14；Institute The angle of bottom four for stating homogeneous pond 13 is equipped with an inclined guide plate 15, and the sludge out pipe 16 is located at the bottom in homogeneous pond 13 Portion, the guide plate 15 and the angle of 13 bottom surface of homogeneous pond are 50~70 degree；The discharge end of the sludge out pipe 16 is linear type mouth, Mud is transported on conveyer belt 28 by the discharge end of sludge out pipe 16, and the conveyer belt 28 is made using filter net cloth；Institute Mounting rod 30 that desliming device 29 includes being located on mobile open frame 26 is stated, is located on mounting rod 30 and scrapes trowel 31, it is described to scrape Trowel 31 can be rotated along mounting rod 30, and described the distance between trowel 31 and conveyer belt 28 scraped is by scraping being rotated into for trowel 31 Row control；It is described to send mud machine 32 to include to scraping storage rack 35 that the separated mud from conveyer belt 28 of trowel 31 is collected, setting The screw pushing rod 34 pushed in storage rack 35 to mud to one end, the storage rack 35 are equipped with an arc-shaped stock chest 33, the screw pushing rod 34 is located in stock chest 33；The chemicals dosing plant 17 include with water pipe connect dosing tank 19, be located at The second agitating device 18 on dosing tank 19, liquid are passed by pipeline again after being mixed in water by second agitating device 18 It is defeated to arrive in homogeneous pond 13 and/or enrichment facility 5；First agitating device, 14 and second agitating device 18 includes blender 22 With rotating driver 23 is carried out to blender 22, the chemicals dosing plant 17 uses two or more, each chemicals dosing plant Conveyed again after liquid is pooled in a main flow pipe by isocon between 17；The mobile base 4 is equipped with a pair of dense Contracting machine component and pipeline carry out the console 20 of automatic switch control, the enters mud pipe 3 include connecting with filtration apparatus 2 into Mud manifold 1, with what each enrichment facility 5 was connected be in charge of 11 into mud.

In actual work, after entering the filtering of filtration apparatus 2 by enters mud pipe 3 after bed-silt is suctioned out by dredging tube road Precipitated by being in charge of 11 into mud into required concentration basin 6, the mud under precipitating is driven into homogeneous pond by slush pump 9 13, meanwhile, the liquid mixed thoroughly in dosing tank 19 by the second agitating device 18 is pipelined to concentration basin 6 and homogeneous pond Mud is carried out in 13 to accelerate concentration to condense, is mixed both by the first agitating device 14 into 13 inner liquid medicine of homogeneous pond and mud It is even, make mud condensation degree higher, viscosity is more preferable, and the mud after homogeneous pond 13 is handled is again by centrifuge etc. from sludge out pipe 16 Be transported on conveyer belt 28, moved forward by conveyer belt 28, at the same by multiple pressure rollers 27 to the mud on conveyer belt 28 into Row repeatedly extruding, makes the moisture in mud be extruded from 28 lower end of conveyer belt and separates, making mud, mud contains when discharge end is gone out Water can be controlled effectively, mud is dropped to from conveyer belt 28 send mud machine 32 during, by scrape trowel 31 to become silted up Mud scrapes trowel 31 and is installed on the transition region that conveyer belt 28 is spun upside down from hanging fascia on conveyer belt 28, can make the separation of mud More convenient effective, food bag only need to be fixed on the one end for sending mud machine 32, by sending mud machine by mud into after sending mud machine 32 Dewatered mud just can be transported to food bag by 32 automatically is directly packed, so as to fulfill the silt directly salvaged to river bed Mud carries out fast dewatering packing processing from the rapid precipitation for filtering, precipitating, concentrating, be dewatered to conveying and to the mud after precipitation Purpose, and use movable base, makes more convenient, use is more flexible, allows the mud of packing direct mobile Come into operation.

, can basis when carrying out filtering and concentrating to the mud salvaged or pumped in river by portable thickener 24 Different river course clear up scopes are moved by mobile base 4, in mobile base 4 wheel etc. can be set to be moved, and are made whole The movement of a movable type thickener 24 is more convenient flexibly, and when use is more convenient, and the scope of application is wider, effectively solves existing There is the problem of portable thickener 24 can not be certain, the sewage with mud is precipitated by enters mud pipe 3 into enrichment facility 5 Afterwards, the clear water after filtering precipitation can continue to hesitate to return to inside river, more energy conservation and environmental protection, and can be between each enrichment facility 5 Work independently, can also work at the same time, for the treatment effeciency higher of mud, use is more flexible, and the mud under precipitating is again Secondary got to by slush pump 9 carries out secondary concentration dehydration in homogeneous pond 13, so as to make the mud moisture after processing more Few, processing is more convenient, air-dried more efficient, when carrying out the sewage of 28 mud of conveyer belt by enters mud pipe 3, due on pipeline Equipped with a filtration apparatus 2, the rubbish of large grained can tentatively be screened out by filtration apparatus 2, precipitate enrichment facility 5 Mud it is finer and smoother, enrichment facility 5 is using two or more, using being arranged in parallel between each enrichment facility 5, when band mud Sewage in continuous extraction, water storage at the same time can be carried out by multiple enrichment facilities 5 and precipitated, can also be precipitated successively, When multiple coprecipitations, work efficiency higher, when mud water is fewer, can use the form precipitated successively, when next When the sludge extraction of Duan Hedao is precipitated, the mud water that the preceding paragraph river extracts generally has precipitated completion, can enter homogeneous Pond 13 carries out second dehydration, so that the dehydration efficiency higher of whole mud is, it can be achieved that continuous work, work sustainability is strong, When place carries out mud-water separation by homogeneous pond 13 and enrichment facility 5, chemicals dosing plant 17 can be made according to the actual requirements to homogeneous pond 13 and/or enrichment facility 5 carry out agent-feeding treatment, make the concentrated effect of mud more preferable, make the utilization rate higher of liquid, enrichment facility The mud of 5 precipitations is transferred in homogeneous pond 13 by dredge pump 9, and conveying is more convenient quick, and structure is simpler, transfer efficiency Higher.At the same time when being filtered during being conveyed by filtration apparatus 2 to the mud water for entering enrichment facility 5, mistake Filter device 2 is filtered using several filters being arranged in parallel, and can make the mud water inventory bigger after filtering, mud water Conveying it is more convenient quick, the filter in filtration apparatus 2 can also use switchable structure, when being not required in use, Can to wherein one or several close so that using more flexibly, homogeneous pond 13 passes through sludge out pipe with pressure mud machine 25 16 connections, and detachable structure is used, more convenient in dismounting and conveying, the pressure mud machine 25 is using mobile open frame 26 Structure, when being moved to pressure mud machine 25, can easily and fast move, be combined with portable thickener 24, can make silt Mud thickening packing directly moved together according to pick-up boat, make whole mud processing it is simpler effectively, the feature of environmental protection is more Good, mud is conveyed in dehydration by conveyer belt 28, meanwhile, by being located on mobile open frame 26 on conveyer belt 28 The pressure roller 27 that mud carries out extrusion dehydration extrudes mud, remaining moisture in mud is extruded again, according to pressure The quantity of roller 27 is different different with thrust, and the dehydrating effect of mud can be made to be controlled effectively, conveyer belt 28 is discharged The mud moisture separation brought out is more convenient simple, and the mud on conveyer belt 28 is adhered to after extruding again by desliming device 29 Separated, coming off for mud can be made more convenient, and mud can directly drop to send and conveying packing is carried out on mud machine 32.

Meanwhile the enrichment facility 5 further includes concentration basin 6, is located at what 6 bottom of concentration basin was connected with homogeneous pond 13 in itself Dredging tube 10, the drainpipe 7 for being located at the clear water for being used to discharge flocculation reaction generation on concentration basin 6, when mud water enters concentration basin 6 After being precipitated, clear water can be discharged by drainpipe 7, and the mud under precipitating can be directly transported to by dredging tube 10 Second dehydration condensation is carried out on matter pond 13, and dredging tube 10 can make the mud transfer rate higher of deposition in 6 bottom of concentration basin, And it is also easier to draining when cleaning.

Secondly, the bottom side of the wall of concentration basin 6 uses taper surface structure, and the lower end of concentration basin 6 uses pyramidal structure, can make Mud under precipitation fully enters dredging tube 10 automatically in discharge, makes the cleaning of mud more convenient effectively, to mud water Carry out precipitation filtering when, the mud after separation can drop downwards automatically, and the moisture between each demarcation strip 12 deposition when, For separate component, the moisture sedimentation effect in each section can be made more preferable, will not be made because of the flowing of current in each section The situation that mutually obscuring occurs in mud water occurs, and demarcation strip 12 is inclined in concentration basin 6, is precipitated to mud water When, sedimentation effect is more preferable, and precipitation is more stablized.

Again, concentration basin 6 is equipped with an overflow pipe 8, and the overflow pipe 8 is connected with 6 top of concentration basin, when mud water Injection is excessive or after making waterborne rise due to weather problems, and the cleanliness factor of general the top water surface is higher, overfills to 8 mouthfuls of overflow pipe Clear water can be flowed out by overflow pipe 8, the water in concentration basin 6 is not arbitrarily flowed directly out from upper end opening.

Preferably, after mud enters homogeneous pond 13 by slush pump 9, can be by the first agitating device 14, to homogeneous Mud and liquid in pond 13 are stirred mixing, so that mud is dehydrated again, make mud from homogeneous pond 13 by going out Water content is less after mud pipe 16 flows out, and faster, the low concentration muddy water after separation can flow out rate of set from outlet pipe 21, makes Mud draining in matter pond 13 is more convenient directly.Meanwhile one is equipped with the angle of bottom four in homogeneous pond 13 and inclined is led To plate 15, mud is more concentrated in 13 bottom of homogeneous pond, when being stirred by the first agitating device 14, mud and liquid Mixing is more uniform, and guide plate 15 and the angle of 13 bottom surface of homogeneous pond are 50~70 degree, can arrive the first agitating device 14 The distance of each side is more uniform, and sludge out pipe 16 is located at the bottom in homogeneous pond 13, can convey the mud after second dehydration Rate higher, and it is also easier to draining during cleaning.

When being transported to by sludge out pipe 16 to mud on conveyer belt 28, linear type that mud passes through 16 discharge end of sludge out pipe Mouth drops on conveyer belt 28 again, and distribution of the mud on conveyer belt 28 can be made more uniform, make the extrusion dehydration in later stage more Add easily and effectively, and state conveyer belt 28 and be made using filter net cloth, when the moisture in mud separates, more just Just it is effective.

Preferably, when the mounting rod 30 on to desliming device 29 is fixed, both ends are fixed using nut, and mobile Regulating tank can be set on open frame 26, mounting rod 30 can be adjusted in the position of mobile open frame 26, scraping trowel 31 can edge Mounting rod 30 to rotate, scrape the rotation of the distance between trowel 31 and conveyer belt 28 by scraping trowel 31 and be controlled, can make Scrape the adjustment of the distance between trowel 31 and conveyer belt 28 and scrape trowel 31 angle adjustment it is more convenient, make to scrape mud effect more preferable.

Further, mud machine 32 is sent to include to scraping the storage rack that separated mud is collected from conveyer belt 28 of trowel 31 35th, the screw pushing rod 34 pushed in storage rack 35 to mud to one end is located at, the storage rack 35 is equipped with an arc-shaped storage Hopper 33, the screw pushing rod 34 are located in stock chest 33, when mud separates progress by scraping trowel 31 from conveyer belt 28 After in arc-shaped stock chest 33 on the storage rack 35 of collection, mud can be promoted forward automatically by screw pushing rod 34, be made Mud is gone out from one end, and screw pushing rod 34, according to the control of how much carry out speed of mud, can be made by Serve Motor Control The packing of mud is more efficient.

Further, when carrying out the conveying of liquid by chemicals dosing plant 17, liquid medicine and clear water first choice pass through the second stirring Device 18 is stirred uniformly in dosing tank 19, is then transferred to again by pipeline in homogeneous pond 13 and/or enrichment facility 5, energy Enough make the liquid medicine content of liquid more uniform, to the condensation effect higher of mud, chemicals dosing plant 17 can be arranged in parallel using multiple, The progress liquid feeding processing of other regions is being transported to by a manifold, can be according to different conveying capacity and efficiency to each dosing The conveying speed of device 17 is controlled, and the liquid of various concentrations is also formed by each chemicals dosing plant 17, so that according to reality Situation conveys different liquids, makes the supply of liquid more diversified.First agitating device 14 and the second agitating device 18 include blender 22 and rotating driver 23 are carried out to blender 22, and structure is simpler, is filled by the first stirring 14 and second agitating device 18 when being stirred are put, stirring is more uniform, and the replacement to blender 22 is easier.

Meanwhile the mobile base 4 is equipped with the control that a pair of of thickener component and pipeline carry out automatic switch control Platform 20, can be to the connection and closing between each pipeline by console 20, and liquid supply, the work of stirring, the pump housing Startup etc. is automatically controlled, so that automation is realized in each control of whole equipment, makes the control of whole thickener more Convenient and strength-saving, labor intensity is lower, and what enters mud pipe 3 included connecting with filtration apparatus 2 connects into mud manifold 1, with each enrichment facility 5 What is connect is in charge of 11 into mud, and cost is lower, and use is safer, the separation of whole mud, condensation efficiency higher, and liquid mixes more Uniformly, structure is easier, and the scope of application is wider.

The above embodiment is only the preferred embodiment of the utility model, it is impossible to is protected with this to limit the utility model Scope, the change of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacing belongs to In the utility model scope claimed.

Claims (10)

1. A kind of 1. mud thickening system, it is characterised in that：Including the portable thickener concentrated to mud and movement Formula thickener connects the pressure mud machine being dehydrated to mud after concentration, is located at and presses mud machine discharge end to be pushed to one to mud after dehydration What end concentrate packing send mud machine, the movable type thickener include a mobile base, be located in mobile base several Enrichment facility, the enters mud pipe for being located at enrichment facility side, be connected with enrichment facility the mud after concentration be again stirring for it is dense The homogeneous pond of contracting, be located at the sludge out pipe connected on homogeneous pond with pressure mud machine, and the enters mud pipe is equipped with a filtration apparatus, described dense Compression apparatus is using two or more, and using being arranged in parallel between each enrichment facility, the mobile base is equipped with a pair of of homogeneous Pond and/or enrichment facility carry out the chemicals dosing plant of dosing, and the pipeline between enrichment facility and the homogeneous pond is equipped with one and takes out mud Pump, the mud after mud is concentrated enrichment facility by slush pump deliver into homogeneous pond, it is dense to carry out dosing again in homogeneous pond Contracting, the pressure mud machine include mobile open frame, are located on mobile open frame and are used to transmit the conveyer belt of mud, are located at portable machine The pressure roller of extrusion dehydration is carried out on frame to mud on conveyer belt, portable frame discharge end is located at and conveyer belt and mud is divided From desliming device, it is described send mud machine be installed on desliming device lower end.
2. A kind of 2. mud thickening system according to claim 1, it is characterised in that：The enrichment facility includes concentration Pond, be located at dredging tube that concentration basin bottom connects with homogeneous pond, be located at and be used for the clear water for discharging flocculation reaction generation on concentration basin Drainpipe, the slush pump be installed on dredging tube on.
3. A kind of 3. mud thickening system according to claim 2, it is characterised in that：The bottom side of the wall of the concentration basin Using taper surface structure, some demarcation strips are equipped with the concentration basin, the demarcation strip is set using incline structure, the concentration Pond is equipped with an overflow pipe, and the overflow pipe is connected with the concentration basin top, and excessive muddy water is from described in the concentration basin Overflow pipe flows out.
4. A kind of 4. mud thickening system according to claim 1, it is characterised in that：The homogeneous pond and chemicals dosing plant Connection, is equipped with one first agitating device in the homogeneous pond, and the mud and liquid in the homogeneous pond pass through the first agitating device Mix.
5. A kind of 5. mud thickening system according to claim 4, it is characterised in that：The bottom in the homogeneous pond four Angle is equipped with an inclined guide plate, and the sludge out pipe is located at the bottom in homogeneous pond, the guide plate and homogeneous bottom of pond face Angle be 50~70 degree.
6. A kind of 6. mud thickening system according to claim 5, it is characterised in that：The discharge end of the sludge out pipe is Linear type mouth, mud are transported on conveyer belt by the discharge end of sludge out pipe, and the conveyer belt is made using filter net cloth.
7. 7. according to a kind of mud thickening system of claim 1-6 any one of them, it is characterised in that：The desliming device Including the mounting rod being located on mobile open frame, the trowel of scraping being located on mounting rod, the trowel of scraping can be rotated along mounting rod, The rotation that the distance between trowel and conveyer belt are scraped by scraping trowel is controlled.
8. A kind of 8. mud thickening system according to claim 7, it is characterised in that：It is described to send mud machine to include to scraping mud The knife storage rack that separated mud is collected from conveyer belt, be located in storage rack mud spiral pushed away to what one end pushed Bar, the storage rack are equipped with an arc-shaped stock chest, and the screw pushing rod is located in stock chest.
9. A kind of 9. mud thickening system according to claim 4, it is characterised in that：The chemicals dosing plant includes and water The dosing tank of pipe connection, the second agitating device being located on dosing tank, liquid are mixed in water by second agitating device It is transferred to again by pipeline in homogeneous pond and/or enrichment facility afterwards.
10. A kind of 10. mud thickening system according to claim 2, it is characterised in that：The mobile base is equipped with A pair of of thickener component and pipeline carry out the console of automatic switch control, and the enters mud pipe includes what is connected with filtration apparatus What is be connected into mud manifold, with each enrichment facility is in charge of into mud.