CN201244571Y - Hydraulic refuse treatment system - Google Patents
Hydraulic refuse treatment system Download PDFInfo
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- CN201244571Y CN201244571Y CNU2008200606543U CN200820060654U CN201244571Y CN 201244571 Y CN201244571 Y CN 201244571Y CN U2008200606543 U CNU2008200606543 U CN U2008200606543U CN 200820060654 U CN200820060654 U CN 200820060654U CN 201244571 Y CN201244571 Y CN 201244571Y
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Abstract
The utility model discloses a hydropower waste treatment system. A guide channel ridge device collects heavy waste, and sends sorted waste into a sediment turning flush tank; the sediment turning flush tank sends the waste into a sediment treatment tank, a back flush cleaning tank and an airflow sorting tube for continuous sorting; the sediment treatment tank sends the sorted waste into a sediment material collection tank and the back flush cleaning tank; the back flush cleaning tank sends the waste into a soft material hydropower cleaning tank and the airflow sorting tube for continuous sorting; the soft material hydropower carries out film waste collection, and simultaneously discharges rest drifters into the sediment material collection tank; the sediment material collection tank conveys the waste into an organic material sorting device for sorted collection; the airflow sorting tube sorts the waste, and sends the waste into a light and hard plastic sorting device and a light and hard litter sorting device. The utility model adopts sealed treatment, avoids the pollution on surrounding environment, and has high waste treatment precision. All recoverable materials are reused, so the hydropower waste treatment system has the advantages of environmental protection and energy saving.
Description
Technical field:
The utility model relates to a kind for the treatment of apparatus of house refuse, particularly a kind of refuse disposal system that utilizes current various rubbish to be carried out categorised collection.
Background technology:
Generally, produce a certain amount of house refuse from family etc. every day, these rubbish or collect food as domestic animal, or directly discard after utilizing common screen pack etc. only to remove moisture.Particularly under the situation of directly discarding after utilizing common screen pack etc. only to remove moisture, the foul smell that house refuse produces flies away periphery, causes polluting problems such as surrounding enviroment.
Below introduced China at present in several main mode of handling the house refuse employing and the shortcoming of these several modes:
1, landfill method; Landfill method is rubbish to be poured into dig in advance in the hole of handling, treat that rubbish fills topped compacting again, it is innoxious that this burying method can reach in the recent period, but can cause serious harm and severe contamination to the groundwater resources of China on long terms, the quantity of accelerating house refuse along with Urbanization in China constantly increases, handle house refuse with burying method, the requirement of incompatibility China development.
2, burning method; Exactly house refuse is sent in the high temperature furnace, make a kind of method of the abundant combustion oxidation of combustible in the rubbish, it can utilize the heat that produces in the stove to be used for generating and heating, the processing method of burning away the refuse, can reach innoxious, the minimizing of garbage disposal, but investment cost is bigger, builds the power plant of a day handling 1000 tons of house refuses, probably needs RMB more than 700,000,000; It is garbage disposal on the surface, reaches innoxious, the minimizing of garbage disposal, but a large amount of recyclable useful resource are burned totally, causes great waste, this processing method, and investment is big, and waste is also big.
3, composting process; Be house refuse to be piled heap again earth is toppedly made real it, be incubated, ferment inorganic matter is resolved into inorganic nutrients, but pile the fertilizer that with composting process, its nutrient content is very low, can not use for a long time, can cause soil compaction and underground water to degenerate as long-term use, be worthless so say a large amount of consumer garbage composts.
4, comprehensive treatment method; Mainly be that house refuse is classified, with various machinery, organic matter, inorganic matter, nuisance, material thing etc. are separated, heterogeneity object rubbish is used respectively, but China is more backward at the integrated treatment house refuse equipment of usefulness at present, all has some problems in varying degrees.
The utility model content:
The utility model is at existing variety of problems in the conventional garbage processing procedure, and provide a kind of utilize multiple water can characteristic, rubbish is carried out the refuse disposal system that the pinpoint accuracy classification is handled.It adopts closed processing, avoids surrounding environment is polluted; Disposal of refuse precision height utilizes environmental protection and energy saving again to all recyclable materials.
In order to achieve the above object, the waterpower refuse disposal system that the utility model provides, it mainly is made up of guiding canal ridge device, sediment the gather materials pond, light duroplasts sorter, air-flow classification pipe, light hard foreign material sorter, organic matter sorter of flushing tank, sediment treatment pond, backpulsing service sink, soft thing hydroblast pond, plastic film gathering-device, sediment of rolling;
Describedly utilize light, the heavy rubbish that water will enter to isolate shunting, and collect light rubbish that the guiding canal ridge device of heavy rubbish will separate and deliver to the sediment of the below flushing tank that rolls;
The described sediment that impulse force and torrent are separated the flushing of the sediment in the rubbish that the utilizes water flushing tank that rolls is sent the sediment of separating into the sediment treatment pond, the light thing that to separate simultaneously is by soft, the hard thing sorter I classification of below, and the soft thing that classification is come out sent into the backpulsing service sink of sorter I below, hard thing is sent into air-flow classification pipe continue classification;
Described utilize current to the sediment treatment pond that enters inner sediment and carry out secondary flushing classification with sediment discharge to the sediment pond that gathers materials, the while drift is sent into the backpulsing service sink;
The described backpulsing service sink that inner rubbish is washed again classification by current is sent rubbish into soft, hard thing sorter II classification; Sorter II sends soft thing and drift that classification is come out into soft thing hydroblast pond, below, hard thing is sent into air-flow classification pipe continue classification;
Described soft thing hydroblast pond is collected the plastic film in the rubbish by the plastic film gathering-device and is transported to the plastic film material-gathering device, simultaneously remaining drift is drained into the sediment pond that gathers materials;
The described sediment pond that gathers materials is transferred to the organic matter sorter with inner rubbish and carries out categorised collection;
The described air-flow classification pipe that utilizes air-flow to carry out refuse classification will enter inner hard thing refuse classification, and send into light duroplasts sorter respectively and carry out last categorised collection with light hard foreign material sorter.
Conveyer belt in described soft, the hard thing sorter on the conveyer is netted, described conveyer belt passes through gear driven, one port of this conveyer belt is mounted with the interlock roller that is used to transport hard thing rubbish, and the top of this roller is provided with the roller brush that is used for fixing and cleans hard thing rubbish with water; This top, port is provided with the blower fan that utilizes light and soft thing rubbish trend on the wind direction fixed conveyor band.
Described guiding canal ridge device mainly is made up of pipeline, a plurality of weight thing guider, a plurality of current deflecting device, complex root upper hose, conveyer, ferrous metal separator, non-ferrous metal separator, reciprocating sieve and old and useless battery sorter; Described pipeline is rectangular spill, and this duct bottom position of center line is mounted with a plurality of triangle brilliant weight thing guiders, and lower end of duct is provided with weight outlet, and this exit is provided with a deceleration piece that is used to slow down water flow velocity; Be mounted with a plurality of current deflecting devices in the duct bottom both sides, the outlet of current deflecting device connects the anti-flushing tank that rolls of sediment; Simultaneously above the pipeline upper end, weight thing guider back and current deflecting device and the anti-connection place of rolling flushing tank of sediment settle upper hose respectively; Described weight outlet is connected with the non-ferrous metal separator by conveyer, is mounted with the ferrous metal separator on the conveyer belt of conveyer; Described non-ferrous metal separator also connects the old and useless battery sorter by reciprocating sieve; The below of conveyer belt is provided with collecting-tank in the described conveyer.
Described sediment rolls, and flushing tank is inner to be funnel-form, and the both sides, top are provided with rectangular baffle plate, form a semiclosed gathering sill, and the outlet of this groove is arranged in the top of the netted conveyer belt of soft, hard thing sorter I; This flushing tank bottom connects the sediment treatment pond by tandem sediment discharge pipe.
Described sediment treatment pond inside is funnel-form, is arranged in the below of the netted conveyer belt of soft, hard thing sorter I; The top of this treatment pond connects the backpulsing service sink, and the bottom connects the sediment pond that gathers materials by delivery pipe.
Described backpulsing service sink is positioned at soft, hard thing sorter I below, and this inside, pond is funnel-form, and top connects the sediment treatment pond; Water inlet place is provided with an oblique deflector in this pond body, and the bottom of this deflector is provided with one and upwarps water fender, and is mounted with outlet in the bottom, and this outlet is arranged in the top of the netted conveyer belt of soft, hard thing sorter II.
Described soft thing hydroblast pond is arranged in the below of the netted conveyer belt of soft, hard thing sorter II, this inside, pond is funnel-form, in the body of pond the water receiving place in, the lower end respectively is provided with a horizontal water fender, the outlet of bottom connects plastic film gathering-device and the sediment pond that gathers materials.
The described sediment pond that gathers materials is last flat port recess, and the lower end outlet connects the organic matter sorter by conveyer.
The bottom of described air-flow classification pipe connects light hard foreign material sorter by conveyer, be provided with in the lower end can discharge horizontal direction wind-force the classification blower fan, simultaneously be provided with an outlet on this blower fan opposite, this outlet connects light duroplasts sorter, and the bottom of outlet is provided with a roller bearing that prevents sanitary fill; Described light hard foreign material sorter is classified by the blower fan of inside, and passes through broken sorter classification and be connected the organic matter sorter; Described light duroplasts sorter is the multiclass classification device that utilizes the buoyancy classification, and every grade object out hole is provided with rolling brush, and classification opening is provided with and passes the thing axle.
The utlity model has following advantage according to what technique scheme obtained:
(1) adapts to the higher refuse classification of moisture content; The utility model is in the mode of water for the categorised collection of moving source implementation, msw water content in assorting process in the water channel can be up to more than 95%, effectively handle higher surplus rubbish of cupboard and the house refuse of moisture content, can avoid the high rubbish shortcoming of conventional mechanical go-on-go incompatibility moisture content.
(2) automatic control degree height; The utility model be the ratio principal characteristic that utilizes the pressure of water and buoyancy, dilution property, water flow passage to device and flushing, recoil, punching press, etc. multiple water can characteristic, the operation of configuration automated machine, avoid a large amount of artificial go-on-gos, reduced the garbage disposal cost.
(3) ambient influnence is little; All devices is closed equipment, and water flushing rubbish has significantly reduced separation system and on-site is outer and foul smell, the contamination by dust of surrounding enviroment.In addition, the water that is used for the waterpower sorting arrangement does not efflux, and handles the back Recycling, has therefore reduced water consumption.
(4) minimizing is obvious; Through the rubbish after the utility model processing, the residue that needs landfill at last only is about 5%, can reach 100% recycling as producing RDF.
(5) recycling resource is effective: the utility model sharpness of separation height, can separate foreign material such as the waste or used plastics in the house refuse, timber, metal, organic matter, inorganic matter, refuse battery, realize that good resource utilizes again, can realize the requirement of the waste and old resources circulation development of state-of-the-nation call.
(6) energy consumption is little; The water that the utility model disposal of refuse emits utilizes the configurable pipeline current generating of its flow velocity, can be recycled saves energy.
(7) inexpensive; The utility model is simple in structure, realizes the disposal of refuse cheapness easily.
(8) disposal ability is strong; The utility model is broken through the various bottlenecks of garbage disposal, can handle various house refuses in a large number.
(9) practical; The utility model does not allow to produce secondary pollution in processing procedure, do not have sequelae, and land occupation permanently not, and its practical novel is strong, the generalization height.
Description of drawings:
Further specify the utility model below in conjunction with the drawings and specific embodiments.
Fig. 1 is a front view of the present utility model.
Fig. 2 is a cutaway view of the present utility model.
The specific embodiment:
For technological means, creation characteristic that the utility model is realized, reach purpose and effect is easy to understand, below in conjunction with concrete diagram, further set forth the utility model.
In order to solve the existing variety of problems of processing of existing house refuse, the utility model provides the refuse disposal system that utilizes waterpower to classify and sort, the treatment technology scheme of this system as illustrated in fig. 1 and 2:
It mainly is made up of guiding canal ridge device 1, sediment gather materials pond 7, light duroplasts sorter 9, air-flow classification pipe 8, light hard foreign material sorter 10, organic matter sorter 11 and two soft, the hard thing sorters 12,13 of flushing tank 2, sediment treatment pond 3, backpulsing service sink 4, soft thing hydroblast pond 5, plastic film gathering-device 6, sediment that roll.
Guiding canal ridge device mainly is made up of 1004,6 current deflecting devices 1005 of 1001,4 weight thing guiders of pipeline, many upper hoses 1003, conveyer 1007, ferrous metal separator 1008, non-ferrous metal separator 1010, reciprocating sieve 1011 and old and useless battery sorters 1012; Described pipeline 1001 is rectangular spill, this pipeline has a charging aperture 1002, its bottom centre's line position equidistantly is provided with 4 (showing 3 among the figure) triangle brilliant weight thing guiders 1004 successively, lower end of duct is provided with weight outlet 1018, and this exit is provided with a deceleration piece 1006 that is used to slow down water flow velocity; Be mounted with 3 current deflecting devices 1005 respectively in the duct bottom both sides, this current deflecting device is a square groove, and its import forms an oblique inflow hydrograph 1013 in the pipeline both sides, and outlet connects the anti-flushing tank 2 that rolls of sediment; Simultaneously above the pipeline upper end, weight thing guider back and current deflecting device and the anti-connection place of rolling flushing tank of sediment settle upper hose 1003 respectively; Described weight outlet 1012 is connected with non-ferrous metal separator 1010 by conveyer 1007, is mounted with ferrous metal separator 1008 on the conveyer belt of conveyer 1007, and it also connects a ferrous metal Material collecting box for harvesting 1009; Non-ferrous metal separator 1010 connects a non-ferrous metal Material collecting box for harvesting 1014, also connect reciprocating sieve 1011 by driving-belt 1015, this vibratory sieve 1011 connects old and useless battery sorter 1012 and inorganic matter Material collecting box for harvesting 1016, and 1012 liang of outlets of old and useless battery sorter connect inorganic matter Material collecting box for harvesting 1016 and old and useless battery Material collecting box for harvesting 1017 respectively; In conveyer 1007 conveyer belt below be provided with collecting-tank 1018, its bottom be connected to plastic film gathering-device 6 by outlet pipe 1019.
Conveyer belt 1201 in soft, the hard thing sorter 12 on the conveyer is netted, its pore size is about 80mm, conveyer belt drives by gear 1202, one port of this conveyer belt is mounted with the three interlock jugged rolling wheels 1203 that are used to transport hard thing rubbish, and the top of this roller is provided with the roller brush 1205 that is used for fixing and cleans hard thing rubbish with water; This top, port is provided with the blower fan 1204 that utilizes light and soft thing rubbish trend on the wind direction fixed conveyor band.Soft, hard thing sorter 13 its structures are consistent with 12, and the pore size of its netted conveyer belt is about 60mm.
The sediment flushing tank 2 inner 2001 that rolls is funnel-form, its inside also is provided with water inlet (among the figure for providing), the both sides, top are provided with rectangular baffle plate 2002, form a semiclosed gathering sill 2003, the exit of this groove is a closed, its outlet is located at the bottom of groove, and is arranged in the top of soft, hard thing sorter 12 netted conveyer belts; This flushing tank bottom connects sediment treatment pond 3 by tandem sediment discharge pipe 2004.
Backpulsing service sink 4 is positioned at soft, hard thing sorter 12 belows, and this inside, pond is funnel-form, and top connects sediment treatment pond 3; Water inlet place is provided with an oblique deflector 4001 in this pond body, the bottom of this deflector be provided with one be used to form the recoil current upwarp water fender 4002, and be mounted with outlet 4003 in the bottom, this outlet is arranged in the top of soft, hard thing sorter 13 netted conveyer belts.
Soft thing hydroblast pond 5 is arranged in the below of soft, hard thing sorter 13 netted conveyer belts, this inside, pond is funnel-form, in the body of pond the water receiving place in, the lower end respectively is provided with a horizontal water fender 5001,5002, the outlet of bottom connects plastic film gathering-device 6 and the sediment pond 7 that gathers materials.
Plastic film gathering-device 6 mainly contains waterwheel 6002 and thorn-like cylinder 6005 to be formed, and the water inlet 6001 of waterwheel 6002 is connected respectively to outlet pipe 1019 and delivery pipe 3001, and delivery port 6008 is connected to the sediment pond 7 that gathers materials; Waterwheel 6002 connects thorn-like cylinder 6005 by chain 6003, this thorn-like cylinder 6005 is placed in the exit in soft thing hydroblast pond 5, below thorn-like cylinder 6005, be provided with a spill delivery chute 6004, be provided with a baffle plate 6007 that is used for dash at the side of delivery chute, this delivery chute is connected to plastic film Material collecting box for harvesting 6006 simultaneously.
Gather materials pond 7 of sediment is last flat port recess, and the lower end outlet connects organic matter sorters 11 by conveyer 7001, and the below of this conveyer is provided with a delivery port 7002, is used for the water of tapping equipment.
The bottom of air-flow classification pipe 8 connects light hard foreign material sorter 10 by conveyer 8001, be provided with in the lower end can discharge horizontal direction wind-force classification blower fan 8002, be provided with an outlet 8003 simultaneously on this blower fan opposite, this outlet connects light duroplasts sorter 9, and the bottom of outlet is provided with a roller bearing 8004 that prevents sanitary fill; Described light hard foreign material sorter 10 is not by the blower fan of inside classify (providing among the figure), and connect plastics war bag Material collecting box for harvesting 8005, waste and old wood Material collecting box for harvesting 8006, the big light thing Material collecting box for harvesting 8007 of part respectively, and by pulverizing sorter 8008 pulverizing classification, send into rotary screen 8011 at the good rubbish of will classifying, connect foreign material Material collecting box for harvesting 1101 and organic matter sorter 11 respectively in rotary screen 8011 screenings; Described light duroplasts sorter is the multiclass classification device that utilizes the buoyancy classification, and every grade object out hole is provided with rolling brush 8009, and classification opening is provided with and passes thing axle 8010.
The utility model that obtains according to technique scheme, it in use, to enter guiding canal ridge device through charging aperture through the rubbish of pulverizing, it utilizes from top to bottom impulse force of current, and pressure and buoyancy carry out the weight classification with the rubbish that enters, because the unique design in the pipeline of canal ridge device, the weight guider divides current to both sides, light thing enters into the current deflecting device of both sides with current, and flow to the anti-flushing tank that rolls of sediment, weight will reach on the conveyer in the weight outlet outflow from the bottom, the collecting-tank of conveyer below is transferred to the water of collecting the water inlet of plastic film gathering-device by water pipe, be used to impact waterwheel running, and be disposed to the sediment pond that gathers materials with the waterwheel gutter channel; The ferrous metal Material collecting box for harvesting is collected and be sent to ferrous metal separator on the conveyer by the magnetic conveyer belt with the ferrous metal in the weight, residue weight rubbish is transferred to the non-ferrous metal separator and non-ferrous metal is sorted out is transported to the non-ferrous metal Material collecting box for harvesting, and through the residue rubbish screen by vibratory sieve, it is divided into two classes by the 55mm size, deliver to the inorganic matter Material collecting box for harvesting greater than 55mm, remaining sends into the old and useless battery sorter, the old and useless battery that classification is come out is sent into the old and useless battery Material collecting box for harvesting, and last rubbish is all sent into the inorganic matter Material collecting box for harvesting.
Enter into the roll light thing house refuse of flushing tank of sediment and utilize the impulse force of current, the principle of pressure and buoyancy, the sediment flushing of hoop in light thing rubbish separated stream, sediment with the pond at the bottom of the undercurrent pipe enter the sediment treatment pond and do after-treatment, light thing rubbish enters soft with top current, the processing of classifying of hard thing sorter, enter into soft, light thing rubbish and preceding road less than 80mm in the hard thing sorter on the netted conveyer belt do not sort clean sediment falls within the below from screen conveyor net sky heavy way thing treatment pond processing, light thing rubbish on the screen conveyor is delivered to the light thing garbage sorting machine letter sorting of three interlocks, mainly light and soft thing in the light thing rubbish and light hard thing letter sorting are come, light and soft thing is sent into below recoil service sink, and light hard thing is sent into steam flow pipe go-on-go again.It utilizes space between netted conveyer belt and flute profile roller, trend with the fixing light and soft thing of wind, light hard thing enters three interlock flute profile rollers and utilizes the roller brush wheel load light hard thing and send into parabolic steam flow pipe go-on-go again, and light and soft thing drops to the backpulsing service sink with a space and handles.
Enter the various little light thing rubbish of sediment treatment pond and sediment through cleaning, rolling, sediment with the pond at the bottom of the undercurrent delivery pipe arrange in the plastic film gathering-device, be used to impact waterwheel, and be disposed to the sediment pond that gathers materials with the waterwheel gutter channel, drift flows into the backpulsing service sink with water from top.
Enter the light and soft thing and the drift of recoil service sink, because its inner unique design, the water slug that flows into from top upwarps water fender and forms the recoil current, rubbish is through the beating of current, flushing after foreign material further wash separation in light and soft thing hoop, the screen conveyor of sending on soft, the hard thing sorter of its below sorts its structure and principle again with above-mentioned the same, do not given unnecessary details, sent into soft thing hydroblast pond, below less than light and soft thing of 60mm and little drift.
What enter soft thing hydroblast pond all is plastic film and little drift mostly, impact, pat, clear up the back by the two-stage water fender in the pond and collect plastic film by the plastic film gathering-device of its outlet, little drift is discharged and is entered the sediment collecting pit.
Waterwheel in the plastic film gathering-device is because above-mentioned various water impact are rotated, and waterwheel rotates and will drive the rotation of needle-like cylinder, and the spill delivery chute below it is sent to the plastic film of collecting is delivered to the plastic film Material collecting box for harvesting with current; Because be provided with a baffle plate that is used for dash at the side of delivery chute, then the water of the water about 4/5 that comes out from soft thing hydroblast pond is blocked, thereby enter into the sediment pond that gathers materials; The flowing water that is used to impact waterwheel also enters into the sediment pond that gathers materials with its gutter channel.
Enter gather materials various sediments in pond, little drift of sediment and concentrate and be discharged on the conveyer, deliver to the organic matter sorter by conveyer the organic matter in sediment, the little drift is sorted out; Simultaneously flowing water is given off outside the whole device, it can be used for hydroelectric generation, utilizes again.
Air-flow classification pipe mainly is the light hard thing that enters its inside, by uprush light hard thing is dispelled the whereabouts, winnowing machine is effectively recyclable light duroplasts (foamed plastics below helping, the plastics empty bottle, plastics package is closed, plastic packaging bag) etc. light duroplasts sorts out, send into the sorting again of light duroplasts sorter, being divided into three classes reclaims, excess is delivered to light hard foreign material sorter by conveyer, divide three classes to reclaim (culled wood again, cloth, big part thing), remaining organic mixing foreign material, delivering to the pulverizing sorter by conveyer pulverizes, deliver to rotary screen again and carry out sifting sort, tell organic matter, impurity two classes, organic matter are delivered to the organic matter sorter by conveyer and are further classified.
More than show and described basic principle of the present utility model and principal character and advantage of the present utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; that describes in the foregoing description and the specification just illustrates principle of the present utility model; under the prerequisite that does not break away from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall in claimed the utility model scope.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (9)
1, waterpower refuse disposal system mainly is made up of guiding canal ridge device, sediment the gather materials pond, light duroplasts sorter, air-flow classification pipe, light hard foreign material sorter, organic matter sorter of flushing tank, sediment treatment pond, backpulsing service sink, soft thing hydroblast pond, plastic film gathering-device, sediment of rolling; It is characterized in that,
Describedly utilize light, the heavy rubbish that water will enter to isolate shunting, and the guiding canal ridge device of the collecting heavy rubbish sediment that connects the below flushing tank that rolls;
The described sediment that impulse force and torrent are separated the flushing of the sediment in the rubbish that the utilizes water flushing tank that rolls is connected soft, the hard thing sorter I classification of sediment treatment pond and below respectively, and described soft, hard thing sorter I connects the gentle traffic classification pipe of backpulsing service sink of below;
The described current that utilize connect sediment gather materials pond and backpulsing service sink to the sediment treatment pond that enters inner sediment and carry out secondary flushing classification;
Described soft, the hard thing sorter II classification of backpulsing service sink connection of inner rubbish being washed again classification by current; Described soft, hard thing sorter II classification connects the gentle traffic classification pipe in soft thing hydroblast pond, below;
Described soft thing hydroblast pond connects plastic film material-gathering device and the sediment pond that gathers materials by the plastic film gathering-device;
The described sediment pond that gathers materials connects the organic matter sorter;
The described air-flow classification pipe that utilizes air-flow to carry out refuse classification connects light duroplasts sorter and light hard foreign material sorter respectively.
2, waterpower refuse disposal system according to claim 1, it is characterized in that, conveyer belt in described soft, the hard thing sorter on the conveyer is netted, described conveyer belt passes through gear driven, one port of this conveyer belt is mounted with the interlock roller that is used to transport hard thing rubbish, and the top of this roller is provided with the roller brush that is used for fixing and cleans hard thing rubbish with water; This top, port is provided with the blower fan that utilizes light and soft thing rubbish trend on the wind direction fixed conveyor band.
3, waterpower refuse disposal system according to claim 1, it is characterized in that described guiding canal ridge device mainly is made up of pipeline, a plurality of weight thing guider, a plurality of current deflecting device, complex root upper hose, conveyer, ferrous metal separator, non-ferrous metal separator, reciprocating sieve and old and useless battery sorter; Described pipeline is rectangular spill, and this duct bottom position of center line is mounted with a plurality of triangle brilliant weight thing guiders, and lower end of duct is provided with weight outlet, and this exit is provided with a deceleration piece that is used to slow down water flow velocity; Be mounted with a plurality of current deflecting devices in the duct bottom both sides, the outlet of current deflecting device connects the anti-flushing tank that rolls of sediment; Simultaneously above the pipeline upper end, weight thing guider back and current deflecting device and the anti-connection place of rolling flushing tank of sediment settle upper hose respectively; Described weight outlet is connected with the non-ferrous metal separator by conveyer, is mounted with the ferrous metal separator on the conveyer belt of conveyer; Described non-ferrous metal separator also connects the old and useless battery sorter by reciprocating sieve; The below of conveyer belt is provided with collecting-tank in the described conveyer.
4, waterpower refuse disposal system according to claim 1, it is characterized in that described sediment rolls, and flushing tank is inner to be funnel-form, the both sides, top are provided with rectangular baffle plate, form a semiclosed gathering sill, the outlet of this groove is arranged in the top of the netted conveyer belt of soft, hard thing sorter I; This flushing tank bottom connects the sediment treatment pond by tandem sediment discharge pipe.
5, waterpower refuse disposal system according to claim 1 is characterized in that, described sediment treatment pond inside is funnel-form, is arranged in the below of the netted conveyer belt of soft, hard thing sorter I; The top of this treatment pond connects the backpulsing service sink, and the bottom connects the sediment pond that gathers materials by delivery pipe.
6, waterpower refuse disposal system according to claim 1 is characterized in that, described backpulsing service sink is positioned at soft, hard thing sorter I below, and this inside, pond is funnel-form, and top connects the sediment treatment pond; Water inlet place is provided with an oblique deflector in this pond body, and the bottom of this deflector is provided with one and upwarps water fender, and is mounted with outlet in the bottom, and this outlet is arranged in the top of the netted conveyer belt of soft, hard thing sorter II.
7, waterpower refuse disposal system according to claim 1, it is characterized in that, described soft thing hydroblast pond is arranged in the below of the netted conveyer belt of soft, hard thing sorter II, this inside, pond is funnel-form, in the body of pond the water receiving place in, the lower end respectively is provided with a horizontal water fender, the outlet of bottom connects plastic film gathering-device and the sediment pond that gathers materials.
8, waterpower refuse disposal system according to claim 1 is characterized in that, the described sediment pond that gathers materials is last flat port recess, and the lower end outlet connects the organic matter sorter by conveyer.
9, waterpower refuse disposal system according to claim 1, it is characterized in that, the bottom of described air-flow classification pipe connects light hard foreign material sorter by conveyer, be provided with in the lower end can discharge horizontal direction wind-force the classification blower fan, simultaneously be provided with an outlet on this blower fan opposite, this outlet connects light duroplasts sorter, and the bottom of outlet is provided with a roller bearing that prevents sanitary fill; Described light hard foreign material sorter is classified by the blower fan of inside, and passes through broken sorter classification and be connected the organic matter sorter; Described light duroplasts sorter is the multiclass classification device that utilizes the buoyancy classification, and every grade object out hole is provided with rolling brush, and classification opening is provided with and passes the thing axle.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200606543U CN201244571Y (en) | 2008-07-11 | 2008-07-11 | Hydraulic refuse treatment system |
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| CNU2008200606543U CN201244571Y (en) | 2008-07-11 | 2008-07-11 | Hydraulic refuse treatment system |
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| CN201244571Y true CN201244571Y (en) | 2009-05-27 |
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| CNU2008200606543U Expired - Fee Related CN201244571Y (en) | 2008-07-11 | 2008-07-11 | Hydraulic refuse treatment system |
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| CN102179289A (en) * | 2011-03-25 | 2011-09-14 | 王振显 | Underwater garbage separator |
| CN103143450A (en) * | 2013-03-03 | 2013-06-12 | 韶关核力重工机械有限公司 | Scraper sandstone flotation washing machine |
| CN104259188A (en) * | 2014-10-20 | 2015-01-07 | 沈德全 | Waste washing and sorting facility and waste sorting treatment process |
| CN104668261A (en) * | 2013-10-10 | 2015-06-03 | 杨旭 | A municipal solid waste treating device |
| CN105709917A (en) * | 2016-04-26 | 2016-06-29 | 苏州嘉之诺资源装备制造有限公司 | Water separation device for solid waste materials |
| CN107116093A (en) * | 2017-06-30 | 2017-09-01 | 无锡绿麦环保科技有限公司 | Classifying treater of living refuse |
| CN110681673A (en) * | 2019-10-30 | 2020-01-14 | 杨松涛 | Water circulation garbage treatment equipment and garbage treatment process thereof |
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2008
- 2008-07-11 CN CNU2008200606543U patent/CN201244571Y/en not_active Expired - Fee Related
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| CN102179289A (en) * | 2011-03-25 | 2011-09-14 | 王振显 | Underwater garbage separator |
| CN103143450A (en) * | 2013-03-03 | 2013-06-12 | 韶关核力重工机械有限公司 | Scraper sandstone flotation washing machine |
| CN103143450B (en) * | 2013-03-03 | 2015-06-24 | 韶关核力重工机械有限公司 | Scraper sandstone flotation washing machine |
| CN104668261A (en) * | 2013-10-10 | 2015-06-03 | 杨旭 | A municipal solid waste treating device |
| CN104259188A (en) * | 2014-10-20 | 2015-01-07 | 沈德全 | Waste washing and sorting facility and waste sorting treatment process |
| CN104259188B (en) * | 2014-10-20 | 2016-04-06 | 沈德全 | The technique of rubbish cleaning classification facility and refuse classification process |
| CN105709917A (en) * | 2016-04-26 | 2016-06-29 | 苏州嘉之诺资源装备制造有限公司 | Water separation device for solid waste materials |
| CN107116093A (en) * | 2017-06-30 | 2017-09-01 | 无锡绿麦环保科技有限公司 | Classifying treater of living refuse |
| CN110681673A (en) * | 2019-10-30 | 2020-01-14 | 杨松涛 | Water circulation garbage treatment equipment and garbage treatment process thereof |
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