CN108160314A

CN108160314A - Building waste processing system

Info

Publication number: CN108160314A
Application number: CN201711216775.2A
Authority: CN
Inventors: 江晓丹; 林秋平
Original assignee: Shenzhen City Jiasheng Environmental Protection Industry Co Ltd
Current assignee: Shenzhen Jiangshi Enze Industrial Co ltd
Priority date: 2017-11-28
Filing date: 2017-11-28
Publication date: 2018-06-15
Anticipated expiration: 2037-11-28
Also published as: CN108160314B

Abstract

The present invention provides a kind of building waste processing system, including rough sand system, fine sand system and mud system, building waste sandstone after the first pond wash-in sand enter second pond, sandstone enter the sand washer after sand is washed in second pond, and the sand washer is dehydrated to obtain rough sand after washing sand into the rough sand dewaterer；The fine sand that first cyclone separator is isolated is delivered to the 6th pond, and the fine sand that second cyclone separator is isolated obtains fine sand after fine sand dewaterer dehydration；The mud that first cyclone separator is isolated is delivered to first refuse receptacle through first dredging tube and is precipitated, the mud of the first refuse receptacle bottom precipitation is delivered to the filter press through first Pulp pump, and the filter press obtains mud after squeezing mud.Organically combined by setting rough sand system, fine sand system and mud system, and to each system, can isolated rough sand, fine sand and mud, it is effective to have recycled building waste.

Description

Building waste processing system

Technical field

The invention belongs to technical field of waste treatment more particularly to a kind of building waste processing systems.

Background technology

Building waste refers to that construction, unit in charge of construction or individual build all kinds of buildings, structures, pipe network etc., spread If it or removes, generated dregs, spoir, rejected material, mud and other wastes in reparative processes.With industrialization, urbanization The acceleration of process, construction industry is also fast-developing simultaneously, and the building waste generated together is increasing, the number of Chinese architecture rubbish Amount has accounted for more than the 1/3 of municipal refuse total amount.Calculate that, to the year two thousand twenty, China is also with 500-600 tons/ten thousand square metres of standard By about 30,000,000,000 square metres of newly-increased construction area, newly generated building waste will be a shocking number.It is however, big absolutely Part building waste just transports countryside or rural area, air storage or landfill to by unit in charge of construction, consumes a large amount of without any processing The pork barrels such as land acquisition expense, refuse collection expense, meanwhile, it clears and is flown upward with dropping in stacking process with dust, sand-lime Problem causes serious environmental pollution again.

The processing mode of building waste is presently mainly to carry out limited recycling using the technologies such as sorting, broken, and Complicated component is included in the building waste of recycling, it is impossible to which the major ingredient as new construction can only be used as auxiliary material to utilize, to building rubbish The digestion amount of rubbish is small.

Therefore, there is an urgent need to a kind of building waste processing systems can solve above-mentioned technical problem.

Invention content

The object of the present invention is to provide a kind of building waste processing systems, can effectively recycle building waste.

Purpose to realize the present invention, the present invention provides following technical solutions：

The present invention provides a kind of building waste processing system, including rough sand system, fine sand system and mud system, wherein,

The rough sand system includes the first pond, the second pond, sand washer and rough sand dewaterer, and the building waste is in institute Sandstone enter second pond after stating the first pond wash-in sand, and sandstone enter the sand washer after sand is washed in second pond, The sand washer is dehydrated to obtain rough sand after washing sand into the rough sand dewaterer；

The fine sand system includes third pond, the 6th pond, fine sand dewaterer, the first cyclone separator and the second eddy flow Separator, is connected with the first water channel between the third pond and first pond, the third pond is equipped with the first mud Pump, first slush pump is by the slurry transportation in the third pond to first cyclone separator, first eddy flow The fine sand that separator is isolated is delivered to the 6th pond, and the 6th pond is equipped with the second slush pump, second mud Pump by the slurry transportation in the 6th pond to second cyclone separator, isolate thin by second cyclone separator Fine sand is obtained after fine sand dewaterer dehydration described in Sha Jing；

The mud system include the first refuse receptacle, the first Pulp pump and Duo Tai filter presses, first cyclone separator with The first dredging tube is connected between first refuse receptacle, the mud that first cyclone separator is isolated is defeated through described first Mud pipe is delivered to first refuse receptacle and is precipitated, and the mud of the first refuse receptacle bottom precipitation is through first Pulp pump The filter press is delivered to, the filter press obtains mud after squeezing mud.

Wherein, the rough sand system further include the charger being sequentially arranged, waste material seperator, the husky machine of the first fishing, crusher, The husky machine of second fishing and sand sieving machine, wherein, the waste material seperator outlet is equipped with first pond, and the crusher outlet is equipped with Second pond, the husky machine of the first fishing send the sandstone fishing that the scrap separator detaches to institute from first pond Crusher is stated, the husky machine of the second fishing drags for the sandstone of the crusher in crushing into the sand sieving machine from second pond, Sandstone after sand sieving machine sieve is husky enter the sand washer, and the rough sand dewaterer is connected with first conveyer belt, and described first Conveyer belt is set on stent, and the first conveyer belt is movably arranged on the stent.

Wherein, described husky machine one end of first fishing is set in first pond, opposite another of the husky machine of the first fishing Setting is raised at end, and makes the husky machine of the first fishing from the scrap separator to the crusher direction in the knot gradually risen Structure, described husky machine one end of second fishing are set in second pond, and the opposite other end of the husky machine of the second fishing raises setting, And make the husky machine of the second fishing from the crusher to the sand sieving machine direction in the structure gradually risen, the sand sieving machine and institute State and the second conveyer belt be also associated between crusher, second conveyer belt convey the sand sieving machine sieve it is husky after the bulky grain that generates Sandstone to the crusher carry out second-time breakage.

Wherein, the waste material seperator is connected with third conveyer belt, the waste material that the waste material seperator separation sandstone generate It is transported by the third conveyer belt.

Wherein, the fine sand system further includes the 4th pond, the 5th pond, the 4th conveyer belt and the 5th conveyer belt, described The second water channel is connected between 4th pond and second pond, is connected between the 5th pond and the sand washer Three water channels, the fine sand that first cyclone separator is isolated are delivered to the 6th pond through the 4th conveyer belt.

Wherein, the fine sand system further includes third cyclone separator and the 4th cyclone separator, and the 4th pond is set There is a third slush pump, the third slush pump is by the slurry transportation in the 4th pond to the third cyclone separator, institute The 5th pond is stated equipped with the 4th slush pump, the 4th slush pump revolves the slurry transportation in the 5th pond to the described 4th The fine sand that stream separator, the third cyclone separator and the 4th cyclone separator are isolated is defeated through the 4th conveyer belt It send to the 6th pond.

Wherein, first water channel is equipped with sizing equipment, for picking up the sundries in first water channel.

Wherein, the mud system further includes the second refuse receptacle, third refuse receptacle, the second Pulp pump, third Pulp pump, described The second dredging tube is connected between third cyclone separator and second refuse receptacle, what the third cyclone separator was isolated Mud is delivered to second refuse receptacle through second dredging tube and is precipitated, the mud of the second refuse receptacle bottom precipitation The filter press is delivered to through second Pulp pump, is connected between the 4th cyclone separator and the third refuse receptacle Third dredging tube, the mud that the 4th cyclone separator is isolated are delivered to the third refuse receptacle through the third dredging tube It is precipitated, the 4th dredging tube, second eddy flow is connected between second cyclone separator and the third refuse receptacle The mud that separator is isolated is delivered to the third refuse receptacle through the 4th dredging tube and is precipitated, the third refuse receptacle The mud of bottom precipitation is delivered to the filter press through the third Pulp pump.

Wherein, it is provided with the 6th conveyer belt between the stent and the rough sand dewaterer, the 6th conveyer belt is by institute It states the dewatered rough sand of rough sand dewaterer to be delivered in the first conveyer belt on the stent, the stent is equipped with can phase To the secondary support of bracket slide setting, the first conveyer belt part is set on the secondary support, and the secondary support is slided Move the discharge position to change rough sand.

Beneficial effects of the present invention：

Building waste processing system provided by the invention is by setting rough sand system, fine sand system and mud system, and to each A system is organically combined, can isolated rough sand, fine sand and mud, it is effective to have recycled building waste.

Description of the drawings

It, below will be to embodiment in order to illustrate more clearly of embodiment of the present invention or technical solution of the prior art Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the present invention, for those of ordinary skill in the art, without creative efforts, It can also be obtained according to these attached drawings other attached drawings.

Fig. 1 is the structure diagram of the building waste processing system of one embodiment of the present invention；

Fig. 2 is the water circulation system structure diagram in Fig. 1；

Fig. 3 is the structure diagram of the first cyclone separator in Fig. 1；

Fig. 4 a are a kind of structure diagrams of the charger in embodiment；

Fig. 4 b are the left view structural representations of the charger in Fig. 4 a；

Fig. 5 a are the structure diagram of waste material seperator provided in an embodiment of the present invention；

Fig. 5 b are the structure diagram at another visual angle of waste material seperator provided in an embodiment of the present invention；

Fig. 5 c are the structure diagram of the first cylinder of waste material seperator provided in an embodiment of the present invention；

Fig. 5 d are the structure diagram of the sieve part of waste material seperator provided in an embodiment of the present invention；

Fig. 6 a are the structure diagram of the husky machine of fishing provided in an embodiment of the present invention；

Fig. 6 b are the structure diagram of the tipping bucket of the husky machine of fishing provided in an embodiment of the present invention；

Fig. 7 a are the structure diagram of sand sieving machine provided in an embodiment of the present invention；

Fig. 7 b are the structure diagram of the first cylinder of sand sieving machine provided in an embodiment of the present invention；

Fig. 7 c are the structure diagram of the second cylinder of sand sieving machine provided in an embodiment of the present invention；

Fig. 8 a are the dimensional structure diagrams of the sand washer of one embodiment of the present invention；

Fig. 8 b are the runner cross-sectional structure schematic diagrames of the sand washer in Fig. 8 a；

Fig. 8 c are the sieve-plate structure schematic diagrames of the sand washer in Fig. 8 a；

Fig. 8 d are the slab construction schematic diagrames of the sand washer in Fig. 8 a；

Fig. 8 e are the use state diagrams of the sand washer of Fig. 8 a；

Fig. 9 a are the dimensional structure diagrams of the vibrating-dewatering screen of one embodiment of the present invention；

Fig. 9 b are the right side structural representations of the vibrating-dewatering screen in Fig. 9 a；

Fig. 9 c are the partial enlargement structural representations of the compass screen surface of the vibrating-dewatering screen in Fig. 9 a；

Figure 10 a are the structure diagram of mud separator provided in an embodiment of the present invention；

Figure 10 b are the schematic cross-section of mud separator provided in an embodiment of the present invention；

Figure 10 c are the vertical view of mud separator provided in an embodiment of the present invention.

Specific embodiment

Below in conjunction with the attached drawing in embodiment of the present invention, the technical solution in embodiment of the present invention is carried out clear Chu is fully described by, it is clear that described embodiment is only the reality of a part of embodiment of the present invention rather than whole Apply mode.Based on the embodiment in the present invention, those of ordinary skill in the art institute without making creative work The every other embodiment obtained, shall fall within the protection scope of the present invention.

It please refers to Fig.1 and Fig. 2, a kind of better embodiment of the present invention provides a kind of building waste processing system, including Rough sand system 100, fine sand system 200, mud system 300 and water circulation system 400, the rough sand system 100 and the fine sand system 200 connection of system, the fine sand system 200 are connect with the mud system 300, and the water circulation system 40 is respectively to the rough sand system System 100, the fine sand system 200 and the mud system 300 supply water, and the rough sand system 100 is fed, during rough sand is made The mud of generation enters the fine sand system 200, and the mud that the fine sand system 200 generates during fine sand is made enters institute Mud treatment system 300 is stated, the mud treatment system 300 is made the water generated during mud cake and enters the water circulation system 400.

In present embodiment, by setting rough sand system 100, fine sand system 200, mud system 300 and water circulation system 400, and each system is organically combined, the isolated rough sand of energy, fine sand and mud, and can realize recycling for water, have It has imitated and has recycled building waste, and water resource, energy conservation and environmental protection can be saved.

In present embodiment, the size range of rough sand and fine sand can be adjusted by the market demand, it is however generally that, it is obtained Rough sand size range for 0.5mm~8mm, the size range of fine sand is 0.075mm~0.5mm.Rough sand can be used for making mixed Solidifying soil, fine sand can be used for plastering and jointing, and mud can be used for brickmaking.

Further, the rough sand system 100 includes the charger 101 being sequentially arranged, waste material seperator 102, first drags for Husky machine 106, the husky machine 109 of the fishing of crusher 107, second, sand sieving machine 110, sand washer 112 and rough sand dewaterer 113, wherein, it is described The outlet of waste material seperator 101 is equipped with the first pond 105, and the outlet of crusher 107 is equipped with the second pond 108, first fishing Husky machine 106 send the sandstone fishing that the scrap separator 102 detaches to the crusher 107, institute from first pond 105 The second fishing sand machine 109 is stated to drag for the sandstone that the crusher 107 crushes into the sand sieving machine 110 from second pond 108, The rough sand dewaterer 113 is connected with first conveyer belt (not shown), and the first conveyer belt is set on stent 115, And the first conveyer belt is movably arranged on the stent 115.

Wherein, the 6th conveyer belt 114 between stent 115 and rough sand dewaterer 113 can also be set, pass through the 6th conveyer belt 114 are delivered to 113 dewatered rough sand of rough sand dewaterer in the first conveyer belt on stent 115, defeated for adjustment first The installation position of band is sent, is more convenient for that equipment is installed according to geographical terrain.Be additionally provided on stent 115 can opposite brackets 115 slip set The secondary support 116 put, first conveyer belt are also partly arranged on secondary support 116, change rough sand by the slip of secondary support 116 Discharge position so that rough sand can carry out discharging in rough sand discharge zone 117.Stent 115 can be supported on by pillar 118 apart from ground compared with High position, in this way rough sand discharge zone 117 can directly with truck below stent 116 then rough sand, can save will be thick Sand refills the step being downloaded on truck, improves efficiency.

Further, described husky 106 one end of machine of first fishing is set in first pond 105, the husky machine of the first fishing The 106 opposite other ends raise setting, and make the husky machine 106 of the first fishing from the scrap separator 102 to the crusher 107 directions are in the structure gradually risen, and described husky 109 one end of machine of second fishing is set in second pond 108, and described second The opposite other end of the husky machine 109 of fishing raises setting, and makes the husky machine 109 of the second fishing husky from the crusher 107 to the sieve 110 direction of machine is in the structure gradually risen, and the second conveyer belt is also associated between the sand sieving machine 110 and the crusher 203 111, second conveyer belt 111 conveys the sand sieving machine 110 and sieves the sandstone of the bulky grain generated after sand to the crusher 107 Carry out second-time breakage.

Sand is dragged for from the first pond 105 by the husky machine 106 of the first fishing of setting, with to being separated in scrap separator 102 Sandstone carry out preliminary washing, part mud and fine sand can be washed out, the sandstone pulled out are broken through crusher 107, large-sized sand Stone is crushed into the sandstone of small size, by the screening of the sieve in crusher 107, obtains size less than 107 sieve of crusher Sandstone of size, and be sent into the second pond 108 and washed, further wash out part mud and fine sand, the husky machine 109 of the second fishing from The sandstone pulled out in second pond 108 are screened through sand sieving machine 110, obtain the sandstone that size is less than 110 screen mesh size of sand sieving machine, Middle size is delivered to crusher 107 by the second conveyer belt 111 more than the sandstone of 110 screen mesh size of sand sieving machine and is broken again It is broken, until size is less than 110 screen mesh size of sand sieving machine.Sand sieving machine 110 conveys sandstone and enters sand washer 112, sand washer 112 Inside be connected with water, by runner rotation drive sand washer 112 in sandstone be sufficiently mixed with water, and pass through sandstone itself and with The friction of sand washer 112 so that mud and fine sand suspend in water, and rough sand then takes rough sand dewaterer 113 to by runner, wash sand Machine 112 can include multiple and be used in series, to accelerate to wash husky efficiency.

Further, the waste material seperator 102 is connected with third conveyer belt 103, and the waste material seperator 102 detaches sand The waste material that stone generates is transported by the third conveyer belt 103.In general, waste material cannot including size big reinforcing bar, plank etc. Pass through the building waste of the sieve in waste material seperator 102.The waste material that third conveyer belt 103 conveys deposits in waste material storage area 104, these waste materials can be recycled certainly with other modes, to make full use of resource.

Further, please also refer to Fig. 1 and Fig. 3, the fine sand system 200 includes third pond 203, the 4th pond 207th, the 5th pond 210, the 6th pond 212, the 4th conveyer belt 205, fine sand dewaterer 214, the rotation of the 5th conveyer belt 215, first 204 and second cyclone separator 213 of stream separator, first is connected between the third pond 203 and first pond 105 Water channel 201 is connected with the second water channel 206, the 5th pond 210 between the 4th pond 207 and second pond 108 It is connected with third water channel 209 between the sand washer 112, the third pond 203 is equipped with the first slush pump 2041, and described the One slush pump 2041 is by the slurry transportation in the third pond 203 to first cyclone separator 204, first eddy flow The fine sand that separator 204 is isolated is delivered to the 6th pond 212, the 6th pond 212 through the 4th conveyer belt 205 Equipped with the second slush pump (non-label in figure), second slush pump is by the slurry transportation in the 6th pond 212 to described Second cyclone separator 213, the fine sand that second cyclone separator 213 is isolated is after the fine sand dewaterer 214 dehydration It is transported by the 5th conveyer belt 215 for connecting the fine sand dewaterer 214.

Wherein, the form of pipeline, the first pond can also be used in the first water channel 201, the second water channel 206 and third water channel 209 105 upper sides open up opening (not shown) and are connect with the first water channel 201 so that the mud in the first pond 105 suspends Object flows into the first water channel 201 by the opening, and 108 upper side of the second pond opens up opening (not shown) and the second water channel 206 connections so that the mud suspended matter in the second pond 108 flows into the second water channel 206 by the opening, and sand washer 112 is washed Sand basin upper portion side wall offers opening (not shown) and is connect with third water channel 209 so that the mud in sand washer 112 suspends Object flows into third water channel 209 by the opening.By the first water channel 201,206 upper side of the second water channel open up opening and In the form washed sand basin upper portion side wall and open up opening of sand washer 112, avoid sinking to the sandstone outflow of bottom of pond, ensure that rough sand and Fine sand is individually separated.

Wherein, sand washer 112 can be set multiple, and multiple sand washers 112 are sequentially connected, and multiple sand washers 112 wash sand Sink or pipeline can be set to communicate with one another between outlet on pond, and opening and third water channel are opened up on sink or water pipe 209 connection, third water channel 209 could be provided as it is multiple, with accelerate conveying mud speed.

It please refers to Fig.3, is a kind of structure diagram of preferred embodiment of the first cyclone separator 204, it is possible to understand that , the structure of other cyclone separators in this system can also refer to the first cyclone separator.Cyclone separator is also known as waterpower rotation Device is flowed, is the equipment that solid particle is detached from suspended matter using centrifugal sedimentation principle.Equipment body is by cylinder and circular cone two Part is formed, and circular cone is than cylinder closer in the following, cylindrical portions are shorter and cylindrical portions side wall has suspended matter import, cylindrical portion Point top has liquid outlet, and the liquid portion of separation comes out from the liquid outlet of barrel top, and tapered segment is longer and from circle To the gradual necking of conical outlet portion, the solid particle of separation comes out cylinder from the opening at necking.Cyclonic separation in this system Device is arranged side by side for 2, and top 2047 and 2048 is by 2049 unicom of pipeline, defeated equipped with opening and first on pipeline 2049 Mud pipe 301 connects.The mud suspension that first slush pump 2041 is extracted from third pond 203 divides through entering pipe 2042 for the first via 2043 and second tunnel 2044 tangentially respectively enter 2 cylinders, mud suspension makees downwards spiral shape fortune in cyclone separator Dynamic, solid particle is thrown toward wall by centrifugal inertial force effect, and the outlet 2045 and 2046 at cone bottom is down to lower eddy flow.Clear liquid or Liquid containing subparticle then becomes the internal layer eddy flow risen, is discharged from the pipeline of top center, referred to as overflow.Cyclonic separation In device, the quick athletic meeting of solid particle along wall surface causes the serious abrasion of separator, is expanded service life, using wear-resisting material Material manufacture makees liner using wear-resistant material.

Wherein, the fine sand detached in the second cyclone separator 213 enters fine sand dewaterer 214, de- through washing husky dewaterer 214 Fine sand after water is delivered to fine sand storage area 216 by the 5th conveyer belt 215, and fine sand storage area 216 is set far from rough sand storage area 117 It puts, rough sand and fine sand is made to store respectively.

Further, the fine sand system 200 further includes 208 and the 4th cyclone separator 211 of third cyclone separator, institute The 4th pond 207 is stated equipped with third slush pump (non-label in figure), the third slush pump is by the mud in the 4th pond 207 Slurry is delivered to the third cyclone separator 208, and the 5th pond 210 is equipped with the 4th slush pump (non-label in figure), described 4th slush pump divides the slurry transportation in the 5th pond 210 to the 4th cyclone separator 211, the third eddy flow The fine sand isolated from device 208 and the 4th cyclone separator 211 is delivered to the 6th water through the 4th conveyer belt 205 Pond 212.

Wherein, the first cyclone separator 204,208 and the 4th cyclone separator 211 of third cyclone separator be in the present system Arrangement is arranged in the first cyclone separator 204,208 and the 4th eddy flow of third cyclone separator in a straight line, the 4th conveyer belt 205 The outlet port of separator 211, the 4th conveyer belt 205 assume that on stent.

Further, first water channel 201 is equipped with sizing equipment 202, for picking up in first water channel 201 Sundries.Wherein, sundries mainly includes plastics, plant stem-leaf etc., and the processing of other modes is carried out after the recycling of these sundries, to avoid Pollute environment.Sizing equipment 202 includes grid, and further, grid can be end to end loop configuration, and be set to On stent, hook protrusion is also also provided on grid, driving device is set to be connect with grid on stent, makes grid And hook protrusion does looped motions up and down on the first water channel 201, and the sundries in the first water channel 201 is triggered by hook protrusion. Grid has gap size to be allowed to pass through less than the water and mud in the gap, so as to complete the separation of sundries.

Further, the mud system 300 includes the first refuse receptacle 302, the first Pulp pump 304 and Duo Tai filter presses 309, The first dredging tube 301, first eddy flow are connected between first cyclone separator 204 and first refuse receptacle 302 The mud that separator 204 is isolated is delivered to first refuse receptacle 302 through first dredging tube 301 and is precipitated, described The mud of first refuse receptacle, 302 bottom precipitation is delivered to the filter press 309, the filter press through first Pulp pump 304 309 pairs of mud obtain mud cake after squeezing, and the water in mud is separated.

Wherein, the first Pulp pump 304 is connect by pipeline 303 with the first refuse receptacle 302, and pipeline 303 is set to the first ring The inside that 302 lateral wall bottom parallel connection of bucket passes to the first refuse receptacle 302 is protected, outlet and the pipeline 305 of the first Pulp pump 304 connect It connects, pipeline 305 is connected to filter press 309.Wherein, for the operating mode of reasonable control system, the output of the first Pulp pump 304 is set Flow can adjust, and the motor (figure that PLC controller and Frequency Converter Control are connect with the first Pulp pump 304 may be used in adjustment mode In be not shown) power so that wheel speed inside the first Pulp pump 304 changes so that the quantitative change of the mud of impeller propelled Change and realize.

Further, the mud system 300 further includes the second refuse receptacle 307, third refuse receptacle 312, the second Pulp pump 309th, third Pulp pump 314 is connected with the second defeated mud between the third cyclone separator 208 and second refuse receptacle 307 Pipe 306, the mud that the third cyclone separator 208 is isolated are delivered to second environmental protection through second dredging tube 306 Bucket 307 is precipitated, and the mud of 307 bottom precipitation of the second refuse receptacle is delivered to the pressure through second Pulp pump 309 Filter 319 is connected with third dredging tube 311 between the 4th cyclone separator 211 and the third refuse receptacle 312, described The mud that 4th cyclone separator 211 is isolated is delivered to the third refuse receptacle 312 through the third dredging tube 311 and is sunk It forms sediment, the 4th dredging tube 316, second rotation is connected between second cyclone separator 213 and the third refuse receptacle 312 The mud that stream separator 213 is isolated is delivered to the third refuse receptacle 312 through the 4th dredging tube 316 and is precipitated, institute The mud for stating 312 bottom precipitation of third refuse receptacle is delivered to the filter press 319, the press filtration through the third Pulp pump 314 Machine 319 obtains mud cake after squeezing mud, and the water in mud is separated.

Wherein, the second Pulp pump 309 is connect by pipeline 308 with the second refuse receptacle 307, and pipeline 308 is set to the second ring The inside that 307 lateral wall bottom parallel connection of bucket passes to the second refuse receptacle 307 is protected, outlet and the pipeline 310 of the second Pulp pump 309 connect It connects, pipeline 310 is connected to filter press 309.Wherein, for the operating mode of reasonable control system, the output of the second Pulp pump 309 is set Flow can adjust, and the motor (figure that PLC controller and Frequency Converter Control are connect with the second Pulp pump 309 may be used in adjustment mode In be not shown) power so that wheel speed inside the second Pulp pump 309 changes so that the quantitative change of the mud of impeller propelled Change and realize.Third Pulp pump 314 is connect by pipeline 313 with third refuse receptacle 312, and pipeline 313 is set to third refuse receptacle 312 lateral wall bottom parallel connections pass to the inside of third refuse receptacle 312, and the outlet of third Pulp pump 314 is connect with pipeline 315, pipe Road 315 is connected to filter press 309.Wherein, for the operating mode of reasonable control system, the output flow of the first Pulp pump 302 is set Adjustable, motor that PLC controller and Frequency Converter Control are connect with third Pulp pump 314 may be used (in figure not in adjustment mode Show) power so that wheel speed inside third Pulp pump 314 changes so that the amount variation of the mud of impeller propelled and It realizes.

Wherein, filter press 319 may be disposed in workshop 318, and workshop is double-layer structure, and filter press 319 is set to the second layer, First layer setting mud cake storage area 320, in 319 course of work of filter press, the mud cake pressed drops to mud cake from filter press 319 Storage area 320, the water being extruded then separately set pipeline to clear water reserviors 401.Workshop is additionally provided with the necessary auxiliary such as stair 317 and sets Standby or device.

Further, it please refers to Fig.1 and Fig. 2, the water circulation system 400 includes clear water reserviors 401, the clear water reserviors 401 First pond 105, second pond 108, the third pond 203, the 4th water are respectively connected to equipped with pipeline Pond 207, the 5th pond 210, the 6th pond 212, first refuse receptacle 302, second refuse receptacle 307, institute Third refuse receptacle 312 and the multiple filter press 319 are stated, the water that the multiple filter press 319 detaches flows into institute through the pipeline It states in clear water reserviors 401, the clear water reserviors 401 are respectively to first pond 105, second pond 108, the third pond 203rd, the 4th pond 207, the 5th pond 210, the 6th pond 212, first refuse receptacle 302 and described Two refuse receptacles 307 supply water.

Wherein, clear water reserviors 401 could be provided as multiple, can also communicate with one another between multiple clear water reserviors 401.

Wherein, the flow direction of water is, clear water reserviors 401 draw first, second, and third 3 water routes, and the first water route is from clear water reserviors After 401 draw, it is respectively delivered to the first pond 105, the second pond 108 and sand washer 112；Draw from clear water reserviors 401 in the second water route After going out, it is respectively delivered to third pond 203, the 4th pond 207, the 5th pond 210 and the 6th pond 212；Third water route is from clear After pond is drawn, it is respectively delivered to the first refuse receptacle 302, the second refuse receptacle 307 and third refuse receptacle 312；In first pond 105 The mud for washing the partially aqueous after sand flows into third pond 203 through the first water channel 201, also has partially aqueous in the first pond 105 Sandstone enter the second pond 108；The partially aqueous mud after sand is washed in second pond 108 and enters the 4th water through the second water channel 206 Pond 207 also has partially aqueous sandstone to enter sand washer 112 in second pond 108；The mud warp washed after sand in sand washer 112 Third water channel 209 enters the 5th pond 210, also has partially aqueous sandstone to enter rough sand dewaterer 112 in sand washer 112；Rough sand Dewaterer 112 is additionally provided with pipeline and dewatered water is delivered to the 5th pond 210；Mud in third pond 203 is through the first rotation Stream separator 204 is separated into is delivered to the aqueous fine sand in the 6th pond 212 and through the first dredging tube 301 through the 4th conveyer belt 205 It is delivered to the mud of the first refuse receptacle 302；The mud in the 4th pond 207 is separated into defeated through the 4th through third cyclone separator 208 Send the aqueous fine sand and the mud that the second refuse receptacle 307 is delivered to through the second dredging tube 306 that band 205 is delivered to the 6th pond 212； Mud in 5th pond 210 is separated into through the 4th cyclone separator 211 is delivered to the 6th pond 212 through the 4th conveyer belt 205 Aqueous fine sand and the mud of third refuse receptacle 312 is delivered to through third dredging tube 311；Mud in 6th pond 203 is through Two cyclone separators 213 are separated into the aqueous fine sand of fine sand dewaterer 214 and are delivered to third ring through the 4th dredging tube 316 Protect the mud of bucket 312；Fine sand dewaterer 214 is additionally provided with pipeline and dewatered water is delivered to the 6th pond 212；First refuse receptacle The aqueous slurry precipitated in 302 is delivered to filter press 319 through the first Pulp pump 304；The cement precipitated in second refuse receptacle 307 Slurry is delivered to filter press 319 through the second Pulp pump 309；The aqueous slurry precipitated in third refuse receptacle 313 is through third Pulp pump 314 It is delivered to filter press 319；More filter presses 319 squeeze the water separated after mud and flow into clear water reserviors 401 through pipeline, since then, Recycling for water is completed, the waste of water resource can be reduced.

In the following, provide the preferred embodiment of capital equipment in this system.

1st, charger 101

A to Fig. 4 b is please referred to Fig.4, charger 101 includes the container 1011 that steel plate is enclosed, wherein, the container 1011 Top and bottom opening, which is connected with a conveyer belt 1012, also, the development length of the conveyer belt 1012 More than the length of the container 1011, and stretch out the 1011 length direction a distance of container, the extension width of the conveyer belt 1012 More than the width of the container 1011, and stretch out the 1011 width direction a distance of container.1011 bottom surface of container and conveyer belt 1012 are in close contact, and one is opened up on one end side plate of the length direction of 1011 bottom of container near conveyer belt 1012 Seam 1013.

Specifically, the container 1011 is more than bottom opening for open top, it is in inverted trapezoidal on the cross section of length direction, Certainly, can also be in inverted trapezoidal on the cross section of width direction so that in the container 1011 into material gravity can be relied on to converge Gather bottom open area, top big opening also allows for feeding, and the seam 1013 which opens up may be sized to Adjustable, to adapt to various sizes of fuel requirements.

Its workflow is：The opening at building waste from 1011 top of container is put into the container using the machinery such as forklift In 1011, start conveyer belt 1012, building waste takes the appearance out of at the seam 1013 that the container 1011 opens up by conveyer belt 1012 Device 1011, and enter next equipment.

The charger 101 is applicable to the building wastes such as stone, sand, soil, also may include with reinforcing bar, plastic garbage Deng, charging stabilization, good reliability.

2nd, waste material seperator 102

Also referring to Fig. 5 a to Fig. 5 d, the embodiment of the present invention provides a kind of waste material seperator 102, is built for what will be collected Building residue needs to carry out primary dcreening operation, and the reinforcing bar built in residue, the isometric larger impurity of bulk sandstone are detached with sandstone, The operations such as the sandstone filtered out can just crush, postsearch screening.In the present embodiment, waste material seperator includes pedestal 1021 and rotation Turn part 1022.Specifically, pedestal 1021 is fixed on ground 10.In the present embodiment, pedestal 1021 is main for waste material seperator Supporting structure, the stability of pedestal 1021 determine the overall structure stability of waste material seperator.It, can be in a kind of embodiment It drives piles on ground 10, the fixation that pedestal 1021 is stablized.Further, pedestal 1021 is hollow stent, stablizes and fixes While waste material seperator 102, own wt and material cost are reduced.In a kind of embodiment, pedestal 1021 is metal branch Frame, and paint or electroplating film layer are coated on the surface of pedestal 1021, to avoid the corruption to pedestal 1021 such as rainwater, sunlight Erosion improves the service life of pedestal 1021 and waste material seperator.

In the present embodiment, revolving part 1022 includes the first cylinder 22 and sieve part 24, and sieve part 24 is fixed on first In cylinder 22.Specific to Fig. 5 c, the first cylinder 22 surrounds one week structure formed for side wall around the central shaft of the first cylinder 22, and And first the both ends of cylinder 22 be open.First cylinder 22 is made as cylindrical shape in favor of the rolling of itself.In the present embodiment, the The side wall of one cylinder 22 is made of metal material, to provide enough intensity, situations such as avoiding deforming in rolling process.Into One step, the surface of side wall is coated with paint or electroplating film layer, to avoid the corrosion to the first cylinder 22 such as rainwater, sunlight, Improve the service life of the first cylinder 22 and waste material seperator.In the present embodiment, the first cylinder 22 include the outside wall surface that is oppositely arranged with Internal face, outside wall surface are exposed to the external world, and internal face is to the inside of the first cylinder 22, in a kind of embodiment, outside wall surface and inner wall Face is coated with paint or electroplating film layer.Refering to Fig. 5 a and Fig. 5 b, the outside wall surface of the first cylinder 22 is slided with pedestal 1021 to be connected It connects, pedestal 1021 drives revolving part 1022 around central shaft rotation.Specifically, outside wall surface is contacted with pedestal 1021, pedestal 1021 according to The first cylinder of power drive 22 provided by driving motor rotates.

Specific to Fig. 5 d, sieve part 24 is formed for multiple reinforcement weldings, specifically, sieve part 24 is arranged by different directions Reinforcing bar be intertwined to form sieve, the screen mesh size of sieve part 24 needs the volume size of sandstone screened to set according to screening Meter, can be passed through, the intransitable effect of impurity with reaching sandstone.In the present embodiment, sieve part 24 is consolidated by modes such as welding It is scheduled in the first cylinder 22, specifically, sieve part 24 is fixed on the internal face of the first cylinder 22.Further, sieve part 24 Gap is equipped between the internal face of the first cylinder 22, in other words, between the side wall of 24 and first cylinder 22 of sieve part is formed and received Hold space, which has passed through the sandstone of sieve part 24 for accommodating.Specifically, waste material enters rotation from one end of revolving part 1022 Turn in part 1022, sandstone are across entering the gap 24 and first cylinder 22 of sieve part after sieve part 24, and from revolving part 1022 other end discharge.

Waste material enters revolving part 1022 from one end of revolving part 1022, specifically, waste material enters in sieve part 24, revolving part During 1022 rotations, waste material rolls in revolving part 1022, and the sandstone of small volume pass through sieve part 24 to enter sieve part 24 and first cylinder 22 internal face between gap, and finally the other end from the first cylinder 22 is discharged and is collected, reinforcing bar, big The impurity such as volume sandstone can not pass through sieve part 24, then discharge and collect from one end of sieve part 24, so as to fulfill sandstone with it is miscellaneous The separation of matter, the rolling of revolving part 1022 make waste material be come into full contact with sieve part 24, and avoiding being piled up in the sandstone on impurity can not wear Sieving netware 24 and be wasted, sandstone screening effect is good, and screen efficiency it is higher.

Refering to Fig. 5 a, in the present embodiment, revolving part 1022 is placed with inclined in ground 10.Specifically, the first circle Cylinder 22 and sieve part 24 favour ground 10, and waste material enters revolving part 1022 from higher-height one end of revolving part 1022, give up Material is separated into after impurity and sandstone and discharges revolving part 1022 from a lower height of one end of revolving part 1022.Waste material enters from one end And while rolling in revolving part 1022, waste material is moved by the gravity of itself to the other end, it is to be understood that waste material exists Actually it is also the process of a rolling during being moved to the other end, so as to make waste material contact with sieve part 24 uniform, Have an opportunity the sandstone being stacked on impurity across sieve part 24.The mode for discharging impurity relies on the weight of impurity itself Power, it is simple in structure, easy to implement without increasing additional driving device.In a kind of embodiment, the central shaft of the first cylinder 22 Angle with ground 10 is 3 °~5 °, while meeting the requirement that waste material moves from one end to the other side, is also unlikely to the gradient too Cause the movement speed of waste material too big greatly, and full screening can not be carried out.

Refering to Fig. 5 d, in the present embodiment, sieve part 24 is cylindrical shape, and the central shaft of 24 and first cylinder 22 of sieve part It overlaps.Specifically, sieve part 24 can be the cylindrical shape of both ends open, it can be understood as sieve part 24 is wall surface around center One week cylindrical structure formed of axis, and sieve is the hole set on wall surface, and hole connects the Intranet of sieve part 24, multiple Kong Jun It is even to be arranged on wall surface, so as to which wall surface is into sieve.Cylindric sieve part 24 is identical with the shape of the first cylinder 22, and sieve The center overlapping of axles of 24 and first cylinder 22 of part, so as to make the distance between side wall of 24 and first cylinder 22 of sieve part uniformly permanent It is fixed, improve screening effect.

Refering to Fig. 5 a, in the present embodiment, revolving part 1022 includes the feed end 11 being oppositely arranged and discharge end 12, feed end 11 are more than discharge end 12 and the distance on ground 10 with the distance on ground 10, and in discharge end 12, sieve part 24 is equipped with and protrudes from first The nose section 13 of cylinder 22, the impurity in waste material are discharged from the port of nose section 13.Specifically, the axial length ruler of sieve part 24 Degree is more than the length dimension of the first cylinder 22, and in feed end 11, the first cylinder 22 is flushed with sieve part 24, and waste material is facilitated to enter sieve In netware 24, in discharge end 12, sieve part 24 protrudes from the first cylinder 22, i.e. nose section 13 is protruded from outside the first cylinder 22, is worn The sandstone for netware 24 of being sieved are discharged from the first cylinder 22 positioned at the port of discharge end 12, and it is miscellaneous not pass through the reinforcing bar of sieve part 24 etc. Matter is discharged from the port of nose section 13, and sandstone and impurity are separately discharged, and can be with separate collection, so as to make sandstone and impurity point From.

In a kind of embodiment, waste material seperator further includes barrier sheet 1023, and barrier sheet 1023 is set to discharge end 12, dashes forward Go out section 13 to be contained between a pair of of barrier sheet 1023, barrier sheet 1023 is used for the impurity for preventing discharge end 12 from discharging or sandstone splash It penetrates.Specifically, barrier sheet 1023 can be the metallic plate being welded on pedestal 1021, a pair of of barrier sheet 1023 is set in funnel-form In discharge end 12, since revolving part 1022 remains rotation status, the sandstone and impurity discharged from discharge end 12 keep certain Rotation speed and sputter outward, barrier sheet 1023 stops the impurity and sandstone sputtered outward, makes impurity and sandstone can Into in the container of collection or enter in the equipment of the next step, improve the utilization rate of sandstone, reduce waste.

Fig. 5 a and Fig. 5 b are please referred to, pedestal 1021 is equipped with drive gear 42, and drive gear 42 is connected to driving motor, the The outside wall surface of one cylinder 22 is equipped with rack 44, and rack 44 is surrounded in the outside wall surface of the first cylinder 22, drive gear 42 and rack 44 coordinate the first cylinder 22 is driven to rotate.Specifically, driving motor is fixed on pedestal 1021, driving motor driving sliding tooth 42 rotation of wheel, so as to which the first cylinder 22 and revolving part 1022 be driven to rotate integrally.In a kind of embodiment, the number of drive gear 42 Amount at least two, drive gear 42 is symmetrically disposed on the opposite both sides of the radial direction of the first cylinder 22.Specifically, work as sliding tooth When the quantity of wheel 42 is two, two drive gears 42 coordinate jointly with a rack 44, so as to which two drive gears 42 are common Revolving part 1022 is driven to rotate by a rack 44.Further, drive gear 42 is symmetrically disposed on the diameter of the first cylinder 22 To opposite both sides, from monosymmetric support revolving part 1022, to make the installation of revolving part 1022 firm.

In the present embodiment, driven wheel 52 is additionally provided on pedestal 1021, driven wheel 52 is contacted with the outside wall surface of the first cylinder 22, Driven wheel 52 is for reducing the frictional force between 1021 and first cylinder 22 of pedestal.Specifically, driven wheel 52 does not drive itself Power, driven wheel 52 are contacted with the outside wall surface of the first cylinder 22, and the first cylinder 22 and revolving part 1022 are supported in base by driven wheel 52 On seat 1021, revolving part 1022 is during rotation, the frictional force drives driven wheel between the first cylinder 22 and driven wheel 52 52 rotations, in other words, the frictional force between the first cylinder 22 and pedestal 1021 is changed into force of rolling friction by driven wheel 52, is reduced Energy loss, driving revolving part 1022 rotate more efficient.In a kind of embodiment, the quantity of driven wheel 52 is at least two A, driven wheel 52 is symmetrically disposed on the opposite both sides of the radial direction of the first cylinder 22, and driven wheel 52 is from revolving part supported on both sides 1022, make the installation of revolving part 1022 firm.In a kind of embodiment, a circle guide rail is also surrounded in the outside wall surface of the first cylinder 22 54, the guide rail 54 coordinates with driven wheel 52, to fix movement locus of the driven wheel 52 on the first cylinder 22, so as to keep One cylinder 22 and revolving part 1022 are around center axis rotation.

3rd, husky machine (referring to the first fishing sand machine 106, the husky machine 109 of the second fishing can refer to) is dragged for

Fig. 6 a are please referred to, the husky machine 106 of fishing provided in an embodiment of the present invention is used to clean construction waste residue by crushing, stirring It the smaller sandstone of particle formed after processes such as mixes, screen, the fine impurities in sandstone are detached from sandstone, it is clean to obtain Sandstone.Specifically, the husky machine 106 of fishing includes first support 1061, driving wheel 1062, driven wheel 1063, chain ring 1065 and tipping bucket 1068.First support 1061 is the main support of the husky machine 106 of fishing, and first support 1061 is fixed on ground 10, first support 1061 It is made for main supporting structure, therefore using the larger material of metal equal strength.Driving is additionally provided in first support 1061 The devices such as motor, gear set.In a kind of embodiment, the bottom end of first support 1061 is fixed on by screw etc. on ground 10, So that the stabilization of first support 1061 is fixed on ground 10.In the present embodiment, sink into ground 10 in sedimentation basin 105, first Frame 1061 is fixed on 105 side of sedimentation basin, and sedimentation basin 105 is the receiving pond for placing sandstone raw material, also fills and continues in sedimentation basin 105 Flowing water, and sandstone are soaked in water.

It should be appreciated that the sedimentation basin 105 in the present embodiment corresponds to first in building waste processing system in the present invention Pond 105, certainly, sedimentation basin 105 or the second pond 108.

In the present embodiment, driving wheel 1062 is rotationally connected with the top of first support 1061, and driven wheel 1063 is located at precipitation It in pond 105, and is rotatablely connected to the bottom of pond 1051 of sedimentation basin 105, chain ring 1065 is sheathed on driving wheel 1062 and driven wheel 1063 On, chain ring 1065 is stretched between driving wheel 1062 and driven wheel 1063.Specifically, the rotation axis of driving wheel 1062 passes through gear Group rotation connection is to driving motor, and driving motor driving driving wheel 1062 rotates, and in a kind of embodiment, driving wheel 1062 is circle The scroll wheel of cylindricality to increase the contact area of chain ring 1065 and driving wheel 1062, is conducive to improve the drive chain of driving wheel 1062 The energy transfer efficiency of 1065 rotation of circle.Driven wheel 1063 is located at the bottom of pond 1051 of sedimentation basin 105, driven wheel 1063 and driving wheel 1062 stretch chain ring 1065, so as to chain ring 1065 be driven to move by the cooperation of driving wheel 1062 and driven wheel 1063.It is a kind of In embodiment, driven wheel 1063 is cylindrical scroll wheel, to increase the contact area of chain ring 1065 and driven wheel 1063, is had Conducive to raising driven wheel 1063 to the support effect of chain ring 1065.As shown in Figure 6 a, driving wheel 1062 drives 1065 inverse time of chain ring Needle direction rotates.In a kind of embodiment, by 1065 gravity of chain ring and the stretching masterpiece of driving wheel 1062 and driven wheel 1063 With 1065 part of chain ring is straightened.In a kind of embodiment, chain ring 1065 includes multiple chain links, and each chain link joins end to end shape Into the chain ring 1065 of closing, specifically, being connected in articulated manner between each chain link, so as to make have one between each chain link Fixed scope of activities.

In the present embodiment, tipping bucket 1068 is fixed on the outside of chain ring 1065, for stirring and scooping up the sand in sedimentation basin 105 Stone.Specifically, tipping bucket 1068 is fixed on the outside of chain ring 1065 by modes such as welding.It is worth noting that, chain ring 1065 Outside deviates from the side of driving wheel 1062 and driven wheel 1063 for chain ring 1065, and the inside of chain ring 1065 is the contact master of chain ring 1065 The side of driving wheel 1062 and driven wheel 1063.In a kind of embodiment, each tipping bucket 1068 is welded on a chain link, tipping bucket 1068 is synchronous with the motion state connected.In the present embodiment, tipping bucket 1068 under the driving of chain ring 1065 enter sedimentation basin 105 or It leaves sedimentation basin 105, when tipping bucket 1068 enters sedimentation basin 105, stirs water and sandstone in sedimentation basin 105, between sandstone mutually Grinding, makes the impurity for being covered in sandstone surface be detached with sandstone, and destroys the steam layer being coated on the grains of sand, is conducive to follow-up Dehydration.During tipping bucket 1068 is by 105 bottommost of sedimentation basin and the upward drift surface motions, tipping bucket 1068 scoops up Sandstone, in fact, tipping bucket 1068 has also scooped up the impurity and water detached with sandstone.Tipping bucket 1068 is driven to rise simultaneously in chain ring 1065 After removing the water surface, the impurity of water and small volume is leaked out from 1068 bottom of tipping bucket, so as to obtain clean sandstone.The cleaning of sandstone Process is simple, and cleaning performance is good, and cleaning process is continuously uninterrupted, and cleaning efficiency is high.

In the present embodiment, driving wheel 1062 and the line of driven wheel 1063 favour ground 10.Specifically, driving wheel 1062 It it is 45 ° to 60 ° with the line of driven wheel 1063 and the angle on ground 10, so as to make tipping bucket 1068 along favouring 1045 ° of ground extremely 60 ° of direction movement.Rise compared to perpendicular to the direction on ground 10, oblique rising makes tipping bucket 1068 during rising Increase is formed, so as to provide more times is used to that water and impurity to be made to leak out from tipping bucket 1068.

Please refer to Fig. 6 b, in the present embodiment, tipping bucket 1068 includes receiving portion 16 and protruding portion 15, and protruding portion 15 is convexly equipped in appearance Receive the edge in portion 16, for scooping up the sandstone in sedimentation basin 105, receiving portion 16 is equipped with filter hole 17, for leaking out in sandstone Water and impurity.Specifically, filter hole 17 is set to the bottom end of receiving portion 16, in order to which water and impurity leak out.A kind of embodiment In, the granular size of impurity that the size of filter hole 17 leaks out as needed designs.

In the present embodiment, the top of first support 1061 is additionally provided with discharging guide groove 14, and discharging guide groove 14 favours ground 10, Discharging guide groove 14 is used to transport tipping bucket 1068 to the sandstone export at the top of first support 1061.Specifically, discharging guide groove 14 Favour ground 10, sandstone risen into eminence when tipping bucket 1068 transports sandstone, discharging guide groove 14 by sandstone from high to lower It transports, so as to be transported to next treatment process, transports sandstone using its own gravity of sandstone, the conevying efficiency of sandstone is high, nothing Power plant need to be additionally provided.

Driving wheel 1062 drives chain ring 1065 that tipping bucket 1068 is driven to move, and tipping bucket 1068 stirs the sandstone in sedimentation basin 105, So that sandstone are mutually ground, the impurity for being covered in sandstone surface is made to be detached with sandstone, tipping bucket 1068 is by the sand in sedimentation basin 105 The mixture of stone, partial impurities and water scoops up, and tipping bucket 1068 is from sedimentation basin 105 to the moving process at 1061 top of first support In, the filter hole 17 of impurity and water from 1068 bottom of tipping bucket leaks out, so as to obtain clean sandstone, the cleaning process letter of sandstone Single, cleaning performance is good, and cleaning process is continuously uninterrupted, and cleaning efficiency is high.

In the present embodiment, drag for husky machine 106 and further include second support 1066, second support 1066 includes be oppositely arranged first End 1064 and second end 1067, first end 1064 are fixed on the top of first support 1061, and driving wheel 1062 is rotationally connected with the One end 1064, second end 1067 are fixed on the bottom of pond 1051 of sedimentation basin 105, and driven wheel 1063 is rotationally connected with second end 1067. Specifically, second support 1066, first support 1061 and ground 10 form triangle, so as to be conducive to the stabilization of structure.Into one Step, support construction of the second support 1066 as carrying driving wheel 1062 and driven wheel 1063, the rotary shaft of driving wheel 1062 First end 1064 is fixed on, the rotary shaft of driven wheel 1063 is fixed on second end 1067, and second support 1066 maintains driving wheel The distance between 1062 and driven wheel 1063, so that it is determined that the height that tipping bucket 1068 rises.In a kind of embodiment, second The bottom of pond 1051 of 1067 contacting sedimentation tank 105 of second end of frame 1066, and it is fixed on bottom of pond 1051 by modes such as screws.This reality It applies in example, second support 1066 can be that two symmetrical rod-shaped scaffolds are arranged in parallel to be formed, and simplify the knot of second support 1066 Structure advantageously reduces the whole weight of the husky machine 106 of fishing, and saves cost.

Please refer to Fig. 6 a, in the present embodiment, second support 1066 is equipped with auxiliary wheel 1069, and auxiliary wheel 1069 is held in chain The inside of circle 1065, is used to support chain ring 1065.Specifically, auxiliary wheel 1069 is the idler wheel of non-active rotation, auxiliary wheel 1069 Surface contact chain ring 1065 inside, chain ring 1065 rotation drive auxiliary wheel 1069 rotation, in other words, auxiliary wheel 1069 Make between chain ring 1065 and second support 1066 for rolling friction, auxiliary wheel 1069 plays support chain ring 1065 and tipping bucket 1068 While effect, frictional resistance when chain ring 1065 rotates is reduced.

In a kind of embodiment, auxiliary wheel 1069 is set between driving wheel 1062 and driven wheel 1063, auxiliary wheel 1069 Quantity to be multiple, and the spacing between auxiliary wheel 1069 is identical.Specifically, multiple auxiliary wheels 1069 support chain ring jointly 1065, the longer chain ring 1065 of length is overally supported, the spacing between multiple auxiliary wheels 1069 is identical, so that chain ring 1065 is each Partial stress is identical, and chain ring 1065 is whole to be flattened, and be conducive to the rotation of chain ring 1065 and the rising of tipping bucket 1068.

The embodiment of the present invention also provides a kind of sandstone cleaning method, which utilizes fishing provided in an embodiment of the present invention Husky machine 106 and sedimentation basin 105, specifically, the husky machine 106 of fishing includes first support 1061, driving wheel 1062, driven wheel 1063, chain Circle 1065 and tipping bucket 1068, first support 1061 are fixed on ground 10, and driving wheel 1062 is rotationally connected with first support 1061 Top, driven wheel 1063 is located in sedimentation basin 105, and is rotatablely connected to the bottom of pond 1051 of sedimentation basin 105, and chain ring 1065 is arranged In on driving wheel 1062 and driven wheel 1063, chain ring 1065 is stretched between driving wheel 1062 and driven wheel 1063, tipping bucket 1068 The outside of chain ring 1065 is fixed on, driving wheel 1062 drives chain ring 1065 that tipping bucket 1068 is driven to move, the agitation precipitation of tipping bucket 1068 Sandstone in pond 105, so that sandstone are mutually ground.

In a kind of embodiment, when cleaning sandstone, water is persistently added into sedimentation basin 105, sedimentation basin 105 is equipped with overfall, The partial impurities that grinding sandstone decomposite are floated on the water surface, and are discharged with water from overfall.In the present embodiment, to sedimentation basin In 105 plus after water, flow plays certain stirring action in sedimentation basin 105, and at the same time, tipping bucket 1068 stirs the sand in water Stone, the impurity on sandstone surface are detached with sandstone, and the smaller impurity of partial density is floated on the water surface, the water in sedimentation basin 105 When face highly reaches the position of overfall, impurity is discharged with dampening from overfall together, so as to eliminate partial impurities.

In a kind of embodiment, driving wheel 1062 and the line of driven wheel 1063 favour ground 10, and tipping bucket 1068 is equipped with Filter hole 17, tipping bucket 1068 pass through 17 fugitive water of filter hole and impurity during rising.

4th, sand sieving machine 110

Also referring to Fig. 7 a, Fig. 7 b and Fig. 7 c, the embodiment of the present invention provides a kind of sand sieving machine 110, for being mixed from sandstone It closes in object and detaches the impurity such as the grains of sand and stone, the pure grains of sand filtered out are collected to reuse, and by stone etc. Impurity is discharged and is collected.Sand sieving machine 110 provided in an embodiment of the present invention includes the first motor 1101, the first cylinder 1102 and second Cylinder 1103.Specifically, the first motor 1101 is set on ground 10, certainly, the first motor 1101 can be directly fixed on ground On face 10, it can also be fixed on ground 10 by being fixed on the upper stent on ground 10.In a kind of embodiment, the first motor 1101 can be stepper motor, to provide driving force.

With reference to Fig. 7 b, the first cylinder 1102 is set on ground 10, specifically, the first cylinder 1102 is set up in by stent On ground 10, in a kind of embodiment, sand sieving machine 110 further includes first rotating shaft 1104, and the first cylinder 1102 is sheathed on first turn On axis 1104, and the first cylinder 1102 is fixedly connected with first rotating shaft 1104, can utilize stent rotatable connection first rotating shaft 1104 both ends, so as to which the first cylinder 1102 is set up on ground 10.In the present embodiment, the first cylinder 1102 is included outside first Wall 21, it is to be understood that the first cylinder 1102 is that the first outer wall 21 was formed around the central shaft of the first cylinder 1102 around one week Structure, and the both ends of the first cylinder 1102 are open.In a kind of embodiment, the first outer wall 21 is equipped with through-hole 600, through-hole 600 the first cylinder of connection, 1102 inside is with extraneous, specifically, the quantity of through-hole 600 is multiple, the size of through-hole 600 is identical, and And uniformly spread all over the first outer wall 21.Further, the size of through-hole 600 is according to the size designs of the grains of sand, specifically, through-hole 600 size can pass through the short grained grains of sand, but volume can not be made to be more than the impurity such as the stone of the grains of sand and passed through, according to sandstone The type of mixture and the size of the target grains of sand, can design various sizes of through-hole 600.In the present embodiment, the first motor 1101 are connected to the first cylinder 1102, and for driving the first cylinder 1102 around central shaft rotation, specifically, the first motor 1101 First rotating shaft 1104 is connected, the first motor 1101 drives the first cylinder 1102 to revolve by the way that first rotating shaft 1104 is driven to rotate Turn.In a kind of embodiment, the center overlapping of axles of 1104 and first cylinder 1102 of first rotating shaft, the rotation of first rotating shaft 1104 can To drive the first cylinder 1102 around center axis rotation.In the present embodiment, also set between the first motor 1101 and first rotating shaft 1104 There is speed reducer, the torque that the first motor 1101 exports is transferred to first rotating shaft 1104, obtains first rotating shaft 1104 by speed reducer Suitable rotating speed.In the present embodiment, sandstone mixture enters the first cylinder 1102 from one end of the first cylinder 1102, specifically, First cylinder 1102 includes the charging port 1106 that is oppositely arranged and discharging port 1105, and sandstone mixture is from charging port 1106 Into in the first cylinder 1102, so as to roll in the first cylinder 1102.In the present embodiment, sandstone mixture is in the first cylinder In 1102 during rolling, the through-hole 600 of the grains of sand from the first outer wall 21 leaks out, can due to the first persistently rolling of cylinder 1102 To avoid the sandstone mixture entered in the first cylinder 1102 is stacked and lead to be stacked in the grains of sand on impurity can not be into Enter the through-hole 600 of the first outer wall 21, sandstone mixture comes into full contact with the first outer wall 21, improves the effect of screening, avoid wave Take.

With reference to Fig. 7 c, the second cylinder 1103 is sheathed on outside the first cylinder 1102, in the present embodiment, the second cylinder 1103 and One cylinder 1102 can be with relative motion, and in a kind of embodiment, the second cylinder 1103 is fixed relative to ground 10, and One cylinder 1102 then can be with central shaft rotation.Second cylinder 1103 includes the second outer wall 31, it is to be understood that the second cylinder 1103 be that the second outer wall 31 surrounds one week structure formed, and the two of the second cylinder 1103 around the central shaft of the second cylinder 1103 End is open.In a kind of embodiment, the second outer wall 31 is equipped with through-hole 600, and through-hole 600 connects 1103 inside of the second cylinder with outside Boundary, specifically, the quantity of through-hole 600 is multiple, the size of through-hole 600 is identical, and uniformly spreads all over the second outer wall 31.Into one Step, the size of through-hole 600 is according to the size designs of the grains of sand, specifically, the size of through-hole 600 can lead to the short grained grains of sand It crosses, but the impurity such as stone that volume can not be made to be more than the grains of sand pass through, according to the type of sandstone mixture and the size of the target grains of sand, Various sizes of through-hole 600 can be designed.The grains of sand leaked out from the through-hole 600 of the first outer wall 21 enter the second cylinder 1103 In, specifically, the grains of sand enter between the first outer wall 21 and the second outer wall 31, so as to be carried out by the through-hole 600 on the second outer wall 31 Screening.The grains of sand, can be outside second successively by the first outer wall 21 with being leaked out after the screening of the second outer wall 31 from the second outer wall 31 The pure grains of sand of container collection are placed outside wall 31, and impurity is then discharged from one end of the first cylinder 1102 or the second cylinder 1103. Specifically, impurity can be discharged by two paths, not by the impurity of the through-hole 600 of the first outer wall 21 from the first cylinder 1102 One end discharge, that is, discharge port 1105, the through-hole of the second outer wall 31 is not passed through by the through-hole 600 of the first outer wall 21 600 impurity is discharged from one end of the second cylinder 1103, i.e. the second cylinder 1103 is opened with discharging 1105 corresponding one end of port Mouthful.

During first cylinder 1102 rolls, the first outer wall 21 carries out first time screening, the i.e. grains of sand to sandstone mixture Through-hole 600 across the first outer wall 21 leaks out, and the impurity such as larger sandstone of particle are discharged from one end of the first cylinder 1102, enters Sandstone between first cylinder 1102 and the second cylinder 1103 carry out programmed screening, i.e. the grains of sand pass through the through-hole of the second outer wall 31 600 leak out, and the impurity such as larger sandstone of particle are discharged from one end of the second cylinder 1103, and the process screened twice effectively improves The purity of the grains of sand, screening effect is good, and the efficiency screened is higher.

In the present embodiment, the first cylinder 1102 is placed with inclined in ground 10.Specifically, first rotating shaft 1104 with The center overlapping of axles of first cylinder 1102, first rotating shaft 1104 favour ground 10 and place.In a kind of embodiment, the first cylinder 1102 1106 one end of charging port is more than discharging 1105 one end of port with the distance on ground 10, is entered by charging port 1106 The sandstone mixture of first cylinder 1102 with the rolling of the first cylinder 1102 during rolling, by the gravity of itself It is rolled to discharging port 1105, the through-hole 600 of the grains of sand from the first outer wall 21 leaks out, and the impurity such as stone then roll on the first outer wall 21 It is dynamic, and roll to discharging port 1105, so as to be placed on the container collection of discharging port 1105.The mode of discharge impurity relies on The gravity of impurity itself, it is simple in structure, easy to implement without increasing additional driving device.In a kind of embodiment, first The central shaft of body 1102 and the angle on ground 10 are 3 °~5 °.

In the present embodiment, the central axis of the central shaft of the first cylinder 1102 and the second cylinder 1103, specifically, first Outer wall 21 and the distance of the second outer wall 31 remain unchanged, so as to be conducive to that uniformly sandstone mixture is screened.A kind of reality It applies in mode, the aperture of the through-hole 600 of the first outer wall 21 is more than the aperture of the through-hole 600 of the second outer wall 31.First outer wall 21 Through-hole 600 is used to screen the first time of sandstone mixture, and the through-hole 600 of the second outer wall 31 is used for the second of sandstone mixture Secondary screening, for the first time screening can carry out initial screening, the larger impurity of particle in sandstone mixture be screened out, in the obtained grains of sand Still partial impurities are mixed with, programmed screening can carry out fine screen choosing, and the smaller impurity of particle in sandstone mixture is screened out, is obtained To the pure grains of sand.Sizing screening can obtain better screening effect twice, if specifically, only carrying out primary screening, through-hole The 600 oversized grains of sand purity that screening can be caused to obtain are not high, and through-hole 600 is undersized to lead to bulky grain in screening process Impurity blocks through-hole 600, and the part grains of sand can not pass through through-hole 600, and screening efficiency is low, wastes raw material.It screens out for the first time Large granular impurity, programmed screening screen out little particle impurity, and screening efficiency is high, and screening effect is good.

In a kind of embodiment, sand sieving machine further includes the second motor, and the second motor is connected to the second cylinder 1103, the second electricity Machine is for the second cylinder 1103 of driving around central shaft rotation.Second cylinder 1103 is with central shaft rotation, and sandstone mixture is second In cylinder 1103 during rolling, the through-hole 600 of the grains of sand from the second outer wall 31 leaks out, since the second cylinder 1103 persistently turns over Rolling, the sandstone mixture that can be avoided enter into the second cylinder 1103 be stacked and cause to be stacked in the grains of sand on impurity without Method enters the through-hole 600 of the second outer wall 31, and sandstone mixture comes into full contact with the second outer wall 31, improves the effect of screening, keep away Exempt to waste.

In a kind of embodiment, the direction of rotation of the first cylinder 1102 and the second cylinder 1103 is on the contrary, the mistake screened twice Journey is on the contrary, the effect of screening can be improved.In a kind of embodiment, housing is additionally provided with outside the second cylinder 1103, housing is used to protect The second cylinder 1103 is protected, and not easily collecting after preventing the second cylinder 1103 grains of sand being thrown out of in rotary course.

In the present embodiment, the first cylinder 1102 includes multiple first auxiliary cylinder bodies, and the first auxiliary cylinder body, which joins end to end, to be spliced to form First cylinder 1102.The length of first auxiliary cylinder body is shorter, and multiple first auxiliary cylinder body splicings can form large-sized first cylinder 1102, connecting method is simply easily realized, is conducive to the assembling and transport of sand sieving machine.

In the present embodiment, the second cylinder 1103 includes multiple second auxiliary cylinder bodies, and the second auxiliary cylinder body, which joins end to end, to be spliced to form Second cylinder 1103.The length of second auxiliary cylinder body is shorter, and multiple second auxiliary cylinder body splicings can form large-sized second cylinder 1103, connecting method is simply easily realized, is conducive to the assembling and transport of sand sieving machine.

In sand sieving machine provided in an embodiment of the present invention, the first outer wall 21 and the second outer wall 31 are latticed metal wire knitted It is formed.Specifically, metalloid gauze, metal wire knitted can be readily attained the through-hole 600 of the size of needs, and through-hole 600 density is big.Compared to punching on the outer wall, the first outer wall 21 or the matter of the second outer wall 31 that metal wire knitted can be formed It measures small, is easy to assembled, and the driving force that motor needs provide is smaller, the energy that sand sieving machine consumes during sieve is husky is smaller.

5th, sand washer 112

Fig. 8 a to Fig. 8 e are please referred to, a kind of better embodiment of the present invention provides a kind of sand washer 112, including washing sand basin 01st, the supporting rack 02 washed in sand basin 01, the runner 10-1 being rotatably connected on support frame as described above 02 and driving are fixed in The motor 03 of the runner 10-1 rotations, the runner 10-1 include the shaft 04 being erected on support frame as described above 02, pass through branch The circular screen mesh 06 that strut 05 is connected in the shaft 04 be fixed in 06 peripheral surface of sieve and circumferentially parallel set The multiple partition boards 011 put are fixed with multiple sieve plates 012,012 one end of sieve plate connection between the two neighboring partition board 011 To the sieve 06, the opposite other end sets far from the sieve 06 and is tilted towards the runner 10-1 directions of motion, with The tangent line of the sieve plate 012 and 06 tie point of sieve and the angle a of the sieve plate 012 is made to be acute angle, multiple sieve plates 012 arranges along 04 center array of shaft, and first through hole (non-label in figure), the sieve plate are offered on the sieve 06 The second through-hole 0121 is offered on 012.

In present embodiment, by setting multiple partition boards 011 and sieve plate 012, and first through hole is opened up on sieve 06, The second through-hole 0121 is opened up on sieve plate 012, making runner 10-1, sieve 06 and sieve plate 012 can make the mud in sand in rotation Pass through, wash sand thoroughly, improve and wash husky efficiency, do not need to do over again.

Specifically, the first through hole can be different from the structure of second through-hole 0121, for example, first through hole is circle Shape, the second through-hole 0121 are elongate holes, it is preferred that first through hole is identical with the structure of the second through-hole 0121, such as both For through-hole or all it is elongate holes, the size of the first through hole is 1~10mm, wherein, when first through hole is round hole, this Size refers to diameter of a circle, and when first through hole is elongate holes, this size be finger-hole can by maximum object ruler It is very little.It is further preferred that the size of the first through hole is 3~7mm, it is further preferred that the size of the first through hole is 4 ~6mm.

It is washed on the opposite two sides in sand basin 01 specifically, supporting rack 02 is arranged on so that runner 10-1 is connected to institute When stating on supporting rack 02, the part of runner 10-1, which is located at, to be washed in sand basin 01, is washed in sand basin 01 and is accommodated silt mixture, washes sand basin 01, which is passed through a part of mud after water in silt mixture, incorporates in water and forms muddy water, due to husky not soluble in water and general grain size compared with Greatly, it is impossible to by first through hole and the second through-hole 0121, and mud structural instability, in runner 10-1 rotation processes, part grain The larger mud of diameter is decomposed into the mud of small particle with the friction with husky and runner 10-1, from first through hole and the second through-hole 0121 In leak down to enter to wash in sand basin 01 and contact with water and soluble in water, complete to wash sand.

The second through-hole 0121 is opened up on setting sieve plate 012, compared to the scheme that sieve plate 012 does not open up hole, since grain size is larger Mud can be leaked down by first through hole, can also be drained on sieve 06 by the second through-hole 0121, then leaked by first through hole It is mixed to washing in sand basin 01 with water, makes mud decomposition rate faster, made to enter the grain size smaller for washing the mud in sand basin 01, be more soluble in Water makes to wash husky speed faster.

In present embodiment, the mud for being dissolved in water is located at the upper strata for washing the muddy water in sand basin 01, by the way that the muddy water on upper strata is taken out It walks, that is, realizes the separation of the mud in sand, can subsequently be separated mud using sedimentation process, obtain the higher mud of purity.

In order to which the muddy water washed in sand basin 01 is taken away, water outlet 33, the water outlet 33 can be set on sand basin 01 is washed It is washed near 01 upper edge of sand basin described in being set to, the muddy water washed herein in sand basin 01 diffuses out, can be by the way that pipeline or water channel is set to connect The water outlet 33 is connect, muddy water is transported.It should be understood that in order to accelerate speed, can be set on sand basin 01 is washed it is multiple go out The mouth of a river 33.

In present embodiment, described wash in sand basin 01 is also associated with support platform 07, and the motor 03 is set on the support On platform 07.The support platform 07 includes a support inclined plate 08, and support platform 07 is set on sand basin 01 is washed to set motor 03, It looks for space that motor 03 is set again from without ground on the scene, is conducive to optimize equipment occupation space, makes production line more compact.

In present embodiment, feed end 1121, the feed end are being equipped in 04 axially direction of shaft 1121 are obliquely installed so that silt enter under gravity described in wash sand basin 01.

Specifically, feed end 1121 can be a side for washing sand basin 01, individually can also again be set on sand basin 01 is washed One inclined platy structure.

Further, discharge end 1122, discharge end can be equipped with respect to the opposite side of feed end 1121 by washing in sand basin 01 1122 can also be obliquely installed so that wash sand basin 01 as ship shape.

In a kind of embodiment, with reference to figure 1 and Fig. 2, multiple tablets 013 are fixed between the two neighboring partition board 011, The tablet 013 is set between the two neighboring sieve plate 012, and described 013 one end of tablet is connected to the sieve 06, opposite The other end is set far from the sieve 06, and towards the runner 10-1 directions of motion tilt so that the tablet 013 with it is described The angle b of the tangent line of 06 tie point of sieve and the tablet 013 is acute angle, and multiple tablets 013 are along 04 center of shaft Array arrangement.

Specifically, sieve plate 012 and tablet 013 are staggered between two neighboring partition board 011, in a kind of preferred implementation In mode, sieve plate 012 is identical with angle of inclination of the tablet 013 on sieve 06.In further preferred embodiment, sieve plate The distance between 012 and two adjacent tablets 013 are equal, the distance between tablet 013 and two adjacent sieve plates 012 phase Deng.

Due to also including the smaller sand of grain size in silt mixture, the smaller sand of grain size can also pass through 012 He of sieve plate Sieve 06 leaks down, and the sand pushed forward when rotating runner 10-1 is less, therefore sets tablet 013, and hole is not opened up on tablet 013, The smaller sand of grain size is received, then pushed forward with the rotation of runner 10-1 after sieve plate 012 leaks down by tablet 013, improves husky Discharging speed.

Further, the partition board includes first partition 011, second partition 021, third partition board 031, the 4th partition board 041 With the 5th partition board 051, the first adjacent sieve plate 012 and first is equipped between the first partition 011 and the second partition 021 Adjacent the second sieve plate 022 and the second tablet are equipped between tablet 013, the second partition 021 and the third partition board 031 023rd, adjacent third sieve plate 032 and third tablet 033, institute are equipped between the third partition board 031 and the 4th partition board 041 It states and adjacent the 4th sieve plate 042 and fourth panel 043 is equipped between the 4th partition board 041 and the 5th partition board 051, described first Sieve plate 012 and the third tablet 033 are concordant coplanar, and first tablet 013 flushes coplanar with the third sieve plate 032.

By above-mentioned setting, partition board increases, and effective usable floor area of runner 10-1 is made to increase, and pass through and set described first Sieve plate 012 and the third tablet 033 are concordant coplanar, and first tablet 013 flushes coplanar with the third sieve plate 032, makes The rate of promotion sand between each partition board is different, and discharge end 1122 can obtain and continuously go out husky rate relatively, be conducive to The layout of subsequent technique.

Further, second sieve plate 022 and the fourth panel 043 are concordant coplanar, second tablet 023 and institute State the 4th sieve plate 042 flush it is coplanar.It further uses husky rate and keeps continuous.

Further, second sieve plate 022 is set between first sieve plate 012 and first tablet 013 Medium position, during second tablet 023 is set between first tablet 013 and first sieve plate 012 at interval Portion position.So set, the advantage of multiple partition boards is maximumlly utilized, compared to a partition board or multiple partition boards but sieve therein The scheme that plate is all concordantly set, discharge continuous-stable, and in addition driving force required on runner 10-1 is relatively stable always, also saves The power consumption of power saving machine 03.

Wherein, the first partition 011 and the 5th partition board 051 are located at the outermost of the runner 10-1, and described the One partition board 011 is equipped with circumferentially distributed sawtooth 052 with 051 outer of the 5th partition board.The purpose of setting sawtooth 052 is to loosen Positioned at the silt mixture on keeping to the side is washed in sand basin 01, avoid blocking runner 10-1.

Fig. 8 e are please referred to, is the schematic diagram in actual use of the sand washer 112 of present embodiment, is arranged in series 4 sand washers, wherein, feed end 1121 enters silt mixture 01, forms muddy water after being passed through water, runner 10-1 turns clockwise It is dynamic, the mud in silt mixture 01 and sand are fully stirred and pass through drive rotation, mud rubs with husky and runner 10-1 and decomposes, from Leak down in sieve and sieve plate in runner 10-1 to washing in sand basin, and be dissolved in water, be omitted to take away in figure and wash sand basin at the middle and upper levels The structure of muddy water, the sand after washing unload after discharge end 1122, complete to wash husky process.

Husky efficiency is washed due to the requirement of modern production line and wants height, while goes out husky amount and wants greatly, therefore, in actual production, separate unit is washed Husky machine washes husky effect well although can reach, it is after washing husky in clay content can accomplish very low, but separate unit sand washer goes out Sand amount is few, and uses the form of more sand washer series connection, wherein the technology of each sand washer is required than using separate unit sand washer In the case of it is slightly lower, to achieve the purpose that measure sand greatly, by taking 4 sand washers of connecting as an example：The discharge end 1122 of first sand washer with The feed end 1123 of second sand washer is snug against, the discharge end 1124 of the second sand washer and the feed end 1125 of third sand washer It is snug against, the discharge end 1126 and the feed end 4011127 of the 4th sand washer of third sand washer are snug against, the 4th sand washer Discharge end 1128 be connected with discharging structure 1129, such as can be conveyer belt etc., the first runner 10-1, the second runner 10-2, Third runner 10-3 and the 4th runner 10-4 are rotated clockwise, to be stirred respectively to the silt mixture respectively washed in sand basin And push sand forward, and mud flows away from respectively washing in the muddy water in sand basin, washes sand by 4 sand washers, makes finally unloading The husky purity obtained at material mechanism 1129 is high, and clay content is low.

6th, rough sand dewaterer 113 (fine sand dewaterer 214 can refer to)

Fig. 9 a to Fig. 9 b are please referred to, a kind of better embodiment of the present invention provides a kind of vibrating-dewatering screen, including screen box 610 and support element 640, the screen box 610 supported by the support element 640, the support element 640 have shock-absorbing function, it is described Screen box 610 includes compass screen surface 611, the first side frame 612 and the second side frame 613, first side frame 612 and second side frame 613 It is opposite to be set on 611 both sides of compass screen surface, first crossbeam 621 is equipped between first side frame 612 and second side frame 613, Affixed first motor, 631 and second motor 632, first motor 631 and second motor on the first crossbeam 621 632 output shaft is connected separately with eccentric block (not shown), and first motor 631 and 632 negative direction of the second motor Synchronous rotary, the eccentric block form two vibrators, component of the centrifugal force that described two vibrators generate along direction of vibration Superposition, reversed centrifugal force are offset, so that the screen box 610 linearly does periodic reverse motion, the compass screen surface 611 opens up Sieve pore 601, the size of the sieve pore 601 are less than the size of material.

In present embodiment, by setting the first motor 631 and the second motor 632, and make the first motor 631 and the second electricity 632 negative direction synchronous rotary of machine, makes screen box 610 linearly do periodic reverse motion, and the size for opening up sieve pore 601 is small In the size of material so that the smaller material of size will not leak down from sieve pore 601, so as to solve vibration dehydration efficiency it is low and and The problem of fine sand material loss is serious.

In present embodiment, the operation principle for vibrating dehydration is using double-motor self-synchronous technology, by setting eccentric block Two vibrators are formed, two vibrators arranged side by side are set to make synchronous backward operating, two groups of eccentric mass on screen box 610 The centrifugal force of generation is superimposed along the component of direction of vibration, and reversely centrifugation is offset, so as to form the single exciting for not having direction of vibration It is dynamic, screen box 610 is made to do reciprocating linear motion.Wherein, it is additionally provided on first crossbeam 621 and is used to support the first motor 631 and The platform 623 of two motors 632, platform 623 can be parallel with compass screen surface 611, it is possible to have inclined angle.

In present embodiment, the first motor 631 and the second motor 632 have further included shell, output shaft and and output shaft The eccentric block of connection is coated by shell, and the first motor 631 and the second motor 632 is made to form entirety.First motor 631 and The setting direction of two motors 632 is along the direction of compass screen surface 611, i.e. the plane extension side with the first side frame 612 and the second side frame 613 To the first motor 631 and the second motor 632 can be arranged in parallel.It should be noted that the first motor 631 and the second motor 632 Direction refer to the extending direction of output shaft.

In present embodiment, screen box 610 includes feed end and discharge end, and the first motor 631 and the second motor 632 are along charging Hold the direction to discharge end, i.e. the shaft of the first motor 631 and the second motor 632 is parallel with the direction of feed end to discharge end, First motor 631 is cancelled out each other with the centrifugal force of eccentric block that the shaft of the second motor 632 connects, and is only had along feed end to going out Expect the excited vibration in the direction at end, make the vibration of screen box 610 there is rule so that material is dehydrated in screen box 610 and is more uniformly distributed, and carries High dehydration efficiency.

In present embodiment, 601 array of the sieve pore arrangement on compass screen surface 611, the generally rectangular cross-section array of mode of arrangement, certainly It may be circular array.601 generally circular in cross section through-hole of sieve pore, at this time the size of sieve pore 601 refer to the diameter of round sieve, sieve Hole 601 can certainly be rectangular through-hole, and the size of sieve pore 601 refers to the distance between opposite both sides of rectangle sieve pore at this time.

The size range of several preferred sieve pores 601 is given below, the size for meeting sieve pore 601 is less than the size of material, So that the smaller material of size will not leak down from sieve pore 601, solve the problems, such as that fine sand material loss is serious.

Further, the size of the sieve pore 601 is 0.005~0.035mm.

Further, the size of the sieve pore 601 is 0.010~0.030mm.

Further, the size of the sieve pore 601 is 0.010mm.

Further, the size of the sieve pore 601 is 0.030mm.

In a kind of embodiment, Fig. 9 b are please referred to, further include pedestal 642, the compass screen surface 611 favours the pedestal 642 Setting, and the angle e that the plane of reference of the compass screen surface 611 and the pedestal 642 is formed is 0~20 °.

In present embodiment, compass screen surface 611 feeds one end than discharging one end with higher height, i.e. compass screen surface 611 is from charging One end is tilted down to discharging one end, and movement of the material on compass screen surface 611 faster, can accelerate dehydration efficiency, certainly, compass screen surface 611 The angle e formed with the plane of reference of the pedestal 642 should not be too large, prevent material residence time on compass screen surface 611 too short and Have little time to be dehydrated.

Wherein, pedestal 642 can be truss structure, and pedestal 642 also has another pedestal 641 being oppositely arranged, another bottom Seat 641 is generally an integral structure with pedestal 642.The plane of reference of pedestal 642 can be horizontal plane.

In another embodiment, compass screen surface 611 discharge one end than charging one end with higher height, i.e., compass screen surface 611 from Discharging one end is tilted down to charging one end, and material is made to have the sufficiently long residence time on compass screen surface 611, aqueous to be suitable for Measure excessive material, such as mud etc..

Further, the compass screen surface 611 feeds one end and is also connected with the first tablet 619,619 opposite sides of the first tablet 614 and the 4th side plate 615 of third side plate is also associated with, the third side plate 13 is connect with first side plate 612, and the described 4th Side plate 615 is connect with second side plate 613, and first tablet 619 is obliquely installed, and first tablet 619 with it is described The angle f that the plane of reference of pedestal 642 is formed is 20 °~45 °.

In present embodiment, by setting the angle of the first tablet 619, there is the first tablet 619 steeper than compass screen surface 611 Inclined ramp so that the first tablet 619 can accelerate movement speed of the material from the first tablet 619 to compass screen surface for feeding.

Further, the described discharging of compass screen surface 611 one end is also associated with the second tablet 618 for discharging, and described second is flat Plate 618 is obliquely installed, and 618 opposite sides of the second tablet also sets the 5th side plate 616 and the 6th side plate 617 respectively, described 5th side plate 616 is connect with first side plate 612, and the 6th side plate 617 is connect with second side plate 613.

Wherein, the first side plate 612, the second side plate 613, third side plate 614, the 4th side plate 615, the 5th side plate 616 and Six side plates 617 make vibrating-dewatering screen have better stability for preventing material from being slid from side.

Further, second cross beam 622 is also associated between first side plate 612 and second side plate 613, be used for Strengthen the stability of screen box 610.

Wherein, second cross beam 622 can have identical structure with first crossbeam 621, and second cross beam 622 can also be with the One crossbeam, 621 structure is different, but second cross beam 622 should be arranged in parallel with first crossbeam 621, make the first side plate 612 of screen box 610 Stable structure is formed between second compass screen surface 611 connected between side plate 613, first crossbeam 621, second cross beam 622, is strengthened The stabilization of screen box 610.

Further, the support element 640 is set on the pedestal 642, and the support element 640 is rubber spring.

Wherein, support element 640 has shock-absorbing function, and the damping effect of rubber spring is outstanding, and stable structure, uses the longevity Life length.

7th, the first refuse receptacle 302 (the second refuse receptacle 307 can refer to third refuse receptacle 312)

Also referring to Figure 10 a, Figure 10 b and Figure 10 c, refuse receptacle 302 provided in an embodiment of the present invention is used to mix in muddy water It closes mud in object to be separated from water, for firing brick, water recycles for being again introduced into the circulatory system wherein mud, thus will Mud mixture realization reuses, and plays the effect of environmental protection.In the present embodiment, refuse receptacle 302 includes the first staving 710, the Two stavings 720 and sleeve 730.

Specifically, the first staving 710, including the first peripheral wall 712 and bottom wall 714, the first peripheral wall 712 is fixedly connected on first 712 one end of peripheral wall, the first staving 710 have the barrel-like structure of opening for one end.In a kind of embodiment, the first staving 710 is Barrel shape, in other words, the first peripheral wall 712 rotate to form cylinder around center line, and bottom wall 714 is connected to one end of cylinder so as to shape There is the drum of opening into one end.In other embodiment, the staving of the first staving 710 or other shapes, for example (,) it is long Cube etc..In the present embodiment, in order to improve the working efficiency of refuse receptacle 302, the amount of the mud mixture of separation simultaneously, ring are improved The volume for protecting bucket 302 is larger, and the first staving 710 is placed directly on ground, specifically, bottom wall 714 is positioned on ground.It is a kind of In embodiment, internal face and outside wall surface, the internal face of bottom wall 714 and outside wall surface of the first peripheral wall 712 are coated with paint, to prevent Only the mud mixture in the first staving 710 and external environment (such as rainwater, sunlight) are to the first peripheral wall 712 and bottom wall 714 Corrosion improves the service life of the first staving 710.

In the present embodiment, the second peripheral wall 722 is additionally provided in the first staving 710, one end of the second peripheral wall 722 is fixedly attached to Bottom wall 714, the second peripheral wall 722 is connect with bottom wall 714 forms the second staving 720, and the second staving 720 is located in the first staving 710. In the present embodiment, it can be understood as the inner space of the first staving 710 is divided into two independent parts by the second peripheral wall 722, The space between 722 to the first peripheral wall 712 of space and the second peripheral wall inside wherein the second peripheral wall 722 by the second peripheral wall 722 every It opens, it is understood that be that one end that bottom wall 714 is covered on the second peripheral wall 722 forms the second staving 720, and the second staving 720 is located at The inside of first staving 710.In a kind of embodiment, the second staving 720 is barrel shape, and in other words, the second peripheral wall 722 is in Heart line rotates to form cylinder, and bottom wall 714 is connected to one end of cylinder has the drum of opening so as to form one end.Other embodiment party In formula, the staving of the second staving 720 or other shapes, such as cuboid etc..

In the present embodiment, sleeve 730 is additionally provided in the first staving 710, is sheathed on outside the second staving 720, sleeve 730 and Receiving space 740 is formed between one peripheral wall 712, the first gap 750 is formed between 730 and second peripheral wall 722 of sleeve.A kind of implementation In mode, sleeve 730 is the cylinder identical with the first peripheral wall 712 and 722 shape of the second peripheral wall, and sleeve 730 is sheathed on second week On wall 722, sleeve 730 can be fixedly connected by stent with the second peripheral wall 722, and sleeve 730 can also pass through stent and first Peripheral wall 712 is fixedly connected.In the present embodiment, the first gap 750 is formed between 730 and second peripheral wall 722 of sleeve, when the second staving After 720 fill with mud mixture, mud mixture is overflowed from the second staving 720, and receiving space is flowed into behind the first gap 750 740, and the precipitation separation in receiving space 740.

Arrow shown in Figure 10 b is the flow direction of mud mixture.The mud mixture being delivered in the second staving 720 is first It is first precipitated in the second staving 720, completes the separation of preliminary mud and water, mud mixture is after the second staving 720 spilling Receiving space 740 is flowed by the first gap 750, mud is further precipitated in receiving space 740 and is separated from water, between first Gap 750 makes mud mixture enter receiving space 740 from the bottom close to receiving space 740, further improves mud and water Separating effect, the good separating effect of mud and water is conducive to reusing for mud and water.

Tiltedly material is equipped in the present embodiment, in receiving space 740 and is intubated layer 760, tiltedly material intubation layer 760 is used for receiving space 740 are separated into clear water zone 742 and mud area 744.In a kind of embodiment, tiltedly material intubation layer 760 is placed horizontally at receiving space Position among 740, is separated into clear water zone 742 and mud area 744, wherein mud area 744 is close to bottom wall by receiving space 740 714, clear water zone 742 is close to the opening of the first staving 710.Specifically, tiltedly material intubation layer 760 includes multiple skies being mutually connected as a single entity Heart pipe, hollow pipe favour bottom wall 714 and place.In a kind of embodiment, the angle of hollow pipe and horizontal plane is 45 °~60 °, tiltedly Material intubation layer 760 plays the role of filtering, and the water in mud mixture enters clear water zone 742 after tiltedly expecting to be intubated layer 760, And mud sediment is to mud area 744.

In the present embodiment, bottom wall 714 is equipped with first discharge port 772, first discharge port 772 connect receiving space 740 with it is outer Boundary, for the mud in mud area 744 to be discharged.Specifically, first discharge port 772 connects efferent duct, by suction pump by mud It is extracted out from first discharge port 772, and mud is sent into next process.

In the present embodiment, the junction of the first peripheral wall 712 and bottom wall 714 is equipped with first slope 782, the second peripheral wall 722 Outside wall surface and the junction of bottom wall 714 are equipped with the second slope 784, and first discharge port 772 is located at 782 and second slope of first slope 784 between the upright projection of bottom wall 714, and 782 and second slope 784 of first slope is used to guide in the mud in mud area 744 To first discharge port 772.Specifically, first slope 782 makes the bottom end of receiving space 740 form similar leakage with the second slope 784 The shape of bucket, first discharge port 772 are located at the most osculum position of funnel, and the mud that mud area 744 is precipitated downwards is directed to One outlet 772 improves the efficiency of mud discharge.

In the present embodiment, bottom wall 714 is additionally provided with the second outlet 774, and the second outlet 774 connects the second staving 720 It is internal and extraneous, for the mud in the second staving 720 to be discharged.Specifically, the second outlet 774 connects efferent duct, pass through Suction pump extracts mud, and mud is sent into next process from the second outlet 774 out.In the present embodiment, refuse receptacle 302 into The separation of mud twice and water is gone, wherein the mud mixture natural sedimentation inside the second staving 720, mud is from the second discharge Mouth 774 is discharged.It is not detached further in receiving space 740 by separation mud mixture in the second staving 720.

In the present embodiment, the internal face of the second peripheral wall 722 is equipped with third slope 786, second row with the junction of bottom wall 714 Outlet 774 is located at third slope 786 between the upright projection of bottom wall 714, and third slope 786 is used for will be in the second staving 720 Mud guide to the second outlet 774.Specifically, third slope 786 makes the bottom end inside the second staving 720 form similar leakage The shape of bucket, the second outlet 774 are located at the most osculum position of funnel, and the mud precipitated downwards is directed to the second outlet 774, improve the efficiency of mud discharge.

In the present embodiment, the first peripheral wall 712 is equipped with third outlet 76, and the position of third outlet 76 corresponds to clear water zone 742, third outlet 76 is used to discharge the water of clear water zone 742.Specifically, third outlet 76 is close to the top of the first peripheral wall 712 The water in clear water zone 742 is discharged at end.

In the present embodiment, sleeve 730 includes the first end face 3022 away from bottom wall 714, and the second staving 720 is included the bottom of away from The second end face 3021 of wall 714, the mud mixture in the second staving 720 flow into the after being overflowed from the opening of second end face 3021 One gap 750, the distance between first end face 3022 and bottom wall 714 not less than between second end face 3021 and bottom wall 714 away from From so that the mud mixture overflowed from the opening of second end face 3021 all flows into the first gap 750.Specifically, first end The horizontal position in face 3022 is higher than the horizontal position of second end face 3021, avoids mud mixture from the opening of second end face 3021 Receiving space 740 is sputtered onto other than the first gap 750 during spilling, so as to the muddy water that will be overflowed from the opening of second end face 3021 Mixture all enters receiving space 740 by the first gap 750 from the bottom of receiving space 740.

In the present embodiment, refuse receptacle 302 further includes input pipe 790, and input pipe 790 is inserted in the second staving 720.Specifically , input pipe 790 is at least partially inserted into the second staving 720, with prevent mud mixture input the second staving 720 in when due to Flow is larger and sputters.

It is delivered to the mud mixture in the second staving 720 to precipitate in the second staving 720 first, completes preliminary mud With the separation of water, mud mixture flows into receiving space 740 after the second staving 720 spilling by the first gap 750, and mud exists It further precipitates and is separated from water in receiving space 740, the first gap 750 makes mud mixture from close to receiving space 740 Bottom enters receiving space 740, is conducive to mud and precipitates downwards, further improves the separating effect of mud and water, mud with The good separating effect of water is conducive to reusing for mud and water.

Above disclosed be only a kind of better embodiment of the present invention, cannot limit the present invention's with this certainly Interest field, one of ordinary skill in the art will appreciate that realizing all or part of flow of the above embodiment, and Yi Benfa The equivalent variations that bright claim is made still fall within and invent covered range.

Claims

1. a kind of building waste processing system, which is characterized in that including rough sand system, fine sand system and mud system, wherein,

The rough sand system includes the first pond, the second pond, sand washer and rough sand dewaterer, and the building waste is described the Sandstone enter second pond after one pond wash-in sand, and sandstone enter the sand washer after sand is washed in second pond, described Sand washer is dehydrated to obtain rough sand after washing sand into the rough sand dewaterer；

The fine sand system includes third pond, the 6th pond, fine sand dewaterer, the first cyclone separator and the second cyclonic separation Device, is connected with the first water channel between the third pond and first pond, the third pond is equipped with the first slush pump, institute The first slush pump is stated by the slurry transportation in the third pond to first cyclone separator, first cyclone separator The fine sand isolated is delivered to the 6th pond, and the 6th pond is equipped with the second slush pump, and second slush pump is by institute The slurry transportation in the 6th pond is stated to second cyclone separator, the fine sand that second cyclone separator is isolated is through institute Fine sand is obtained after stating the dehydration of fine sand dewaterer；

The mud system include the first refuse receptacle, the first Pulp pump and Duo Tai filter presses, first cyclone separator with it is described The first dredging tube is connected between first refuse receptacle, the mud that first cyclone separator is isolated is through first dredging tube It is delivered to first refuse receptacle to be precipitated, the mud of the first refuse receptacle bottom precipitation is conveyed through first Pulp pump To the filter press, the filter press obtains mud after squeezing mud.

2. building waste processing system as described in claim 1, which is characterized in that the rough sand system, which further includes, to be sequentially arranged Charger, waste material seperator, the husky machine of the first fishing, crusher, the husky machine of the second fishing and sand sieving machine, wherein, the waste material seperator Outlet is equipped with first pond, and the crusher outlet is equipped with second pond, and described first drags for husky machine from described first The sandstone fishing that the scrap separator detaches is sent to the crusher in pond, described second drags for husky machine from second pond The middle sandstone by the crusher in crushing are dragged for into the sand sieving machine, and the sandstone after the sand sieving machine sieve is husky enter the sand washer, The rough sand dewaterer is connected with first conveyer belt, and the first conveyer belt is set on stent, and the first conveyer belt can Movement is set on the stent.

3. building waste processing system as claimed in claim 2, which is characterized in that described husky machine one end of first fishing is set to institute It states in the first pond, the opposite other end of the husky machine of the first fishing raises setting, and makes the husky machine of the first fishing from the waste material For separator to the crusher direction in the structure gradually risen, described husky machine one end of second fishing is set to second pond In, the opposite other end of the husky machine of the second fishing raises setting, and makes the husky machine of the second fishing from the crusher to the sieve Husky machine direction is in the structure that gradually rises, is also associated with the second conveyer belt between the sand sieving machine and the crusher, and described the Two conveyer belts convey the sandstone of bulky grain to the crusher generated after the sand sieving machine sieve sand and carry out second-time breakage.

4. building waste processing system as claimed in claim 2, which is characterized in that it is defeated that the waste material seperator is connected with third Band is sent, the waste material that the waste material seperator separation sandstone generate is transported by the third conveyer belt.

5. building waste processing system as described in claim 1, which is characterized in that the fine sand system further includes the 4th water Pond, the 5th pond, the 4th conveyer belt and the 5th conveyer belt are connected with the second water between the 4th pond and second pond Canal is connected with third water channel, the fine sand that first cyclone separator is isolated between the 5th pond and the sand washer The 6th pond is delivered to through the 4th conveyer belt.

6. building waste processing system as claimed in claim 5, which is characterized in that the fine sand system further includes third eddy flow Separator and the 4th cyclone separator, the 4th pond are equipped with third slush pump, and the third slush pump is by the 4th water For slurry transportation in pond to the third cyclone separator, the 5th pond is equipped with the 4th slush pump, the 4th slush pump By the slurry transportation in the 5th pond to the 4th cyclone separator, the third cyclone separator and the 4th rotation The fine sand that stream separator is isolated is delivered to the 6th pond through the 4th conveyer belt.

7. building waste processing system as claimed in claim 5, which is characterized in that first water channel is equipped with sizing equipment, For picking up the sundries in first water channel.

8. building waste processing system as claimed in claim 6, which is characterized in that the mud system further includes the second environmental protection Bucket, third refuse receptacle, the second Pulp pump, third Pulp pump, connect between the third cyclone separator and second refuse receptacle The second dredging tube is connected to, the mud that the third cyclone separator is isolated is delivered to second ring through second dredging tube It protects bucket to be precipitated, the mud of the second refuse receptacle bottom precipitation is delivered to the filter press, institute through second Pulp pump It states and third dredging tube is connected between the 4th cyclone separator and the third refuse receptacle, the 4th cyclone separator is isolated Mud be delivered to the third refuse receptacle through the third dredging tube and precipitated, second cyclone separator and described the The 4th dredging tube is connected between three refuse receptacles, the mud that second cyclone separator is isolated is defeated through the 4th dredging tube It send to the third refuse receptacle and is precipitated, the mud of the third refuse receptacle bottom precipitation is delivered to through the third Pulp pump The filter press.

9. building waste processing system as claimed in claim 2, which is characterized in that the stent and the rough sand dewaterer it Between be provided with the 6th conveyer belt, the dewatered rough sand of rough sand dewaterer is delivered on the stent by the 6th conveyer belt The first conveyer belt on, the stent be equipped with can bracket slide setting relatively secondary support, first conveying Band part is set on the secondary support, and the secondary support slides the discharge position to change rough sand.

10. building waste processing system as claimed in claim 2, which is characterized in that the waste material seperator is connected with third Conveyer belt, the waste material that the waste material seperator separation sandstone generate are transported by the third conveyer belt.