CN208341343U - A kind of wet refuse Sources decreasing disposal of resources system - Google Patents

A kind of wet refuse Sources decreasing disposal of resources system Download PDF

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Publication number
CN208341343U
CN208341343U CN201820302078.2U CN201820302078U CN208341343U CN 208341343 U CN208341343 U CN 208341343U CN 201820302078 U CN201820302078 U CN 201820302078U CN 208341343 U CN208341343 U CN 208341343U
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CN
China
Prior art keywords
auger
cylinder
slag
wet refuse
silt
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CN201820302078.2U
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Chinese (zh)
Inventor
谢永杰
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Shanghai Heng Xia Environmental Protection Equipment Co Ltd
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Shanghai Heng Xia Environmental Protection Equipment Co Ltd
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Abstract

The utility model discloses a kind of wet refuse Sources decreasing disposal of resources systems, spiral shell machine, oil-water separation tank, anaerobic-aerobic processing pond, organic slag sterilization process device, high-energy ion purifier and PLC control system are folded including pretreatment unit, pulverizer, silt separation apparatus, centrifugal dehumidifier, oxygen compatibility pool, mud, PLC control system folds spiral shell machine and organic slag sterilization process device communication connection with pretreatment unit, pulverizer, silt separation apparatus, centrifugal dehumidifier, mud respectively.The utility model not only reduces the labor intensity of operator, and can make that treated sewage reaches discharge standard, is good for the environment, a cleaning, health, the living environment of civilization can be provided for people.

Description

A kind of wet refuse Sources decreasing disposal of resources system
Technical field
The utility model relates to wet refuse disposal system technical fields, are related specifically to a kind of wet refuse Sources decreasing resource Change disposal system.
Background technique
With the continuous improvement of people's living standards, the day yield of food waste and kitchen garbage is being gradually increased.High temperature, The scale removal process of the insects such as fly and long period, rancid to food waste and kitchen garbage provide condition, meanwhile, germ Liquid has obtained the breeding ground of breed and spread.The parts such as community, street, large-scale quotient be super, Large-scale enterprises dining room, institutional settings, school Environmental sanitation work it is increasingly heavy.Now, it fills the environmental sanitation vehicle with acid smell rubbish to cross along the street, food waste and kitchen are dirty Water, which constantly drips, is sprinkled upon road surface, and rubbish central treating station is filled and burned together daily all in the smell for giving out smoked people around Sample is polluting the environment that we depend on for existence.
Currently, existing for handling the disposal system of wet refuse, complicated integral structure, operation is relatively complicated, using this The wet refuse disposal system of kind of structure not only increases the labor intensity of operator, and is difficult to make that treated that sewage reaches Discharge standard polluted environment, be unfavorable for environmental protection, it is difficult to provide a cleaning, health, the living environment of civilization for people, give The processing of wet refuse brings biggish inconvenience.
However in view of the deficiencies of the prior art, a kind of design is reasonable, structure is simple, operation side it is necessary to develop by developer Just, the labor intensity of operator is not only reduced, and can make that treated sewage reaches discharge standard, is conducive to ring It protects, a cleaning, health, the wet refuse Sources decreasing disposal of resources system of the living environment of civilization can be provided for people.
Utility model content
In order to solve the problems existing in the prior art, the utility model aim provide a kind of design rationally, structure is simple, behaviour Facilitate, not only reduce the labor intensity of operator, and can make that treated sewage reaches discharge standard, is conducive to Environmental protection can provide the wet refuse Sources decreasing disposal of resources system an of cleaning, health, the living environment of civilization for people System.
In order to solve the above technical problems, the utility model is realized using following technical scheme:
A kind of wet refuse Sources decreasing disposal of resources system, which is characterized in that including
One for carrying out pretreated pretreatment unit to the wet refuse in life;
One for by pretreated wet refuse carry out pulverization process pulverizer, the feed inlet of the pulverizer with The discharge port of pretreatment unit is connected;
One for carrying out the silt separation apparatus that slag, sand, liquid separate to the crushed mixture after pulverization process, described The feed inlet of silt separation apparatus is connected with the discharge port of pulverizer;
One for carrying out the centrifugal dehumidifier of slag, water separation to the liquid by slag, sand, liquid separation, and the centrifugation is de- The inlet of water installations is connected with the liquid outlet of silt separation apparatus;
One oxygen compatibility pool for being handled the sewage separated by slag, water, the water inlet of the oxygen compatibility pool and centrifugation The water outlet of dehydration device is connected;
One for the folded spiral shell machine of mud for carrying out mud, sewage separation by the processed sewage of oxygen compatibility pool, the mud The water inlet of folded spiral shell machine is connected with the water outlet of oxygen compatibility pool;
One for folding the oil-water separation tank that spiral shell machine treated sewage carries out water-oil separating, the grease point to by mud Water inlet from case is connected with the water outlet that mud folds spiral shell machine;
One for carrying out the anaerobic-aerobic processing pond of anaerobic-aerobic processing, institute to the sewage isolated by oil-water separation tank The water inlet for stating anaerobic-aerobic processing pond is connected with the water outlet of oil-water separation tank;
One for carrying out organic slag sterilization process device of sterilization processing, organic slag sterilization process device to organic slag Feed inlet respectively with silt separation apparatus, centrifugal dehumidifier and mud fold spiral shell machine discharge port be connected;
One is drained into the disposition system for stench that pretreatment unit is distributed when handle wet refuse, peculiar smell to be passed through processing System carries out the cooling high-energy ion purifier used;
One PLC control system, the PLC control system respectively with pretreatment unit, pulverizer, silt separation apparatus, from Heart dehydration device, mud fold spiral shell machine and organic slag sterilization process device communication connection.
In a preferred embodiment of the utility model, the pretreatment unit includes
One for holding the batch turning bucket of the wet refuse in life;
One for carrying out the cutting machine of cutoff process to the wet refuse in life;
One is arranged between batch turning bucket and cutting machine and for being transported to the wet refuse in batch turning bucket in cutting machine The feed inlet of one feeder, first feeder is connected with the discharge port of batch turning bucket, the discharge port of first feeder It is connected with the feed inlet of cutting machine;
One is arranged in second between cutting machine and pulverizer and for being transported to the wet refuse after cutting in pulverizer The feed inlet of feeder, second feeder is connected with the discharge port of cutting machine, the discharge port of second feeder with The feed inlet of pulverizer is connected.
In a preferred embodiment of the utility model, the cutting machine includes cutting machine support, in the cutting machine Bracket is equipped with material and cuts off cylinder, is equipped with material in the upper end of material cutting cylinder and cuts off feed inlet, in the material The lower end for cutting off cylinder is equipped with material and cuts off discharge port, is equipped with side by side in material cutting inner barrel for cutting off material Cutterhead, the cutterhead is driven by first motor to be rotated.
In a preferred embodiment of the utility model, first feeder includes the first transfer gantry, described First transfer gantry both ends are respectively equipped with the first driving wheel and the first driven wheel, first driving wheel and the first driven wheel it Between be equipped with toothed first conveyor belt, the lower end of first transfer gantry be equipped with it is corresponding with the discharge port of batch turning bucket First feed hopper, first driving wheel are rotated by the second motor driven.
In a preferred embodiment of the utility model, second feeder includes the second transfer gantry, described Second transfer gantry both ends are respectively equipped with the second driving wheel and the second driven wheel, second driving wheel and the second driven wheel it Between be equipped with toothed second conveyor belt, the lower end of second transfer gantry be equipped with it is corresponding with the discharge port of cutting machine Second feed hopper, second driving wheel are rotated by third motor driven.
In a preferred embodiment of the utility model, the pulverizer includes crushing machine support, in the pulverizer It is respectively equipped on bracket and crushes cylinder and driving motor, material feed inlet is equipped in the upper end for crushing cylinder, in the powder The side of broken cylinder lower part is equipped with broken mixture discharge port, is equipped with coaxially in the inner vertical for crushing cylinder The upper end of shaft, the shaft is arranged on crushing cylinder upper end cover by bearing, and the lower end of the shaft, which passes through, crushes cylinder Lower end be connected by conveyer belt with the output shaft of driving motor, in the shaft along its axis direction staggeredly be equipped at intervals with Crushing cutter for crushing the material after cutting.
In a preferred embodiment of the utility model, along its axis direction interval on the side wall for crushing cylinder Equipped with multiple broken nails for addi-tional crusher material.
In a preferred embodiment of the utility model, go out in the lower part for crushing cylinder and positioned at broken mixture The upper horizontal of material mouth is equipped with mesh plate.
In a preferred embodiment of the utility model, the silt separation apparatus includes silt separating support, in institute Silt separating support is stated equipped with silt separable cartridge, is equipped with broken mixture in the side on the top of the silt separable cartridge Feed inlet is equipped with silt discharge port in the lower end of the silt separable cartridge, is equipped with and stirs in the inside of the silt separable cartridge Axis is mixed, the upper end of the agitating shaft is connected with the output shaft for the stirring motor that silt separable cartridge upper end is arranged in, described The lower end of agitating shaft is equipped with stirring blade;
It is equipped with discharging auger cylinder in the side of the silt separable cartridge, is equipped in the lower part of the discharging auger cylinder The slag inlet being connected with the slag notch of silt separable cartridge is equipped with slag notch on the top of the discharging auger cylinder, in institute It states to be equipped in discharging auger cylinder and slag tap for the organic slag isolated by silt separation apparatus to be transported to from its slag inlet The lower end of the discharging auger of mouth, the discharging auger is arranged on the lower end of discharging auger cylinder by bearing, the discharging stranding The upper end of dragon is connected with the output shaft for the discharging auger motor that discharging auger cylinder upper end is arranged in.
In a preferred embodiment of the utility model, the centrifugal dehumidifier includes centrifugal dehydration bracket, in institute It states level on centrifugal dehydration bracket and is equipped with feeding auger cylinder, be equipped with outfall in the side of the feeding auger cylinder, It is equipped with centrifugation slag notch in the other side of the feeding auger cylinder, is axially arranged with feeding along it in the feeding auger cylinder body One end of auger, the feeding auger is mounted on one end of feeding auger cylinder by the first rotating seat, the feeding auger The other end be mounted on by the second rotating seat on the other end of feeding auger cylinder, the outer end of second rotating seat passes through biography Dynamic band is connected with the output shaft of feeding auger motor, the other end of the feeding auger pass through the second rotating seat and setting from Worm speed reducer on heart dehydration support is connected, and sieve is equipped between the feeding auger and the inner wall of feeding auger cylinder One end of net, the sieve is arranged on the first rotating seat, and the other end of the sieve is arranged on the second rotating seat, described One end of feeding auger is equipped with sewage feed inlet, and sewage discharge gate is equipped on the side wall of the feeding auger.
In a preferred embodiment of the utility model, it includes dosing cabinet that the mud, which folds spiral shell machine, in the dosing Cabinet is equipped with auger cylinder, sewage inlet is equipped in the upside of one end of the auger cylinder, in the auger cylinder The downside at middle part is equipped with sewage effluent, organic slag discharge port is equipped in the downside of the auger cylinder other end, in the strand It is equipped with mud discharging auger along axis direction in imperial cylinder, one end of the mud discharging auger is arranged by bearing in auger On one end of cylinder, the other end of the mud discharging auger and the mud discharging auger electricity being arranged on the auger cylinder other end The output shaft of machine is connected, and filters pressing piece is equipped on the periphery of mud discharging auger, in the upper of one end of the filters pressing piece Side be equipped with filter disc sewage inlet corresponding with sewage inlet, the filters pressing piece the other end downside be equipped with it is organic The organic slag discharge gate of the corresponding filter disc of slag discharge port.
Top in a preferred embodiment of the utility model, on the auger cylinder and positioned at sewage inlet Equipped with sewage flocculation water tank, sewage corresponding with sewage inlet is equipped in the lower end of the sewage flocculation water tank and continues the mouth of a river.
In a preferred embodiment of the utility model, the anaerobic-aerobic processing pond includes that the anaerobism of underground is arranged in The aerobic tank of pond and setting on the ground, is equipped with preformed hole on the anaerobic pond, is equipped with anaerobic bacteria in the bottom of the anaerobic pond The discharge outlet of mud layer, the anaerobic pond is connected by drainpipe with the water inlet of aerobic tank, is equipped on the drainpipe true Empty self priming pump is equipped with aerobic bacteria mud layer in the bottom of the aerobic tank, membrane bioreactor is equipped in the aerobic tank, in institute Membrane bioreactor lower part is stated equipped with aeration plate, the aeration plate is connected with the air outlet of roots blower, in the aerobic tank Top offer the overflow port being connected with oxygen compatibility pool.
In a preferred embodiment of the utility model, organic slag sterilization process device includes chassis and charging basket, It is equipped at intervals with multiple support bases for being used to support charging basket along its length on the chassis, branch is equipped on the support base Support wheel, is equipped with rotation guide rail corresponding with support wheel, the outer peripheral surface in the middle part of the charging basket on the outer peripheral surface of the charging basket It is equipped with driving wheel tooth, the driving motor that can drive charging basket rotation by transmission gear is equipped on the chassis, described The output shaft of driving motor is equipped with the driving gear being meshed with driving wheel tooth, is equipped in one end of the charging basket coupled Logical air draft cabinet offers outlet port in air draft cabinet upper end, and the lower end of the air draft cabinet is fixedly mounted on On chassis, it is equipped with coupled logical feed box in the other end of the charging basket, is had in the lower end of the feed box equipped with qualification The side of machine slag outlet, the feed box is arranged on chassis;
It is equipped with organic slag feeding device in the side of the charging basket, organic slag feeding device includes passing across exhaust tube The feed barrel of body is equipped with organic slag feed inlet in the upside of the outer end of the feed barrel, in the inner end of the feed barrel Downside be equipped with organic slag discharge port for being connected with charging basket, be equipped with charging along its axis direction in the feed barrel and twist One end of dragon, the feeding packing auger is arranged on the inner end of feed barrel by bearing, the other end of the feeding packing auger with set The output shaft for setting the feeding packing auger motor on the outer end of feed barrel is connected;
It is equipped with stirring axis along its axis direction inside the barrel, one end of the stirring axis passes through feed box and passes through axis It holds on one end that chassis is set, the other end of the stirring axis passes through the other end that chassis is arranged in by bearing for air draft cabinet On, driven wheel is equipped on the other end of the stirring axis, the driven wheel passes through transmission belt and the stirring being arranged on chassis The output shaft of motor is connected, and is staggeredly equipped at intervals with multiple material rotating plates along its axis direction on the stirring axis;
It is equipped with air-heater in the side of the chassis, the air-heater is connected by heating pipe with feed box.
In a preferred embodiment of the utility model, the high-energy ion purifier includes shell, in the shell Top be equipped with for into stench, gas with foreign flavor gas feed, the lower part of the shell be equipped with exhaust outlet, in the shell The top in internal portion is equipped with blower corresponding with gas feed, air dispersion plate is equipped at the middle part of the enclosure interior, described The upside of air dispersion plate is equipped with the first filter screen, is equipped with the second filter screen in the downside of the air dispersion plate.
In a preferred embodiment of the utility model, third filter screen is equipped in the gas inlet.
Compared with prior art, the utility model not only reduces the labor intensity of operator using the above structure, and And can make that treated sewage reaches discharge standard, it is not easy to pollute the environment, be good for the environment, can be provided for people One cleaning, health, the living environment of civilization, bring biggish convenience to the processing of wet refuse.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment 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 utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the utility model pretreatment unit.
Fig. 3 is the structural schematic diagram of the utility model pulverizer.
Fig. 4 is the structural schematic diagram of the utility model silt separation apparatus.
Fig. 5 is the structural schematic diagram of the utility model centrifugal dehumidifier.
Fig. 6 is the structural schematic diagram of the utility model oxygen compatibility pool.
Fig. 7 is the structural schematic diagram that the utility model mud folds spiral shell machine.
Fig. 8 is the structural schematic diagram of the utility model oil-water separation tank.
Fig. 9 is the structural schematic diagram of the utility model anaerobic-aerobic processing pond.
Figure 10 is the structural schematic diagram of the organic slag sterilization process device of the utility model.
Figure 11 is the structural schematic diagram of the utility model high-energy ion purifier.
Specific embodiment
In order to be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, under Face combines and is specifically illustrating, and the utility model is further described.
Shown in referring to Fig.1, a kind of wet refuse Sources decreasing disposal of resources system provided in figure, including pretreatment unit 100, pulverizer 200, silt separation apparatus 300, centrifugal dehumidifier 400, oxygen compatibility pool 500, mud fold spiral shell machine 600, grease point It is controlled from case 700, anaerobic-aerobic processing pond 800, organic slag sterilization process device 900, high-energy ion purifier 1000 and PLC and is System.
For pre-processing to the wet refuse in life, pulverizer 200 is used for by pre-processing pretreatment unit 100 Wet refuse afterwards carries out pulverization process, and the feed inlet of pulverizer 200 is connected with the discharge port of pretreatment unit 100, silt point From device 300 be used for after pulverization process crushed mixture carry out slag, sand, liquid separate, silt separation apparatus 300 into Material mouth is connected with the discharge port of pulverizer 200.
Centrifugal dehumidifier 400 is used to carry out slag, water separation, centrifugal dehumidifier to the liquid by slag, sand, liquid separation 400 inlet is connected with the liquid outlet of silt separation apparatus 300, and oxygen compatibility pool 500 is used for the sewage separated by slag, water It is handled, the water inlet of oxygen compatibility pool 500 is connected with the water outlet of centrifugal dehumidifier 400.
Mud folds spiral shell machine 600 and is used to carry out mud, sewage separation to by the processed sewage of oxygen compatibility pool, and mud folds spiral shell machine 600 water inlet is connected with the water outlet of oxygen compatibility pool 500, and oil-water separation tank 700 is used for after mud folds the processing of spiral shell machine Sewage carry out water-oil separating, the water inlet of oil-water separation tank 700 is connected with the water outlet of the folded spiral shell machine 600 of mud.
Anaerobic-aerobic processing pond 800 is used to carry out anaerobic-aerobic processing to the sewage isolated by oil-water separation tank 700, The water inlet of anaerobic-aerobic processing pond 800 is connected with the water outlet of oil-water separation tank 700, organic slag sterilization process device 900 For to organic slag carry out sterilization processing, the feed inlet of organic slag sterilization process device 900 respectively with silt separation apparatus 300, The discharge port that centrifugal dehumidifier 400 and mud fold spiral shell machine 600 is connected.
Stench, peculiar smell warp of the high-energy ion purifier 1000 for distributing pretreatment unit 100 when handling wet refuse Cross processing and be drained into the disposal system and carry out cooling use, PLC control system respectively with pretreatment unit 100, pulverizer 200, Silt separation apparatus 300, centrifugal dehumidifier 400, mud fold spiral shell machine 600, organic slag sterilization process device 900 and high energy from Sub- 1000 communication connection of clarifier.
Referring to shown in Fig. 2, pretreatment unit 100 includes batch turning bucket 110, cutting machine 130, the first feeder 120 and second Feeder 140.
Batch turning bucket 110 is used to hold the wet refuse in life, and cutting machine 130 is for cutting off the wet refuse in life Processing, the first feeder 120 are arranged between batch turning bucket 110 and cutting machine 130 and for the wet refuse in batch turning bucket 110 is defeated It is sent in cutting machine 130, the feed inlet of the first feeder 120 is connected with the discharge port of batch turning bucket 110, the first feeder 120 Discharge port be connected with the feed inlet of cutting machine 130.
Second feeder 140 is arranged between cutting machine 130 and pulverizer 200 and for the wet refuse conveying after cutting off Into pulverizer 200, the feed inlet of the second feeder 140 is connected with the discharge port of cutting machine 130, the second feeder 140 Discharge port is connected with the feed inlet of pulverizer 200.
Cutting machine 130 includes cutting machine support, is equipped with material on cutting machine support and cuts off cylinder 131, is cut off in material The upper end of cylinder 131 is equipped with material disconnected feed inlet 131a, is equipped with material in the lower end of material cutting cylinder 131 and cuts off discharge port 131b is equipped with the cutterhead 132 for cutting off material in 131 inside of material cutting cylinder side by side, and cutterhead 132 is driven by first motor Rotation.
First feeder 120 includes the first transfer gantry 121, and it is main to be respectively equipped with first at 121 both ends of the first transfer gantry Driving wheel and the first driven wheel are equipped with toothed first conveyor belt 122, first between the first driving wheel and the first driven wheel The lower end of transfer gantry 121 is equipped with first feed hopper 123 corresponding with the discharge port of batch turning bucket 110, and the first driving wheel is by the The rotation of two motor drivens drives the rotation of the first conveyor belt 122, by the wet rubbish in batch turning bucket 110 under the driving of the second motor Rubbish is transported in cutting machine 130.
Second feeder 140 includes the second transfer gantry 141, and it is main to be respectively equipped with second at 141 both ends of the second transfer gantry Driving wheel and the second driven wheel are equipped with toothed second conveyor belt 142, second between the second driving wheel and the second driven wheel The lower end of transfer gantry 141 is equipped with the second feed hopper 143 corresponding with the material of cutting machine 130 cutting discharge port 131b, the Two driving wheels are rotated by third motor driven, under the driving of third motor, drive the second conveyor belt 142 by the wet rubbish of cutting Rubbish is out of, the material of cutting machine 130 cutting discharge port 131b conveyer belt pulverizer 200 material feed inlet.
Referring to shown in Fig. 3, pulverizer 200 includes crushing machine support 210, is respectively equipped with crushing on crushing machine support 210 Cylinder 220 and driving motor 250 are equipped with material feed inlet 221 in the upper end for crushing cylinder 220, are crushing 220 lower part of cylinder Side is equipped with broken mixture discharge port 222, is equipped with coaxial shaft 230 in the inner vertical for crushing cylinder 220, turns The upper end of axis 230 is arranged on the upper end cover 240 for crushing cylinder 220 by bearing, and the lower end of shaft 230 is threaded through crushing cylinder On 220 outside, it is equipped with driven wheel 232 in the lower end of shaft 230, driven wheel 232 is by conveyer belt 260 and setting in transmission electricity Driving wheel 251 on the output shaft of machine 250 is connected, and is staggeredly equipped at intervals with along its axis direction for that will cut in shaft 230 The crushing cutter 231 that the material having no progeny is crushed.
Multiple broken nails for addi-tional crusher material are equipped at intervals with along its axis direction on the side wall for crushing cylinder 220 224, adopt the structure the crush efficiency for effectively raising pulverizer.
It is crushing the lower part of cylinder 220 and is being equipped with mesh plate 223 positioned at the upper horizontal of broken mixture discharge port, leading to Crossing mesh plate 223 can effectively stop the biggish wet refuse of particle from broken mixture discharge port 222 stream for crushing cylinder 220 Out, the practical performance of the wet refuse Sources decreasing disposal of resources system is effectively raised.
Referring to shown in Fig. 4, silt separation apparatus 300 includes silt separating support 310, is set on silt separating support 310 There is silt separable cartridge 320, is equipped with broken mixture feed inlet 321 in the side on the top of silt separable cartridge 320, is crushed mixed It closes object feed inlet 321 to be connected with broken mixture discharge port 222, be equipped in the other side of the lower part of silt separable cartridge 320 Sewage discharge port 322 is equipped with silt discharge port 324 in the lower end of silt separable cartridge 320, in silt separable cartridge 320 Portion is equipped with agitating shaft 323, the output of the upper end of agitating shaft 323 and the stirring motor 330 that 320 upper end of silt separable cartridge is arranged in Axis is connected, and is equipped with stirring blade 323a in the lower end of agitating shaft 323.
It is equipped with discharging auger cylinder 340 in the side of silt separable cartridge 320, is set in the lower part of discharging auger cylinder 340 There is the slag inlet 341 being connected with the slag notch of silt separable cartridge 320, is equipped with and slags tap on the top of discharging auger cylinder 320 Mouthfuls 342, organic slag for that will isolate by silt separation apparatus is equipped in discharging auger cylinder 340 from its slag inlet 341 are transported to the discharging auger 360 of slag notch 342, and the lower end for the auger 360 that discharges is arranged by bearing in discharging auger cylinder On 340 lower end, the upper end for the auger 360 that discharges and the defeated of auger motor 350 that discharge that discharging 340 upper end of auger cylinder is set Shaft is connected.
Referring to Figure 5, centrifugal dehumidifier 400 includes centrifugal dehydration bracket 410, the water on centrifugal dehydration bracket 410 It is flat to be equipped with feeding auger cylinder 420, it is equipped with outfall 421 in the side of feeding auger cylinder 420, in feeding auger cylinder 420 other side is equipped with centrifugation slag notch 422, is axially arranged with feeding auger 430, feeding along it in feeding auger cylinder 420 One end of auger 430 is mounted on one end of feeding auger cylinder 420 by the first rotating seat 450, feeding auger 430 it is another End is mounted on the other end of feeding auger cylinder 420 by the second rotating seat 440.
The outer end of second rotating seat 440 is equipped with driven wheel 441, and driven wheel 441 passes through transmission belt and feeding auger motor Output shaft be connected, the other end of feeding auger 430 passes through the second rotating seat 440 and is arranged on centrifugal dehydration bracket 410 Worm speed reducer 470 be connected, between feeding auger 430 and the inner wall of feeding auger cylinder 420 be equipped with sieve 460, sieve One end of net 460 is arranged on the first rotating seat 450, and the other end of sieve 460 is arranged on the second rotating seat 460, in feeding One end of auger 430 is equipped with sewage feed inlet 431, the sewage discharge port on sewage feed inlet 431 and silt separation apparatus 300 322 are connected, and sewage discharge gate 432 is equipped on the side wall of feeding auger 430.
Referring to shown in Fig. 6, it is equipped with inlet 510 in the upper end of oxygen compatibility pool 500, is equipped with liquid in the side of oxygen compatibility pool 500 Mouth 520 is equipped with facultative aerobe mud layer 530, the inlet 510 and centrifugal dehumidifier of oxygen compatibility pool 500 in the bottom of oxygen compatibility pool 500 400 outfall 421 is connected.
Referring to shown in Fig. 7, it includes dosing cabinet 610 that mud, which folds spiral shell machine 600, and auger cylinder is equipped on dosing cabinet 610 620, it is equipped with sewage inlet in the upside of one end of auger cylinder 620, is equipped with sewage in the downside at the middle part of auger cylinder 620 Discharge outlet 622 is equipped with organic slag discharge port 621 in the downside of 620 other end of auger cylinder, along axis in auger cylinder 620 Line direction is equipped with mud discharging auger 630.
One end of mud discharging auger 630 is arranged on one end of auger cylinder 620 by bearing, mud discharging auger 630 other end is connected with the output shaft for the mud discharging auger motor 650 being arranged on 620 other end of auger cylinder, The discharge periphery of auger 630 of mud is equipped with filters pressing piece 640, is equipped with and sewage inlet in the upside of one end of filters pressing piece 640 Corresponding filter disc sewage inlet is equipped with corresponding with organic slag discharge port 621 in the downside of the other end of filters pressing piece 640 The organic slag discharge gate of filter disc.
Top on auger cylinder 620 and positioned at sewage inlet is equipped with sewage flocculation water tank 660, in sewage flocculation water The lower end of case 660 is equipped with sewage corresponding with sewage inlet and continues the mouth of a river, is equipped with sewage in the side of sewage flocculation water tank 660 Water supplement port 661, sewage water supplement port 661 is connected by sewage water supply pipe with the liquid outlet 520 of oxygen compatibility pool 500, in sewage moisturizing Pipe is equipped with vacuum self priming pump.
Referring to shown in Fig. 8, it is equipped with wastewater inlet 710 in the side on 700 top of oil water separator, in oil water separator 700 The other side on top is equipped with oil outlet 730, outlet of sewer 720 is equipped in the lower part of oil water separator 700, in oil water separator 700 tops are equipped with oil removing band 740, and the wastewater inlet 710 and mud of oil water separator 700 fold the sewage effluent 622 of spiral shell machine 600 It is connected.
Referring to shown in Fig. 9, anaerobic-aerobic processing pond 800 includes that the anaerobic pond 810 of underground is arranged in and is arranged on the ground Aerobic tank 820 is equipped with preformed hole 813 on anaerobic pond 810, is equipped with anaerobic bacteria mud layer 814, anaerobism in the bottom of anaerobic pond 810 The water inlet 811 in pond 810 is connected with the outlet of sewer 720 of oil water separator 700, and the discharge outlet 812 of anaerobic pond 810 passes through row Water pipe 830 is connected with the water inlet 821 of aerobic tank 820, vacuum self priming pump 831 is equipped on drainpipe 830, in aerobic tank 820 bottom is equipped with aerobic bacteria mud layer, membrane bioreactor 824 is equipped in aerobic tank 820, under membrane bioreactor 824 Portion is equipped with aeration plate 825, and aeration plate 825 is connected with the air outlet of roots blower 826, offers on the top of aerobic tank 820 The overflow port 823 being connected with oxygen compatibility pool 500.
Referring to Fig.1 shown in 0, organic slag sterilization process device 900 includes chassis 910 and charging basket 920, the edge on chassis 910 Its length direction is equipped at intervals with multiple support bases 930 for being used to support charging basket 920, and support wheel 931 is equipped on support base 930, Rotation guide rail 921 corresponding with support wheel 931 is equipped on the outer peripheral surface of charging basket 920, on the outer peripheral surface at 920 middle part of charging basket Equipped with driving wheel tooth 922, the driving motor 940 that charging basket rotation can be driven by transmission gear 922 is equipped on chassis 910.
The driving gear 941 being meshed with driving wheel tooth 922 is equipped on the output shaft of driving motor 940, in charging basket 920 One end be equipped with coupled logical air draft cabinet 950, offer outlet port 951, air exhaust box in 950 upper end of air draft cabinet The lower end of body 950 is fixedly mounted on chassis 910, is equipped with coupled logical feed box 960 in the other end of charging basket 920, The lower end of feed box 960 is equipped with qualified organic slag outlet 961, and the side of feed box 960 is arranged on chassis 910.
It is equipped with organic slag feeding device in the side of charging basket 920, organic slag feeding device includes passing across air draft cylinder 950 Feed barrel 970, be equipped with organic slag feed inlet 971 in the upside of the outer end of feed barrel 970, organic slag feed inlet 971 divides It is not connected with slag notch 342, centrifugation slag notch 422 and organic slag slag notch 621, in the downside of the inner end of feed barrel 970 Equipped with the organic slag discharge port 972 being connected with charging basket 920, feeding packing auger is equipped with along its axis direction in feed barrel 970 973, one end of feeding packing auger 973 is arranged on the inner end of feed barrel 970 by bearing, the other end of feeding packing auger 973 with The output shaft for the feeding packing auger motor 974 being arranged on the outer end of feed barrel 970 is connected.
It is equipped with stirring axis 923 along its axis direction inside barrel 920, one end of stirring axis 923 is logical across feed box 960 It crosses bearing to be arranged on one end of chassis 910, the other end of stirring axis 923 passes through air draft cabinet 950 and is arranged by bearing the bottom of at On the other end of frame 910, driven wheel 923b is equipped on the other end of stirring axis 923, driven wheel 923b passes through transmission belt and sets The output shaft for setting the stirring motor 980 on chassis 910 is connected, and is staggeredly spaced and sets along its axis direction on stirring axis 923 There are multiple material rotating plate 923a, is equipped with air-heater 990 in the side of chassis 910, air-heater 990 passes through heating pipe 991 and feed box 960 are connected.
Referring to Fig.1 shown in 1, high-energy ion purifier 1000 includes shell 1010, is equipped with and is used on the top of shell 1010 Into the gas feed 1011 of stench, gas with foreign flavor, it is equipped with exhaust outlet 1012 in the lower part of shell 1010, inside shell 1010 Top be equipped with blower 1020 corresponding with gas feed, middle part shell 1010 inside is equipped with air dispersion plate 1030, scattered The upside of aerofoil 1030 is equipped with the first filter screen 1040, is equipped with the second filter screen 1050 in the downside of air dispersion plate 1030.
It is equipped with third filter screen 1011a at gas feed 1011, primary filtration is carried out by third filter screen 1011a, Effectively raise the practical performance of the high-energy ion purifier.
The utility model not only reduces the labor intensity of operator using the above structure in summary, and can make Treated, and sewage reaches discharge standard, is not easy to pollute the environment, be good for the environment, and one can be provided for people clearly Clean, hygienic, civilized living environment brings biggish convenience to the processing of wet refuse.
Basic principles, main features, and advantages of the present invention has been shown and described above.Current row The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments Only illustrate the principles of the present invention, the utility model can also on the premise of not departing from the spirit and scope of the utility model There are various changes and modifications, these various changes and improvements fall within the scope of the claimed invention.The utility model is wanted Protection scope is asked to be defined by appended claims and its equivalent.

Claims (16)

1. a kind of wet refuse Sources decreasing disposal of resources system, which is characterized in that including
One for carrying out pretreated pretreatment unit to the wet refuse in life;
One for the pulverizer for carrying out pulverization process by pretreated wet refuse, the feed inlet of the pulverizer and pre- place The discharge port of reason device is connected;
One for carrying out the silt separation apparatus that slag, sand, liquid separate, the silt to the crushed mixture after pulverization process The feed inlet of separator is connected with the discharge port of pulverizer;
One for carrying out the centrifugal dehumidifier of slag, water separation, the centrifugal dehydration dress to the liquid by slag, sand, liquid separation The inlet set is connected with the liquid outlet of silt separation apparatus;
One oxygen compatibility pool for being handled the sewage separated by slag, water, the water inlet of the oxygen compatibility pool and centrifugal dehydration The water outlet of device is connected;
One for the folded spiral shell machine of mud for carrying out mud, sewage separation by the processed sewage of oxygen compatibility pool, the mud to fold spiral shell The water inlet of machine is connected with the water outlet of oxygen compatibility pool;
One for folding the oil-water separation tank that spiral shell machine treated sewage carries out water-oil separating, the oil-water separation tank to by mud Water inlet and mud fold the water outlet of spiral shell machine and be connected;
One for carrying out the anaerobic-aerobic processing pond of anaerobic-aerobic processing to the sewage isolated by oil-water separation tank, described to detest The water inlet in oxygen Aerobic Process for Treatment pond is connected with the water outlet of oil-water separation tank;
One for organic slag carry out sterilization processing organic slag sterilization process device, organic slag sterilization process device into The discharge port that material mouth folds spiral shell machine with silt separation apparatus, centrifugal dehumidifier and mud respectively is connected;
One for by stench that pretreatment unit is distributed when handle wet refuse, peculiar smell pass through processing be drained into the disposal system into The cooling high-energy ion purifier used of row;
One PLC control system, the PLC control system are de- with pretreatment unit, pulverizer, silt separation apparatus, centrifugation respectively Water installations, mud fold spiral shell machine and organic slag sterilization process device communication connection.
2. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: the pre- place Managing device includes
One for holding the batch turning bucket of the wet refuse in life;
One for carrying out the cutting machine of cutoff process to the wet refuse in life;
One, which is arranged between batch turning bucket and cutting machine and be used to for the wet refuse in batch turning bucket being transported in cutting machine first, send The feed inlet of material machine, first feeder is connected with the discharge port of batch turning bucket, the discharge port of first feeder with cut The feed inlet of off line is connected;
One is arranged in the second feeding between cutting machine and pulverizer and for being transported to the wet refuse after cutting in pulverizer The feed inlet of machine, second feeder is connected with the discharge port of cutting machine, the discharge port of second feeder and crushing The feed inlet of machine is connected.
3. a kind of wet refuse Sources decreasing disposal of resources system according to claim 2, it is characterised in that: the cutting Machine includes cutting machine support, is equipped with material on the cutting machine support and cuts off cylinder, in the upper end of material cutting cylinder Equipped with material but break feed inlet, the material cutting cylinder lower end be equipped with material cut off discharge port, the material cut off Inner barrel is equipped with the cutterhead for cutting off material side by side, and the cutterhead is driven by first motor to be rotated.
4. a kind of wet refuse Sources decreasing disposal of resources system according to claim 2, it is characterised in that: described first Feeder includes the first transfer gantry, is respectively equipped with the first driving wheel and the first driven wheel at first transfer gantry both ends, Toothed first conveyor belt is equipped between first driving wheel and the first driven wheel, under first transfer gantry End is equipped with the first feed hopper corresponding with the discharge port of batch turning bucket, and first driving wheel is rotated by the second motor driven.
5. a kind of wet refuse Sources decreasing disposal of resources system according to claim 2, it is characterised in that: described second Feeder includes the second transfer gantry, is respectively equipped with the second driving wheel and the second driven wheel at second transfer gantry both ends, Toothed second conveyor belt is equipped between second driving wheel and the second driven wheel, under second transfer gantry End is equipped with the second feed hopper corresponding with the discharge port of cutting machine, and second driving wheel is rotated by third motor driven.
6. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: the crushing Machine includes crushing machine support, is respectively equipped on the crushing machine support and crushes cylinder and driving motor, in the crushing cylinder Upper end be equipped with material feed inlet, broken mixture discharge port is equipped on the side for crushing cylinder lower part, in the powder The inner vertical of broken cylinder is equipped with coaxial shaft, and the upper end of the shaft is arranged by bearing is crushing cylinder upper end cover On, the lower end that the lower end of the shaft passes through crushing cylinder is connected by conveyer belt with the output shaft of driving motor, described Interlock in shaft along its axis direction the crushing cutter being equipped at intervals with for crushing the material after cutting off.
7. a kind of wet refuse Sources decreasing disposal of resources system according to claim 6, it is characterised in that: in the powder Multiple broken nails for addi-tional crusher material are equipped at intervals with along its axis direction on the side wall of broken cylinder.
8. a kind of wet refuse Sources decreasing disposal of resources system according to claim 6, it is characterised in that: in the powder The lower part of the broken cylinder and upper horizontal for being located at broken mixture discharge port is equipped with mesh plate.
9. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: the silt Separator includes silt separating support, and silt separable cartridge is equipped on the silt separating support, is separated in the silt The side on the top of cylinder is equipped with broken mixture feed inlet, is equipped with silt discharge port in the lower end of the silt separable cartridge, It is equipped with agitating shaft in the inside of the silt separable cartridge, the upper end of the agitating shaft and silt separable cartridge upper end is set The output shaft of stirring motor is connected, and is equipped with stirring blade in the lower end of the agitating shaft;
It is equipped with discharging auger cylinder in the side of the silt separable cartridge, is equipped with and mud in the lower part of the discharging auger cylinder The slag inlet that the slag notch of husky separable cartridge is connected, it is described discharging auger cylinder top be equipped with slag notch, it is described go out It is equipped in material auger cylinder body for the organic slag isolated by silt separation apparatus to be transported to slag notch from its slag inlet Discharge auger, and the lower end of the discharging auger is arranged on the lower end of discharging auger cylinder by bearing, the discharging auger Upper end is connected with the output shaft for the discharging auger motor that discharging auger cylinder upper end is arranged in.
10. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: it is described from Heart dehydration device includes centrifugal dehydration bracket, horizontal on the centrifugal dehydration bracket to be equipped with feeding auger cylinder, is sent described Expect that the side of auger cylinder is equipped with outfall, centrifugation slag notch is equipped in the other side of the feeding auger cylinder, in institute It states in feeding auger cylinder body and is axially arranged with feeding auger along it, one end of the feeding auger is mounted on by the first rotating seat to be sent On the one end for expecting auger cylinder, the other end of the feeding auger is mounted on the another of feeding auger cylinder by the second rotating seat On end, the outer end of second rotating seat is connected by transmission belt with the output shaft of feeding auger motor, the feeding auger The other end pass through the second rotating seat be connected with the worm speed reducer being arranged on centrifugal dehydration bracket, in the feeding auger Sieve is equipped between the inner wall of feeding auger cylinder, one end of the sieve is arranged on the first rotating seat, the sieve The other end is arranged on the second rotating seat, sewage feed inlet is equipped on one end of the feeding auger, in the feeding auger Side wall be equipped with sewage discharge gate.
11. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: the silt It includes dosing cabinet that mud, which folds spiral shell machine, auger cylinder is equipped on the dosing cabinet, in the upside of one end of the auger cylinder Equipped with sewage inlet, it is equipped with sewage effluent in the downside at the middle part of the auger cylinder, in the auger cylinder other end Downside be equipped with organic slag discharge port, in the auger cylinder body along axis direction be equipped with mud discharge auger, the mud One end of discharging auger is arranged on one end of auger cylinder by bearing, and the other end of the mud discharging auger and setting exist The output shaft of mud discharging auger motor on the auger cylinder other end is connected, and sets on the periphery of mud discharging auger There is filters pressing piece, filter disc sewage inlet corresponding with sewage inlet is equipped in the upside of one end of the filters pressing piece, in institute The downside for stating the other end of filters pressing piece is equipped with the organic slag discharge gate of filter disc corresponding with organic slag discharge port.
12. a kind of wet refuse Sources decreasing disposal of resources system according to claim 11, it is characterised in that: described Top on auger cylinder and positioned at sewage inlet is equipped with sewage flocculation water tank, is equipped in the lower end of the sewage flocculation water tank Sewage corresponding with sewage inlet continues the mouth of a river.
13. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: described to detest Oxygen Aerobic Process for Treatment pond includes the anaerobic pond and setting aerobic tank on the ground that underground is arranged in, and is equipped on the anaerobic pond reserved Hole is equipped with anaerobic bacteria mud layer in the bottom of the anaerobic pond, the discharge outlet of the anaerobic pond by drainpipe and aerobic tank into The mouth of a river is connected, and vacuum self priming pump is equipped on the drainpipe, aerobic bacteria mud layer is equipped in the bottom of the aerobic tank, in institute It states and is equipped with membrane bioreactor in aerobic tank, be equipped with aeration plate, the aeration plate and Roots in the membrane bioreactor lower part The air outlet of blower is connected, and the overflow port being connected with oxygen compatibility pool is offered on the top of the aerobic tank.
14. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: described to have Machine slag sterilization process device includes chassis and charging basket, is equipped at intervals with along its length on the chassis and multiple is used to support material The support base of bucket is equipped with support wheel on the support base, is equipped on the outer peripheral surface of the charging basket corresponding with support wheel Guide rail is rotated, driving wheel tooth is equipped on the outer peripheral surface in the middle part of the charging basket, driving cog can be passed through by being equipped on the chassis Wheel drives the driving motor of charging basket rotation, and the driving tooth being meshed with driving wheel tooth is equipped on the output shaft of the driving motor Wheel is equipped with coupled logical air draft cabinet in one end of the charging basket, offers exhaust gas discharge in air draft cabinet upper end Mouthful, the lower end of the air draft cabinet is fixedly mounted on chassis, is equipped with coupled logical discharging in the other end of the charging basket Case is equipped with qualified organic slag outlet in the lower end of the feed box, and the side of the feed box is arranged on chassis;
It is equipped with organic slag feeding device in the side of the charging basket, organic slag feeding device includes passing across air draft cylinder Feed barrel is equipped with organic slag feed inlet in the upside of the outer end of the feed barrel, under the inner end of the feed barrel Side is equipped with the organic slag discharge port being connected with charging basket, is equipped with feeding packing auger, institute along its axis direction in the feed barrel The one end for stating feeding packing auger is arranged on the inner end of feed barrel by bearing, the other end of the feeding packing auger and setting into The output shaft of feeding packing auger motor on the outer end of barrel body is connected;
It is equipped with stirring axis along its axis direction inside the barrel, one end of the stirring axis passes through feed box and sets by bearing It sets on one end of chassis, the other end of the stirring axis passes through air draft cabinet and is arranged on the other end of chassis by bearing, Driven wheel is equipped on the other end of the stirring axis, the driven wheel passes through transmission belt and the stirring motor being arranged on chassis Output shaft be connected, be staggeredly equipped at intervals with multiple material rotating plates along its axis direction on the stirring axis;
It is equipped with air-heater in the side of the chassis, the air-heater is connected by heating pipe with feed box.
15. a kind of wet refuse Sources decreasing disposal of resources system according to claim 1, it is characterised in that: the height Energy ion purifier includes shell, is equipped on the top of the shell for the gas feed into stench, gas with foreign flavor, in institute The lower part for stating shell is equipped with exhaust outlet, blower corresponding with gas feed is equipped on the top of the enclosure interior, described The middle part of enclosure interior is equipped with air dispersion plate, the first filter screen is equipped in the upside of the air dispersion plate, in the downside of the air dispersion plate Equipped with the second filter screen.
16. a kind of wet refuse Sources decreasing disposal of resources system according to claim 15, it is characterised in that: described Gas inlet is equipped with third filter screen.
CN201820302078.2U 2018-03-05 2018-03-05 A kind of wet refuse Sources decreasing disposal of resources system Active CN208341343U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820302078.2U CN208341343U (en) 2018-03-05 2018-03-05 A kind of wet refuse Sources decreasing disposal of resources system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820302078.2U CN208341343U (en) 2018-03-05 2018-03-05 A kind of wet refuse Sources decreasing disposal of resources system

Publications (1)

Publication Number Publication Date
CN208341343U true CN208341343U (en) 2019-01-08

Family

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201820302078.2U Active CN208341343U (en) 2018-03-05 2018-03-05 A kind of wet refuse Sources decreasing disposal of resources system

Country Status (1)

Country Link
CN (1) CN208341343U (en)

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