CN204503736U - A kind of portable restaurant garbage treating system - Google Patents
A kind of portable restaurant garbage treating system Download PDFInfo
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- CN204503736U CN204503736U CN201420833826.1U CN201420833826U CN204503736U CN 204503736 U CN204503736 U CN 204503736U CN 201420833826 U CN201420833826 U CN 201420833826U CN 204503736 U CN204503736 U CN 204503736U
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Abstract
The utility model provides a kind of portable restaurant garbage treating system, and it comprises: one end of container is charging aperture; Sieve is picked up platform and is connected with charging aperture; Slagging-off unit comprises pulverizes extruding-desiccation machine, three phase separator, biochemical processor and particle pressing machine, through pulverizing extruding-desiccation machine process, bulky grain slag body is delivered to collection inder pot through screw rod, slag body after separation is delivered to collection inder pot by three phase separator, collect inder pot and pour slag body in bucket into biochemical processor, and export particle pressing machine to after stirring slag body and fermentation by shaft; Sewage treatment unit comprises multiple water collector and heat collection water tank, water collector collects the sewage of rainwater and three phase separator output, water collector water side is communicated with the heat collection water tank of built-in thermal source, the water heating that thermal source will flow in heat collection water tank, the delivery of heat collection water tank is carried out smashing slurry to pulverizing extruding-desiccation machine and is used by circulating pump; Dedusting deodorization unit is communicated with biochemical processor, and dedusting deodorization unit can remove dusty gas and the particle of biochemical processor output.
Description
Technical field
The utility model relates to changing food waste processing technology field, specifically, relates to a kind of portable restaurant garbage treating system.
Background technology
Food garbage is the one way of life refuse that resident is formed in personal consumption process, its mainly place such as restaurant, dining room, street corner snack of originating, and contained various organic substances very easily corroded in summer; In food garbage, solid slag body burden is very large, if can not process in time, easily pollutes in the collection, transportation of rubbish, not only easily attracts mosquitos and flies and spread disease germs, and easily produces corrupt taste, affects surrounding enviroment.
The pollutant kind comprised in the remaining rubbish of meal is various, distinguishes comprise gas pollutant, solid pollutant and liquid pollutant from state.Existing treatment technology adopts a kind for the treatment of apparatus to process usually simultaneously, and do not processed according to the characteristic of often kind of pollutant, such as, the isolated slag body of changing food waste is processed, and can become the energy.Slag body, by after high-temperature sterilization, does feed, fertilizer and soil, can also produce marsh gas power generation, become the energy by anaerobic fermentation.The gas of discharge needs to focus on, and avoids causing secondary pollution.Sewage can be processed into recycle-water, recycles, and avoids the waste etc. of resource.
Therefore, need a kind of portable restaurant garbage treating system, respectively slag body, sewage and waste gas are processed, promote the recycling in meal kitchen, avoid causing secondary pollution.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of portable restaurant garbage treating system, gas, liquid, solid pollutant that process changing food waste of can simultaneously also classifying produces, by resource circulation utilization, avoids waste, and causes secondary pollution.
For achieving the above object, the utility model provides a kind of portable restaurant garbage treating system, and it comprises: container, and one end of described container is charging aperture; Sieve picks up platform, and described sieve is picked up platform and is connected with described charging aperture, for being chosen by the rubbish beyond changing food waste; Slagging-off unit, described slagging-off unit comprises pulverizes extruding-desiccation machine, three phase separator, biochemical processor and particle pressing machine, described sieve is picked up platform and is delivered to by changing food waste in described pulverizing extruding-desiccation machine and processes, bulky grain slag body is delivered to collection inder pot through screw rod, granule slag body and changing food waste enter described three phase separator and carry out oil phase, solid phase, liquid phase three phase separation, and the slag body after being separated is delivered to collection inder pot, the described inder pot that collects pours slag body in bucket into described biochemical processor, and exports particle pressing machine to after stirring slag body and fermentation by shaft; Sewage treatment unit, described sewage treatment unit comprises multiple water collector and heat collection water tank, described water collector collects the sewage of rainwater and the output of described three phase separator, multistage filtering unit is provided with in described water collector, described water collector water side connected set boiler, described heat collection water tank is equipped with thermal source, the water heating that described thermal source will flow in described heat collection water tank, and the delivery of described heat collection water tank is carried out smashing slurry to described pulverizing extruding-desiccation machine and used by circulating pump; Dedusting deodorization unit, described dedusting deodorization unit is communicated with described biochemical processor, described dedusting deodorization unit comprises body, described body internal upper part is provided with many showers, shower described in every root connects several shower nozzles, in described body, be provided with filter course, spraying layer and active carbon layer successively from top to bottom; The air inlet of described body is connected with described biochemical processor pipeline, and gas outlet place connects air-introduced machine.
Preferably, the top of described container is provided with moving track, the slippage back and forth on described moving track of described collection inder pot.
Preferably, described pulverizing extruding-desiccation machine comprises pulverizing unit, dewatering unit, deoiling unit and desalination unit.
Preferably, described biochemical processor is airtight cavity, and its cross section is U-shaped, and the top of described biochemical processor is provided with charging aperture, and sidewall is provided with discharging opening; The outside of described biochemical processor is provided with heating interlayer and heat-insulation layer successively; Heat-conducting medium and heater is provided with in described heating interlayer; One end of described biochemical processor is provided with exhaust outlet.
Preferably, described shaft is erected in described biochemical processor, and described shaft is provided with double helix paddle, and one end of described shaft connects driver.
Preferably, when described shaft rotates forward, for stirring the material entered into from described charging aperture in described biochemical processor; When described shaft reversely rotates, for the material in described biochemical processor is got rid of from described discharging opening.
Preferably, each described water collector is U-tube road, the water inlet end of described water collector is communicated with the sewage pipe water side of described oil water separator, the top of described water inlet end is provided with collection rain end cap, rainwater enters into described water collector by the through hole of multiple covering screen pack on described collection rain end cap, be provided with multistage filtering unit in described water collector, rainwater and effluent stream flow out from the water side of described water collector after described multistage filtering unit.
Preferably, described multistage filtering unit comprises single filter, cascade filtration and three-stage filtration; Described single filter adopts screen pack, and described cascade filtration adopts biofilm filtration, and described three-stage filtration adopts milipore filter.
Preferably, the heat of described thermal source comprises used heat, the heat of solar heat-collection plate generation and the heat of electric heater generation that described biochemical processor exports.
In addition, preferably, described three phase separator is provided with three outlets, is oil phase outlet, liquid-phase outlet and solid-phase outlet respectively; The water collector pipeline communication of described liquid-phase outlet and described sewage treatment unit, described oil phase outlet end is communicated with oil storage barrel, and described slag body outlet end is provided with collection inder pot.
From above-mentioned description with put into practice, the portable restaurant garbage treating system that the utility model provides, it comprises slagging-off unit, sewage treatment unit and dedusting deodorization unit, respectively the waste gas produced in the rainwater of slag body, sewage and collection, sweat is processed, be made into fertilizer after being fermented by slag body, utilize in order to following cycle; Sewage and rainwater are processed simultaneously, by rainwater dilute sewage concentration, reduces intractability, collect rainwater resource recycling simultaneously, save water resource; Sweat produce waste gas and particle purified by dedusting deodorization unit, avoid air pollution and Particulate Pollution.And, the used heat of biochemical dry run is used again, smashes slurry water as pulverizing extruding-desiccation machine; Not only process changing food waste in time, also accomplish making full use of of various resource.
Accompanying drawing explanation
By below in conjunction with the description of accompanying drawing to embodiment, above-mentioned characteristic sum technological merit of the present utility model will become apparent and easy understand.In the accompanying drawings,
Fig. 1 is the schematic diagram of the portable restaurant garbage treating system described in the utility model embodiment;
Reference numeral:
Portable restaurant garbage treating system 100:
1: container; 11: charging aperture; 12: sieve picks up platform; 13: circulating pump; 14: air-introduced machine;
15: water circulating pump; 2: pulverize extruding-desiccation machine; 21: outlet of sewer; 22: oil export;
23: slag body exports; 24: hot water inlet; 25: oil storage barrel; 26: collection inder pot; 27: moving track;
3: three phase separator; 31: liquid-phase outlet; 32: oil phase exports; 33: solid-phase outlet;
4: biochemical processor; 41: charging aperture; 42: discharging opening; 43: heating interlayer; 44: heat-insulation layer;
45: shaft; 46: double helix paddle; 5: dedusting deodorization unit; 51: body;
52: shower; 53: shower nozzle; 54: filter course; 55: spraying layer; 56: active carbon layer;
57: air inlet; 58: gas outlet; 59: water inlet; 6: water collector; 61: water inlet end;
62: water side; 63: collection rain end cap; 64: single filter; 65: cascade filtration; 9: packing machine;
66: three-stage filtration; 7: heat collection water tank; 71: thermal source; 8: particle pressing machine;
Detailed description of the invention
For enabling above-mentioned purpose of the present utility model, feature and advantage become apparent more, are described in further detail the utility model below in conjunction with the drawings and specific embodiments.
Fig. 1 is the schematic diagram of the portable restaurant garbage treating system described in the utility model embodiment.As shown in Figure 1, portable restaurant garbage treating system 100 comprises container 1, sieve picks up platform 12, pulverize extruding-desiccation machine 2, three phase separator 3, biochemical processor 4, dedusting deodorization unit 5, water collector 6, heat collection water tank 7, particle pressing machine 8 and packing machine 9.
Each device of portable restaurant garbage treating system is all in container 1, and container 1 has certain intensity, and regular shape, is convenient to transport.One end of container 1 is charging aperture 11.
Sieve is picked up platform 12 and is communicated with charging aperture 11, and changing food waste etc. are displayed in sieve by charging aperture 11 and pick up on platform 12, and the rubbish that sieve is picked up beyond the changing food waste on platform 12 by operator is chosen, such as polybag, glass, iron wire etc.
Slagging-off unit sets for the removal of the solid slag body in changing food waste, slag system can be become fertilizer, so that following cycle utilizes.Slagging-off unit comprises pulverizes extruding-desiccation machine 2, three phase separator 3, biochemical processor 4, particle pressing machine 8 and packing machine 9.The changing food waste picked up through sieving is delivered to pulverize in extruding-desiccation machine 2 and processes, and preferably, pulverizes extruding-desiccation machine 2 and comprises pulverizing unit, dewatering unit, deoiling unit and desalination unit.Pulverizing unit can by the kitchen garbage pulverizing of bulk, so that subsequent treatment; Dewatering unit can reduce the water content of changing food waste; Deoiling unit can remove the amount of grease of the remaining rubbish of meal, reduces intractability, simultaneously can as the heat-conducting medium of biochemical processor 4; Desalination unit can reduce the salt content of changing food waste, reduces subsequent treatment difficulty.
Changing food waste is after pulverizing, and bulky grain slag body is delivered in collection inder pot 26 from slag body outlet 23 through screw rod, and oily substance oil export 22 enters oil drum 25, and sewage flows out from outlet of sewer 21, and granule slag body and remaining changing food waste enter three phase separator 3.Also comprising hot water inlet 24, utilize the hot-fluid of waste heat to enter from this mouth, using in order to smashing slurry.Preferably, three phase separator 3 is provided with three outlets, is liquid-phase outlet 31, oil phase outlet 32 and slag body outlet 33 respectively; Water collector 6 pipeline communication of liquid-phase outlet 31 and sewage treatment unit, oil phase exports 32 ends and is communicated with oil storage barrels 25, and slag body outlet end is provided with collection inder pot 26.The slag body of the remaining rubbish of meal carries out oil phase, solid phase, liquid phase three phase separation, and is delivered in collection inder pot 26 by the slag body after being separated.Preferably, the top of container 1 is provided with moving track 27, moving track 27 is positioned at the top of pulverizing extruding-desiccation machine 2, three phase separator 3 and biochemical processor 4, the slippage back and forth on moving track 27 of collection inder pot 26, and the slag body pulverizing extruding-desiccation machine 2, three phase separator 3 solid-phase outlet 33 exports is concentrated in inder pot 26, after render in biochemical processor 4, liquid-phase outlet 31 export sewage transport to water collector 6, oil phase outlet 32 outputs greases be transported in oil storage barrel 25.
Slag body is poured in biochemical processor 4, and exports after stirring slag body and fermentation by shaft 45.Biochemical processor 4 is airtight cavity, and its cross section is U-shaped.Biochemical processor 4 is for taking up and processing the slag body of the remaining rubbish of meal.The top of biochemical processor 4 is provided with charging aperture 41, and sidewall is provided with discharging opening 42.The outside of biochemical processor 4 is provided with heating interlayer 43 and heat-insulation layer 44 successively; Heating interlayer 43 is arranged on the bottom of biochemical processor 4 usually, is provided with heat-conducting medium and heater in heating interlayer 43; Heat-conducting medium is the oil that three phase separator 3 is separated; Heat-insulation layer 44 is the integral heat insulations to biochemical processor 4.One end of biochemical processor 4 is provided with exhaust outlet, and pernicious gas is discharged from exhaust outlet.
The two ends of shaft 45 are erected in biochemical processor 4, and shaft 45 is provided with double helix paddle 46, and one end of shaft 45 connects driver, and driver can drive shaft 45 to rotate forward and reversely rotate.When shaft 45 rotates forward, the material entered into from charging aperture 41 in biochemical processor 4 can be stirred; When shaft 45 reversely rotates, the material in biochemical processor 4 can be got rid of from discharging opening 42.Driver is reducing motor, and reducing motor comprises the train of reduction gears that a drive motors and a pair gear ratio are less than 1.Slag body is transported to particle pressing machine 8 and makes fertilizer after biochemical processor 4, is then packed by packing machine 9, both can carry out subsequent treatment.
Sewage treatment unit comprises multiple water collector 6 and heat collection water tank 7, and sewage treatment unit can except the COD in decontaminated water, and recycle-water can recycling.Water collector 6 collects the sewage of rainwater and described three phase separator 3 output, each water collector 6 is U-tube road, water collector 6 one end is water inlet end 61, the other end is water side 62, the water inlet end 61 of water collector 6 is communicated with the water side 31 of the sewage pipe of oil-water separator, be sewage or other sanitary sewages of the generation of changing food waste purification process in sewage pipe, the top of water inlet end 61 is provided with collection rain end cap 63.
Each water collector 6 as an independently processing unit, can be combined according to sewage load and rainwater-collecting amount, is both applicable to the less family of sewage flow rate and uses, and is also applicable to the place that food garbage is more, sewage flow rate is larger and uses.
The shape of collection rain end cap 63 is similar to the shape on the top of water collector 6, be generally circular, collection rain end cap 63 is provided with multiple through hole that rainwater can be made to pass through, through hole is coated with screen pack, screen pack can stop that the solids such as branch enter in water collector 6, avoids the blocking causing water collector 6 inside.Rainwater in water collector 6 can reduce the concentration of dirty water pollutant, reduces intractability.
Be provided with multistage filtering unit in each water collector 6, preferably, multistage filtering unit comprises single filter 64, cascade filtration 65 and three-stage filtration 66.Preferably, single filter 64 adopts screen pack, carry out primary treatment interception bulk solid, cascade filtration 65 adopts biofilm filtration, can reduce COD significantly, three-stage filtration 66 adopts milipore filter, can remove the organic matter that biomembrane is difficult to remove, multistage filtering unit effectively removes the COD in sewage, reaches the standard of recycle-water.
Heat collection water tank 7 is connected with water collector 6, is equipped with thermal source 71 in heat collection water tank 7, increases the temperature of water in heat collection water tank 7, in order to follow-up use.The heat that the heat of thermal source 71 comprises used heat that biochemical processor 4 exports, solar heat-collection plate generates and the heat that electric heater produces, various heating sources 71 can ensure to provide enough heats.When solar heat-collection plate can not provide heat, the heat adopting electric heater to produce ensures heat collection water tank 7 calorific requirements.The water temperature of the water stored in heat collection water tank 7 is increased to 80 DEG C ~ 90 DEG C by the heat that thermal source 71 provides.
The port of export of heat collection water tank 7 is connected with pulverizing extruding-desiccation machine 2 water inlet end 24 pipeline, and the hot water that heat collection water tank 7 exports smashes slurry process water for what pulverize extruding-desiccation machine 2, and pulverizing extruding-desiccation machine 2 water side 21 is connected with water inlet end 61 pipeline of water collector 6.By circulating pump 13, the water pulverized in extrusion dehydration device is transported in water collector 6, in order to recycling.Smashing slurry is that the water temperature needed is about 65 DEG C.The water temperature that heat collection water tank 7 is provided to the water pulverizing extruding-desiccation machine 2 is 65 DEG C.
Pulverize between extruding-desiccation machine 2 and the water inlet end 61 of each water collector 6 and be provided with circulating pump 13, the water that pulverizing extruding-desiccation machine 2 exports can be driven into the water inlet end 61 of water collector 6 by circulating pump 13 again, water after single treatment is squeezed into again water collector 6 and carry out circular treatment, until water outlet COD meets recycling requirement.When circular treatment, water temperature is unsuitable too high, avoids the biomembrane of high temperature to cascade filtration 65 to have an impact.
Before water in heat collection water tank 7 carries out cycling and reutilization, need to guarantee that water temperature promotes and preset temperature value, now circulating pump 13 can be out of service, can in heat collection water tank 7 set temperature sensor, to facilitate monitoring; The water flow in heat collection water tank 7 is heated to predetermined temperature by thermal source 71, and hot water flows out from the water side of heat collection water tank 7.
Dedusting deodorization unit 5 is communicated with biochemical processor 4, for removing the waste gas and particle that biochemical processor 4 and other devices produce in running.Dedusting deodorization unit 5 comprises body 51, body 51 is a casing, body 51 internal upper part is provided with many equally distributed showers 52, every root shower 52 connects several shower nozzles 53, bottom is communicated with water circulating pump 15, is provided with filter course 54, spraying layer 55 and active carbon layer 56 from top to bottom successively in body 51.
Filter course 54 is positioned at the top of dedusting deodorization unit 5, and filter course 54 lays filler, and filler comprises active carbon and titanium dioxide; Active carbon layer 56 is positioned at the bottom of dedusting deodorization unit 5, and active carbon is laid on screen pack and forms active carbon layer 56, and on filter course 54 and active carbon layer 56, existence has microorganism, can remove pollutant; Spraying layer 55 is between filter course 54 and active carbon layer 56, and spraying layer 55 mainly plays the effect of cooling; And filter course 54 and active carbon layer 56 can remove the pollutant in waste gas, purify air.
The air inlet 57 of body 51 is connected by pipeline with biochemical processor 4, is socketed with double-layer water jacket outside pipeline, plays the effect of insulation.Gas outlet 58 place connects air-introduced machine 14, when starting air-introduced machine 14, biochemical processor 4 being processed the waste gas produced in waste residue process and dust and being drawn in dedusting deodorization unit 5 from biochemical processor 4 and processing; Body 51 bottom is provided with water inlet 59, provides required water by water inlet 59 in dedusting deodorization unit 5.
When startup air-introduced machine 14, waste gas and dust enter in dedusting deodorization unit 5 by the air inlet 57 of bottom, move to top by bottom dedusting deodorization unit 5, start water circulating pump 15, water extraction is supplied to shower 52, and spray from shower nozzle 53, water moves from the top of dedusting deodorization unit 5 to bottom, waste gas, dust and aqueous phase are to movement, filter course 54 and active carbon layer 56 and microorganism can remove the pollutant in waste gas, water can depositing dust, and spraying layer 55 can reduce the temperature of waste gas, to improve the clearance of waste gas and dust.
The embodiment portable restaurant garbage treating system provided by above-mentioned the utility model, it comprises slagging-off unit, sewage treatment unit and dedusting deodorization unit, respectively the waste gas produced in the rainwater of slag body, sewage and collection, sweat is processed, be made into fertilizer after being fermented by slag body, utilize in order to following cycle; Sewage and rainwater are processed simultaneously, by rainwater dilute sewage concentration, reduces intractability, collect rainwater resource recycling simultaneously, save water resource; Sweat produce waste gas and particle purified by dedusting deodorization unit, avoid air pollution and Particulate Pollution.And, the used heat of biochemical dry run is used again, smashes slurry water as pulverizing extruding-desiccation machine; Not only process changing food waste in time, also accomplish making full use of of various resource.
The above; be only the utility model preferably detailed description of the invention; but protection domain of the present utility model is not limited thereto; any people being familiar with this technology is in the technical scope disclosed by the utility model; the change that can expect easily or replacement, all should be encompassed within protection domain of the present utility model.Therefore, protection domain of the present utility model should be as the criterion with the protection domain of claim.
Claims (10)
1. a portable restaurant garbage treating system, is characterized in that, it comprises:
Container, one end of described container is charging aperture;
Sieve picks up platform, and described sieve is picked up platform and is connected with described charging aperture, for being chosen by the rubbish beyond changing food waste;
Slagging-off unit, described slagging-off unit comprises pulverizes extruding-desiccation machine, three phase separator, biochemical processor and particle pressing machine, described sieve is picked up platform and is delivered to by changing food waste in described pulverizing extruding-desiccation machine and processes, bulky grain slag body is delivered to collection inder pot through screw rod, granule slag body and changing food waste enter described three phase separator and carry out oil phase, solid phase, liquid phase three phase separation, and the slag body after being separated is delivered to collection inder pot, the described inder pot that collects pours slag body in bucket into described biochemical processor, and exports particle pressing machine to after stirring slag body and fermentation by shaft;
Sewage treatment unit, described sewage treatment unit comprises multiple water collector and heat collection water tank, described water collector collects the sewage of rainwater and the output of described three phase separator, multistage filtering unit is provided with in described water collector, described water collector water side connected set boiler, described heat collection water tank is equipped with thermal source, the water heating that described thermal source will flow in described heat collection water tank, and the delivery of described heat collection water tank is carried out smashing slurry to described pulverizing extruding-desiccation machine and used by circulating pump;
Dedusting deodorization unit, described dedusting deodorization unit is communicated with described biochemical processor, described dedusting deodorization unit comprises body, described body internal upper part is provided with many showers, shower described in every root connects several shower nozzles, in described body, be provided with filter course, spraying layer and active carbon layer successively from top to bottom; The air inlet of described body is connected with described biochemical processor pipeline, and gas outlet place connects air-introduced machine.
2. portable restaurant garbage treating system as claimed in claim 1, it is characterized in that, the top of described container is provided with moving track, the slippage back and forth on described moving track of described collection inder pot.
3. portable restaurant garbage treating system as claimed in claim 1, it is characterized in that, described pulverizing extruding-desiccation machine comprises pulverizing unit, dewatering unit, deoiling unit and desalination unit.
4. portable restaurant garbage treating system as claimed in claim 1, it is characterized in that, described biochemical processor is airtight cavity, and its cross section is U-shaped, and the top of described biochemical processor is provided with charging aperture, and sidewall is provided with discharging opening; The outside of described biochemical processor is provided with heating interlayer and heat-insulation layer successively; Heat-conducting medium and heater is provided with in described heating interlayer; One end of described biochemical processor is provided with exhaust outlet.
5. portable restaurant garbage treating system as claimed in claim 1, it is characterized in that, described shaft is erected in described biochemical processor, and described shaft is provided with double helix paddle, and one end of described shaft connects driver.
6. portable restaurant garbage treating system as claimed in claim 5, is characterized in that, when described shaft rotates forward, for stirring the material entered into from described charging aperture in described biochemical processor; When described shaft reversely rotates, for the material in described biochemical processor is got rid of from discharging opening.
7. portable restaurant garbage treating system as claimed in claim 1, it is characterized in that, each described water collector is U-tube road, the water inlet end of described water collector is communicated with the sewage pipe water side of oil water separator, the top of described water inlet end is provided with collection rain end cap, rainwater enters into described water collector by the through hole of multiple covering screen pack on described collection rain end cap, be provided with multistage filtering unit in described water collector, rainwater and effluent stream flow out from the water side of described water collector after described multistage filtering unit.
8. portable restaurant garbage treating system as claimed in claim 7, it is characterized in that, described multistage filtering unit comprises single filter, cascade filtration and three-stage filtration; Described single filter adopts screen pack, and described cascade filtration adopts biofilm filtration, and described three-stage filtration adopts milipore filter.
9. portable restaurant garbage treating system as claimed in claim 1, is characterized in that, the heat that the heat that heat comprises the used heat of described biochemical processor output, solar heat-collection plate generates of described thermal source and electric heater produce.
10. portable restaurant garbage treating system as claimed in claim 1, it is characterized in that, described three phase separator is provided with three outlets, is oil phase outlet, liquid-phase outlet and solid-phase outlet respectively; The water collector pipeline communication of described liquid-phase outlet and described sewage treatment unit, described oil phase outlet end is communicated with oil storage barrel, and described slag body outlet end is provided with collection inder pot.
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| CN201420833826.1U CN204503736U (en) | 2014-12-24 | 2014-12-24 | A kind of portable restaurant garbage treating system |
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| CN201420833826.1U CN204503736U (en) | 2014-12-24 | 2014-12-24 | A kind of portable restaurant garbage treating system |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104588391A (en) * | 2014-12-24 | 2015-05-06 | 邵宇 | Portable kitchen waste treatment system |
| CN105170608A (en) * | 2015-09-29 | 2015-12-23 | 成都菲斯普科技有限公司 | Garbage disposal device |
| CN110000001A (en) * | 2019-04-23 | 2019-07-12 | 中国民航大学 | A kind of road sweeper garbage classification device |
| CN110548755A (en) * | 2019-10-18 | 2019-12-10 | 马文进 | Garbage treatment device |
| CN113000563A (en) * | 2021-03-11 | 2021-06-22 | 应诸亮 | Kitchen garbage screening plant |
-
2014
- 2014-12-24 CN CN201420833826.1U patent/CN204503736U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104588391A (en) * | 2014-12-24 | 2015-05-06 | 邵宇 | Portable kitchen waste treatment system |
| CN105170608A (en) * | 2015-09-29 | 2015-12-23 | 成都菲斯普科技有限公司 | Garbage disposal device |
| CN110000001A (en) * | 2019-04-23 | 2019-07-12 | 中国民航大学 | A kind of road sweeper garbage classification device |
| CN110548755A (en) * | 2019-10-18 | 2019-12-10 | 马文进 | Garbage treatment device |
| CN110548755B (en) * | 2019-10-18 | 2022-10-28 | 马文进 | Method for treating garbage |
| CN113000563A (en) * | 2021-03-11 | 2021-06-22 | 应诸亮 | Kitchen garbage screening plant |
| CN113000563B (en) * | 2021-03-11 | 2022-05-13 | 浙江顺盈智能科技有限公司 | Kitchen garbage screening plant |
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