CN205075213U - Automatic processing system of multistage composite raw and other materials of environmental protection - Google Patents
Automatic processing system of multistage composite raw and other materials of environmental protection Download PDFInfo
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- CN205075213U CN205075213U CN201520889918.6U CN201520889918U CN205075213U CN 205075213 U CN205075213 U CN 205075213U CN 201520889918 U CN201520889918 U CN 201520889918U CN 205075213 U CN205075213 U CN 205075213U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02W—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO WASTEWATER TREATMENT OR WASTE MANAGEMENT
- Y02W30/00—Technologies for solid waste management
- Y02W30/50—Reuse, recycling or recovery technologies
- Y02W30/62—Plastics recycling; Rubber recycling
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Abstract
The utility model discloses an automatic processing system of multistage composite raw and other materials of environmental protection, contain the consecutive module of cleaing away, wash module and dry module, still contain and wash the washing water circle device that module and drying device are connected, clear away the module, it is the cylinder device to wash module and dry module, link to each other through conveyor between adjacent module, it establishes washing water entry and washs the water export to wash the module, it links to each other with washing water circle device, the tuber pipe entry is established to dry module and the tuber pipe export is used for leading to cold wind, 1 or the export of a plurality of washing water are established to dry module, it connects the wet return that washs in the water circle device, the cylinder wall of module and dry module is washd and the water receiving tank can be established, the utility model discloses an automatic processing system of multistage composite raw and other materials of environmental protection, have quick maintenance, safe in utilization, clean effective, maintain convenient, tear open trade swift, practice thrift multinomial advantage such as environmental protection.
Description
Technical field
The utility model, about a kind of environmental protection multi-stage hybrid raw material automated processing system, belongs to environmental protection and resource regeneration field, be a kind of low energy consumption zero-emission based on waste plastics, take into account the purifying processing device of other raw materials.
Background technology
Because modern society is to the requirement of environmental protection, a lot of material all can reclaim and be used, such as plastics.And the plastics often reclaimed or other raw materials are not all pure raw materials; but have in surface or gap and there is the impurity such as dust or particle; thus; in follow-up recycling process; dust or particle can affect the organic efficiency of raw material; even damage is caused to reclaimer, reduce the life-span of equipment.Therefore, before raw material is reclaimed in process, need the cleaning equipment that raw material is set, first remove the impact of the impurity such as above-mentioned dust or particle.
Utility model content
Namely the technical problem that the utility model solves is providing a kind of environmental protection multi-stage hybrid raw material automated processing system, be a kind of low energy consumption zero-emission based on waste plastics, take into account the purifying processing device of other raw materials.
The technological means that the utility model adopts is as described below.
A kind of environmental protection multi-stage hybrid raw material automated processing system, comprise the removing module, cleaning module and the irradiation modules that are connected successively, also comprise the rinse water EGR be connected with cleaning module, wherein, remove module, cleaning module and irradiation modules and be drum apparatus, be connected by conveying device between adjacent block.
Described drying device is connected with rinse water EGR.
Drum apparatus is segmented helix drum.
Described drum apparatus inwall establishes some reinforcements, and it is uniformly distributed in inner wall of rotary drum.
Rinse water entrance and rinse water outlet are established in the entrance of described cleaning module and outlet respectively, and rinse water EGR and described rinse water entrance export with rinse water and be connected.
Described irradiation modules entrance and exit establishes airduct entrance and wind tube outlet respectively, and irradiation modules establishes one or more rinse water to export, and described some rinse water outlets connect the return pipe in rinse water EGR.
The cylinder wall of described cleaning module and irradiation modules establishes water receiving tank, and described rinse water outlet is located on water receiving tank, and rinse water EGR exports with one or more rinse water on water receiving tank and is connected.
The beneficial effect that the utility model produces is as follows.
1, adopt cylinder to carry out removing silt, cleaning and dried feed, thus reach and different impurities is effectively removed to raw material and controls the effect of its degree of drying.
2, roll body adopts stainless steel, also can not get rusty even if flow through surface in rinse water, long service life, reduces maintenance cost.
3, circulating water cleaning process possesses the effect effectively removing the impurity in raw material; the water participated in after cleaning raw material to flow out after cylinder again through bulk contaminant filter, fritter contaminant filter, fine impurities filter and water purification precipitate three roads clean with together with participate in again recycling after precipitation; the consumption of water can control, in little level, also to have the advantage of protection of the environment and water resource while reducing costs.
4, remove module, cleaning module and irradiation modules and all can adopt Novel variable-frequency drive motors and reductor, it can adjust the driving parameter of cylinder automatically in real time according to equipment working condition and detection system feedack, inlet amount and raw material clean condition are analyzed, makes whole treatment system be operated in optimized state always.
5, raw material automatically carries out water content detection before entering irradiation modules, and system adjusts the running parameter such as blast of rotation speed of fan, dry wind automatically according to input and output material testing result, guarantees that discharging can reach predetermined condition.Raw material after cold air drying also can carry out water content on-line monitoring, and testing result feeds back to centralized Central Monitoring System and carries out parameter adjustment and analysis to equipment.
6, raw material automated processing system of the present utility model, have Fast-Maintenance, use safety, clean effective, easy to maintenance, change the multinomial advantages such as quick, economical environment-protective.
Accompanying drawing explanation
Fig. 1 is the overall structure figure of environmental protection multi-stage hybrid raw material automated processing system of the present utility model.
Fig. 2 is the cylinder schematic cross-section of environmental protection multi-stage hybrid raw material automated processing system of the present utility model.
Fig. 3 is the airduct entrance schematic diagram of environmental protection multi-stage hybrid raw material automated processing system of the present utility model.
Detailed description of the invention
The utility model protects a kind of environmental protection multi-stage hybrid raw material automated processing system.It comprises the removing module 2, cleaning module 4 and the irradiation modules 6 that are connected successively, and also comprise the rinse water EGR be connected with cleaning module 4, this rinse water EGR also can be connected with irradiation modules 6.
Remove module 2, cleaning module 4 and irradiation modules 6 and be drum apparatus, as shown in the figure, it can adopt segmented helix drum, as shown in Figure 2, inner wall of rotary drum can establish some reinforcements 21, it is uniformly distributed, and washes by rubbing with the hands when cylinder rotates to raw material, reaches by rolling and washing acting in conjunction by rubbing with the hands the effect removing raw material silt and impurity.Impurity is discharged by the small opening on cylinder wall.Roll body can select stainless steel manufacture, long service life of can not getting rusty.In design and use process, what arrange 20 reinforcements washes best results by rubbing with the hands, certainly according to the demand of reality, is not limited thereto.
Be connected by conveying device between adjacent block, as shown in Figure 1, the entrance of scavenge unit 2 is connected with feeding web 1, and controlled carries raw material to be cleaned in scavenge unit 2.Remove between module 2 and cleaning module 4 and arrange transfer conveyer belt 3, arrange transfer conveyer belt 5 between cleaning module 4 and irradiation modules 6, the outlet of irradiation modules 6 connects dried feed discharging conveyor belts 7, thus forms complete carrier chain.
Rinse water entrance 41 and rinse water outlet 42 are established in the entrance of above-mentioned cleaning module 4 and outlet respectively, rinse water EGR exports 42 with described rinse water entrance 41 and rinse water and is connected, rinse water is made to flow through cleaning device 4 inner, cylinder wall also can establish water receiving tank 9, and rinse water outlet 42 is installed on water receiving tank.In order to ensure cleaning performance, sectional cylinder can be set to different structures, as shown in Figure 1, described cleaning device 4 according to flow through order front two sections for closed cylinder to ensure that rinse water and raw material fully mix cleaning, be the cylinder with small opening at these two sections closed cylinder final stages, while rotating, water receiving tank collects the rinse water of discharging from small opening, and 42 be back to rinse water EGR by return pipe 8 by the rinse water outlet be connected, rinse water filtering-depositing is recycled.
Irradiation modules 6 entrance and exit establishes airduct entrance 61 and wind tube outlet respectively, and it can adopt cold wind to circulate, and as shown in Figure 3, airduct entrance 61 place provides circulation power by blower fan.Irradiation modules 6 also establishes one or more rinse water to export 61, and described some rinse water outlets 61 connect the return pipe 8 in rinse water EGR.
The cylinder wall of cleaning module 4 and irradiation modules 6 establishes water receiving tank 9, above-mentioned some rinse water outlets 42 and 61 are installed on above-mentioned water receiving tank, rinse water EGR and described rinse water export 42 and are connected with 61, and namely some rinse water outlets 42 are connected with same return pipe with 61.
The actual processing method adopting above-mentioned environmental protection multi-stage hybrid raw material automated processing system, can comprise following steps successively.
A, silt are removed: raw material is delivered to scavenge unit 2 by feeding web 1, and start rollers roll, roll to raw material and wash by rubbing with the hands, the reinforcement in it plays reinforcement and washes effect by rubbing with the hands, after removing the silt in raw material, send this scavenge unit 2.
B, raw material clean: mixed with rinse water to cleaning device 4 by the feedstock transportation after removal silt by transfer conveyer belt 3, raw material is washed by rubbing with the hands and cleans, after removing the impurity in raw material, send this cleaning device 4, wherein, rinse water enters cylinder by rinse water entrance 41, and unnecessary rinse water is flow to water receiving tank 9 and refluxed by rinse water outlet 42.
C, raw material drying: the feedstock transportation after cleaning is in drying device 6, airduct entrance 61 air intake carries out drying to raw material, and unnecessary rinse water is discharged, after removing the rinse water on raw material from rinse water outlet 61, send this drying device 6, complete cleaning and the purification of raw material.
Rinse water from rinse water outlet flow after return pipe 8, in rinse water EGR, can be passed through bulk contaminant filter, fritter contaminant filter, fine impurities filter and get back to rinse water entrance 41 and recycle after water purification precipitation, this three road clean with together with depositing technology adopt existing technology.Circulating water cleaning process has the effect effectively removing impurity in raw material, and owing to being that recirculation uses, the consumption of water can control, in little level, also to have the advantage of protection of the environment and water resource while reducing costs.
In above-mentioned removing module 2, cleaning module 4 and irradiation modules 6, cylinder rotation, rinse water circulation, dry cold wind and each conveying device, all carry out state modulator by centralized Central Monitoring System, it is the nerve center of complete equipment, according to the information that each checkout gear of equipment is passed back, analyzing and processing is carried out to data, and the control system that device data feeds back to higher level is again carried out data processing.
Remove module 2, cleaning module 4 and irradiation modules 6 and all can adopt Novel variable-frequency drive motors and reductor, it can adjust the driving parameter of cylinder automatically in real time according to equipment working condition and detection system feedack, inlet amount and raw material clean condition are analyzed, is operated in optimized state always.
Raw material automatically carries out water content detection before entering irradiation modules 6, and system adjusts the running parameter such as blast of blower fan 62 rotating speed, dry wind automatically according to input and output material testing result, guarantees that discharging can reach predetermined condition.Raw material after cold air drying also can carry out water content on-line monitoring, and testing result feeds back to centralized Central Monitoring System and carries out parameter adjustment and analysis to equipment.
Claims (8)
1. an environmental protection multi-stage hybrid raw material automated processing system, is characterized in that, comprises the removing module, cleaning module and the irradiation modules that are connected successively, also comprises the rinse water EGR be connected with cleaning module;
Wherein, remove module, cleaning module and irradiation modules and be drum apparatus, be connected by conveying device between adjacent block.
2. environmental protection multi-stage hybrid raw material automated processing system as claimed in claim 1, it is characterized in that, described drying device is connected with rinse water EGR.
3. environmental protection multi-stage hybrid raw material automated processing system as claimed in claim 1, it is characterized in that, drum apparatus is segmented helix drum.
4. environmental protection multi-stage hybrid raw material automated processing system as claimed in claim 1, it is characterized in that, described drum apparatus inwall establishes some reinforcements.
5. environmental protection multi-stage hybrid raw material automated processing system as claimed in claim 4, it is characterized in that, described some reinforcements are uniformly distributed in inner wall of rotary drum.
6. environmental protection multi-stage hybrid raw material automated processing system as claimed in claim 1 or 2, it is characterized in that, rinse water entrance and rinse water outlet are established in the entrance of described cleaning module and outlet respectively, and rinse water EGR and described rinse water entrance export with rinse water and be connected.
7. environmental protection multi-stage hybrid raw material automated processing system as claimed in claim 6, it is characterized in that, described irradiation modules entrance and exit establishes airduct entrance and wind tube outlet respectively, irradiation modules establishes one or more rinse water to export, and described some rinse water outlets connect the return pipe in rinse water EGR.
8. environmental protection multi-stage hybrid raw material automated processing system as claimed in claim 7, it is characterized in that, the cylinder wall of described cleaning module and irradiation modules establishes water receiving tank, described rinse water outlet is located on water receiving tank, and rinse water EGR exports with one or more rinse water on water receiving tank and is connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520889918.6U CN205075213U (en) | 2015-11-10 | 2015-11-10 | Automatic processing system of multistage composite raw and other materials of environmental protection |
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| CN201520889918.6U CN205075213U (en) | 2015-11-10 | 2015-11-10 | Automatic processing system of multistage composite raw and other materials of environmental protection |
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| CN205075213U true CN205075213U (en) | 2016-03-09 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671309A (en) * | 2015-11-10 | 2017-05-17 | 洪鸿波 | Environment-friendly multi-stage mixed-type raw material automatic processing system and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106671309A (en) * | 2015-11-10 | 2017-05-17 | 洪鸿波 | Environment-friendly multi-stage mixed-type raw material automatic processing system and method |
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