CN220759565U - Exhaust sol filter of waste material processing regenerated particle production line - Google Patents

Abstract

The utility model discloses an exhaust sol filter of a waste material processing and regenerating particle production line, which comprises a device shell, an air inlet pipeline, an air inlet electromagnetic valve, an equipment auxiliary shell and a purified exhaust chimney, wherein the device shell is provided with a filter body; the utility model relates to the technical field of regenerated particle production, waste gas generated by processing regenerated particles by old materials in the traditional industry is generally difficult to treat, the waste gas is often sprayed by chemical reagents, the reinforced protection cost is high and the effect is poor for workers, the filter is connected with an air inlet pipeline through an external waste gas pipeline, the flow is controlled through an air inlet electromagnetic valve, and the waste gas is filtered by a multi-layer quick-release filter structure and then discharged into a terminal spray purification structure in an auxiliary shell of equipment for treatment, so that the waste gas is discharged through an exhaust chimney after purification after being fully harmless, the whole process is controllable, clean and convenient to maintain, the production environment is purified, and the pollution to the environment is greatly reduced.

Description

Exhaust sol filter of waste material processing regenerated particle production line

Technical Field

The utility model relates to the technical field of regenerated particle production, in particular to an exhaust sol filter of a regenerated particle production line for processing waste materials.

Background

The production line for processing the regenerated particles by the waste materials refers to a production line for processing and processing the waste materials and converting the waste materials into regenerated particles or granular products; the production line for processing the regenerated particles from the waste materials is generally used for recycling the waste materials so as to reduce resource waste and environmental pollution, and processes such as heating, melting, mixing and the like are adopted to process the cleaned and screened waste materials into the regenerated particles. The regenerated particles can be used for manufacturing new plastic products, paper, metal products and the like, and an aerosol filter on a production line is a device for filtering sol particles in exhaust gas of a waste material processing regenerated particle production line; the main function of the device is to remove particles from exhaust gas so as to reduce the influence on the environment and the health of human bodies, and the exhaust sol filter is arranged in the waste material processing and regenerating particle production line, so that the influence of exhaust gas emission on the environment can be effectively reduced, and the health of staff is protected. By selecting appropriate filter media and optimizing the filter structure, the filter efficiency can be improved, and the purpose of treating exhaust pollution can be achieved, for example: the utility model CN212523417U is an aerosol filter, relates to the technical field of air purification, and in particular relates to an aerosol filter, which comprises a shell, and a filtering device and a cleaning device which are arranged in the shell; according to the aerosol filter provided by the utility model, the dust-blocking layer is arranged, so that larger particle impurities can be effectively filtered, and the microbial aerosol filter layer is combined to filter smaller particle impurities and microbial aerosol, so that the requirements of filtering air particle impurities and microbial aerosol are met; can not directly spray the filter layer under the prerequisite that the filter layer was sprayed, clean the filter layer effectively, the broken damage that leads to after having avoided the filter layer to absorb water and mesh jam scheduling problem have practically been guaranteed filter effect and the life of filter layer "according to above-mentioned outstanding design scheme the present case want to propose one kind be applied to in waste material processing regeneration granule production line exhaust emission, filter and innocent treatment to the aerosol that produces after the granule is handled specially, to above-mentioned problem, probably there is the technical means who solves in the prior art, but the scheme of the present case is wanting to provide an alternative or alternative technical scheme.

Disclosure of Invention

In order to achieve the above purpose, the utility model is realized by the following technical scheme: the exhaust sol filter for the waste material processing and regenerating particle production line comprises a device shell, an air inlet pipeline, an air inlet electromagnetic valve, an equipment auxiliary shell and a purified exhaust chimney, wherein the air inlet pipeline is arranged on the device shell, the air inlet electromagnetic valve is arranged on the air inlet pipeline, the equipment auxiliary shell is connected with the device shell through a multi-layer quick-release filtering structure, the purified exhaust chimney is arranged on the equipment auxiliary shell, and a terminal spraying purification structure is arranged on the equipment auxiliary shell;

the multilayer quick detach filtration, include: the device comprises a shell, a main guide fan, an auxiliary guide fan, a pair of guide fan associated dustproof nets, a plurality of filtering bearing plates, a plurality of bearing plate coupling grooves, a plurality of bearing handles, a plurality of auxiliary fixing bolts, a plurality of on-board bolt holes, an inner guide fan at the lower end, a laser dust particle counter, a Doppler flow velocity detector, a main connection exhaust pipe, an auxiliary connection exhaust pipe, a plurality of sealing strips and an emergency electromagnetic valve, wherein the main guide fan, the auxiliary guide fan, the pair of guide fan associated dustproof nets, the plurality of filtering bearing plates, the plurality of bearing plate coupling grooves, the plurality of bearing handles, the plurality of auxiliary fixing bolts, the plurality of on-board bolt holes, the inner guide fan at the lower end, the laser dust particle counter and the Doppler flow velocity detector are arranged;

the shell guides the main blower to be installed in the side wall above the shell of the device, guides the auxiliary blower to be installed in the side wall above the shell of the device, a pair of guide blower related dustproof nets are respectively installed on the guide main blower and the guide auxiliary blower, a plurality of bearing plate coupling grooves are respectively formed in the inner side of the shell of the device, a plurality of filter bearing plates are respectively connected with the plurality of bearing plate coupling grooves, a plurality of bearing handles are respectively installed on the plurality of filter bearing plates, a plurality of bolt holes on the plate are respectively formed in the plurality of filter bearing plates, slotted holes are formed in the side wall of the shell of the device, a plurality of auxiliary fixing bolts are respectively connected with the side wall of the shell of the device and the bolt holes on the plate through the slotted holes, and a plurality of auxiliary fixing bolts are respectively connected with a plurality of filtering bearing plates, a guiding fan in the lower end is installed at the bottom of the inner side of the device shell, a laser dust particle counter is installed at the inner side of the device shell, a Doppler flow velocity detector is installed at the inner side of the device shell, a plurality of sealing strips are respectively installed on the filtering bearing plates, a main connection exhaust pipe is installed on the device shell, and the main connection exhaust pipe is connected with an auxiliary shell of equipment, an auxiliary connection exhaust pipe is installed on the device shell, and the auxiliary connection exhaust pipe is connected with the auxiliary shell of equipment, an emergency electromagnetic valve is installed in the main connection exhaust pipe, and a multiple combined type filtering assembly is installed on the filtering bearing plates.

It should be noted that, in the above description, the exhaust gas produced on the production line of the waste material processing regenerated particles is mixed with aerosol and is transported to the air inlet pipeline by the air pump and passes through the control of the air inlet electromagnetic valve, the exhaust gas enters the device shell, the air guiding of the main fan and the guiding auxiliary fan is guided by the shell, the exhaust gas passes through the multiple combined filter components arranged on the multiple filter bearing plates, a pair of guiding fan associated dust screens are responsible for filtering and shielding dust carried on the air guiding the main fan and the guiding auxiliary fan by the shell, the exhaust gas after filtering passes through the guiding fan in the lower end, the exhaust gas is guided to the main connection exhaust pipe and the auxiliary connection exhaust pipe, then enters the auxiliary shell for spraying and purifying, finally, the exhaust gas after filtering is discharged outside the filter through the exhaust chimney after purifying, the exhaust gas can pass through the laser dust particle counter and the Doppler flow rate detector, the suspended particle number and the flow rate of the exhaust gas are detected, if the filtering effect and the flow rate are not the plugs are not met, the multiple combined filter components are prompted to be replaced or cleaned on the control panel, the multiple auxiliary fixing plugs are pulled out, the auxiliary fixing plugs are pulled out from the upper holes of the corresponding filter bearing plates, the corresponding filter bearing plates can be coupled with the corresponding filter bearing plates, the filter bearing plates can be quickly pulled out, the filter bearing plates can be coupled with the corresponding filter bearing plates or the filter bearing plates can be conveniently and the filter device is replaced, the filter device is matched with the corresponding filter bearing device by the corresponding filter plates, the emergency electromagnetic valve can close the main connection exhaust pipe to place the backflow in emergency.

Preferably, the terminal spray purification structure comprises: the device comprises a spray water tank, a water inlet, a water conveying pipe, a water collecting tank, a water recycling pump, a spray water pipe, a rotary spin nozzle, an auxiliary shell inner fan, a pair of check valves and a water filtering cover plate;

the water collecting device comprises a water collecting tank, a water adding port, a water collecting tank, a water collecting cover plate, a water collecting tank, a water filling port, a water collecting pipe, a water collecting tank, a water collecting pipe, a water collecting cover plate and a main connection exhaust pipe, wherein the water spraying tank is arranged at the top of an auxiliary shell of the device, the water filling port is arranged at the top of the water spraying tank, the water conveying pipe is respectively connected with the water collecting tank and the water spraying tank, the water collecting pump is arranged on the water conveying pipe, the water spraying pump is arranged on the water spraying tank and is connected with the water spraying pipe, the water spraying pipe is connected with the water spraying tank, the water spraying pipe is connected with the rotary spin spray head, the fan in the auxiliary shell is arranged in the auxiliary shell of the device, the water collecting tank is respectively arranged on the fan in the auxiliary shell of the device, and the water collecting cover plate is arranged in the water collecting tank;

in the above, the filtered exhaust gas flows to the auxiliary shell of the device and the auxiliary shell inner fan through the main connection exhaust pipe and the auxiliary connection exhaust pipe respectively, the auxiliary shell inner fan provides a downward oblique wind guide to enable gas to move to the right side of the inner side of the auxiliary shell of the device, a pair of check valves enable gas not to retrograde and move along a set direction, water in the spray water tank is pumped to the spray water pipe by the spray water pump after being filled through the water filling port, and then is transported to the rotary spin spray head, the rotary spin spray head is provided with an even number spray head in a symmetrical rotary spin shape, the even number spray head rotates automatically under the action of water pressure and carries out rotary spray operation on the water in the auxiliary shell of the device, the exhaust gas carries the water vapor to the outside through an exhaust chimney after being purified under the gas pressure of the subsequent exhaust gas, the sprayed water cup is collected and received, the water in the device shell is not enabled to be diffused into the device after being pumped by the spray water pump through the water filling port, the spray water is re-pumped to the spray water tank after being matched with the water pump, the water tank is re-pumped, the water can be directly collected in a certain number of sedimentation and can reach a certain time of the spray post after the water tank is cleaned, and the sediment can be directly collected after the sediment is purified.

Preferably, the multiple combined filter assembly comprises: dust impurity filter plates, wavy electrostatic dust filter plates and aerosol filter plates;

the dust impurity filter plate is arranged on the filter bearing plate, the wavy electrostatic dust filter plate is arranged on the filter bearing plate, and the aerosol filter plate is arranged on the filter bearing plate;

in the above, the dust impurity filter plate, the wavy electrostatic dust filter plate and the aerosol filter plate are sequentially installed on the corresponding filtering bearing plates from top to bottom, aerogel waste gas entering the device shell firstly passes through the dust impurity filter plate, the dust impurity filter plate can be provided with a stainless steel screen mesh to be combined with non-woven fabrics, large particle dust and impurities which are mixed are blocked and filtered, then pass through the wavy electrostatic dust filter plate, the wavy electrostatic dust filter plate adsorbs fine suspended particles through electrostatic action to leave purer aerogel suspended particles, then the aerosol suspended particles are filtered through the aerosol filter plate, the ventilation rate of the aerosol is more than 15L/min, the filter aperture of the aerosol filter plate is not less than 0.15um, and the filtered waste gas can meet the requirements that the suspended fine particle impurities and the particle size are not more than 0.15um after filtration, thereby completing the filtration of aerosol.

Preferably, the device shell is provided with a multifunctional touch pad;

preferably, a water level detection window is arranged on the spray water tank;

preferably, the device housing is provided with a coupling key.

Advantageous effects

The utility model provides an exhaust sol filter for a waste material processing and regenerating particle production line. The exhaust sol filter for the waste material processing and regenerating particle production line has the following beneficial effects that compared with the prior art: waste gas that regeneration granule produced is processed to handling old material in the tradition trade generally hardly handles, often spray with the workman through chemical reagent and strengthen that the protection cost is high and the effect is not good, this filter is connected with air inlet pipe through external waste gas pipeline, through air inlet solenoid valve control flow, discharge the terminal in the affiliated casing of equipment after the filtration of multilayer quick detach filtration structure sprays purification structure and handles for waste gas obtains fully innocuous back and discharges through purifying back exhaust chimney, and whole controllable and clean maintenance is convenient, makes the production environment obtain purifying, and greatly reduced is to the pollution of environment.

Drawings

Fig. 1 is a schematic three-dimensional structure of an exhaust sol filter of a waste material processing and regenerating particle production line.

Fig. 2 is a schematic diagram of a front cross-sectional structure of an exhaust sol filter of a waste material processing and regenerating particle production line according to the present utility model.

Fig. 3 is an enlarged partial schematic view of "a" in fig. 2.

Fig. 4 is an enlarged partial schematic view of "B" in fig. 2.

In the figure: 1. a device housing; 2. an air intake duct; 3. an air inlet electromagnetic valve; 4. an equipment accessory housing; 5. a purified exhaust stack; 6. the shell guides the main fan; 7. guiding the auxiliary fan; 8. guiding a fan associated dust screen; 9. a filter carrier plate; 10. a carrier plate coupling slot; 11. carrying a handle; 12. an auxiliary fixing bolt; 13. a bolt hole on the plate; 14. the lower end is internally provided with a guide fan; 15. a laser dust particle counter; 16. a Doppler flow rate detector; 17. the main connection exhaust pipe; 18. the auxiliary connection exhaust pipe; 19. a sealing strip; 20. an emergency electromagnetic valve; 21. a spray water tank; 22. a water inlet; 23. a delivery water pipe; 24. collecting a water tank; 25. a recovery water pump; 26. a spray water pump; 27. a shower pipe; 28. a rotary spin shower nozzle; 29. a fan in the auxiliary shell; 30. a non-return valve; 31. a water filtering cover plate; 32. a dust impurity filter plate; 33. wave-shaped electrostatic dust filter plate; 34. aerosol filter plate.

Detailed Description

All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

All electric parts and the adaptive power supply are connected through wires by the person skilled in the art, and a proper controller and encoder should be selected according to actual conditions so as to meet control requirements, specific connection and control sequence, and the electric connection is completed by referring to the following working principles in the working sequence among the electric parts, and the detailed connection means are known in the art, and mainly introduce the working principles and processes as follows, and do not describe the electric control.

Examples

According to the attached figures 1-4, the exhaust gas produced on the production line of the waste material processing regenerated particles is mixed with aerosol and is conveyed to an air inlet pipeline 2 by an air pump under the control of an air inlet electromagnetic valve 3, the exhaust gas enters a device shell 1, the air blown by a main fan 6 and a guide auxiliary fan 7 is guided by the shell, the exhaust gas is guided by a plurality of multiple combined type filter assemblies arranged on a plurality of filter bearing plates 9, a pair of guide fan associated dust screens 8 are responsible for filtering and shielding dust carried on the air guided by the main fan 6 and the guide auxiliary fan 7 through the shell, the filtered exhaust gas is guided to a main connection exhaust pipe 17 and an auxiliary connection exhaust pipe 18 through a lower end inner guide fan 14, then enters an auxiliary shell 4 for spraying purification, finally the purified exhaust gas is discharged outside the filter through an exhaust chimney 5, and before the filtered exhaust gas is discharged to the auxiliary shell 4 of the equipment, the laser dust particle counter 15 and the Doppler flow velocity detector 16 can be used for detecting the suspended particle number and the flow velocity of the waste gas, if the filtering effect and the flow velocity do not reach the standard, the control panel prompts to replace or clean the multi-combination type filtering component, the auxiliary fixing bolts 12 are pulled out and removed from the bolt holes 13 on the plate, the filtering bearing plate 9 can be pulled out from the bearing plate coupling groove 10 through the corresponding bearing handle 11, the filtering bearing plate 9 carries the corresponding multi-combination type filtering component to be pulled out, the cleaning or replacement can be conveniently carried out again, the sealing strips 19 can play a role of sealing the filtering bearing plate 9 with the device shell 1, the device shell 1 is provided with the coupling key, the filtering bearing plate 9 is provided with the corresponding coupling groove hole, the rapid insertion of the filter bearing plate 9 can be realized by matching the bearing plate coupling groove 10 and the auxiliary fixing bolt 12, and the emergency electromagnetic valve 20 can close the main connection exhaust pipe 17 to place the reverse flow in emergency; the filtered waste gas flows to the auxiliary shell 4 and the auxiliary shell inner fan 29 through the main connection exhaust pipe 17 and the auxiliary connection exhaust pipe 18 respectively, the auxiliary shell inner fan 29 provides a downward inclined wind force guide, so that the gas moves to the right side of the inner side of the auxiliary shell 4 of the equipment, a pair of check valves 30 prevent the gas from reversing and moving along a set direction, water in the spray water tank 21 is fully filled through the water filling port 22 and is pumped to the spray water pipe 27 by the spray water pump 26 and then transported to the rotary spin spray head 28, the rotary spin spray head 28 is provided with an even number spray head with a symmetrical rotary shape, the water is automatically rotated under the action of water pressure and is rotationally sprayed in the auxiliary shell 4 of the equipment, the waste gas is purified by the aerosol sprayed by the rotary spin spray head 28, the water is carried by the exhaust chimney 5 to the outside after the subsequent gas is purified under the action of the gas pressure of the waste gas, the sprayed water cup is collected 24 and is not covered by the high surrounding barrier, the main connection exhaust pipe 17 is matched with the water pump to be transported to the rotary spin spray head 28 to the rotary spin spray water tank 28, and the sediment can be directly collected in the water tank 21 after the water tank is purified and the water tank is recovered under the condition of being matched with the water pump for pressurization and the water pump to be recovered for a certain service and the water tank 31 is directly purified; the dust impurity filter plate 32, the wavy electrostatic dust filter plate 33 and the aerosol filter plate 34 are sequentially arranged on a plurality of corresponding filter bearing plates 9 from top to bottom, aerogel waste gas entering the device shell 1 firstly passes through the dust impurity filter plate 32, the dust impurity filter plate 32 can be provided with a stainless steel screen mesh to be combined with non-woven fabrics, large-particle dust and impurities which are mixed are blocked and filtered, then pass through the wavy electrostatic dust filter plate 33, the wavy electrostatic dust filter plate 33 adsorbs fine suspended particles through electrostatic action to remain purer aerogel suspended particles, then the particles are filtered through the aerosol filter plate 34, the ventilation rate of the aerosol filter plate 34 is more than 15L/min, the filter aperture of the aerosol filter plate 34 is not less than 0.15um, and the filtered waste gas can meet that the suspended fine particle impurities and the particle size after filtration are not more than 0.15 mu m, so that the filtration of the aerosol is completed.

Although embodiments of the present utility model have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made therein without departing from the principles and spirit of the utility model, the scope of which is defined in the appended claims and their equivalents.

Claims (6)

1. The exhaust sol filter for the waste material processing and regenerating particle production line comprises a device shell (1), an air inlet pipeline (2), an air inlet electromagnetic valve (3), an equipment auxiliary shell (4) and a purified exhaust chimney (5), and is characterized in that the air inlet pipeline (2) is arranged on the device shell (1), the air inlet electromagnetic valve (3) is arranged on the air inlet pipeline (2), the equipment auxiliary shell (4) is connected with the device shell (1) through a multi-layer quick-release filter structure, the purified exhaust chimney (5) is arranged on the equipment auxiliary shell (4), and a final spray purification structure is arranged on the equipment auxiliary shell (4);

the multilayer quick detach filtration, include: the device comprises a shell, a main guide fan (6), a secondary guide fan (7), a pair of guide fan associated dustproof nets (8), a plurality of filtering bearing plates (9), a plurality of bearing plate coupling grooves (10), a plurality of bearing handles (11), a plurality of auxiliary fixing bolts (12), a plurality of on-plate bolt holes (13), a lower end inner guide fan (14), a laser dust particle counter (15), a Doppler flow velocity detector (16), a main connection exhaust pipe (17), a secondary connection exhaust pipe (18), a plurality of sealing strips (19) and an emergency electromagnetic valve (20);

the device comprises a shell, a main guiding fan (6) arranged in the side wall above the shell (1), a pair of auxiliary guiding fans (7) arranged in the side wall above the shell (1), a pair of auxiliary guiding fans and dustproof nets (8) respectively arranged on the main guiding fan and the auxiliary guiding fans (7), a plurality of bearing plate coupling grooves (10) respectively arranged on the inner side of the shell (1), a plurality of filter bearing plates (9) respectively connected with the bearing plate coupling grooves (10), a plurality of bearing handles (11) respectively arranged on a plurality of filter bearing plates (9), a plurality of filter bearing plates (9) respectively arranged with a plurality of bolt holes (13) on the plate, a plurality of auxiliary fixing bolts (12) respectively connected with the side wall of the shell (1) and the bolt holes (13) on the plate through the slotted holes, a plurality of auxiliary fixing bolts (12) respectively connected with a plurality of filter bearing plates (9) at the inner side of the shell (1), a plurality of dust detectors (16) respectively arranged on the inner side of the shell (1) and the inner side of the shell (1) at the bottom of the shell (1), a plurality of sealing strips (19) are respectively installed on the filtering bearing plate (9), a main connection exhaust pipe (17) is installed on the device shell (1), and the main connection exhaust pipe (17) is connected with the auxiliary equipment shell (4), an auxiliary connection exhaust pipe (18) is installed on the device shell (1), and the auxiliary connection exhaust pipe (18) is connected with the auxiliary equipment shell (4), an emergency electromagnetic valve (20) is installed in the main connection exhaust pipe (17), and multiple combined type filtering components are installed on the filtering bearing plate (9).

2. The exhaust sol filter of a waste material processing and regenerating particle production line of claim 1, wherein the final spray purification structure comprises: the device comprises a spray water tank (21), a water adding port (22), a conveying water pipe (23), a collecting water tank (24), a recovery water pump (25), a spray water pump (26), a spray water pipe (27), a rotary spin nozzle (28), an auxiliary shell inner fan (29), a pair of check valves (30) and a water filtering cover plate (31);

the utility model provides a water collecting device, including equipment, auxiliary housing (4), spray water tank (21), water filling port (22) are installed spray water tank (21) top, conveying water pipe (23) respectively with collect basin (24) and spray water tank (21) are connected, recovery water pump (25) are installed on conveying water pipe (23), spray water pump (26) are installed spray water tank (21) are last, just spray water pump (26) with spray water pipe (27) are connected, spray water pipe (27) with spray water tank (21) are connected, just spray water pipe (27) with gyration spin shower nozzle (28) are connected, auxiliary housing inner fan (29) are installed in auxiliary housing (4), a pair of check valve (30) are installed respectively on auxiliary housing inner fan (29) and on auxiliary connection (17), collect basin (24) are installed equipment housing (4) bottom, install in filter water tank (31).

3. The exhaust sol filter of a waste material processing and regenerating particle production line of claim 2, wherein the multiple combined filter assembly comprises: a dust impurity filter plate (32), a wavy electrostatic dust filter plate (33) and an aerosol filter plate (34);

the dust impurity filter plate (32) is installed on the filter bearing plate (9), the wavy electrostatic dust filter plate (33) is installed on the filter bearing plate (9), and the aerosol filter plate (34) is installed on the filter bearing plate (9).

4. A waste material processing and regenerating particle production line exhaust sol filter according to claim 3, characterized in that a multifunctional touch control plate is arranged on the device shell (1).

5. The exhaust sol filter of the waste material processing and regenerating particle production line according to claim 4, wherein a water level detection window is arranged on the spray water tank (21).

6. The exhaust sol filter for a waste material processing and regenerating particle production line according to claim 5, wherein a coupling key is arranged on the device shell (1).