CN203097358U - Energy-saving and environment-friendly processing workshop with dust recycling and processing device - Google Patents
Energy-saving and environment-friendly processing workshop with dust recycling and processing device Download PDFInfo
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- CN203097358U CN203097358U CN 201320051861 CN201320051861U CN203097358U CN 203097358 U CN203097358 U CN 203097358U CN 201320051861 CN201320051861 CN 201320051861 CN 201320051861 U CN201320051861 U CN 201320051861U CN 203097358 U CN203097358 U CN 203097358U
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Abstract
The utility model discloses an energy-saving and environment-friendly processing workshop with a dust recycling and processing device, and relates to the energy-saving and environment-friendly processing workshop which integrates the dust recycling and processing device and a processing workshop with dust. The main structure of the energy-saving and environment-friendly processing workshop with the dust recycling and processing device comprises a processing workshop body and the energy-saving and environment-friendly dust recycling and processing device, wherein the processing workshop body and the energy-saving and environment-friendly dust recycling and processing device are formed through welding and riveting in a combined mode. The defects that some existing processing workshops with the dust are not provided with the dust recycling and processing devices, some existing processing workshops with the dust are provided with the recycling and processing devices, the processing workshop is separated from the recycling and processing device, noise is heavy, dust collecting efficiency is low, filter area is small, the dust collection cannot be conducted due to blockage of a filter, the recycling and processing device can only be used after the filter is cleaned, and the filter is high in replacement frequency are overcome. Due to the fact that filter paper is cleaned by impact vibration from a reverse high-pressure tope-blown air flow pulse which is set on the filter, the filter can be repeatedly used for a long time. The folding filter paper is adopted by the filter, so that the filter area is greatly increased.
Description
Technical field:
A kind of energy-conserving and environment-protective with dust recycling and processing device processing plant relates to a kind of dust environmental protection recycling and processing device and the integrated energy-conserving and environment-protective processing plant of processing plant with dust; all have the processing enterprise of dust all can utilize the utility model to carry out dust environmental protection recycling, to reach national environmental standard.
Background technology:
The processing plant that now there is dust, what have does not have a dust environmental protection recycling and processing device, and environmental pollution is very large, also large to workman's harmfulness; What have has a recycling and processing device, generally with recycling and processing device, separate, waste is large, poor reliability, not energy-conservation, move not steady, usually adopt blower fan and the dedusting of strainer combination, noise is heavy, efficiency of dust collection is low, filter area is little, normal occur because of strainer can't dedusting by shutoff, only have strainer is taken out to clean just can reuse, and the high shortcoming of replacement frequency.It is integrated that the utility model will have processing plant and the dust environmental protection recycling and processing device of dust, the dust environmental protection recycling and processing device adopted utilizes the blower fan running, form negative pressure, after the air that operation room includes dust is entered dust absorption passage and is arrived the laying dust chamber and filter by the below suction port of device, when adsorbing powder dust is stacked into certain thickness on strainer, because the adhesion between dust granules is less, a part is by the Automatic-falling sedimentation, and the dust of another part absorption will be in the blower fan arranged stops operating off time, because the high back voltage top blast air pulse arranged on strainer is shaken off sedimentation to the impact endurance test shock of strainer, thereby cleaning filter paper, make strainer Reusability for a long time, strainer adopts collapsible filter paper, thereby has greatly increased filter area, overcome above shortcoming.
Summary of the invention:
Technical problem to be solved: overcome the existing processing plant that now has dust, what have does not carry out dust environmental protection recycling, and environmental pollution is very large, also large to workman's harmfulness; What have has a recycling and processing device, generally with recycling and processing device, separate, waste is large, poor reliability, not energy-conservation, move not steady, usually adopt blower fan and the dedusting of strainer combination, noise is heavy, efficiency of dust collection is low, filter area is little, normal occur because of strainer can't dedusting by shutoff, only have strainer is taken out to clean just can reuse, and the high shortcoming of replacement frequency.
Technical scheme: main structure comprises that processing plant, energy-conserving and environment-protective dust recycling and processing device form, and is characterized in that: processing plant, energy-conserving and environment-protective dust recycling and processing device combine by welding, riveted; Processing plant is combined by the verge board welding of dust absorption passage front, the riveted of two of left and right sidewall, upper cover plate, front verge board, workshop door, window and energy-conserving and environment-protective dust recycling and processing device; Energy-conserving and environment-protective dust recycling and processing device is combined by shell, dust absorption passage, dust absorption fan system, laying dust chamber, strainer, strainer high back voltage top blast device, dust excretory system, laying dust chamber support column, support reinforcing beam and power control system; Dust absorption passage is positioned at the back lower place of whole device, and dust absorption passage is connected with the laying dust chamber by the blower fan stationary barrier that opening is arranged in the middle of whole device; The dust absorption fan system is fixedly mounted on the blower fan stationary barrier that opening is arranged in laying dust chamber, and communicates with the laying dust chamber; The top of laying dust chamber support column is fixed in the laying dust chamber by the support reinforcing beam; Strainer is fixedly mounted on the laying dust chamber on top strainer fixed head, is positioned at Nei Bing upper end, laying dust chamber and communicates with atmosphere; Strainer high back voltage top blast device is fixed on the external surface of laying dust top of chamber by blowing pipe support, be positioned at whole device directly over, its air compressor is placed on the following ground line of whole device, by the compressed air air duct, with injection tube, is connected; The dust excretory system is fixed in Nei De bottom, laying dust chamber by chain wheel shaft, chain support roller, chain tensioning device, chain wheel shaft fixed bar, and the dust eduction gear of dust excretory system is positioned at the right side of whole device, with the laying dust chamber, communicates; Power control system is arranged on the external surface of right side wall of whole device, by wire, with the electrical equipment of each several part, with power supply, is connected.
Dust absorption passage is by forming a lower ending opening by the blower fan stationary barrier of opening in the middle of outer casing frontispiece lower end suction port, two sidewalls, front verge board, backplate, upper cover plate and whole device and the cube container of blower fan permanent opening being arranged.
The dust absorption fan system is formed by connecting by wire and power control system by dust absorption fan, and dust absorption fan is fixed on the blower fan stationary barrier opening part that opening is arranged in the middle of whole device.
The laying dust chamber is by having the blower fan stationary barrier of opening, lower ceiling cover plate, U-shaped laying dust groove, front verge board, upper top to have the right side wall of fixed head, left side wall, support reinforcing beam and the dust eduction gear of strainer opening to combine in the middle of whole device, and the top of laying dust chamber support column is fixed in the laying dust chamber by the support reinforcing beam.
Strainer is combined by filtering element (cartridge) net, filter paper skeleton and collapsible filter paper, and strainer is fixed on the top in laying dust chamber by the fixed bar of strainer fixed head and strainer lower end, and filtering element (cartridge) net opening communicates with atmosphere.
Strainer high back voltage top blast device is comprised of air compressor, air compressor motor, gasholder, electromagnetic impulse valve, injection tube and compressed air air duct, air compressor is connected by the compressed air air duct with gasholder, electromagnetic impulse valve, injection tube, injection tube and compressed air air duct are fixed on the external surface of laying dust top of chamber by blowing pipe support, and exposed in air, on the ground line of air compressor fixed placement below whole device, the air compressor motor is connected with power control system by wire with electromagnetic impulse valve.
The dust excretory system is comprised of dust conveyer and dust eduction gear, the dust conveyer is by chain tensioning device, the dust scraper plate, chain, the chain wheel shaft, chain support roller and chain drive motor combination form, the dust scraper plate is fixed on the outside of chain equally spacedly, the dust conveyer is by the chain wheel shaft, the chain support roller, chain tensioning device, chain wheel shaft fixed bar is fixed in the bottom in laying dust chamber, its right-hand member reaches above dust excretion funnel, the dust eduction gear is drained funnel by dust, the funnel stop valve, the dust collection bag combines, dust eduction gear upper end communicates with the laying dust chamber, dust eduction gear upper end is fixed on support column top, laying dust chamber, be positioned at the right side of whole device.
Power control system is formed by connecting by wire by power supply, controller, switch, indicator lamp, pulse control instrument and socket.
Beneficial effect: overcome the existing processing plant that now has dust, what have does not carry out dust environmental protection recycling, and environmental pollution is very large, also large to workman's harmfulness; What have has a recycling and processing device, generally with recycling and processing device, separate, waste is large, poor reliability, not energy-conservation, move not steady, usually adopt blower fan and the dedusting of strainer combination, noise is heavy, efficiency of dust collection is low, filter area is little, normal occur because of strainer can't dedusting by shutoff, only have strainer is taken out to clean just can reuse, and the high shortcoming of replacement frequency.
Four, accompanying drawing explanation:
Fig. 1 is a kind of energy-conserving and environment-protective with dust recycling and processing device processing plant surface structure schematic diagram
Figure 1: Processing Workshop 1; energy saving dust recycling processing apparatus; workshop door 3; front windshield 4; processing plant windows 5; right side wall 6; the processing plant cover 7; dust chamber front windshield 8; right sidewall suction channel 9; air intake filters out 10; reverse high pressure filter top-blowing device 11; injection tube injection port 12; injection tube 13; electromagnetic pulse valve 14; blow tube bracket 15; air the air supply conduit 16; dust drain means 17; excretion dust hopper 18; air compressor 19; air compressor motor 20; hopper close valve 21; dust collection bag 22; dust chamber support column 23; supporting reinforcing beam 24; chain tensioner 25; power control system 26; power supply plug wire control system 27; chain drive motor 28; Case 29
Fig. 2 is a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model master of processing plant perspective structure schematic diagram
In Fig. 2: the suction port 39 of U-shaped laying dust groove 37 laying dust chamber 38 dust absorption passages of injection tube 13 blowing pipe support 15 compressed air air duct 16 dust excretion funnel 18 air compressor 19 air compressor motor 20 funnel stop valve 21 dust collection bag 22 laying dust chamber support column 23 support reinforcing beam 24 chain tensioning device 25 power control system 26 power control system power supply plug wire 27 shell 29 dust absorption passage front verge board 30 strainer 31 dust absorption fan 32 chain 33 dust scraper plate 34 chain support roller 35 chain drive motor wheel shaft 36
Fig. 3 is the left perspective structure schematic diagram of a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model processing plant
In Fig. 3: suction port 39 chain drive motor 40 dust absorption passages 41 of processing plant 1 injection tube winding-up mouthful U-shaped laying dust groove 37 laying dust chamber 38 dust absorption passages of 12 injection tube 13 compressed air air duct 16 laying dust chamber support column 23 support reinforcing beam 24 chain tensioning device 25 shell 29 dust absorption passage front verge board 30 strainer 31 dust absorption fan 32 chain 33 dust scraper plate 34 have the blower fan stationary barrier 42 chain wheel shaft 43 chain wheel shaft fixed bars 44 of opening
Fig. 4 is the left outside sight structural representation of a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model processing plant
In Fig. 4: processing plant 1 injection tube 13 compressed air air duct 16 laying dust chamber support column 23 support reinforcing beam 24 chain tensioning device 25 shell 29 chain drive motor 40 dust absorption passages 41 have the blower fan stationary barrier 42 laying dust chamber left side walls 45 of opening
Fig. 5 is that the surface structure schematic diagram is overlooked by a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model processing plant
In Fig. 5: processing plant 1 strainer air inlet/outlet 10 strainer high back voltage top blast device 11 injection tube winding-ups mouthful 12 injection tube 13 blowing pipe support 15 compressed air air duct 16 dust excretion funnel 18 air compressor 19 air compressor motor 20 chain tensioning device 25 power control system 26 power control system power supply plug wire 27 shell 29 chain drive motor 40 strainer fixed head 46 gasholder 47
Fig. 6 is a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model processing plant backsight surface structure schematic diagram
In Fig. 6: motor 20 funnel stop valve 21 dust collection bag 22 chain tensioning device 25 power control system 26 power control system power supply plug wire 27 gasholder 47 backplates 48 of injection tube 13 compressed air air duct 16 dust eduction gear 17 dust excretion funnel 18 air compressor 19 air compressors
Fig. 7 is the structural representation of a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model processing plant strainer
In Fig. 7: the collapsible filter paper 51 of filtering element (cartridge) net 49 filter paper skeleton 50
Fig. 8 is a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model processing plant power control system electricity principle schematic
In Fig. 8: motor 20 chain drive motor 28 dust absorption fan 32 controller 52 switch 53 indicator lamp 54 pulse control instrument 55 socket 56 power supplys 57 of air compressor
Fig. 9 is a kind of energy-conserving and environment-protective with the dust recycling and processing device of the utility model processing plant power control system workflow schematic diagram
Five, the specific embodiment:
1, select suitable material to make by the lower ending opening formed by the dividing plate of blower fan permanent opening in the middle of outer casing frontispiece lower end suction port, two sidewalls, front verge board, backplate, upper cover plate and whole devices and cube container---the dust absorption passage that the blower fan permanent opening is arranged.
2, dust absorption fan is fixed on to the middle blower fan stationary barrier opening part that opening is arranged of dust absorption passage and whole device; By wire, dust absorption fan system and power control system are connected to form to the dust absorption fan system again.
3, select suitable material to make by the middle of shell, whole device, having the right side wall of the blower fan stationary barrier of opening, lower ceiling cover plate, U-shaped laying dust groove, front verge board, upper top strainer fixed head, left side wall and dust eduction gear to combine the laying dust chamber; And combine with dust absorption passage welding, riveted.
4, fabrication and installation strainer, strainer is fixed on the top in laying dust chamber by the fixed bar of strainer fixed head and strainer lower end, and filtering element (cartridge) net opening communicates with atmosphere.
5, fabrication and installation strainer high back voltage top blast device, injection tube and compressed air air duct are fixed on the external surface of laying dust top of chamber by blowing pipe support, and exposed in air, air compressor is connected by the compressed air air duct with injection tube, on the ground line of air compressor fixed placement below whole device, the motor of air compressor is connected with power control system by wire.
6, fabrication and installation dust conveyer, the dust scraper plate is fixed on equally spacedly to the outside of chain, the dust conveyer is fixed in the bottom in laying dust chamber by chain wheel shaft, chain support roller, chain drive electric machine rotation wheel, chain tensioning device, chain wheel shaft fixed bar, its right-hand member reaches above dust excretion funnel, the chain drive motor is fixed in the laying dust chamber by fixed bar, and is connected with power control system by wire.
7, fabrication and installation dust eduction gear, select suitable material to make well dust excretion funnel, funnel stop valve, dust collection bag, their welding, riveted are combined, dust eduction gear upper end is communicated with the laying dust chamber, dust eduction gear upper end is fixed on to support column top, laying dust chamber, and forms with the laying dust chamber container sealed.
8, by above step, shell, dust absorption passage, dust absorption fan system, laying dust chamber, strainer, strainer high back voltage top blast device, dust excretory system, laying dust chamber support column, support reinforcing beam and power control system are formed, just produce energy-conserving and environment-protective dust recycling and processing device.
9, make processing plant, then by the processing plant made with the dust absorption passage front verge board of energy-conserving and environment-protective dust recycling and processing device, weld, just cost of manufacture utility model of riveted.
Claims (10)
1. the processing plant of the energy-conserving and environment-protective with the dust recycling and processing device, technical scheme: main structure comprises that processing plant, energy-conserving and environment-protective dust recycling and processing device form, and is characterized in that: processing plant, energy-conserving and environment-protective dust recycling and processing device combine by welding, riveted.
2. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 1 processing plant, it is characterized in that: processing plant is combined by the verge board welding of dust absorption passage front, the riveted of two of left and right sidewall, upper cover plate, front verge board, workshop door, window and energy-conserving and environment-protective dust recycling and processing device.
3. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 1 processing plant, it is characterized in that: energy-conserving and environment-protective dust recycling and processing device is combined by shell, dust absorption passage, dust absorption fan system, laying dust chamber, strainer, strainer high back voltage top blast device, dust excretory system, laying dust chamber support column, support reinforcing beam and power control system; Dust absorption passage is positioned at the back lower place of whole device, and dust absorption passage is connected with the laying dust chamber by the blower fan stationary barrier that opening is arranged in the middle of whole device; The dust absorption fan system is fixedly mounted on the blower fan stationary barrier that opening is arranged in laying dust chamber, and communicates with the laying dust chamber; The top of laying dust chamber support column is fixed in the laying dust chamber by the support reinforcing beam; Strainer is fixedly mounted on the laying dust chamber on top strainer fixed head, is positioned at Nei Bing upper end, laying dust chamber and communicates with atmosphere; Strainer high back voltage top blast device is fixed on the external surface of laying dust top of chamber by blowing pipe support, be positioned at whole device directly over, its air compressor is placed on the following ground line of whole device, by the compressed air air duct, with injection tube, is connected; The dust excretory system is fixed in Nei De bottom, laying dust chamber by chain wheel shaft, chain support roller, chain tensioning device, chain wheel shaft fixed bar, and the dust eduction gear of dust excretory system is positioned at the right side of whole device, with the laying dust chamber, communicates; Power control system is arranged on the external surface of right side wall of whole device, by wire, with the electrical equipment of each several part, with power supply, is connected.
4. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 3 processing plant is characterized in that: dust absorption passage is by forming a lower ending opening by the blower fan stationary barrier of opening in the middle of outer casing frontispiece lower end suction port, two sidewalls, front verge board, backplate, upper cover plate and whole devices and the cube container of blower fan permanent opening being arranged.
5. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 3 processing plant, it is characterized in that: the dust absorption fan system is formed by connecting by wire and power control system by dust absorption fan, and dust absorption fan is fixed on the blower fan stationary barrier opening part that opening is arranged in the middle of whole device.
6. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 3 processing plant, it is characterized in that: the laying dust chamber is by having the blower fan stationary barrier of opening, lower ceiling cover plate, U-shaped laying dust groove, front verge board, upper top to have the right side wall of fixed head, left side wall, support reinforcing beam and the dust eduction gear of strainer opening to combine in the middle of whole device, and the top of laying dust chamber support column is fixed in the laying dust chamber by the support reinforcing beam.
7. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 3 processing plant, it is characterized in that: strainer is combined by filtering element (cartridge) net, filter paper skeleton and collapsible filter paper, strainer is fixed on the top in laying dust chamber by the fixed bar of strainer fixed head and strainer lower end, filtering element (cartridge) net opening communicates with atmosphere.
8. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 3 processing plant, it is characterized in that: strainer high back voltage top blast device is by air compressor, the air compressor motor, gasholder, electromagnetic impulse valve, injection tube and compressed air air duct form, air compressor and gasholder, electromagnetic impulse valve, injection tube connects by the compressed air air duct, injection tube and compressed air air duct are fixed on the external surface of laying dust top of chamber by blowing pipe support, and exposed in air, on the ground line of air compressor fixed placement below whole device, the air compressor motor is connected with power control system by wire with electromagnetic impulse valve.
9. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 3 processing plant, it is characterized in that: the dust excretory system is comprised of dust conveyer and dust eduction gear, the dust conveyer is by chain tensioning device, the dust scraper plate, chain, the chain wheel shaft, chain support roller and chain drive motor combination form, the dust scraper plate is fixed on the outside of chain equally spacedly, the dust conveyer is by the chain wheel shaft, the chain support roller, chain tensioning device, chain wheel shaft fixed bar is fixed in the bottom in laying dust chamber, its right-hand member reaches above dust excretion funnel, the dust eduction gear is drained funnel by dust, the funnel stop valve, the dust collection bag combines, dust eduction gear upper end communicates with the laying dust chamber, dust eduction gear upper end is fixed on support column top, laying dust chamber, be positioned at the right side of whole device.
10. a kind of energy-conserving and environment-protective with the dust recycling and processing device according to claim 3 processing plant, it is characterized in that: power control system is formed by connecting by wire by power supply, controller, switch, indicator lamp, pulse control instrument and socket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320051861 CN203097358U (en) | 2013-01-30 | 2013-01-30 | Energy-saving and environment-friendly processing workshop with dust recycling and processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320051861 CN203097358U (en) | 2013-01-30 | 2013-01-30 | Energy-saving and environment-friendly processing workshop with dust recycling and processing device |
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| Publication Number | Publication Date |
|---|---|
| CN203097358U true CN203097358U (en) | 2013-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320051861 Expired - Fee Related CN203097358U (en) | 2013-01-30 | 2013-01-30 | Energy-saving and environment-friendly processing workshop with dust recycling and processing device |
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| Country | Link |
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| CN (1) | CN203097358U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111894314A (en) * | 2020-07-06 | 2020-11-06 | 北新集团建材股份有限公司 | High-speed saw cutting edge noise reduction room for thistle board |
-
2013
- 2013-01-30 CN CN 201320051861 patent/CN203097358U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111894314A (en) * | 2020-07-06 | 2020-11-06 | 北新集团建材股份有限公司 | High-speed saw cutting edge noise reduction room for thistle board |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130731 Termination date: 20140130 |