CN107597387A - Building stones process dust-free noise reduction production line - Google Patents
Building stones process dust-free noise reduction production line Download PDFInfo
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- CN107597387A CN107597387A CN201710947825.8A CN201710947825A CN107597387A CN 107597387 A CN107597387 A CN 107597387A CN 201710947825 A CN201710947825 A CN 201710947825A CN 107597387 A CN107597387 A CN 107597387A
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- stone face
- water
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Abstract
Building stones provided by the invention process dust-free noise reduction production line, belong to building stones production technical field, mainly solve the problem of production process dust noise pollution in the prior art is serious, stone face mixes with miscellaneous soil, without corresponding separator.Including breaker, water wash system, screening plant, select sand device, stone face sludge-water separating system, building stones finished product collection system, sand material collection system, stone face collection system and sludge collection system；It is characterized in：The breaker includes the one-level breaker and water curtain type dust/noise-reducing breaker positioned at rickyard, increase precipitation separation device in the flood pattern into breaker, sewage is handled, taper stone face separator and taper Soil separation device are set between sand device and sedimentation basin selecting, stone face is effectively reclaimed, improves building stones production and processing quality, increase income, meanwhile realize that building stones produce dustlessization, environmental pollution is small.
Description
Technical field
The invention belongs to building stones production technical field, and in particular to building stones process dust-free noise reduction production line.
Background technology
At present, outstanding problem existing for stone production line is：First, production process airborne dust, dust, noise pollution are serious, two
It is that the building stones product produced is impure, is mingled with miscellaneous soil, stone face mixes with miscellaneous native, small, fine particles, do not separated accordingly
Device is so as to influenceing the construction quality of construction industry.
The content of the invention
It is an object of the invention to provide in process of production simultaneously recovery and rinsing building stones sewage and broken building stones are produced
Sand material, stone face and soil separated and full-course dust-free noise reduction building stones processing dust-free noise reduction production line.
The present invention adopts the technical scheme that to solve above-mentioned technical problem：
Building stones process dust-free noise reduction production line, including breaker, water wash system, screening plant, select sand device, stone face
Soil piece-rate system, building stones finished product collection system, sand material collection system, stone face collection system and sludge collection system；It is special
Putting is：The breaker includes the one-level breaker and water curtain type dust/noise-reducing breaker positioned at rickyard, the water
Dust/noise-reducing water screen generating device is provided with curtain dust/noise-reducing breaker feeding mouth, the dust/noise-reducing cascade fills
Setting in above broken operating mechanism, cascade caused by dust/noise-reducing water screen generating device blocks whole feeding mouth, and one-level is broken
Connected between the discharging opening of crushing device and the charging aperture of water curtain type dust/noise-reducing breaker by one-level Waste water screen；
The water wash system includes precipitation separation device, clear water reserviors, one-level sewage collection equipment, B-grade sewage and collects dress
Put；The screening plant includes one-level Waste water screen, drum-type Waste water screen and separating sieve；
The input of the precipitation separation device is connected by sewage up-hill line with molten pond, the precipitation separation device
Treated water outlet passes through the pipeline water filling port and water that are arranged on feed well with the one-level breaker positioned at rickyard respectively
The water filling port of curtain dust/noise-reducing breaker connects；The clear water reserviors wash the input port phase for mending device by pipeline with clear water
Connect；The delivery outlet that the clear water washes benefit device is located at drum-type Waste water screen close to the top of outlet；The drum-type Waste water screen position
Between water curtain type dust/noise-reducing breaker and separating sieve；The one-level sewage collection equipment is located at one-level breaker and water
The lower section of one-level Waste water screen between curtain dust/noise-reducing breaker, its outlet side pass through sewage downstream pip and B-grade sewage
The outlet side of collection device connects；The B-grade sewage collection device is located at the lower section of drum-type Waste water screen, and its outlet side passes through
Pipeline is with selecting the input of sand device to connect；
The stone face soil piece-rate system includes taper stone face separator and taper Soil separation device, the cone
Shape stone face separator includes mortar pump, scraper plate, rotating shaft, shell and motor, the motor drive shaft, by rotating shaft band
Dynamic scraper plate, the scraper plate is located at the taper position of enclosure, between the side of the scraper plate and tapered portion bit parallel leave necessarily
Gap；The structure of the taper Soil separation device is similar with the taper stone face separator；The taper stone face separation
Device is connected by pipeline with the stone face soil and aqueous mixtures delivery outlet of fine sand separator；The taper stone face separation
The soil water output of device is connected by pipeline with the input port of taper Soil separation device, the taper stone face separation dress
The stone face input port put is through the mortar pump and pipeline to the input port of stone face filter-pressing device；The stone face pressure filter
Stone face storehouse is provided with below the delivery outlet of device；The press filtration water of the taper stone face separator passes through pipeline and sedimentation basin
It is connected；
The muddy water output of the taper Soil separation device is connected by pipeline with sedimentation basin, its soil after precipitating
Delivery outlet is connected via slush pump and pipeline with the input port of soil filter-pressing device, the press filtration water output of the soil filter-pressing device
Mouth is connected by pipeline with sedimentation basin, and clay bin is provided with below its press filtration soil delivery outlet；
The precipitation post-genomic period water output of the sedimentation basin is connected by pipeline with molten pond；The molten pond passes through sewage
Up-hill line is connected with the muddy water input of precipitation separation device；
Sewage pump is provided with the molten pond；Clarified water pump is provided with the clear water reserviors；
The fine sand separator is provided with fine sand stone face soil turbidity input, the output of stone face soil turbidity
End and fine sand delivery outlet, the fine sand stone face soil turbidity input and the fine sand stone face soil muddiness for selecting sand device 15
Water output end connects, and the stone face soil turbidity output end connects with taper stone face separator, the fine sand output
Mouth connects with the input of fine sand conveying device；
The building stones finished product collection system includes building stones conveyer and warehouse for finished product, wherein：The input of building stones conveyer with
The output end of separating sieve connects；
The sand material collection system includes sand material conveyer and coarse sand storehouse, wherein：The input of sand material conveyer is with selecting sand
The sand material output end of device connects；The output end of sand material conveyer is corresponding with coarse sand storehouse；
Stone face collection system includes fine sand conveying device and fine sand collects storehouse；Wherein：The fine sand conveying device
Input connect with fine sand delivery outlet, it is corresponding that the output end of fine sand conveying device and fine sand collect storehouse.
The sludge collection system of the precipitation separation device bottom passes through sludge down pipe and taper Soil separation device
Input port connects.
The present invention compared with prior art, has the advantages that：
The present invention is due to using water wash system, two-stage breaker, stone face sludge-water separating system, realizing in building stones processing
Caused sand material and stone face can fully recycle；The precipitation separator of use enables sewage fully to reclaim circulation profit
With saving water resource, being advantageous to environmental protection, meet national environmental protection policy.Add production using water curtain type dust/noise-reducing device
Work building stones environment is preferably protected, and increases the economic benefit of building stones processing factory, while extends the service life of process equipment.
Brief description of the drawings
Fig. 1 is the structural representation of the present invention；
Fig. 2 is the water curtain type dust/noise-reducing breaker schematic diagram of the present invention；
Fig. 3 is the left view of structure shown in Fig. 2；
Fig. 4 is the structural representation of the taper stone face separator of the present invention.
In figure：1-precipitation separation device；2-treated water outlet；3-positioned at the one-level breaker of rickyard；4-water
Curtain dust/noise-reducing breaker；4-0-water filling port；4-1-dust/noise-reducing water screen generating device；4-2-broken operating mechanism；
4-3-feeding mouth；4-4-cascade；5-drum-type Waste water screen；6-clear water washes benefit device；7-clear water reserviors；8-separating sieve；9—
Warehouse for finished product；10-building stones conveyer；11-coarse sand storehouse；12-sand material conveyer；13-fine sand separator；14-fine sand exports
Mouthful；15-select sand device；16-B-grade sewage collection device；17-taper stone face separator；17-1-mortar pump；17-
2-scraper plate；17-3-rotating shaft；17-4-shell；17-5-motor；18-fine sand conveying device；19-fine sand collects storehouse；
20-sewage downstream pip；21-one-level sewage collection equipment；22-one-level Waste water screen；23-sludge collection system；24-dirty
Mud down pipe；25-stone face filter-pressing device；26-stone face storehouse；27-taper Soil separation device；27-1-slush pump；
28-soil filter-pressing device；29-clay bin；30-sedimentation basin；31-molten pond；32-sewage up-hill line.
Embodiment
As shown in Figure 1, Figure 2, shown in Fig. 3 and Fig. 4, building stones processing dust-free noise reduction production line, including breaker, water wash system,
Screening plant, sand device 15, stone face soil piece-rate system, building stones finished product collection system, sand material collection system, stone face is selected to receive
Collecting system and sludge collection system 23；It is characterized in：The breaker includes the one-level breaker 3 and water positioned at rickyard
Curtain dust/noise-reducing breaker 4, dust/noise-reducing water is provided with the feeding mouth 4-3 of water curtain type dust/noise-reducing breaker 4
Curtain generating means 4-1, the dust/noise-reducing water screen generating device 4-1 are located at broken operating mechanism 4-2 tops, dust/noise-reducing cascade
Cascade 4-4 caused by generating means 4-1 blocks whole feeding mouth 4-3, discharging opening and the water curtain type depositing dust of one-level breaker 3
Connected between the charging aperture of noise reduction breaker 4 by one-level Waste water screen 22；
The water wash system includes precipitation separation device 1, clear water reserviors 7, one-level sewage collection equipment 21, B-grade sewage and collected
Device 16；The screening plant includes one-level Waste water screen 22, drum-type Waste water screen 5 and separating sieve 8；
The input of the precipitation separation device 1 is connected by sewage up-hill line 32 with molten pond 31, precipitation separation
The treated water outlet 2 of device 1 passes through the pipeline note being arranged on feed well with the one-level breaker 3 positioned at rickyard respectively
The water filling port 4-0 of the mouth of a river and water curtain type dust/noise-reducing breaker 4 connects；The clear water reserviors 7 wash benefit dress by pipeline and clear water
6 input port is put to connect；The delivery outlet that the clear water washes benefit device 6 is located at drum-type Waste water screen 5 close to the top of outlet；It is described
Drum-type Waste water screen 5 is located between water curtain type dust/noise-reducing breaker 4 and separating sieve 8；The one-level sewage collection equipment 21
The lower section of one-level Waste water screen 22 between one-level breaker 3 and water curtain type dust/noise-reducing breaker 4, its outlet side lead to
The outlet side that sewage downstream pip 20 is crossed with B-grade sewage collection device 16 connects；The B-grade sewage collection device 16 is positioned at rolling
The lower section of cartridge type Waste water screen 5, its outlet side is by pipeline with selecting the input of sand device 15 to connect；
The stone face soil piece-rate system includes taper stone face separator 17 and taper Soil separation device 27, institute
Stating taper stone face separator 17 includes mortar pump 17-1, scraper plate 17-2, rotating shaft 17-3, shell 17-4 and motor 17-5,
The motor 17-5 drive shaft 17-3, it is located at by rotating shaft 17-3 drive scraper plates 17-2, the scraper plate 17-2 in shell 17-4
The taper position in portion, side and the tapered portion bit parallel of the scraper plate 17-2 leave certain interval；The taper soil separation dress
Put 27 structure it is similar with the taper stone face separator 17；The taper stone face separator 17 is by pipeline and carefully
The stone face soil and aqueous mixtures delivery outlet of sand separating apparatus 13 are connected；The soil water of the taper stone face separator 17
Delivery outlet is connected by pipeline with the input port of taper Soil separation device 27, the stone of the taper stone face separator 17
Face input port is through the mortar pump 17-1 and pipeline to the input port of stone face filter-pressing device 25；The stone face pressure filter dress
Put and be provided with stone face storehouse 26 below 25 delivery outlet；The press filtration water of the taper stone face separator 17 is by pipeline with sinking
Shallow lake pond 30 is connected；
The muddy water output of the taper Soil separation device 27 is connected by pipeline with sedimentation basin 30, after it is precipitated
Soil delivery outlet is connected via slush pump 27-1 and pipeline with the input port of soil filter-pressing device 28, the soil filter-pressing device 28
Press filtration water output be connected by pipeline with sedimentation basin 30, be provided with clay bin 29 below its press filtration soil delivery outlet；
The precipitation post-genomic period water output of the sedimentation basin 30 is connected by pipeline with molten pond 31；The molten pond 31 is logical
Sewage up-hill line 32 is crossed with the muddy water input of precipitation separation device 1 to be connected；
Sewage pump is provided with the molten pond 31；Clarified water pump is provided with the clear water reserviors 7；
It is defeated that the fine sand separator 13 is provided with fine sand stone face soil turbidity input, stone face soil turbidity
Go out end and fine sand delivery outlet 14, the fine sand stone face soil turbidity input and the fine sand stone face soil for selecting sand device 15
Turbidity output end connects, and the stone face soil turbidity output end connects with taper stone face separator 17, described thin
Sand delivery outlet 14 connects with the input of fine sand conveying device 18；
The building stones finished product collection system includes building stones conveyer 10 and warehouse for finished product 9, wherein：The input of building stones conveyer 10
End connects with the output end of separating sieve 8；
The sand material collection system includes sand material conveyer 12 and coarse sand storehouse 11, wherein：The input of sand material conveyer 12
With selecting the sand material output end of sand device 15 to connect；The output end of sand material conveyer 12 is corresponding with coarse sand storehouse 11；
Stone face collection system includes fine sand conveying device 18 and fine sand collects storehouse 19；Wherein：The fine sand conveying
The input of device 18 connects with fine sand delivery outlet 14, and output end and fine sand the collection storehouse 19 of fine sand conveying device 18 are corresponding.
The sludge collection system 23 of the bottom of precipitation separation device 1 separates dress by sludge down pipe 24 with taper soil
Put 27 input port connection.
The course of work：
The present invention is in use, building stones now, open water by the charging aperture entrance of the one-level breaker 3 positioned at rickyard
System is washed, the water flowed out by the treated water outlet 2 of precipitation separation device 1, by the water filling port sprinkle of feed well on building stones, through one
Building stones after level is broken, are transported into building stones system of processing by closed transmission mechanism, after one-level Waste water screen 22, entered
Water curtain type dust/noise-reducing breaker 4 continues to crush, and in water curtain type dust/noise-reducing breaker 4, is sent out by dust/noise-reducing cascade
Cascade 4-4 caused by generating apparatus 4-1 by broken operating mechanism 4-2 work caused by dust and noise absorbent, then by roller
After formula Waste water screen 5, into separating sieve 8, warehouse for finished product 9 is entered after sorting；Carried out as needed in the top of drum-type Waste water screen 5 clear
Washing is mended, and washing benefit device 6 by clear water carries out moisturizing and cleaning, meanwhile, one-level sewage collection equipment 21 and B-grade sewage collect dress
Put 16 and be collected into the stone face coarse sand fine sand soil water dregs that one-level Waste water screen 22 and drum-type Waste water screen 5 leak down and note together
Enter to the input for selecting sand device 15, after selecting sand device 15 to separate coarse sand with fine sand stone face soil water, respectively by coarse sand
Coarse sand storehouse 11 is output to, fine sand, stone face and soil water are exported defeated through fine sand delivery outlet 14 to fine sand separator 13, fine sand
Go out the input to fine sand conveying device 18, the output end lower section of fine sand conveying device 18, the fine sand of setting collects storehouse 19 will be thin
Sand collects；
Sludge is through sludge down pipe 24 to taper Soil separation device 27, taper soil point after precipitation separation device 1 precipitates
Slowly rotated in central rotating shaft 17-3 from device 27 and drive scraper plate 17-2, the soil of precipitation is swept and exported, then passes through mud
Stock pump 27-1, which is pumped into filter-pressing device 28, carries out press filtration, and the water after press filtration flows into sedimentation basin 30, and the turbidity of sedimentation basin 30 flows again
Enter molten pond 31, be pumped into by sewage pump by sewage up-hill line 32 in precipitation separation device 1, in this way, building stones, sand material, stone
Face and sludge store classifiedly, classification sale, improve building stones processing factory economic benefit, and in process of production without
Dirt is without hazardous noise.
Claims (1)
1. building stones process dust-free noise reduction production line, including breaker, water wash system, screening plant, select sand device (15), stone
Face soil piece-rate system, building stones finished product collection system, sand material collection system, stone face collection system and sludge collection system
(23)；It is characterized in that：The breaker includes crushing positioned at the one-level breaker (3) and water curtain type dust/noise-reducing of rickyard
Device (4), water curtain type dust/noise-reducing breaker (4) feeding mouth (4-3) place are provided with dust/noise-reducing water screen generating device
(4-1), the dust/noise-reducing water screen generating device (4-1) are located above broken operating mechanism (4-2), and dust/noise-reducing cascade occurs
Cascade (4-4) caused by device (4-1) blocks whole feeding mouth (4-3), the discharging opening and water curtain type of one-level breaker (3)
Connected between the charging aperture of dust/noise-reducing breaker (4) by one-level Waste water screen (22)；
The water wash system includes precipitation separation device (1), clear water reserviors (7), one-level sewage collection equipment (21), B-grade sewage and received
Acquisition means (16)；The screening plant includes one-level Waste water screen (22), drum-type Waste water screen (5 and separating sieve (8)；
The input of the precipitation separation device (1) is connected by sewage up-hill line (32) with molten pond (31), the precipitation point
Treated water outlet (2) from device (1) is arranged on charging with one-level breaker (3) positioned at rickyard respectively by pipeline
The water filling port (4-0) of water filling port and water curtain type dust/noise-reducing breaker (4) on groove connects；The clear water reserviors (7) pass through pipe
The input port that benefit device (6) is washed in road with clear water connects；The delivery outlet that the clear water washes benefit device (6) is located at drum-type Waste water screen
(5) close to the top of outlet；The drum-type Waste water screen (5) is located at water curtain type dust/noise-reducing breaker (4) and separating sieve (8)
Between；The one-level sewage collection equipment (21) be located at one-level breaker (3) and water curtain type dust/noise-reducing breaker (4) it
Between one-level Waste water screen (22) lower section, its outlet side passes through sewage downstream pip (20) and B-grade sewage collection device (16
Outlet side connects；The B-grade sewage collection device (16) is located at the lower section of drum-type Waste water screen (5), and its outlet side passes through pipeline
With selecting the input of sand device (15) to connect；
The stone face soil piece-rate system includes taper stone face separator (17) and taper Soil separation device (27), institute
Stating taper stone face separator (17) includes mortar pump (17-1), scraper plate (17-2), rotating shaft (17-3), shell (17-4) and electricity
Motivation (17-5), motor (17-5) drive shaft (17-3), scraper plate (17-2), the scraper plate are driven by rotating shaft (17-3)
(17-2) is located at the taper position of shell (17-4) inwall, and side and the tapered portion bit parallel of the scraper plate (17-2) leave necessarily
Gap；The structure of the taper Soil separation device (27) is similar with the taper stone face separator (17)；The taper
Stone face separator (17) is connected by pipeline with the stone face soil and aqueous mixtures delivery outlet of fine sand separator (13)；
The input that the soil water output of the taper stone face separator (17) passes through pipeline and taper Soil separation device (27)
Mouthful be connected, the stone face input port of the taper stone face separator (17) through the mortar pump (17-1) and pipeline extremely
The input port of stone face filter-pressing device (25)；Stone face storehouse is provided with below the delivery outlet of stone face filter-pressing device (25)
(26)；The press filtration water of the taper stone face separator (17) is connected by pipeline with sedimentation basin (30)；
The muddy water output of the taper Soil separation device (27) is connected by pipeline with sedimentation basin (30), after it is precipitated
Soil delivery outlet is connected via slush pump (27-1) and pipeline with the input port of soil filter-pressing device (28), the soil press filtration dress
The press filtration water output for putting (28) is connected by pipeline with sedimentation basin (30), and soil is provided with below its press filtration soil delivery outlet
Storehouse (29)；
The precipitation post-genomic period water output of the sedimentation basin (30) is connected by pipeline with molten pond (31)；The molten pond (31)
It is connected by sewage up-hill line (32) with the muddy water input of precipitation separation device (1)；
Sewage pump is provided with the molten pond (31)；Clarified water pump is provided with the clear water reserviors (7)；
The fine sand separator (13) is provided with fine sand stone face soil turbidity input, the output of stone face soil turbidity
End and fine sand delivery outlet (14), the fine sand stone face soil turbidity input and the fine sand stone face mud for selecting sand device (15)
Native turbidity output end connects, and the stone face soil turbidity output end connects with taper stone face separator (17), institute
The input that fine sand delivery outlet (14) is stated with fine sand conveying device (18) connects；
The building stones finished product collection system includes building stones conveyer (10) and warehouse for finished product (9), wherein：Building stones conveyer (10) it is defeated
Enter end with the output end of separating sieve (8) to connect；
The sand material collection system includes sand material conveyer (12) and coarse sand storehouse (11), wherein：The input of sand material conveyer (12)
Hold with selecting the sand material output end of sand device (15) to connect；The output end of sand material conveyer (12) is corresponding with coarse sand storehouse (11)；
Stone face collection system includes fine sand conveying device (18) and fine sand collects storehouse (19)；Wherein：The fine sand conveying
The input of device (18) connects with fine sand delivery outlet (14), and output end and the fine sand of fine sand conveying device (18) collect storehouse (19)
It is corresponding；
The sludge collection system (23) of precipitation separation device (1) bottom is separated by sludge down pipe (24) with taper soil
The input port connection of device (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710947825.8A CN107597387A (en) | 2017-10-12 | 2017-10-12 | Building stones process dust-free noise reduction production line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710947825.8A CN107597387A (en) | 2017-10-12 | 2017-10-12 | Building stones process dust-free noise reduction production line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107597387A true CN107597387A (en) | 2018-01-19 |
Family
ID=61068818
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710947825.8A Pending CN107597387A (en) | 2017-10-12 | 2017-10-12 | Building stones process dust-free noise reduction production line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107597387A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113053345A (en) * | 2021-03-12 | 2021-06-29 | 清研特材科技(洛阳)有限公司 | Water curtain/foamed aluminum composite noise reduction method and noise reduction device |
| CN114472299A (en) * | 2021-12-10 | 2022-05-13 | 民航机场建设工程有限公司 | Gravel screening, cleaning and recycling system and method |
| CN113053345B (en) * | 2021-03-12 | 2024-04-12 | 清研特材科技(洛阳)有限公司 | Water curtain/foamed aluminum composite noise reduction method and noise reduction device |
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| CN113053345A (en) * | 2021-03-12 | 2021-06-29 | 清研特材科技(洛阳)有限公司 | Water curtain/foamed aluminum composite noise reduction method and noise reduction device |
| CN113053345B (en) * | 2021-03-12 | 2024-04-12 | 清研特材科技(洛阳)有限公司 | Water curtain/foamed aluminum composite noise reduction method and noise reduction device |
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| CN114472299B (en) * | 2021-12-10 | 2024-01-05 | 民航机场建设工程有限公司 | Crushed stone screening, cleaning and recycling system and method |
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