CN208757759U - Building stones production mechanism sand production system - Google Patents
Building stones production mechanism sand production system Download PDFInfo
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- CN208757759U CN208757759U CN201821099462.3U CN201821099462U CN208757759U CN 208757759 U CN208757759 U CN 208757759U CN 201821099462 U CN201821099462 U CN 201821099462U CN 208757759 U CN208757759 U CN 208757759U
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Abstract
The utility model discloses a kind of building stones production mechanism sand production systems, including feeding bucket elevator, sand surge bunker processed, electro-hydraulic dynamic gate, sand frequency control feeding drag conveyor processed, sand feeding bucket elevator processed, sand making machine feeding chute, sand making machine, chute under two sand making machines, vibration material distributor, vibration material distributor chute, sand vibrating screen processed, dust collection cover on sand vibrating screen processed, gather dust mouth, chute before sieving, sieve lower funnel, sieve front scrapping plate machine, feeding three-way chute, sieve lower scraping plate conveyer, sieve lower scraping plate conveyer chute, finished product bucket elevator, finished product bucket elevator chute, powder concentrator, finished sand chute, finished sand planet discharger, finished sand scrapper conveyor, chute before finished sand scrapper conveyor, finished sand belt conveyor, ashes chute, ashes planet discharger and ashes belt conveyor.The utility model is arranged using building formula, is reduced occupied area, is gathered dust convenient for deduster, is controlled entire Machine-made Sand production system using intellectualizing system, is improved the quality of production capacity and finished sand.
Description
Technical field:
The utility model relates to a kind of Machine-made Sand production systems, produce system more particularly to a kind of building stones production mechanism sand
System, belongs to building stones production technical field.
Background technique:
Machine-made Sand is the rock, mill tailings or Industry Waste by Mechanical Crushing, the partial size being sieved into less than 4.75 millimeters
Solid impurity particle is commonly called as Machine-made Sand.Machine-made Sand production line is divided into two kinds of techniques of dry-method sand manufacturing and wet process sand by technique.Wet process sand is raw
Producing line is limited using mud powder and mountain flour in sand washer cleaning sand by water resource, and mountain flour wash off after destroy mechanism
The rational gradation composition of sand, results in waste of resources.Dry-method sand manufacturing production line capital equipment includes sand making machine, vibrating screen, powder concentrator, dedusting
Device etc. gets rid of the limitation of environment compared to wet process sand, and gradation is more preferable, more environmentally-friendly.Currently, because dry-method sand manufacturing gets rid of ring
Border limits, the grade of Machine-made Sand prepares, is more favorable for environmental protection, and is not limited by water source and environment, and mechanism sandstone production line is
It comes into operation extensively throughout the country.
The Machine-made Sand production system of the prior art, generallys use building stones of the partial size less than 50 millimeters and enters sand making machine and carry out brokenly
It is broken, enter vibrating screen by the building stones that sand making machine was crushed and sieved through row, the building stones less than 4.75 millimeters enter powder concentrator through row
Powder is selected, the finished sand for meeting gradation requirement enters finished sand feed bin, and the ashes for not meeting gradation requirement enters grey filler bin, is greater than
4.75 millimeters of building stones are again introduced into sand making machine and are crushed.It is gathered dust simultaneously using deduster transfer point and vibrating screen.
It is more that equipment is reprinted needed for the Machine-made Sand production system of the prior art, is taken up a large area, and (cannot be greater than according to vibrating screen returning charge amount
4.75 millimeters of building stones) size automatically control enter sand making machine raw material number, cause finished sand quality unstable.
Utility model content:
The technical problem to be solved by the utility model is to overcoming the deficiencies of the prior art and provide a kind of Machine-made Sand production
System is arranged using building formula, and controls entire Machine-made Sand production system using intellectualizing system, can require to produce according to gradation
The Machine-made Sand of high-quality.
The utility model is adopted the technical scheme that in order to solve the technical problem:
A kind of building stones production mechanism sand production system, including feeding bucket elevator, sand surge bunker processed, electro-hydraulic dynamic gate,
Sand frequency control feeding drag conveyor processed, sand feeding bucket elevator processed, sand making machine feeding chute, sand making machine, sand making machine
Once the lower chute of chute, sand making machine second, vibration material distributor, vibration material distributor chute, sand vibrating screen processed, receive on sand vibrating screen processed
The lower funnel of chute, sieve, sieve front scrapping plate machine, feeding three-way chute, sieve lower scraping plate conveyer, sieve lower scraping plate before dust hood, the mouth that gathers dust, sieve
Conveyer chute, finished product bucket elevator, finished product bucket elevator chute, powder concentrator, finished sand chute, finished sand planet discharging
Chute before device, finished sand scrapper conveyor, finished sand scrapper conveyor, finished sand belt conveyor, ashes chute, ashes planet discharger and
Ashes belt conveyor；
The feeding bucket elevator passes through flanged joint by the feed inlet of discharge port chute and sand surge bunker processed；It is described
The discharge port of sand surge bunker processed is connect by flange with electro-hydraulic dynamic gate, and the discharge port of the electro-hydraulic dynamic gate passes through flange and system
The feed inlet of sand frequency control feeding drag conveyor connects；The discharge port of the sand frequency control feeding drag conveyor processed is logical
It crosses flange to connect with the feed inlet of the feeding three-way chute on sand feeding bucket elevator feed inlet processed, the sand feeding bucket type processed
The discharge port of elevator is connect by flange with sand making machine feeding chute, and the discharge port of the sand making machine feeding chute passes through flange
It is connect with the feed inlet of sand making machine；Pass through the lower chute of flanged joint sand making machine first below two discharge ports of the sand making machine respectively
With the lower chute of sand making machine second, the discharge port of the lower chute of the sand making machine first and the lower chute of sand making machine second passes through soft company respectively
It connects and is connected with two feed inlets of vibration material distributor；The discharge port of the vibration material distributor is slipped by being flexible coupling with vibration material distributor
The discharge port of slot connection, the vibration material distributor chute is connect by flange with the feed inlet on dust collection cover on sand vibrating screen processed；
Dust collection cover is arranged on sand vibrating screen processed on the sand vibrating screen processed, on the sand vibrating screen processed dust collection cover and sand vibrating screen processed it
Between be attached by being flexible coupling, the corresponding chute before being provided with sieve of the discharge port of the sand vibrating screen processed, chute before the sieve
Discharge port and sieve front scrapping plate machine inlet by flanged joint, the discharge port of the sieve front scrapping plate machine passes through on flange and sand processed
Another feed inlet of feeding three-way chute on hopper type hoister feed inlet connects；
The lower funnel of sieve is correspondingly arranged below the sand vibrating screen processed, by soft between the sand vibrating screen processed and the lower funnel of sieve
Connection is connected, and the discharge port of funnel is connect by flange with the feed inlet for sieving lower scraping plate conveyer under the sieve, scrapes under the sieve
The discharge port of plate conveyer is connect by flange with the feed inlet of finished product bucket elevator；The discharging of the finished product bucket elevator
Mouth is connected by flange with the feed inlet of finished product bucket elevator chute, and the discharge port of the finished product bucket elevator chute is logical
The feed inlet for crossing flange and powder concentrator connects, discharge port and the finished sand planet discharger of the finished sand chute of the powder concentrator
For feed inlet by flanged joint, the discharge port of the finished sand planet discharger passes through the feed inlet of flange and finished sand scrapper conveyor
It connects, on the flange and finished sand belt conveyor that the discharge port of the finished sand scrapper conveyor passes through chute before finished sand scrapper conveyor
Deflector chute connection；The ash hole of the ashes chute of the powder concentrator and the feed inlet of ashes planet discharger are connected by flange
It connects, the discharge port of the ashes planet discharger is connect by flange with the deflector chute on ashes belt conveyor.
Feedstock transportation into sand surge bunker processed, is buffered the electro-hydraulic of bin discharge port external by sand processed by the feeding bucket elevator
Raw material is transported to sand feeding bucket type processed by feeding three-way chute by sand frequency control feeding drag conveyor processed and mentioned by dynamic gate
Rise machine in, by sand feeding bucket elevator discharge port processed connect sand making machine feeding chute by feedstock transportation into sand making machine into
Row is broken；The building stones being crushed by sand making machine enter vibration cloth by the lower chute of sand making machine first and the lower chute of sand making machine second
In material machine, then building stones are evenly arranged in by vibrating screen by the feed inlet of dust collection cover on vibration material distributor chute and sand vibrating screen processed
On；
Sieved by sand vibrating screen processed, the building stones greater than 4.75 millimeters enter before sieve in chute, by sieve front scrapping plate machine and
Feeding three-way chute is transported in sand feeding bucket elevator processed, is again introduced into sand making machine and is crushed；It is vibrated by sand processed
Sieve screening, the building stones less than 4.75 millimeters enter in the lower funnel of sieve, by sieve lower scraping plate conveyer the stone less than 4.75 millimeters
Material is transported in finished product bucket elevator, then is entered powder concentrator by finished product bucket elevator chute and carried out selecting powder；
Building stones less than 4.75 millimeters select powder by powder concentrator, and the finished sand for meeting gradation requirement passes through under finished sand chute
Finished sand planet discharger and finished sand scrapper conveyor reprinting be transported on finished sand belt conveyor, by finished sand belt conveying
Finished sand is transported in finished sand feed bin and stores by machine；Building stones less than 4.75 millimeters select powder by powder concentrator, do not meet gradation
It is required that ashes ashes belt conveyor is entered by ashes planet discharger under ashes chute, will be grey by ashes belt conveyor
Powder is transported in grey filler bin and stores.
Level sensor is set on the sand surge bunker processed, opening for feeding bucket elevator is controlled by level sensor
Stop, when it is useless reach set material position when, start feeding bucket elevator transferring raw material into sand surge bunker processed, when reaching set material
When position, stop starting sand feeding bucket elevator processed.
The sieve front scrapping plate machine uses Weighing type feed conveyer, how much is led to according to the returning charge on Weighing type feed conveyer
The signal for crossing weighing instrument automatically controls the speed of the sand frequency control feeding drag conveyor processed to control the feeding of raw material
Amount；It is automatic to drop by the output signal of weighing instrument when the returning charge amount on Weighing type feed conveyer reaches the set upper limit
The running speed of the low sand frequency control feeding drag conveyor processed reduces upper doses, when returning for Weighing type feed conveyer
When doses reaches set lower limit, the sand frequency control feeding drag conveyor processed is improved by the signal of weighing instrument automatically
Running speed increase upper doses.
According to production needs, the sand vibrating screen processed is provided with two layers of sieve plate, and upper sieve plate aperture is 5~20 millimeters, under
Layer hole diameter of sieve (perforated) plate is 3~5 millimeters.
The utility model is arranged using building formula, is reduced occupied area, is gathered dust convenient for deduster, using intellectualizing system control
Entire Machine-made Sand production system is made, sand making machine performance can be given full play to, improves the quality of production capacity and finished sand, while also just
In the modularized design of Machine-made Sand production system, keep Machine-made Sand production system convenient existing while energy conservation and environmental protection, reducing cost
Field construction, provides important evidence for Machine-made Sand production system Standardization Construction.
Detailed description of the invention:
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the K direction view in Fig. 1.
Specific embodiment:
The utility model is made further explanation in the following with reference to the drawings and specific embodiments:
Referring to Fig. 1 and Fig. 2, the parts title that each serial number is indicated in figure are as follows: 1 be feeding bucket elevator, 2 be system
Sand surge bunker, 3 be electro-hydraulic dynamic gate, 4 be sand frequency control feeding drag conveyor processed, 5 be sand feeding bucket elevator processed, 6
For sand making machine feeding chute, 7 be sand making machine, 8 be chute under sand making machine first, 9 be chute under sand making machine first, 10 be vibration cloth
Material machine, 11 be vibration material distributor chute, 12 be sand vibrating screen processed, 13 be dust collection cover on sand vibrating screen processed, 13-1 is gather dust mouth, 14
For sieve before chute, 15 be sieve lower funnel, 16 be sieve front scrapping plate machine, 17 be feeding three-way chute, 18 be sieve lower scraping plate conveyer,
18-1 is sieve lower scraping plate conveyer chute, 19 is finished product bucket elevator, 20 is finished product bucket elevator chute, 21 is to select powder
Machine, 22 be finished sand chute, 23 be finished sand planet discharger, 24 be finished sand scrapper conveyor, 25 be to slip before finished sand scrapper conveyor
Slot, 26 be finished sand belt conveyor, 27 be ashes chute, 28 be ashes planet discharger, 29 be ashes belt conveyor.
Embodiment: a kind of Machine-made Sand production system, including feeding bucket elevator 1, sand surge bunker 2 processed, electro-hydraulic dynamic gate
3, sand frequency control feeding drag conveyor 4 processed, sand feeding bucket elevator 5 processed, sand making machine feeding chute 6, sand making machine 7, system
The lower chute 9 of the lower chute 8 of sand machine first, sand making machine second, vibration material distributor 10, vibration material distributor chute 11, sand vibrating screen 12 processed,
The lower funnel 15 of chute 14, sieve, sieve front scrapping plate machine 16, feeding threeway are slipped before dust collection cover 13, gather dust a mouthful 13-1, sieve on sand vibrating screen processed
Slot 17, sieve lower scraping plate conveyer 18, sieve lower scraping plate conveyer chute 18-1, finished product bucket elevator 19, finished product bucket elevator
Before chute 20, powder concentrator 21, finished sand chute 22, finished sand planet discharger 23, finished sand scrapper conveyor 24, finished sand scrapper conveyor
Chute 25, finished sand belt conveyor 26, ashes chute 27, ashes planet discharger 28 and ashes belt conveyor 29.
Feeding bucket elevator 1 passes through flanged joint by the feed inlet of discharge port chute and sand surge bunker 2 processed；Sand processed is slow
The discharge port for rushing storehouse 2 is connect by flange with electro-hydraulic dynamic gate (3), and the discharge port of electro-hydraulic dynamic gate 3 is become by flange and sand processed
The feed inlet of frequency modulation speed feeding drag conveyor 4 connects, and the discharge port of sand frequency control feeding drag conveyor 4 processed passes through flange
It is connect with the feed inlet of the feeding three-way chute 17 on 5 feed inlet of sand feeding bucket elevator processed, sand feeding bucket elevator 5 processed
Discharge port connect with sand making machine feeding chute 6 by flange, the discharge port of sand making machine feeding chute 6 passes through flange and sand making machine
7 feed inlet connection；Pass through the lower chute 8 of flanged joint sand making machine first and sand making machine below two discharge ports of sand making machine 7 respectively
The discharge port of second lower chute 9, the lower chute 8 of sand making machine first and the lower chute 9 of sand making machine second passes through respectively to be flexible coupling and vibrates
Two feed inlets of material distributing machine 10 are connected；The discharge port of vibration material distributor 10 is connected by being flexible coupling with vibration material distributor chute 11
It connects, the discharge port of vibration material distributor chute 11 is connect by flange with the feed inlet on dust collection cover 13 on sand vibrating screen processed, sand processed
Dust collection cover 13 is arranged on sand vibrating screen 12 processed on vibrating screen, is led between dust collection cover 13 and sand vibrating screen 12 processed on sand vibrating screen processed
It crosses to be flexible coupling and be attached, the corresponding chute 14 before being provided with sieve of the discharge port of sand vibrating screen 12 processed, the discharging of chute 14 before sieving
For mouth with sieve 16 feed inlet of front scrapping plate machine by flanged joint, the discharge port of sieve front scrapping plate machine 16 passes through flange and sand feeding bucket type processed
Another feed inlet of feeding three-way chute 17 on 5 feed inlet of elevator connects；
It is correspondingly arranged on funnel 15 under sieve below the sand vibrating screen 12 processed, sand vibrating screen 12 processed and sieving leads between lower funnel 15
Cross be flexible coupling it is connected；It sieves lower 15 discharge port of funnel to connect by flange with the feed inlet for sieving lower scraping plate conveyer 18, sieves lower scraping plate
The discharge port of conveyer 18 is connect by flange with the feed inlet of finished product bucket elevator 19；The discharging of finished product bucket elevator 19
Mouth is connected by flange with the feed inlet of finished product bucket elevator chute 20, and the discharge port of finished product bucket elevator chute 20 is logical
It crosses flange to connect with the feed inlet of powder concentrator 21, the discharge port and finished sand planet discharger of the finished sand chute 22 of powder concentrator 21
23 feed inlet by flanged joint, the discharge port of finished sand planet discharger 23 by flange and finished sand scrapper conveyor 24 into
Material mouth connection, the flange and finished sand belt conveying that the discharge port of finished sand scrapper conveyor 24 passes through chute 25 before finished sand scrapper conveyor
Deflector chute connection on machine 26；The ash hole of the ashes chute 27 of powder concentrator 21 and the feed inlet of ashes planet discharger 28 pass through
The discharge port of flanged joint, ashes planet discharger 28 is connect by flange with the deflector chute on ashes belt conveyor 29.
When production, feedstock transportation into sand surge bunker 2 processed, is passed through 2 discharge port of sand surge bunker processed by feeding bucket elevator 1
Electro-hydraulic dynamic gate 3 raw material is transported to sand processed by feeding three-way chute 17 by sand frequency control feeding drag conveyor 4 processed
In feeding bucket elevator 5, the sand making machine feeding chute 6 connected by 5 discharge port of sand feeding bucket elevator processed is defeated by raw material
It is sent in sand making machine 7 and is crushed；The building stones being crushed by sand making machine 7 pass through the lower chute 8 of sand making machine first and sand making machine the
Two lower chutes 9 enter in vibration material distributors 10, then by vibration material distributor chute 11 and sand vibrating screen processed dust collection cover 13 into
Building stones are evenly arranged on vibrating screen 12 by material mouth；
It is sieved by sand vibrating screen 12 processed, the building stones greater than 4.75 millimeters enter in the preceding chute 14 of sieve, pass through and sieve front scrapping plate
Machine 16 and feeding three-way chute 17 are transported in sand feeding bucket elevator 5 processed, are again introduced into sand making machine 7 and are crushed；It is logical
It crosses sand vibrating screen 12 processed to sieve, the building stones less than 4.75 millimeters enter in the lower funnel 15 of sieve, pass through sieve lower scraping plate conveyer 18
Building stones less than 4.75 millimeters are transported in finished product bucket elevator 19, then are entered by finished product bucket elevator chute 20 and selected powder
Machine 21 carries out selecting powder；
Building stones less than 4.75 millimeters select powder by powder concentrator 21, and the finished sand for meeting gradation requirement passes through finished sand chute
Finished sand planet discharger 23 and the reprinting of finished sand scrapper conveyor 24 under 22 are transported on finished sand belt conveyor 26, by finished product
Finished sand is transported in finished sand feed bin and stores by abrasive belt conveyer 26；Building stones less than 4.75 millimeters are selected by powder concentrator 21
Powder, the ashes for not meeting gradation requirement enter ashes belt conveyor by the ashes planet discharger 28 below ashes chute 27
29, ashes is transported in grey filler bin by ashes belt conveyor 29 and is stored.
Level sensor is set on sand surge bunker 2 processed, opening for feeding bucket elevator 1 is controlled by level sensor
Stop, when it is useless reach set material position when, start 1 transferring raw material of feeding bucket elevator into sand surge bunker 2 processed, it is set when reaching
When material position, stop starting sand feeding bucket elevator 1 processed.
It sieves front scrapping plate machine 16 and uses Weighing type feed conveyer, how much passed through according to the returning charge on Weighing type feed conveyer
The signal of weighing instrument automatically controls the speed of the sand frequency control feeding drag conveyor 4 processed to control the feeding of raw material
Amount；It is automatic to drop by the output signal of weighing instrument when the returning charge amount on Weighing type feed conveyer reaches the set upper limit
The running speed of the low sand frequency control feeding drag conveyor 4 processed reduces upper doses, when Weighing type feed conveyer
When returning charge amount reaches set lower limit, the sand frequency control feeding scraper plate processed is improved by the signal of weighing instrument automatically and is conveyed
The running speed of machine 4 increases upper doses.
According to production needs, sand vibrating screen 12 processed is provided with two layers of sieve plate, and upper sieve plate aperture is 5~20 millimeters, lower layer
Hole diameter of sieve (perforated) plate is 3~5 millimeters.
The utility model is arranged using building formula, is reduced occupied area, is gathered dust convenient for deduster, using intellectualizing system control
Entire Machine-made Sand production system is made, sand making machine performance can be given full play to, improves the quality of production capacity and finished sand, while also just
In the modularized design of Machine-made Sand production system, keep Machine-made Sand production system convenient existing while energy conservation and environmental protection, reducing cost
Field construction, provides important evidence for Machine-made Sand production system Standardization Construction.
Claims (5)
1. a kind of building stones production mechanism sand production system, it is characterised in that: the building stones production mechanism sand production system includes upper
Hopper type hoister (1), sand surge bunker processed (2), electro-hydraulic dynamic gate (3), sand frequency control feeding drag conveyor (4) processed, system
Sand feeding bucket elevator (5), sand making machine feeding chute (6), sand making machine (7), sand making machine first lower chute (8), sand making machine the
Two lower chute (9), vibration material distributor chute (11), sand vibrating screen processed (12), are gathered dust on sand vibrating screen processed at vibration material distributor (10)
(13) are covered, the mouth that gathers dust (13-1), preceding chute (14) is sieved, sieves lower funnel (15), sieve front scrapping plate machine (16), feeding three-way chute
(17), lower scraping plate conveyer (18), sieve lower scraping plate conveyer chute (18-1), finished product bucket elevator (19), finished product bucket type are sieved
Elevator chute (20), powder concentrator (21), finished sand chute (22), finished sand planet discharger (23), finished sand scrapper conveyor
(24), chute (25), finished sand belt conveyor (26), ashes chute (27), ashes planet discharger before finished sand scrapper conveyor
(28) and ashes belt conveyor (29)；
The feeding bucket elevator (1) passes through flanged joint by the feed inlet of discharge port chute and sand surge bunker (2) processed；Institute
The discharge port for stating sand surge bunker (2) processed is connect by flange with electro-hydraulic dynamic gate (3), the discharge port of the electro-hydraulic dynamic gate (3)
It is connect by flange with the feed inlet of sand frequency control feeding drag conveyor (4) processed；The sand frequency control feeding scraper plate processed
The discharge port of conveyer (4) passes through the feeding three-way chute (17) on flange and sand feeding bucket elevator (5) feed inlet processed
The discharge port of feed inlet connection, the sand feeding bucket elevator (5) processed is connect by flange with sand making machine feeding chute (6),
The discharge port of the sand making machine feeding chute (6) is connect by flange with the feed inlet of sand making machine (7)；The sand making machine (7)
It is lower chute (9) by flanged joint sand making machine first lower chute (8) and sand making machine second respectively below two discharge ports, the sand processed
Machine first lower chute (8) and the discharge port of sand making machine second lower chute (9) pass through respectively to be flexible coupling and vibration material distributor (10)
Two feed inlets are connected；The discharge port of the vibration material distributor (10) is connect by being flexible coupling with vibration material distributor chute (11),
The discharge port of the vibration material distributor chute (11) is connect by flange with the feed inlet on dust collection cover (13) on sand vibrating screen processed；
Dust collection cover (13) is arranged on sand vibrating screen (12) processed on the sand vibrating screen processed, on the sand vibrating screen processed dust collection cover (13) and
It is attached between sand vibrating screen (12) processed by being flexible coupling, the discharge port of the sand vibrating screen (12) processed is corresponding to be provided with sieve
Preceding chute (14), the discharge port of chute (14) and sieve front scrapping plate machine (16) feed inlet pass through flanged joint, the sieve before the sieve
The discharge port of front scrapping plate machine (16) passes through the feeding three-way chute (17) on flange and sand feeding bucket elevator (5) feed inlet processed
Another feed inlet connection；
The sand vibrating screen (12) processed is correspondingly arranged below under sieve funnel (15), the sand vibrating screen (12) processed and the lower funnel of sieve
(15) connected by being flexible coupling between；Under the sieve funnel (15) discharge port by flange and sieve lower scraping plate conveyer (18) into
The discharge port of material mouth connection, sieve lower scraping plate conveyer (18) is connected by flange and the feed inlet of finished product bucket elevator (19)
It connects；The discharge port of the finished product bucket elevator (19) is connected by flange with the feed inlet of finished product bucket elevator chute (20)
It connects, the discharge port of the finished product bucket elevator chute (20) is connect by flange with the feed inlet of powder concentrator (21), the choosing
The discharge port of the finished sand chute (22) of powder machine (21) and the feed inlet of finished sand planet discharger (23) pass through flanged joint, institute
The discharge port for stating finished sand planet discharger (23) is connect by flange with the feed inlet of finished sand scrapper conveyor (24), the finished product
The discharge port of sand scrapper conveyor (24) passes through on the flange of chute (25) before finished sand scrapper conveyor and finished sand belt conveyor (26)
Deflector chute connection；The ash hole of the ashes chute (27) of the powder concentrator (21) and the feed inlet of ashes planet discharger (28)
By flanged joint, the discharge port of the ashes planet discharger (28) passes through flange and leading on ashes belt conveyor (29)
Hopper connection.
2. building stones production mechanism sand production system according to claim 1, it is characterised in that: the feeding bucket elevator
(1) by feedstock transportation into sand surge bunker (2) processed, become by the electro-hydraulic dynamic gate (3) of sand surge bunker (2) discharge port processed by sand processed
Raw material is transported to sand feeding bucket elevator (5) processed by feeding three-way chute (17) by frequency modulation speed feeding drag conveyor (4)
In, the sand making machine feeding chute (6) connected by sand feeding bucket elevator (5) discharge port processed is by feedstock transportation to sand making machine
(7) it is crushed in；Pass through under chute (8) and sand making machine second under sand making machine first by the building stones that sand making machine (7) was crushed
Chute (9) enters in vibration material distributor (10), then passes through dust collection cover (13) on vibration material distributor chute (11) and sand vibrating screen processed
Feed inlet building stones are evenly arranged on vibrating screen (12)；
It is sieved by sand vibrating screen (12) processed, the building stones greater than 4.75 millimeters enter in the preceding chute (14) of sieve, pass through and sieve front scrapping plate
Machine (16) and feeding three-way chute (17) are transported in sand feeding bucket elevator (5) processed, are again introduced into sand making machine (7) and are carried out
It is broken；It is sieved by sand vibrating screen (12) processed, the building stones less than 4.75 millimeters enter in sieve lower funnel (15), by sieving lower scraping plate
Conveyer (18) is transported to the building stones less than 4.75 millimeters in finished product bucket elevator (19), then passes through finished product bucket elevator
Chute (20), which enters powder concentrator (21), to carry out selecting powder；
Building stones less than 4.75 millimeters select powder by powder concentrator (21), and the finished sand for meeting gradation requirement passes through finished sand chute
(22) finished sand planet discharger (23) and finished sand scrapper conveyor (24) reprinting under are transported to finished sand belt conveyor (26)
On, finished sand is transported in finished sand feed bin by finished sand belt conveyor (26) and is stored；Building stones less than 4.75 millimeters are logical
It crosses powder concentrator (21) and selects powder, the ashes for not meeting gradation requirement is entered by ashes planet discharger (28) under ashes chute (27)
Ashes is transported in grey filler bin by ashes belt conveyor (29) and is stored by ashes belt conveyor (29).
3. building stones production mechanism sand production system according to claim 1, it is characterised in that: the sand surge bunker (2) processed
Upper setting level sensor reaches set material position when useless by the start and stop of level sensor control feeding bucket elevator (1)
When, start feeding bucket elevator (1) transferring raw material into sand surge bunker (2) processed, when reaching set material position, stops starting system
Sand feeding bucket elevator (1).
4. building stones production mechanism sand production system according to claim 1, it is characterised in that: the sieve front scrapping plate machine (16)
Using Weighing type feed conveyer, controlled automatically according to the signal how much returning charge on Weighing type feed conveyer passes through weighing instrument
The speed of the sand frequency control feeding drag conveyor (4) processed is made to control the upper doses of raw material；It is conveyed when Weighing type is fed
When returning charge amount on machine reaches the set upper limit, by the output signal of weighing instrument, the sand frequency control processed is reduced automatically
The running speed of feeding drag conveyor (4) reduces upper doses, when the returning charge amount of Weighing type feed conveyer reaches set
When lower limit, the running speed of the sand frequency control feeding drag conveyor (4) processed is improved automatically by the signal of weighing instrument
To increase upper doses.
5. building stones production mechanism sand production system according to claim 1, it is characterised in that: according to production needs, described
Sand vibrating screen (12) processed is provided with two layers of sieve plate, and upper sieve plate aperture is 5~20 millimeters, and lower layer hole diameter of sieve (perforated) plate is 3~5 millimeters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821099462.3U CN208757759U (en) | 2018-07-12 | 2018-07-12 | Building stones production mechanism sand production system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821099462.3U CN208757759U (en) | 2018-07-12 | 2018-07-12 | Building stones production mechanism sand production system |
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| Publication Number | Publication Date |
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| CN208757759U true CN208757759U (en) | 2019-04-19 |
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ID=66128380
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821099462.3U Withdrawn - After Issue CN208757759U (en) | 2018-07-12 | 2018-07-12 | Building stones production mechanism sand production system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110893374A (en) * | 2019-11-26 | 2020-03-20 | 成都市玄戈自动化控制技术有限公司 | Sand making system for mixing and screening raw materials and finished materials |
-
2018
- 2018-07-12 CN CN201821099462.3U patent/CN208757759U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110893374A (en) * | 2019-11-26 | 2020-03-20 | 成都市玄戈自动化控制技术有限公司 | Sand making system for mixing and screening raw materials and finished materials |
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Address after: 453700 southeast corner of junction of Yudong Road and Weiqi Road, Jingkai District, Xinxiang City, Henan Province Patentee after: HENAN ZHENYUAN TECHNOLOGY Co.,Ltd. Address before: 453700 southeast corner of the junction of Yudong Road and Weiqi Road in Jingkai District, Xinxiang City, Henan Province Patentee before: HENAN ZHENYUAN TECHNOLOGY CO.,LTD. |
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Granted publication date: 20190419 Effective date of abandoning: 20230829 |