CN204841882U - Building formula system sand production line - Google Patents
Building formula system sand production line Download PDFInfo
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- CN204841882U CN204841882U CN201520301594.XU CN201520301594U CN204841882U CN 204841882 U CN204841882 U CN 204841882U CN 201520301594 U CN201520301594 U CN 201520301594U CN 204841882 U CN204841882 U CN 204841882U
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Abstract
The utility model discloses a building formula system sand production line, building stones get into the feeding storehouse, carry to the main sand machine system sand of making through band conveyer, the main sand machine exhaust sand material of making promotes to buffering cabin after belt conveyor carries to the pan feeding end of screening machine through the mixture lifting machine, after the screening, the sand grain that meets the requirements gets into the grader from discharge gate no. 1, move in heart -shaped organism after the upset through the clean wind belt of an air intake entering, the superfine little clearance of mountain flour between the grid tray of part gets into the air outlet, dust arrester installation in advance, dry finished product sand grain is discharged through the discharge gate of grader, it is different that the difference of intake through control air intake no. 1 can realize controlling in the finished product sand content of mountain flour, the great sand grain of granule gets into and gets into the main sand machine of making again behind the high -speed vice system sand machine maintenance type and carry out the broken sand of making of further grindings. This building formula system sand production line can guarantee the ratio of mountain flour according to the technology needs, and can guarantee that a type is mellow and full.
Description
Technical field
The utility model relates to a kind of sand production line processed and sand method processed thereof, and specifically a kind of building formula sand production line of manufacture of intraocular sand and sand method processed thereof, belong to sand equipment equipment technology field processed.
Background technology
Along with the development of China's economy, various large-scale construction engineering increases gradually, also constantly perfect with the industrial chain that sandstone industry is formed for tie, on to the industry such as mining industry, machinery industry, down to the industry such as concrete, building trade, and industry-by-industry has intersection to form different industrial chains, sandstone as one of important basic material of building trade, demand cumulative year after year.
Past natural sand is the main source of engineering project sand, but due in recent years to extensive, the immoderate exploitation of river sand, river sand resource is caused to fall sharply, river channel ecology bad environments, has caused a series of natural calamity, thus in order to protect river sand resource, country starts to issue and implement a series of limit and adopts policy, now river sand resource is commercially fewer and feweri, and engineering sand demand is not being met, and causes sand valency to climb up and up; Machine-made Sand refers to the sand processed by sand machine processed and other auxiliary device, because multiple building stones, various tailing waste resources etc. all can be used for processing mechanism sand, sand source is extensive, and Machine-made Sand has complete grating, particle stabilized, particle shape is controlled, can adjust according to by sand demand, therefore made sand to substitute natural sand is trend of the times.
Machine-made Sand production line is combined by equipment such as batcher, disintegrating machine, sand machine processed, vibratory sieve and adhesive-tape machines usually, after building stones carry out fragmentation by disintegrating machine, the stone meeting sand machine feed size processed sends into sand Machine-made Sand processed, enter the further aggregate reclaiming of stone of sand machine processed, meet the part that granular size requires after screening and make finished sand, not meeting the part that granular size requires, to reenter sand machine processed again broken.
There is following defect in this existing Machine-made Sand production line:
1. contain stone flour in Machine-made Sand, appropriate stone flour can improve concrete performance, contribute to improving aggregate grating, reduce mixture bleeding and void among particles, but the proportioning of stone flour is wayward in Machine-made Sand production line, superfines not easy-clear, causes Machine-made Sand grating unreasonable;
2. fragmentation often just simple in sand Machine-made Sand process processed sent into by building stones, although particle size can ensure, grain type roundness degree is often barely satisfactory, constrains the application of Machine-made Sand in high-end building material field.
Summary of the invention
For above-mentioned prior art Problems existing, the utility model provides a kind of building formula sand production line, can need the proportioning ensureing stone flour, and can ensure that a type is mellow and full according to technique.
To achieve these goals, this building formula sand production line comprises feeding warehouse, main sand machine processed, compound elevator, buffering chamber, screening machine, grader, at a high speed secondary sand machine processed, deduster and stone flour storehouse;
The port of export of described feeding warehouse bottom is connected by the arrival end of belt conveyor with main sand machine top processed;
The port of export of described sand machine bottom main processed is connected by the arrival end of belt conveyer with compound elevator;
Described compound elevator is vertically arranged, and comprises promoting driving and belt type hoisting device, and the arrival end of compound elevator is arranged on bottom, and the port of export is arranged on top, and the port of export of compound elevator is connected with the arrival end of buffering chamber;
The port of export of described buffering chamber bottom is connected with the feeding end of screening machine by belt conveyor;
The sieve plate of described screening machine is obliquely installed, and comprises sieve plate vibrating mechanism, is provided with discharging opening one below sieve plate, and above sieve plate, bottom is provided with discharging opening two;
The feeding mouth being positioned at heart-shaped body upper end of described grader is connected with discharging opening one, be positioned at the discharging opening output finished sand of heart-shaped body lower end, grader also comprises and is positioned at air inlet near grader feeding mouth one and is positioned in the middle part of grader and tilts upward the air outlet of setting, air inlet one is communicated with the feeding mouth of grader by mixing chamber, and the port that air outlet is positioned at grader inside is provided with the screen of multiple adjustable clearance;
The arrival end of the secondary sand machine processed of described high speed is connected with discharging opening two, and the port of export is connected with the arrival end at main sand machine top processed;
Described deduster comprises pre-dust arrester installation and pulse dust collector, the entering-dust mouth on pre-dust arrester installation top is communicated with the air outlet of grader by the arrival end of pipeline and main sand machine processed, the arrival end of buffering chamber, the feeding end of screening machine, taper is arranged to or inclined-plane under being tilted in pre-dust arrester installation lower end, recovery port is provided with bottom taper or the inclined-plane under being tilted to, recovery port is communicated with the feeding mouth of grader by pipeline, and the pre-dust mouth on dust arrester installation top is communicated with the feeding mouth of pulse dust collector; Pulse dust collector lower end is communicated with stone flour storehouse is airtight;
Described bottom, stone flour storehouse is connected with bulk machine by by-pass valve control, and bulk machine top is communicated with by the entering-dust mouth of pipeline with pre-dust arrester installation top.
As further improvement of the utility model scheme, between the arrival end of described discharging opening two and at a high speed secondary sand machine processed, electric regulable three-way valve is set, one end of electric regulable three-way valve is communicated with discharging opening two, one end is communicated with the arrival end of the secondary sand machine processed of high speed, and one end is communicated with the arrival end at main sand machine top processed.
As further improvement of the utility model scheme, described screening machine at least arranges two-layer sieve plate, upper sieve plate hole order size is the particle size allowable of secondary sand machine processed at a high speed, the hole order size of lower floor's sieve plate is the standard size of finished sand, described discharging opening two is arranged on bottom the top of lower floor's sieve plate, also be provided with discharging opening three bottom the top of upper strata sieve plate, discharging opening three is connected with the arrival end at main sand machine top processed.
As further improvement of the utility model scheme, described air inlet one arranges flow control electromagnetic valve.
As further improvement of the utility model scheme, described grader also comprises air inlet two, and air inlet two is also provided with flow control electromagnetic valve, and air inlet two is arranged at the below of air outlet.
As further improvement of the utility model scheme, this building formula sand production line also comprises mixes wet machine, the discharge outlet of described grader arranges electric regulable three-way valve, one end of electric regulable three-way valve is communicated with the discharging opening of grader, one end is communicated with the feeding end mixing wet machine, one end is connected with dry finished sand conveying device, and the discharge end mixing wet machine is connected with damp sand conveying device.
As further improvement of the utility model scheme, the belt conveyor between the arrival end at described feeding warehouse bottom and main sand machine top processed is frequency conversion measuring belt conveyer.
Compared with prior art, the grader of this building formula sand production line is owing to comprising the air inlet one that is positioned near grader feeding mouth and to be positioned in the middle part of grader and to tilt upward the air outlet of setting, air inlet one is communicated with the feeding mouth of grader by mixing chamber, the port that air outlet is positioned at grader inside is provided with the screen of multiple adjustable clearance, and taper is arranged in pre-dust arrester installation lower end or inclined-plane under being tilted to, recovery port is provided with bottom taper or the inclined-plane under being tilted to, recovery port is communicated with the feeding mouth of grader by pipeline, therefore satisfactoryly grader is entered compared with grit and superfine little stone flour from discharging opening one, the clean air entered through air inlet one rebounds up after driving sand impinging to be positioned at the port plate of grader inside at air outlet, in heart-shaped body after upset, the superfine gap of little stone flour between screen enters air outlet, enter pre-dust arrester installation, can the content of stone flour in achieve effective control finished sand by the intake controlling air inlet one, owing to being provided with secondary sand machine processed at a high speed, the secondary arrival end of sand machine processed is connected with the discharging opening two of screening machine at a high speed, the port of export is connected with the arrival end at main sand machine top processed, therefore after screening machine screening, the sand grains that particle is larger enters secondary sand machine processed at a high speed, the high rotating speed of secondary sand machine processed can repair type by the sand grains larger to particle at a high speed, make particle more mellow and fuller, the port of export repairing the secondary sand machine processed of oneself high speed of the sand grains after type reenters main sand machine processed and grinds aggregate reclaiming further, the finished product grit particles realizing output is mellow and full, quality improves, high-end building material field can be applicable to.
Accompanying drawing explanation
Fig. 1 is overall structure schematic diagram of the present utility model;
Fig. 2 is the structural representation of the utility model screening machine;
Fig. 3 is the structural representation of the utility model grader;
Fig. 4 is the structural representation of the utility model deduster.
In figure: 1, feeding warehouse, 2, main sand machine processed, 3, compound elevator, 4, buffering chamber, 5, screening machine, 51, discharging opening one, 52, discharging opening two, 53, discharging opening three, 6, grader, 61, air inlet one, 62, air outlet, 63, air inlet two, 64, screen, 7, at a high speed secondary sand machine processed, 8, deduster, 81, in advance dust arrester installation, 82, pulse dust collector, 9, stone flour storehouse, 10, mix wet machine.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further.
As shown in Figure 1, this building formula sand production line comprises feeding warehouse 1, main sand machine 2 processed, compound elevator 3, buffering chamber 4, screening machine 5, grader 6, at a high speed secondary sand machine 7 processed, deduster 8 and stone flour storehouse 9.
The port of export of described feeding warehouse 1 bottom is connected by the arrival end of belt conveyor with main sand machine 2 top processed, the arrival end at feeding warehouse 1 top can be connected with feed arrangement by conveying devices such as belt conveyors, also can by the direct charging of the equipment such as loading machine.
The port of export of described sand machine 2 bottom main processed is connected by the arrival end of belt conveyer with compound elevator 3.
Described compound elevator 3 is vertically arranged, and comprises promoting driving and belt type hoisting device, and the arrival end of compound elevator 3 is arranged on bottom, and the port of export is arranged on top, and the port of export of compound elevator 3 is connected with the arrival end of buffering chamber 4.
The port of export of described buffering chamber 4 bottom is connected by the feeding end of belt conveyor with screening machine 5.
As shown in Figure 2, the sieve plate of described screening machine 5 is obliquely installed, and comprises sieve plate vibrating mechanism, is provided with discharging opening 1 below sieve plate, and above sieve plate, bottom is provided with discharging opening 2 52.
As shown in Figure 3, the feeding mouth being positioned at heart-shaped body upper end of described grader 6 is connected with discharging opening 1, be positioned at the discharging opening output finished sand of heart-shaped body lower end, grader 6 also comprises and is positioned at air inlet near grader 6 feeding mouth 1 and is positioned in the middle part of grader 6 and tilts upward the air outlet 62 of setting, air inlet 1 is communicated with by the feeding mouth of mixing chamber with grader 6, and the port that air outlet 62 is positioned at grader 6 inside is provided with the screen 64 of multiple adjustable clearance.
The arrival end of the secondary sand machine 7 processed of described high speed is connected with discharging opening 2 52, and the port of export is connected with the arrival end at main sand machine 2 top processed.
As shown in Figure 4, described deduster 8 comprises pre-dust arrester installation 81 and pulse dust collector 82, the entering-dust mouth on pre-dust arrester installation 81 top is communicated with the air outlet 62 of grader 6 by the arrival end of pipeline and main sand machine 2 processed, the arrival end of buffering chamber 4, the feeding end of screening machine 5, taper is arranged to or inclined-plane under being tilted in pre-dust arrester installation 81 lower end, recovery port is provided with bottom taper or the inclined-plane under being tilted to, recovery port is communicated with by the feeding mouth of pipeline with grader 6, and the dust mouth on pre-dust arrester installation 81 top is communicated with the feeding mouth of pulse dust collector 82; Pulse dust collector 82 lower end is communicated with stone flour storehouse 9 is airtight.
Described bottom, stone flour storehouse 9 is connected with bulk machine by by-pass valve control, and bulk machine top is communicated with by the entering-dust mouth of pipeline with pre-dust arrester installation 81 top.
The operation principle of this building formula sand production line: as shown in Figure 1, tentatively broken building stones are loaded by loading machine, enter feeding warehouse 1, be delivered to main sand machine processed 2 through belt conveyor and carry out sand processed, the sand material that main sand machine 2 processed is discharged is delivered to compound elevator 3 by belt conveyor, be delivered to the feeding end of screening machine 5 through ribbon conveyer after being promoted to buffering chamber 4, after screening machine 5 sieves, satisfactory comparatively grit enters grader 6 from discharging opening 1, the clean air entered through air inlet 1 rebounds up after driving sand impinging to be positioned at the port plate of grader 6 inside at air outlet 62, in heart-shaped body after upset, the superfine gap of little stone flour between screen 64 of part enters air outlet 62, enter pre-dust arrester installation 81, the discharging opening of the classified machine 6 of dry finished product sand grains is discharged,
After screening machine 5 sieves, the sand grains that particle is larger enters secondary sand machine 7 processed at a high speed, the high rotating speed of secondary sand machine 7 processed can repair type by the sand grains larger to particle at a high speed, make particle more mellow and fuller, the port of export repairing the secondary sand machine 7 processed of oneself high speed of the sand grains after type reenters main sand machine 2 processed and grinds aggregate reclaiming further;
The stone flour airborne dust at the feeding end place of the main arrival end of sand machine 2 processed, the arrival end of buffering chamber 4 and screening machine 5 enters the entering-dust mouth on pre-dust arrester installation 81 top by the road through the suction function of pulse dust collector 82, a part enters the feeding mouth of grader 6 by the road through the pre-taper of dust arrester installation 81 lower end or the inclined-plane under being tilted to, mix in satisfactory comparatively grit; Another part stone flour airborne dust enters pulse dust collector 82 and is recovered into stone flour storehouse 9.
The quality control of finished sand arranges according to the difference of purposes, sand grains can not be carried out to the less demanding occasion of sand grains roundness degree and repair type, therefore, in order to increase the scope of application of this building formula sand production line, as further improvement of the utility model scheme, between the arrival end of described discharging opening 2 52 and at a high speed secondary sand machine 7 processed, electric regulable three-way valve is set, one end of electric regulable three-way valve is communicated with discharging opening 2 52, one end is communicated with the arrival end of the secondary sand machine 7 processed of high speed, one end is communicated with the arrival end at main sand machine 2 top processed, realize controlling the sand grains that particle is larger after screening machine 5 sieves by the opening and closing controlling electric regulable three-way valve and enter into secondary sand machine 7 processed at a high speed, or turn back to main sand machine 2 processed, and then realize the quality control of finished sand.
In order to segment sand grains size, prevent from completely not pulverized, the sand grains that particle size is greater than the particle size allowable of secondary sand machine 7 processed at a high speed enters secondary sand machine 7 processed at a high speed, as further improvement of the utility model scheme, described screening machine 5 at least arranges two-layer sieve plate, upper sieve plate hole order size is the particle size allowable of secondary sand machine 7 processed at a high speed, the hole order size of lower floor's sieve plate is the standard size of finished sand, described discharging opening 2 52 is arranged on bottom the top of lower floor's sieve plate, discharging opening 3 53 is also provided with bottom the top of upper strata sieve plate, discharging opening 3 53 is connected with the arrival end at main sand machine 2 top processed, such setting, the sand grains that particle size is greater than the particle size allowable of at a high speed secondary sand machine 7 processed can directly enter main sand machine 2 processed through discharging opening 3 53 and again grind aggregate reclaiming, the grit size ensureing to enter secondary sand machine 7 processed is at a high speed all particle sizes allowable of secondary sand machine 7 processed at a high speed, thus prevent from damaging secondary sand machine 7 processed at a high speed.
The content that can realize controlling stone flour in finished sand by the difference of the intake controlling air inlet 1 is different, therefore, as further improvement of the utility model scheme, described air inlet 1 arranges flow control electromagnetic valve.
In order to accurately control the content of stone flour in finished sand further, as further improvement of the utility model scheme, described grader 6 also comprises air inlet 2 63, air inlet 2 63 is also provided with flow control electromagnetic valve, air inlet 2 63 is arranged at the below of air outlet 62, from the clean air directly up upset of bottom drive sand grains in heart-shaped body that air inlet 2 63 enters, can realize by the intake of control air inlet 1, air inlet 2 63 content accurately controlling stone flour in finished sand.
In order to meet the finished sand needs of damp sand, as further improvement of the utility model scheme, this building formula sand production line also comprises mixes wet machine 10, the discharge outlet of described grader 6 arranges electric regulable three-way valve, one end of electric regulable three-way valve is communicated with the discharging opening of grader 6, one end is communicated with the feeding end mixing wet machine 10, one end is connected with dry finished sand conveying device, the discharge end mixing wet machine 10 is connected with damp sand conveying device, mix wet machine 10 and can different humidity requirements be set as required, realize dry finished product sand grains by the opening and closing controlling electric regulable three-way valve and directly enter into dry finished sand conveying device, or enter and mix wet machine 10, and then meet the finished sand needs of damp sand.
In order to fixing quantity enters the preliminary pulverizing building stones of main sand machine 2 processed, prevent from main sand machine 2 processed from transshipping to damage, as further improvement of the utility model scheme, the belt conveyor between the arrival end at described feeding warehouse 1 bottom and main sand machine 2 top processed is frequency conversion measuring belt conveyer.
The grader 6 of this building formula sand production line is owing to comprising the air inlet 1 that is positioned near grader 6 feeding mouth and to be positioned in the middle part of grader 6 and to tilt upward the air outlet 62 of setting, air inlet 1 is communicated with by the feeding mouth of mixing chamber with grader 6, the port that air outlet 62 is positioned at grader 6 inside is provided with the screen 64 of multiple adjustable clearance, and taper is arranged in pre-dust arrester installation 81 lower end or inclined-plane under being tilted to, recovery port is provided with bottom taper or the inclined-plane under being tilted to, recovery port is communicated with by the feeding mouth of pipeline with grader 6, therefore satisfactoryly grader 6 is entered compared with grit and superfine little stone flour from discharging opening 1, the clean air entered through air inlet 1 rebounds up after driving sand impinging to be positioned at the port plate of grader 6 inside at air outlet 62, in heart-shaped body after upset, the superfine gap of little stone flour between screen 64 enters air outlet 62, enter pre-dust arrester installation 81, can the content of stone flour in achieve effective control finished sand by the intake controlling air inlet 1, owing to being provided with secondary sand machine 7 processed at a high speed, the secondary arrival end of sand machine 7 processed is connected with the discharging opening 2 52 of screening machine 5 at a high speed, the port of export is connected with the arrival end at main sand machine 2 top processed, therefore after screening machine 5 sieves, the sand grains that particle is larger enters secondary sand machine 7 processed at a high speed, the high rotating speed of secondary sand machine 7 processed can repair type by the sand grains larger to particle at a high speed, make particle more mellow and fuller, the port of export repairing the secondary sand machine 7 processed of oneself high speed of the sand grains after type reenters main sand machine 2 processed and grinds aggregate reclaiming further, the finished product grit particles realizing output is mellow and full, quality improves, high-end building material field can be applicable to.
Claims (7)
1. a building formula sand production line, comprise feeding warehouse (1), main sand machine (2) processed, screening machine (5), deduster (8) and stone flour storehouse (9), the port of export of feeding warehouse (1) bottom is connected by the arrival end of belt conveyor with main sand machine (2) top processed; The sieve plate of screening machine (5) is obliquely installed, and comprises sieve plate vibrating mechanism, is provided with discharging opening one (51) below sieve plate, and above sieve plate, bottom is provided with discharging opening two (52); Deduster (8) comprises pulse dust collector (82), and pulse dust collector (82) lower end is communicated with stone flour storehouse (9) are airtight; Stone flour storehouse (9) bottom is connected with bulk machine by by-pass valve control; It is characterized in that,
This building formula sand production line also comprises the secondary sand machine (7) processed of compound elevator (3), buffering chamber (4), grader (6) and high speed;
The port of export of described sand machine (2) bottom main processed is connected by the arrival end of belt conveyer with compound elevator (3);
Compound elevator (3) is vertically arranged, comprise promoting and drive and belt type hoisting device, the arrival end of compound elevator (3) is arranged on bottom, the port of export is arranged on top, and the port of export of compound elevator (3) is connected with the arrival end of buffering chamber (4);
The port of export of buffering chamber (4) bottom is connected by the feeding end of belt conveyor with described screening machine (5);
The feeding mouth being positioned at heart-shaped body upper end of grader (6) is connected with discharging opening one (51), be positioned at the discharging opening output finished sand of heart-shaped body lower end, grader (6) also comprises the air inlet one (61) that is positioned near grader (6) feeding mouth and is positioned at grader (6) middle part and tilts upward the air outlet (62) of setting, air inlet one (61) is communicated with by the feeding mouth of mixing chamber with grader (6), air outlet (62) is positioned at the screen (64) that the inner port of grader (6) is provided with multiple adjustable clearance,
The arrival end of secondary sand machine (7) processed is connected with discharging opening two (52) at a high speed, and the port of export is connected with the arrival end at main sand machine (2) top processed;
Described deduster (8) also comprises pre-dust arrester installation (81), the entering-dust mouth on pre-dust arrester installation (81) top is by the arrival end of pipeline and main sand machine (2) processed, the arrival end of buffering chamber (4), the feeding end of screening machine (5) is communicated with the air outlet (62) of grader (6), taper is arranged to or inclined-plane under being tilted in pre-dust arrester installation (81) lower end, recovery port is provided with bottom taper or the inclined-plane under being tilted to, recovery port is communicated with by the feeding mouth of pipeline with grader (6), the dust mouth on pre-dust arrester installation (81) top is communicated with the feeding mouth of pulse dust collector (82),
Described bulk machine top is communicated with by the entering-dust mouth of pipeline with pre-dust arrester installation (81) top.
2. building according to claim 1 formula sand production line, it is characterized in that, between the arrival end of described discharging opening two (52) and at a high speed secondary sand machine (7) processed, electric regulable three-way valve is set, one end of electric regulable three-way valve is communicated with discharging opening two (52), one end is communicated with the arrival end of the secondary sand machine (7) processed of high speed, and one end is communicated with the arrival end at main sand machine (2) top processed.
3. building according to claim 1 and 2 formula sand production line, it is characterized in that, described screening machine (5) at least arranges two-layer sieve plate, upper sieve plate hole order size is the particle size allowable of secondary sand machine (7) processed at a high speed, the hole order size of lower floor's sieve plate is the standard size of finished sand, described discharging opening two (52) is arranged on bottom the top of lower floor's sieve plate, also be provided with discharging opening three (53) bottom the top of upper strata sieve plate, discharging opening three (53) is connected with the arrival end at main sand machine (2) top processed.
4. building according to claim 1 and 2 formula sand production line, is characterized in that, described air inlet one (61) arranges flow control electromagnetic valve.
5. building according to claim 4 formula sand production line, it is characterized in that, described grader (6) also comprises air inlet two (63), air inlet two (63) is also provided with flow control electromagnetic valve, and air inlet two (63) is arranged at the below of air outlet (62).
6. building according to claim 1 and 2 formula sand production line, it is characterized in that, this building formula sand production line also comprises mixes wet machine (10), the discharge outlet of described grader (6) arranges electric regulable three-way valve, one end of electric regulable three-way valve is communicated with the discharging opening of grader (6), one end is communicated with the feeding end mixing wet machine (10), one end is connected with dry finished sand conveying device, and the discharge end mixing wet machine (10) is connected with damp sand conveying device.
7. building according to claim 1 and 2 formula sand production line, is characterized in that, the belt conveyor between the arrival end at described feeding warehouse (1) bottom and main sand machine (2) top processed is frequency conversion measuring belt conveyer.
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| CN201520301594.XU CN204841882U (en) | 2015-05-11 | 2015-05-11 | Building formula system sand production line |
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| CN201520301594.XU CN204841882U (en) | 2015-05-11 | 2015-05-11 | Building formula system sand production line |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104907151A (en) * | 2015-05-11 | 2015-09-16 | 江苏天沃重工科技有限公司 | Storied building type sand production line and sand production method thereof |
| CN105536967A (en) * | 2016-01-29 | 2016-05-04 | 郝志付 | Brick and concrete block separation device for construction waste recycling |
| CN105833975A (en) * | 2016-04-29 | 2016-08-10 | 山东众森节能材料有限公司 | Artificial gravel aggregate integrated production system |
| CN108355968A (en) * | 2018-04-24 | 2018-08-03 | 南京凯盛国际工程有限公司 | A kind of dry-method sand manufacturing system and method |
| CN109127086A (en) * | 2018-09-25 | 2019-01-04 | 南通联源机电科技股份有限公司 | A kind of environmental protection building fine work Zhi Sha station system |
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2015
- 2015-05-11 CN CN201520301594.XU patent/CN204841882U/en active Active
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104907151A (en) * | 2015-05-11 | 2015-09-16 | 江苏天沃重工科技有限公司 | Storied building type sand production line and sand production method thereof |
| CN105536967A (en) * | 2016-01-29 | 2016-05-04 | 郝志付 | Brick and concrete block separation device for construction waste recycling |
| CN105833975A (en) * | 2016-04-29 | 2016-08-10 | 山东众森节能材料有限公司 | Artificial gravel aggregate integrated production system |
| CN105833975B (en) * | 2016-04-29 | 2018-05-22 | 山东众森节能材料有限公司 | A kind of materials of man-made sand integrated production system |
| CN108355968A (en) * | 2018-04-24 | 2018-08-03 | 南京凯盛国际工程有限公司 | A kind of dry-method sand manufacturing system and method |
| CN108355968B (en) * | 2018-04-24 | 2024-04-05 | 中材国际智能科技有限公司 | Dry sand making system and method |
| CN109127086A (en) * | 2018-09-25 | 2019-01-04 | 南通联源机电科技股份有限公司 | A kind of environmental protection building fine work Zhi Sha station system |
| CN109127086B (en) * | 2018-09-25 | 2023-12-22 | 南通联源机电科技股份有限公司 | Environment-friendly exquisite sand making building station system |
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