CN202700602U - Stone crushing and sand making production line - Google Patents

Stone crushing and sand making production line Download PDF

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Publication number
CN202700602U
CN202700602U CN 201220323281 CN201220323281U CN202700602U CN 202700602 U CN202700602 U CN 202700602U CN 201220323281 CN201220323281 CN 201220323281 CN 201220323281 U CN201220323281 U CN 201220323281U CN 202700602 U CN202700602 U CN 202700602U
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China
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conveyer belt
broken
machine
sand
processed
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CN 201220323281
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Chinese (zh)
Inventor
郭宪录
郭大军
苏德海
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Guo Xian-Lu
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Guo Xian-Lu
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Abstract

The utility model relates to a stone processing production line, in particular to a stone crushing and sand making production line which comprises a material bin, a feeding machine, a crude jaw crusher, a fine jaw crusher, a first material combing device, a sand making machine, an impact crusher and a first screening machine. The feeding machine is positioned below the material bin, the crude jaw crusher is arranged below the fine jaw crusher, and the crude jaw crusher and the fine jaw crusher are connected with the first material combing device in sequence through conveying belts. The sand making machine is positioned on either side of the impact crusher, materials screened by the first material combing device are simultaneously supplied to the sand making machine and the impact crusher, and the materials output by the sand making machine and the impact crusher are conveyed to the first screening machine through the conveying belts. A plurality of conveying belts for conveying crushed stones of different dimensions and machine-made sand are connected onto the first screening machine. Stone crushing and sand making share the same production line, so that stone crushing and sand making can be achieved simultaneously, and advantages and disadvantages are complemented mutually. By means of the stone crushing and sand making production line, the crushed stones of different dimensions and machine-made sand can be produced simultaneously, aggregate chips are recycled, 80-95% of wasted aggregate chips can be reduced, 15-20% of resources are saved, and 20-50% of cost is reduced. Therefore, the stone crushing and sand making production line has multiple purposes.

Description

Rubble sand production line processed
Technical field
The utility model relates to the building stones machining production line, specifically a kind of rubble sand production line processed.
Background technology
The basic procedure of existing domestic rubble production line is: it is broken that large and small block of building stones (sandy soil) are delivered to Hubei Province formula through feed bin equably by oscillating feeder, building stones after the coarse crushing are delivered to Hubei Province formula thin broken by conveyer belt, building stones after the thin broken are delivered to the broken shaping of counterattack by conveyer belt, deliver to sieve by conveyer belt again, sieve, tell several rubbles that satisfied the different size granularity, be transported to again different directions and stack.Existing this rubble production line, the building stones needs that do not satisfy the specification granularity requirements are sent by conveyer belt back to counterattack is broken to be carried out again brokenly, form and closed circuitly repeatedly circulate; For the protection processing environment, also need to be equipped with cleaner.
The production procedure of current mechanism sand is basic identical with the rubble production line, just will strike back broken (vertical shaft is broken, hammer is broken, cone breaks etc. break hereinafter to be referred as strikeing back) and change sand machine processed into, usually adopts wet cleaning method to clean.If take the dry separation method production technology, general raw material are to get specification finished product rubble to carry out secondary production, and closed circuit repeatedly circulation is furnished with cleaner.
There is respectively the following weak point in pass in above-mentioned two groups of production lines:
1. it is discarded when rubbish to have 20%~25% aggregate chips in the rubble production, and cost recovery is too high; According to a medium and small rock crushing plant investigation in China Inner Mongol, 1,000,000 tons of quarry rocks of this station-service, the finished product material only has 750,000 tons, has 20~250,000 tons of aggregate chips to have to throw away in vain; Pile up like a mountain for the on-site aggregate chips, taken factory site very in short supply, the weathering contaminated environment, and the waste resource, this class phenomenon is ubiquity throughout the country; As long as the dry production rubble must produce aggregate chips, namely produce 1 ton of quarry rock, just have 0.2~0.25 ton of aggregate chips mine tailing, 20 yuan of calculating of cost by aggregate chips per ton, this factory of Inner Mongol just threw away millions of units in 1 year, thereby the whole nation will waste tens yuans of resources in 1 year, not meet country " 12 " planning requirement.
2. rubble can not organically combine with the husky two groups of production lines of system, causes the multinomial repetition and waste such as equipment purchasing, installation, maintenance, factory site, artificial, production, the electricity charge, thereby high cost.
3. except soil and recovery race tail rubble mode defectiveness, batcher bottom opening (hole) greatly, then except the soil phase to totally, but running the tail rubble strengthens, most cases is that batcher bottom opening (hole) is smaller at present, thereby it is unclean to remove soil, what have installs the slide net in the batcher bottom, but can only reclaim the larger rubble of a part.
4. make husky production procedure and adopt wet cleaning method to be subjected to the condition restriction such as water source, blowdown, cost of investment is high; Although if adopt the dry separation method counter investment few, raw material need to be the specification material, cost is higher.
The utility model content
The problems referred to above that exist in order to solve existing building stones machining production line, the purpose of this utility model is to provide a kind of rubble sand production line processed.This rubble sand production line processed unites two into one the building stones fragmentation with two groups of production lines of Machine-made Sand, utilize a production line to reach the purpose of rubble, sand processed, excellent scarce complementation; Produce simultaneously plurality of specifications rubble and Machine-made Sand, aggregate chips is turned waste into wealth.
The purpose of this utility model is achieved through the following technical solutions:
The utility model comprises that feed bin, batcher, broken, thin Hubei Province, thick Hubei Province are broken, the first comb glassware, sand machine processed, broken first screening machine that reaches of counterattack, wherein batcher is positioned at the below of feed bin, it is broken to be provided with thick Hubei Province below batcher, and described thick Hubei Province is broken and thin Hubei Province is broken links to each other with the first comb glassware by conveyer belt successively; Described sand machine processed is positioned at the broken either side of counterattack, gives simultaneously sand machine processed and the broken feed of counterattack by the material of the first comb glassware screening, delivers to the first screening machine by the material of sand machine processed and the broken output of counterattack by conveyer belt; Be connected with many conveyer belts of carrying different size rubble and Machine-made Sand on described the first screening machine.
Wherein: described sand machine processed is positioned at the below of the first comb glassware, sand machine processed and counterattack broken below be provided with the 4th conveyer belt, between the 4th conveyer belt and the first screening machine, be provided with the 5th conveyer belt, the input of described the 5th conveyer belt is positioned at the below of the 4th conveyer belt output, and the output of the 5th conveyer belt is positioned at the top of the first screening machine; Or the material of described the 4th conveyer belt directly delivers to the first screening machine, and namely the input of the 4th conveyer belt is positioned at sand machine processed and the broken below of counterattack, and the output of the 4th conveyer belt is positioned at the top of the first screening machine;
Described sand machine processed and the broken below of counterattack are provided with the 5th conveyer belt that is connected with the first screening machine, and the input of the 5th conveyer belt is positioned at sand machine processed and the broken below of counterattack, and output is positioned at the top of the first screening machine; The below of described the first comb glassware is provided with the 4th conveyer belt, and the input of the 4th conveyer belt is positioned at the below of the first comb glassware, and output is positioned at the top of sand machine processed;
The broken below of described counterattack is provided with the 5th conveyer belt that is connected with the first screening machine, and the input of the 5th conveyer belt is positioned at the broken below of counterattack, and output is positioned at the top of the first screening machine; The below of described sand machine processed is provided with the 4th conveyer belt, and the input of the 4th conveyer belt is positioned at the below of sand machine processed, and output is positioned at the top of the 5th conveyer belt;
The utility model comprises that feed bin, batcher, broken, thin Hubei Province, thick Hubei Province are broken, the first comb glassware, sand machine processed, broken first screening machine that reaches of counterattack, wherein batcher is positioned at the below of feed bin, it is broken to be provided with thick Hubei Province below batcher, and described thick Hubei Province is broken and thin Hubei Province is broken is marred by a scar, etc. even by conveyer belt and counterattack successively; Described the first comb glassware and sand machine processed lay respectively at the broken either side of counterattack and sand machine processed is positioned at the first below of combing glassware, deliver to the first comb glassware by the broken material out of counterattack by conveyer belt, and through the first comb glassware screening, to sand machine feed processed, deliver to the first screening machine by the material of sand machine output processed by conveyer belt; Be connected with many conveyer belts of carrying different size rubble and Machine-made Sand on described the first screening machine.
Wherein: the broken below of described counterattack is provided with the 5th conveyer belt that is connected with the first comb glassware, and the input of the 5th conveyer belt is positioned at the broken below of counterattack, and output is positioned at the top of the first comb glassware; The below of described sand machine processed is provided with the 4th conveyer belt, and the input of the 4th conveyer belt is positioned at the below of sand machine processed, and output is positioned at the top of the first screening machine;
Described thick Hubei Province broken with link to each other by the first conveyer belt between thin Hubei Province is broken, the input of this first conveyer belt is positioned at the below that break in thick Hubei Province, output is positioned at the top that break in thin Hubei Province; Described thin Hubei Province broken with the first comb glassware between link to each other by the second conveyer belt and the 3rd conveyer belt, the broken top that is positioned at the second conveyer belt, thin Hubei Province, the output of this second conveyer belt is positioned at the top of the input of the 3rd conveyer belt, and the output of the 3rd conveyer belt is positioned at the first comb glassware or the broken top of counterattack;
Described the first screening machine links to each other with the 3rd screening machine with deduster by the 6th conveyer belt, and the input of the 6th conveyer belt is positioned at the below of the first screening machine, and output is positioned at the top of the 3rd screening machine; Be connected with many conveyer belts of carrying different size rubble and Machine-made Sand on described the 3rd screening machine;
The below of described batcher also is connected with the second screening machine by the 7th conveyer belt, and the input of the 7th conveyer belt is positioned at the below of batcher, and output is positioned at the top of the second screening machine; Described the second screening machine is by the second conveyer belt and thin Hubei Province between broken and the first comb glassware or thin Hubei Province is broken and the conveyer belt of counterattack between broken links to each other, the input of this second conveyer belt is positioned at the below of the second screening machine, output in thin Hubei Province between broken and the first comb glassware or thin Hubei Province is broken and counterattack broken between conveyer belt above; The bottom of described the second screening machine is equipped with the 8th unearthed conveyer belt.
The broken charging aperture place of described counterattack is provided with the second comb glassware, and this second comb glassware links to each other with the first screening machine by the 9th conveyer belt; The input of described the 9th conveyer belt is positioned at the below of the first screening machine, and output is positioned at the top of described the second comb glassware; Be equipped with deduster on described sand machine processed and the first screening machine.
Advantage of the present utility model and good effect are:
1. the utility model makes rubble and sand processed share the same production line, reaches rubble, sand processed two is suitable, excellent scarce complementation; Can produce simultaneously rubble and the Machine-made Sand of different size, aggregate chips is turned waste into wealth, and can reduce discarded aggregate chips and reach 80~95%, economizes on resources 15~20%, reduces cost 20~50%, achieves many things at one stroke.
2. comb glassware of the present utility model can utilize sagging, the free from worry without hindrance principle of object, realizes from slipping feed.
3. special use of the present utility model can be removed soil in the building stones substantially except the second screening machine of soil, and the soil amount that contains in the building stones is reduced greatly; By guaranteeing that being produced the Machine-made Sand requisite quality lays the first stone, reduce rubble and run tail.
4. the open circuit circulation is mainly adopted in the production of sand machine processed of the present utility model, the material that sand machine processed is produced has satisfied the requirement of trimmed size material particle shape, finished simultaneously the purpose to faller gill shape material and aggregate chips shaping, overcome the repeated multiple times fragmentation of existing sand machine processed and caused cost of goods manufactured to improve.
5. the utility model has added the second comb glassware (chute) between the broken charging aperture of counterattack and the 9th conveyer belt, can the rubble of unsalable specification be carried out again according to market demand brokenly, forms closed cycle, thus reach Adjusting market need to purpose.
Description of drawings
Fig. 1 is the structural representation of the utility model embodiment one;
Fig. 2 is the structural representation of the utility model embodiment two;
Fig. 3 is the structural representation of the utility model embodiment three;
Fig. 4 is the structural representation of the utility model embodiment four;
Fig. 5 is the structural representation of the utility model embodiment five;
Wherein: 1 is feed bin, and 2 is batcher, and 3 is the 7th conveyer belt, 4 is that thick Hubei Province is broken, and 5 is the first conveyer belt, and 6 is the 8th conveyer belt, 7 is the second screening machine, and 8 is the second conveyer belt, and 9 is that thin Hubei Province is broken, 10 is the 3rd conveyer belt, and 11 is the first comb glassware, and 12 is the 4th conveyer belt, 13 are sand machine processed, and 14 is broken for counterattack, and 15 is the 5th conveyer belt, 16 is the first screening machine, and 17 is the 9th conveyer belt, and 18 is the second comb glassware, 19 is the tenth conveyer belt, 20 is the 11 conveyer belt, and 21 is the 6th conveyer belt, and 22 is the 3rd screening machine, 23 is the 13 conveyer belt, 24 is the 14 conveyer belt, and 25 is the 12 conveyer belt, and 26 is deduster.
The specific embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
The utility model comprises that feed bin 1, batcher 2, thick Hubei Province break 4, carefully the 14 and first screening machine 16 is broken in broken the 9, the first comb glassware 11 in Hubei Province, sand machine 13 processed, counterattack, wherein batcher 2 is positioned at the below of feed bin 1, be provided with thick Hubei Province and break 4 below batcher 2, thick Hubei Province broken 4 and thin Hubei Province broken 9 link to each other by conveyer belt and the first comb glassware 11 successively; Sand machine 13 processed is positioned at the either side of counterattack broken 14, gives simultaneously sand machine 13 processed and broken 14 feed of counterattack by the material of the first comb glassware 11 screenings, delivers to the first screening machine 16 by the material of sand machine 13 processed and broken 14 outputs of counterattack by conveyer belt; Be connected with many conveyer belts of carrying different size rubble and Machine-made Sand on the first screening machine 16.
Embodiment one
As shown in Figure 1, link to each other by the first conveyer belt 5 between thick Hubei Province broken 4 and thin Hubei Province broken 9, the input of this first conveyer belt 5 is positioned at thick Hubei Province and breaks 4 below, and output is positioned at thin Hubei Province and breaks 9 top.The input that the below of batcher 2 also is connected with the second screening machine 7, the seven conveyer belts 3 by the 7th conveyer belt 3 is positioned at the below of batcher 2, and output is positioned at the top of the second screening machine 7.Thin Hubei Province broken 9 and first is combed between the glassware 11 and is linked to each other by the second conveyer belt 8 and the 3rd conveyer belt 10, thin Hubei Province broken 9 is positioned at the top of the second conveyer belt 8, the input of this second conveyer belt 8 is positioned at the below of the second screening machine 7, output is positioned at the top of the input of the 3rd conveyer belt 10, and the output of the 3rd conveyer belt 10 is positioned at the top of the first comb glassware 11.The 8th unearthed conveyer belt 6 is installed in the bottom of the second screening machine 7.
Sand machine 13 processed is positioned at the below of the first comb glassware 11, below sand machine 13 processed and counterattack broken 14, be provided with the 4th conveyer belt 12, between the 4th conveyer belt 12 and the first screening machine 16, be provided with the 5th conveyer belt 15, the input of the 5th conveyer belt 15 is positioned at the below of the 4th conveyer belt 12 outputs, and the output of the 5th conveyer belt 15 is positioned at the top of the first screening machine 16.Perhaps, directly be sent to the first screening machine 16 by sand machine 13 processed and broken 14 material that drop on the 4th conveyer belt 12 of counterattack, namely the input of the 4th conveyer belt 12 is positioned at the below of sand machine 13 processed and counterattack broken 14, and the output of the 4th conveyer belt 12 is positioned at the top of the first screening machine 16.The first screening machine 16 links to each other with the 3rd screening machine 22 by the 6th conveyer belt 21, and the input of the 6th conveyer belt 21 is positioned at the below of the first screening machine 16, and output is positioned at the top of the 3rd screening machine 22; On first and third screening machine 16,22, be connected with respectively many conveyer belts of carrying different size rubble or Machine-made Sand.Be equipped with deduster 26 on described sand machine 13 processed, the first screening machine 16 and the 3rd screening machine 22, so that the Machine-made Sand requisite quality that processes.
The charging aperture place of counterattack broken 14 be provided with the second comb glassware 18(optionally also can change join chute), this second comb glassware 18 links to each other with the first screening machine 16 by the 9th conveyer belt 17; The input of the 9th conveyer belt 17 is positioned at the below of the first screening machine 16, and output is positioned at the top of the second comb glassware 18.Can reserve distance between the charging aperture of the output of the 9th conveyer belt 17 and counterattack broken 14, in order to the second comb glassware 18 is installed.First and second comb glassware 11,18 shape are such as the comb of the usefulness of combing one's hair, and Eight characters opening is obliquely installed, by telling the thickness material from slide or unbalanced-throw screen, be applicable between different the crushing production line machine material mouth and conveyer belt output, reach screening, classification, improve output, the purpose of saving power supply.
The operation principle of present embodiment is:
The utility model is taked originally, and rubble, sand processed two cover production lines are modified to a cover production line.During production, the opening by batcher 2 leaks down sandy soil and natural rubble, and the native stone of small dimension (present embodiment is that 7cm is following) is fallen the input of the 7th conveyer belt 3, and the rubble of large specification (present embodiment is more than the 7cm) is fallen in thick Hubei Province broken 4 and carried out fragmentation.The 7th conveyer belt 3 is directly fallen into the native stone on it in the second screening machine 7 by output, by screening sand, microlith is fallen on the 8th conveyer belt 6, makes middle fritter reclaimed quarry directly fall the input of the second conveyer belt 8; The 8th conveyer belt 6 that install the second screening machine 7 bottoms is directly exported sand, microlith, reaches except native clean the purpose that rubble reclaims.The native stone that breaks 4 fragmentations through thick Hubei Province is sent to by the first conveyer belt 5 in thin Hubei Province broken 9 and carries out thin broken, native stone after broken 9 fragmentations in thin Hubei Province is fallen on the second conveyer belt 8, fall on the 3rd conveyer belt 10 with the native stone of being fallen by the second screening machine 7 on the second conveyer belt 8, be transported to the first comb glassware 11 tops by the 3rd conveyer belt 10 and fall.The building stones that enter the first comb glassware 11 break 14 from material to sand machine 13 processed and counterattack simultaneously, arrive in the sand machine 13 processed less than sand machine 13 charging aperture specifications processed, the fine stone that meets sand machine 13 processing processed, aggregate chips combing, realize that specification material, faller gill shape material, aggregate chips powder etc. do not enter sand machine 13 processed and carry out machining and shaping, then entered in the counterattack broken 14 by 11 combings of the first comb glassware greater than the rubble of sand machine 13 charging aperture specifications processed.
All fallen on the 4th conveyer belt 12 by sand machine 13 processed and counterattack broken 14 material out, fallen on the 5th conveyer belt 15 by the output of the 4th conveyer belt 12 again, be admitted in the first screening machine 16 and sieve; Not enough depending on the first screening machine 16 production capacities, also can set up the 3rd screening machine 22, material through 16 outputs of the first screening machine is admitted to the 3rd screening machine 22 by the 6th conveyer belt 21, is exported by the 12 conveyer belt 25 through the Machine-made Sand finished product less than 0.475cm of the 3rd screening machine 22 screenings; Connected respectively many conveyer belts on the first screening machine 16 and the 3rd screening machine 22, the rubble of exportable different size is with the demand of satisfying the market; On the first screening machine 16 of present embodiment the tenth conveyer belt 19 and the 11 conveyer belt 20 have been installed respectively, on the 3rd screening machine 22 the 13 conveyer belt 23 and the 14 conveyer belt 24 have been installed respectively, specification reaches the rubble of 1~2cm by 20 outputs of the 11 conveyer belt, specification reaches the rubble of 2~4cm by 19 outputs of the tenth conveyer belt, specification reaches the rubble of 0.3~0.5cm by 24 outputs of the 14 conveyer belt, and specification reaches the rubble of 0.5~1cm by 23 outputs of the 13 conveyer belt.
When thinking many sand processed, can deliver to sand processed in the sand machine 13 processed by chute through 17 conveyings of the 9th conveyer belt at the optional specification finished product material in the blanking place of the first screening machine 16; If the unsalable phenomenon of the rubble of certain specification appears in market, also can utilize the 9th conveyer belt 17 that the rubble of the unsalable specification in the first screening machine 16 blanking port places is transmitted back to counterattack broken 14, the formation closed cycle is broken, and then is transported to the first screening machine 16 by the 5th conveyer belt 15.
Embodiment two
As shown in Figure 2, present embodiment is with the difference of embodiment one: the below of sand machine 13 processed and counterattack broken 14 is provided with the 5th conveyer belt 15 that is connected with the first screening machine 16, the input of the 5th conveyer belt 15 is positioned at the below of sand machine 13 processed and counterattack broken 14, and output is positioned at the top of the first screening machine 16.The input that is provided with the 4th conveyer belt 12, the four conveyer belts 12 below the first comb glassware 11 is positioned at the below of the first comb glassware 11, and output is positioned at the top of sand machine 13 processed.During work, the material of the first comb glassware 11 screenings is given counterattack broken 14 and sand machine 13 feed processed simultaneously, delivers to for the material of sand machine 13 processed by the 4th conveyer belt 12, then directly is delivered to the counterattack broken 14 for the material of counterattack broken 14 from the first comb glassware 11.All fallen on the 5th conveyer belt 15 by sand machine 13 processed and counterattack broken 14 material out, be admitted in the first screening machine 16 and sieve.
Embodiment three
As shown in Figure 3, present embodiment is with the difference of embodiment one: the below of counterattack broken 14 is provided with the 5th conveyer belt 15 that is connected with the first screening machine 16, the input of the 5th conveyer belt 15 is positioned at the below of counterattack broken 14, and output is positioned at the top of the first screening machine 16; The input that the below of sand machine 13 processed is provided with the 4th conveyer belt 12, the four conveyer belts 12 is positioned at the below of sand machine 13 processed, and output is positioned at the top of the 5th conveyer belt 15.During work, the material of the first comb glassware 11 screenings is given counterattack broken 14 and sand machine 13 feed processed simultaneously, delivers in the sand machine 13 processed for the material of sand machine 13 processed by chute, then directly is delivered to the counterattack broken 14 for the material of counterattack broken 14 from the first comb glassware 11.Fallen on the 4th conveyer belt 12 by sand machine 13 processed material out, fallen on the 5th conveyer belt 15 by the output of the 4th conveyer belt 12 again, sieve with being admitted in the first screening machine 16 by counterattack broken 14 material out.
Embodiment four
As shown in Figure 4, present embodiment is with the difference of embodiment one: the below of sand machine 13 processed and counterattack broken 14 is provided with the 5th conveyer belt 15 that is connected with the first screening machine 16, the input of the 5th conveyer belt 15 is positioned at the below of sand machine 13 processed and counterattack broken 14, and output is positioned at the top of the first screening machine 16.During work, the material of the first comb glassware 11 screenings is given counterattack broken 14 and sand machine 13 feed processed simultaneously, delivers in the sand machine 13 processed for the material of sand machine 13 processed by chute, then directly is delivered to the counterattack broken 14 for the material of counterattack broken 14 from the first comb glassware 11.All fallen on the 5th conveyer belt 15 by sand machine 13 processed and counterattack broken 14 material out, be admitted in the first screening machine 16 and sieve.
Embodiment five
As shown in Figure 5, the difference of present embodiment and embodiment one is: the output of the 3rd conveyer belt 10 is positioned at the top of counterattack broken 14, and the material of being sent here by the 3rd conveyer belt 10 directly drops in the counterattack broken 14; The first comb glassware 11 and sand machine 13 processed lay respectively at the either side of counterattack broken 14 and the below that sand machine 13 processed is positioned at the first comb glassware 11, the below of counterattack broken 14 is provided with the 5th conveyer belt 15 that is connected with the first comb glassware 11, the input of the 5th conveyer belt 15 is positioned at the below of counterattack broken 14, and output is positioned at the top of the first comb glassware 11; The input that the below of sand machine 13 processed is provided with the 4th conveyer belt 12, the four conveyer belts 12 is positioned at the below of sand machine 13 processed, and output is positioned at the top of the first screening machine 16; Deliver to the first comb glassware 11 by counterattack broken 14 material out by the 5th conveyer belt 15, and through 11 screenings of the first comb glassware, give sand machine 13 feed processed, the material of being exported by sand machine 13 processed is delivered in the first screening machine 16 by the 4th conveyer belt 12 and is sieved.
The utility model unites two into one rubble production line, sand production line processed, can produce the rubble of 0.3~7cm different size and the Machine-made Sand below the 0.475cm according to market demand, and aggregate chips is turned waste into wealth.
The first comb glassware 11 of the present utility model mainly plays the effect of screening, can be slide sieve or vibrating screen classifier; It is broken etc. that counterattack broken 14 contains the broken or hammer of cone.

Claims (10)

1. rubble sand production line processed, it is characterized in that: comprise feed bin (1), batcher (2), thick Hubei Province broken (4), thin Hubei Province broken (9), the first comb glassware (11), sand machine processed (13), counterattack broken (14) and the first screening machine (16), wherein batcher (2) is positioned at the below of feed bin (1), be provided with thick Hubei Province broken (4) in the below of batcher (2), described thick Hubei Province broken (4) and thin Hubei Province broken (9) link to each other with the first comb glassware (11) by conveyer belt successively; Described sand machine processed (13) is positioned at the either side of counterattack broken (14), give simultaneously sand machine processed (13) and broken (14) feed of counterattack by the material of the first comb glassware (11) screening, deliver to the first screening machine (16) by the material of sand machine processed (13) and counterattack broken (14) output by conveyer belt; Be connected with many conveyer belts of carrying different size rubble and Machine-made Sand on described the first screening machine (16).
2. by rubble claimed in claim 1 sand production line processed, it is characterized in that: described sand machine processed (13) is positioned at the below of the first comb glassware (11), below in sand machine processed (13) and counterattack broken (14) is provided with the 4th conveyer belt (12), between the 4th conveyer belt (12) and the first screening machine (16), be provided with the 5th conveyer belt (15), the input of described the 5th conveyer belt (15) is positioned at the below of the 4th conveyer belt (12) output, and the output of the 5th conveyer belt (15) is positioned at the top of the first screening machine (16); Or the material of described the 4th conveyer belt (12) is directly delivered to the first screening machine (16), namely the input of the 4th conveyer belt (12) is positioned at the below of sand machine processed (13) and counterattack broken (14), and the output of the 4th conveyer belt (12) is positioned at the top of the first screening machine (16).
3. by rubble claimed in claim 1 sand production line processed, it is characterized in that: the below of described sand machine processed (13) and counterattack broken (14) is provided with the 5th conveyer belt (15) that is connected with the first screening machine (16), the input of the 5th conveyer belt (15) is positioned at the below of sand machine processed (13) and counterattack broken (14), and output is positioned at the top of the first screening machine (16).
4. by rubble claimed in claim 3 sand production line processed, it is characterized in that: the below of described the first comb glassware (11) is provided with the 4th conveyer belt (12), the input of the 4th conveyer belt (12) is positioned at the below of the first comb glassware (11), and output is positioned at the top of sand machine processed (13).
5. by rubble claimed in claim 1 sand production line processed, it is characterized in that: the below of described counterattack broken (14) is provided with the 5th conveyer belt (15) that is connected with the first screening machine (16), the input of the 5th conveyer belt (15) is positioned at the below of counterattack broken (14), and output is positioned at the top of the first screening machine (16); The below of described sand machine processed (13) is provided with the 4th conveyer belt (12), and the input of the 4th conveyer belt (12) is positioned at the below of sand machine processed (13), and output is positioned at the top of the 5th conveyer belt (15).
6. rubble sand production line processed, it is characterized in that: comprise feed bin (1), batcher (2), thick Hubei Province broken (4), thin Hubei Province broken (9), the first comb glassware (11), sand machine processed (13), counterattack broken (14) and the first screening machine (16), wherein batcher (2) is positioned at the below of feed bin (1), be provided with thick Hubei Province broken (4) in the below of batcher (2), described thick Hubei Province broken (4) and thin Hubei Province broken (9) link to each other with counterattack broken (14) by conveyer belt successively; Described the first comb glassware (11) and sand machine processed (13) lay respectively at the either side of counterattack broken (14) and the below that sand machine processed (13) is positioned at the first comb glassware (11), deliver to the first comb glassware (11) by broken (14) material out of counterattack by conveyer belt, and through the first comb glassware (11) screening, to sand machine processed (13) feed, deliver to the first screening machine (16) by the material of sand machine processed (13) output by conveyer belt; Be connected with many conveyer belts of carrying different size rubble and Machine-made Sand on described the first screening machine (16).
7. by rubble claimed in claim 6 sand production line processed, it is characterized in that: the below of described counterattack broken (14) is provided with the 5th conveyer belt (15) that is connected with the first comb glassware (11), the input of the 5th conveyer belt (15) is positioned at the below of counterattack broken (14), and output is positioned at the top of the first comb glassware (11); The below of described sand machine processed (13) is provided with the 4th conveyer belt (12), and the input of the 4th conveyer belt (12) is positioned at the below of sand machine processed (13), and output is positioned at the top of the first screening machine (16).
8. by the described rubble of the arbitrary claim of claim 1 to 6 sand production line processed, it is characterized in that: described thick Hubei Province broken (4) are broken between (9) with thin Hubei Province and are linked to each other by the first conveyer belt (5), the input of this first conveyer belt (5) is positioned at the below of thick Hubei Province broken (4), and output is positioned at the top of thin Hubei Province broken (9); Described thin Hubei Province broken (9) and first is combed between the glassware (11) and is linked to each other by the second conveyer belt (8) and the 3rd conveyer belt (10), thin Hubei Province broken (9) is positioned at the top of the second conveyer belt (8), the output of this second conveyer belt (8) is positioned at the top of the input of the 3rd conveyer belt (10), and the output of the 3rd conveyer belt (10) is positioned at the top of the first comb glassware (11) or counterattack broken (14).
9. by the described rubble of the arbitrary claim of claim 1 to 6 sand production line processed, it is characterized in that: described the first screening machine (16) links to each other with the 3rd screening machine (22) with deduster (26) by the 6th conveyer belt (21), the input of the 6th conveyer belt (21) is positioned at the below of the first screening machine (16), and output is positioned at the top of the 3rd screening machine (22); Be connected with many conveyer belts of carrying different size rubble and Machine-made Sand on described the 3rd screening machine (22); Be equipped with deduster (26) on described sand machine processed (13) and the first screening machine (16).
10. by the described rubble of the arbitrary claim of claim 1 to 6 sand production line processed, it is characterized in that: the below of described batcher (2) also is connected with the second screening machine (7) by the 7th conveyer belt (3), the input of the 7th conveyer belt (3) is positioned at the below of batcher (2), and output is positioned at the top of the second screening machine (7); The conveyer belt that described the second screening machine (7) passes through between the second conveyer belt (8) and thin Hubei Province broken (9) and the first comb glassware (11) or break between (9) and the counterattack broken (14) in thin Hubei Province links to each other, the input of this second conveyer belt (8) is positioned at the below of the second screening machine (7), the top that output is positioned between thin Hubei Province broken (9) and the first comb glassware (11) or conveyer belt between (9) and the counterattack broken (14) is broken in thin Hubei Province; The bottom of described the second screening machine (7) is equipped with unearthed the 8th conveyer belt (6).
CN 201220323281 2012-07-05 2012-07-05 Stone crushing and sand making production line Expired - Lifetime CN202700602U (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103706453A (en) * 2013-12-27 2014-04-09 贵州成智重工科技有限公司 Method and device for independently producing sand by using vertical shaft impact crusher
CN104759335A (en) * 2015-03-18 2015-07-08 兰贤光 Machine-made sand production process
CN105562190A (en) * 2016-03-21 2016-05-11 江苏天鹏机电制造有限公司 Sand-stone production line
CN108480016A (en) * 2018-03-13 2018-09-04 韶关核力重工机械有限公司 The efficient rubble sand production technology of factory's formula environment-protecting intelligent
CN108714446A (en) * 2018-06-14 2018-10-30 邹福灶 A kind of ore factory lithotripsy apparatus

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103706453A (en) * 2013-12-27 2014-04-09 贵州成智重工科技有限公司 Method and device for independently producing sand by using vertical shaft impact crusher
CN104759335A (en) * 2015-03-18 2015-07-08 兰贤光 Machine-made sand production process
CN105562190A (en) * 2016-03-21 2016-05-11 江苏天鹏机电制造有限公司 Sand-stone production line
CN108480016A (en) * 2018-03-13 2018-09-04 韶关核力重工机械有限公司 The efficient rubble sand production technology of factory's formula environment-protecting intelligent
CN108714446A (en) * 2018-06-14 2018-10-30 邹福灶 A kind of ore factory lithotripsy apparatus
CN108714446B (en) * 2018-06-14 2019-12-06 杭州山虎机械有限公司 Stone crushing device for ore factory

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