CN208591941U

CN208591941U - A kind of stone classification crushing system

Info

Publication number: CN208591941U
Application number: CN201820971801.6U
Authority: CN
Inventors: 马驰; 孙启祥; 孙法虎
Original assignee: Zaozhuang Snksan Intelligent Machinery Co Ltd
Current assignee: Zaozhuang Xinjinshan Intelligent Equipment Co Ltd
Priority date: 2018-06-23
Filing date: 2018-06-23
Publication date: 2019-03-12
Anticipated expiration: 2028-06-23

Abstract

The utility model discloses a stone grading and crushing system, which belongs to the technical field of crushers, and comprises a crawler hoist, a vibrating feed screen, a fine crusher, a medium crusher, a coarse crusher, a vibrating sorting screen, and a powder caterpillar. Conveyor, fine material crawler conveyor, medium material crawler conveyor and coarse material crawler conveyor, the front end of the crawler hoist is equipped with a vibrating feed screen, and the lower end of the vibrating feed screen is set with a fine crusher and a medium crusher from front to back. And the primary crusher, the lower end of the primary crusher is equipped with a vibrating sorting screen, and the lower end of the vibrating sorting screen is sequentially set with a powder crawler conveyor, a fine material crawler conveyor, a medium material crawler conveyor and a coarse material crawler conveyor from left to right. The utility model has the advantages of high automation degree, low operation cost, large output, high income, uniform particle size and good shape of finished stones; reasonable matching of crushing equipment at all levels, small floor space, and high investment and economic benefits; Reliable, easy to operate, efficient, energy-saving and environmentally friendly.

Description

A kind of stone classification crushing system

Technical field

The utility model relates to a kind of crusher technical field, specifically a kind of stone classification crushing system.

Background technique

In existing building stones crushing system, feedstock particle size is had differences, and no matter the size of particle is directly entered together One crusher is crushed, and energy waste is caused, and does not accomplish real classification processing, and discharging is not segmented, causes to be crushed Building stones afterwards, it is so not of uniform size to collect successor, influences using while also improving cost, production efficiency is low, finished product stone granularity Unevenly, particle shape is bad after being crushed；Ore, which is fallen into, carries out break process in crusher, so that produce after crushing in crusher Raw dust can also be discharged from feeding inlet, so not only pollute working environment, bring difficulty to cleaning work, and will affect The health of field personnel；Therefore, the working environment quality for improving building stones processing guarantees that the body and mind of staff is strong Health, this is the technical issues of enterprise can not be ignored.

Utility model content

The stone that the purpose of this utility model is to provide a kind of stationary performances is high, crushing efficiency is high, the service life is longer Expect graded crushing system, to solve the problems mentioned in the above background technology.

To achieve the above object, the utility model provides the following technical solutions:

A kind of stone classification crushing system, including crawler hoister, vibrating feed sieve, fine crusher, in broken crusher, Coarse crushing crusher, vibrating separating sieve, powder track conveyor, fines track conveyor, middle material track conveyor and coarse fodder crawler belt Conveyer；Crawler hoister front end be arranged vibrating feed sieve, vibrating feed sieve lower end set gradually from front to back fine crusher, In broken crusher and coarse crushing crusher, coarse crushing crusher lower end be arranged vibrating separating sieve, vibrating separating sieve lower end by it is left-to-right according to Secondary setting powder track conveyor, fines track conveyor, middle material track conveyor and coarse fodder track conveyor.

As a further solution of the present invention: the crawler hoister includes crawler hoister frame, crawler hoister Crawler hoister crawler belt, crawler hoister crawler belt right end is arranged in crawler belt and crawler hoister discharge port, crawler hoister frame upper end Crawler hoister discharge port is set.

As a further solution of the present invention: the vibrating feed sieve includes vibrating feed screen frame, fines discharging Mouth, middle material discharge port, coarse fodder discharge port and vibrating feed sieve plate, vibrating feed screen frame upper end are arranged vibrating feed and sieve sieve Plate, vibrating feed sieve plate lower end set fines discharge port, expect discharge port, middle material discharge port front end in the setting of fines discharge port front end Coarse fodder discharge port is set.

As a further solution of the present invention: vibrating feed sieve further include vibrating feed sieve motor and vibration to Material screen motor mounting rack, vibrating feed sieve left end setting vibrating feed and sieve motor mounting rack, and vibrating feed sieves on motor mounting rack End setting vibrating feed sieves motor.

As a further solution of the present invention: the fine crusher includes crusher frame, crusher axis electricity Broken device body is arranged in machine and broken device body, crusher frame upper end, and crusher axis motor is arranged in broken device body left end.

As a further solution of the present invention: the vibrating separating sieve includes vibrating separating sieve rack, separating sieve powder Hopper outlet and the thick hopper outlet of separating sieve in the thin hopper outlet of hopper outlet, separating sieve, separating sieve, in vibrating separating sieve rack End setting separating sieve powder bucket exports, and separating sieve powder bucket exports right end and the thin hopper outlet of separating sieve, separating sieve fines bucket is arranged Hopper outlet in right end setting separating sieve is exported, the thick hopper outlet of separating sieve is arranged in hopper outlet right end in separating sieve.

As a further solution of the present invention: institute's vibrating separating sieve further includes coarse fodder vibra shoot, the vibration of middle material Slot, fines vibra shoot and mounting rack, vibrating separating sieve upper end are arranged coarse fodder vibra shoot, expect vibration in the setting of coarse fodder vibra shoot rear end Fines vibra shoot is arranged in slot, middle material vibra shoot rear end, and mounting rack is arranged in fines vibra shoot upper end.

As a further solution of the present invention, in the present embodiment, it is additionally arranged wind-drive device, cyclone dust removal Device, air-introduced machine；Wind-drive device is arranged in the fine crusher right end；Cyclone dust collectors are arranged in the wind-drive device rear end；It is described Air-introduced machine is arranged in cyclone dust collectors lower end.

As a further solution of the present invention, in the present embodiment, the fine crusher, in broken crusher and thick Broken crusher is additionally arranged crusher air port, the crusher air port setting corresponding fine crusher, in broken crusher and Coarse crushing crusher right end.

Compared with prior art, the utility model has the beneficial effects that

The utility model high degree of automation, complete production line other than booting shutdown and daily maintenance to equipment, Hardly need manual operation；Its high production efficiency, operating cost is low, and yield is big, and income is high, finished product stone epigranular, grain Shape is good, meets National Highway materials requirement；Crushing plant matchings at different levels are reasonable, and rigorous space crossed layout, therefore it The characteristics of small with occupied area, economic benefit of investment is high, and metaling quality is good, and mountain flour output capacity is low equal；It discharges unobstructed, runs Reliably, easy to operate, efficiently, energy conservation and environmental protection.

Detailed description of the invention

Fig. 1 is a kind of structural schematic diagram of the stone classification crushing system of embodiment 1；

Fig. 2 is crawler hoister structural schematic diagram in a kind of stone classification crushing system of embodiment 1；

Fig. 3 is vibrating feed sieve structure schematic diagram in a kind of stone classification crushing system of embodiment 1；

Fig. 4 is the structural schematic diagram of crusher in a kind of stone classification crushing system of embodiment 1；

Fig. 5 is the structural schematic diagram of vibrating separating sieve in a kind of stone classification crushing system of embodiment 1；

Fig. 6 is a kind of structural schematic diagram of the stone classification crushing system of embodiment 2；

Fig. 7 is the structural schematic diagram of crusher in a kind of stone classification crushing system of embodiment 2；

In figure: 1- crawler hoister, 2- vibrating feed sieve, 3- fine crusher, broken crusher in 4,5- coarse crushing crusher, 6- vibrating separating sieve, 8- fines track conveyor, expects that track conveyor, 10- coarse fodder crawler belt are defeated in 9- at 7- powder track conveyor Send machine, 11- crawler hoister frame, 12- crawler hoister crawler belt, 13- crawler hoister discharge port, 14- vibrating feed screen frame, Discharge port, 17- coarse fodder discharge port, 18- vibrating feed sieve plate, 19- vibrating feed sieve electricity are expected in 15- fines discharge port, 16- Machine, 20- vibrating feed sieve motor mounting rack, 21- crusher frame, 22- crusher axis motor, 23- broken device body, 24- vibration Dynamic separating sieve rack, the outlet of 25- separating sieve powder bucket, hopper outlet, 28- in the thin hopper outlet of 26- separating sieve, 27- separating sieve The thick hopper outlet of separating sieve, 29- coarse fodder vibra shoot expect vibra shoot, 31- fines vibra shoot, 32- mounting rack, 33- collection wind in 30- Device, 34- cyclone dust collectors, 35- air-introduced machine, 36- crusher air port.

Specific embodiment

The technical solution of the utility model is described in more detail With reference to embodiment.

Embodiment 1

Please refer to Fig. 1-5, a kind of stone classification crushing system, including it is crawler hoister 1, vibrating feed sieve 2, fine crushing broken Machine 3, in broken crusher 4, coarse crushing crusher 5, vibrating separating sieve 6, powder track conveyor 7, fines track conveyor 8, middle material Track conveyor 9 and coarse fodder track conveyor 10；1 front end of crawler hoister, which is arranged after vibrating feed sieves 2 primary sortings, is crushed effect Rate is higher, and effect is more preferable, vibrating feed sieve 2 lower ends set gradually from front to back fine crusher 3, in broken crusher 4 and coarse crushing Crusher 5, coarse crushing crusher lower end be arranged vibrating separating sieve 6, secondary sorting collection processing, 6 lower end of vibrating separating sieve by a left side to The right side sets gradually powder track conveyor 7, fines track conveyor 8, middle material track conveyor 9 and coarse fodder track conveyor 10； The crawler hoister 1 includes crawler hoister frame 11, crawler hoister crawler belt 12 and crawler hoister discharge port 13, and crawler belt mentions It rises 11 upper end of rack and crawler hoister crawler belt 12 is set, conveying need to be crushed building stones, and crawler belt is arranged in 12 right end of crawler hoister crawler belt Elevator discharge port 13；Vibrating feed sieve 2 include vibrating feed screen frame 14, fines discharge port 15, middle material discharge port 16, Vibrating feed sieve plate 18 is arranged in coarse fodder discharge port 17 and vibrating feed sieve plate 18,14 upper end of vibrating feed screen frame, once Screening is broken, and 18 lower end of vibrating feed sieve plate sets fines discharge port 15, expects discharge port 16 in the setting of 15 front end of fines discharge port, Coarse fodder discharge port 17 is arranged in middle 16 front end of material discharge port, and good sorting is fallen directly into corresponding crusher；The vibrating feed sieve 2 further include vibrating feed sieve motor 19 and vibrating feed sieve motor mounting rack 20, and vibrating feed sieves 2 left ends setting vibrating feed and sieves Motor mounting rack 20, vibrating feed sieve 20 upper end of motor mounting rack setting vibrating feed and sieve motor 19, provide vibration；It is described fine crushing Crusher 3 includes crusher frame 21, crusher axis motor 22 and broken device body 23, and the setting of 21 upper end of crusher frame is broken Body 23, is crushed building stones, and 23 left end of broken device body is arranged crusher axis motor 22, provides broken kinetic energy；The vibration sorting Sieve 6 goes out including hopper in vibrating separating sieve rack 24, separating sieve powder bucket outlet 25, the thin hopper outlet 26 of separating sieve, separating sieve Mouth 27 and the thick hopper outlet 28 of separating sieve, 24 upper end of vibrating separating sieve rack are arranged separating sieve powder bucket and export 25, separating sieve powder The thin hopper outlet 26 of separating sieve is arranged in 25 right end of hopper outlet, and hopper goes out in thin 26 right end of the hopper outlet setting separating sieve of separating sieve Mouthfuls 27, the thick hopper outlet 28 of separating sieve is arranged in 27 right end of hopper outlet in separating sieve, collects the broken building stones fallen；The vibration Dynamic separating sieve 6 further includes coarse fodder vibra shoot 29, middle material vibra shoot 30, fines vibra shoot 31 and mounting rack 32, on vibrating separating sieve 6 Coarse fodder vibra shoot 29 is arranged in end, and vibra shoot 30 is expected in the setting of 29 rear end of coarse fodder vibra shoot, and fines is arranged in middle 30 rear end of material vibra shoot Vibra shoot 31, the building stones of the corresponding broken crusher machine of vibra shoot sorting, mounting rack 32, upper end bearing is arranged in 31 upper end of fines vibra shoot Vibrating feed screen frame 14 and crusher frame 21.

Embodiment 2

Fig. 6-7 is please referred to, a kind of stone classification crushing system is additionally arranged wind-drive device 33, whirlwind compared with Example 1 Deduster 34, air-introduced machine 35；Wind-drive device 33 is arranged in 3 right end of fine crusher, and air inducing collects dust；The wind-drive device Cyclone dust collectors 34 are arranged in 33 rear ends, and dust settling, wind discharges；Air-introduced machine 35 is arranged in 34 lower end of cyclone dust collectors, mentions For negative pressure induced wind；The fine crusher 3, in broken crusher 4 and coarse crushing crusher 5 be additionally arranged crusher air port 36, it is described The setting of crusher air port 36 corresponding fine crusher 3, in 5 right end of broken crusher 4 and coarse crushing crusher, blower thus air port Air inducing.

It transports on vibrating feed sieve 2, leads to the working principle of the utility model is: crawler hoister 1 need to be crushed building stones The vibrating feed sieve plate 18 crossed on vibration feeding screen 2 carries out first time screening, and building stones are divided into fines, middle material and coarse fodder, then Respectively fall in fine crusher 3, in carry out graded crushing in broken crusher 4 and coarse crushing crusher 5, classification efficiency is higher, is crushed For building stones afterwards since gravity is fallen into vibrating separating sieve 6, vibrating separating sieve 6 carries out secondary sorting, obtains broken powder, thin Material, middle material and coarse fodder, corresponding building stones hopper from separating sieve powder bucket outlet 25, the thin hopper outlet 26 of separating sieve, separating sieve Outlet 27 and the thick hopper outlet 28 of separating sieve fall into corresponding powder track conveyor 7, fines track conveyor 8, middle material crawler belt It is transferred out in conveyer 9 and coarse fodder track conveyor 10, is fully automated, sets parameter.

Induced air negative-pressure dust collection equipment can be added, environment is protected and guarantees staff's health, while also having been carried out cold Wind cooling, extends machine service life.

The better embodiment of the utility model is explained in detail above, but the utility model be not limited to it is above-mentioned Embodiment can also not depart from the utility model ancestor within the knowledge of one of ordinary skill in the art Various changes can be made under the premise of purport.

Claims

1. A stone grading and crushing system, comprising a crawler elevator (1), a vibrating feed screen (2), a fine crusher (3), a medium crusher (4), a coarse crusher (5), a vibrating Screening (6), powder material crawler conveyor (7), fine material crawler conveyor (8), medium material crawler conveyor (9) and coarse material crawler conveyor (10), characterized in that the crawler elevator ( 1) A vibrating feed screen (2) is set at the front end, and a fine crusher (3), a medium crusher (4) and a coarse crusher (5) are set at the lower end of the vibrating feed screen (2) in order from front to back. The lower end of the crusher is provided with a vibrating sorting screen (6), and the lower end of the vibrating sorting screen (6) is sequentially set with a powder crawler conveyor (7), a fine material crawler conveyor (8) and a medium material crawler conveyor from left to right. (9) and coarse material crawler conveyor (10).

2. The system according to claim 1, wherein the crawler elevator (1) comprises a crawler elevator frame (11), a crawler elevator crawler (12) and a crawler elevator discharge The upper end of the crawler hoist frame (11) is provided with a crawler hoist crawler (12), and the right end of the crawler hoist crawler (12) is provided with a crawler hoist discharge port (13).

3. A stone classification and crushing system according to claim 1, wherein the vibrating feed screen (2) comprises a vibrating feed screen frame (14), a fine material discharge port (15), a middle The material discharge port (16), the coarse material discharge port (17) and the vibrating feeding screen sieve plate (18), the vibrating feeding screen frame (14) is provided with a vibrating feeding screen sieve plate (18), and the vibrating feeding screen The lower end of the sieve plate (18) is provided with a fine material discharge port (15), the front end of the fine material discharge port (15) is provided with a medium material discharge port (16), and the front end of the medium material discharge port (16) is provided with a coarse material discharge port (16). Feed opening (17).

4. A stone grading and crushing system according to claim 1 or 3, wherein the vibrating feed screen (2) further comprises a vibrating feed screen motor (19) and a vibrating feed screen motor mounting frame ( 20), the left end of the vibrating feed screen (2) is provided with a vibrating feed screen motor mounting frame (20), and the upper end of the vibrating feed screen motor mounting frame (20) is provided with a vibrating feed screen motor (19).

5. A stone grading and crushing system according to claim 1, wherein the fine crushing crusher (3) comprises a crusher frame (21), a crusher spindle motor (22) and a crushing body (23) The crusher frame (21) is provided with a crusher body (23) at the upper end, and a crusher spindle motor (22) is provided at the left end of the crusher body (23).

6. A stone classification and crushing system according to claim 1, wherein the vibrating sorting screen (6) comprises a vibrating sorting screen frame (24), a sorting screen powder hopper outlet (25), The fine hopper outlet (26) of the sorting screen, the middle hopper outlet (27) of the sorting screen, and the coarse hopper outlet (28) of the sorting screen are provided. The upper end of the vibration sorting screen frame (24) is provided with a sorting screen powder hopper outlet (25) , the sorting screen fine hopper outlet (26) is set at the right end of the sorting screen powder hopper outlet (25), the sorting screen fine hopper outlet (26) is set at the right end of the sorting screen hopper outlet (27), and the sorting screen middle hopper outlet ( 27) A sorting screen coarse hopper outlet (28) is set at the right end.

7. A stone classification and crushing system according to claim 1 or 6, characterized in that, the vibration sorting screen (6) further comprises a coarse material vibration groove (29), a medium material vibration groove (30), a fine material vibration groove (30), a The material vibrating tank (31) and the mounting frame (32), the upper end of the vibrating sorting screen (6) is provided with a coarse material vibration tank (29), and the rear end of the coarse material vibration tank (29) is provided with a medium material vibration tank (30), The rear end of the vibration tank (30) is provided with a fine material vibration tank (31), and an upper end of the fine material vibration tank (31) is provided with a mounting bracket (32).

8 . The stone grading and crushing system according to claim 1 , wherein a wind collecting device ( 33 ) is arranged at the right end of the fine crushing machine ( 3 ); cyclone dust removal is arranged at the rear end of the wind collecting device ( 33 ). The lower end of the cyclone dust collector (34) is provided with an induced draft fan (35).

9. A stone grading and crushing system according to claim 1, characterized in that, the fine crusher (3), the medium crusher (4) and the coarse crusher (5) are all additionally provided with a crusher tuyere (36), the crusher tuyere (36) is arranged at the right end of the corresponding fine crusher (3), secondary crusher (4) and coarse crusher (5).