CN201389473Y - Multifunction integrated material crusher - Google Patents
Multifunction integrated material crusher Download PDFInfo
- Publication number
- CN201389473Y CN201389473Y CN200920080294U CN200920080294U CN201389473Y CN 201389473 Y CN201389473 Y CN 201389473Y CN 200920080294 U CN200920080294 U CN 200920080294U CN 200920080294 U CN200920080294 U CN 200920080294U CN 201389473 Y CN201389473 Y CN 201389473Y
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- CN
- China
- Prior art keywords
- sub
- sieve
- crusher
- disintegrating machine
- machine
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- Expired - Fee Related
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Abstract
The utility model discloses a multifunction integrated material crusher which belongs to the matched technology of combining a raw material conveyer and a crusher. The material crusher comprises a separate sifting material distributer and a crusher and is characterized in that: a discharge outlet of the separate sifting material distributer at an upper position is connected with a feed inlet of the crusher at a lower position; an electric magnetic iron remover is arranged between the discharge hole of the material distributer and the feed inlet of the crusher; the material distributer comprises a plurality of separate sifting material distribution rotating shafts that rotate in the same direction; and a powder leakage gap is arranged among the rotating shafts. The material crusher has the advantages that the feed inlet of the crusher can obtain crushed materials of uniform distribution so that all parts of a hammer head column are stressed uniformly and work steadily; the hammer head column is not easy to be damaged and parts supporting the hammer head column are not easily damaged; the service life of the crusher is prolonged; and the crushing noise is low.
Description
Technical field
The utility model belongs to mineral, the technology of rigid material crusher technical field, particularly material sub-sieve, cloth, deironing and disintegrating machine combination accessory.
Background technology
Now the material of being pulverized of mineral material crusher is all concentrated to topple over and is entered the feed of crusher mouth, and in the integrated hill shape of feed of crusher mouth, and the hammering thing of mineral material crusher is many microscler turning cylinders by comminuting matter.The material that piles the hill shape only concentrates on the local location of microscler turning cylinder, and this produces two problems: the firstth, and microscler turning cylinder discontinuity produces moment and sends rattle, and makes microscler turning cylinder, rotatable support etc. fragile; The secondth, the material unbalance stress at the many and position that material is few of material makes the uneven fineness after the pulverizing, all reach identical fineness and then will roll up the pulverizing time.
Summary of the invention
The material that the purpose of this utility model provides a kind of charging aperture is prescreening, evenly distributes and the stifled disintegrating machine of nothing of deironing, and be the de-ironing efficiency height, can not reach the coarse fodder of granulometry to discharging opening and return after can be separated and carry out disintegrating machine in the disintegrating machine.
Structure of the present utility model is:
The multifunctional all material crusher comprises sub-sieve material distributing machine and disintegrating machine, it is characterized in that: the discharging opening of sub-sieve material distributing machine upper with connect at the next feed of crusher mouth; Be provided with electric magnetic iron remover between the discharging opening of sub-sieve material distributing machine and the feed of crusher mouth; The sub-sieve material distributing machine comprises a plurality of sub-sieve cloth turning cylinders that rotate in the same way, is provided with Lou powder gap between each sub-sieve cloth turning cylinder.Three effects of sub-sieve material distributing machine: the one, material on a plurality of sub-sieve cloth turning cylinders that rotate in the same way by roller transfer before the exit port, close the leakage powder gap of material powder between each sub-sieve cloth turning cylinder that accords with granularity requirements and spill, can not enter disintegrating machine, can increase work efficiency like this, reduce crushing process and energy waste, material and do not produce broken phenomenon again.The 2nd, evenly disperse the distribution material on the discharging opening of sub-sieve cloth turning cylinder, when making the discharging of sub-sieve material distributing machine, material is to the even feed in each position of tup post of disintegrating machine, does not have the uneven problem of tup local pressure, the use that increases disintegrating machine is received a mandate; The 3rd, evenly disperse the distribution material the ulking thickness of sub-sieve material distributing machine discharging opening than directly topple over pile hill shape thin thickness many, this improves for the de-ironing efficiency of the electric magnetic iron remover of sub-sieve material distributing machine discharging opening greatly, makes the metal in the material be difficult to enter disintegrating machine.
Below the disintegrating machine discharging opening and sub-sieve cloth turning cylinder below be provided with a particle conveyer belt, convenient discharging to disintegrating machine and sub-sieve cloth turning cylinder is concentrated and is carried out coarse and fine separation.
Be provided with blower fan below particle conveyer belt one end, be provided with coarse grain between blower fan and the particle conveyer belt and concentrate return conveyor, coarse grain concentrates the position of return conveyor to be lower than the air outlet of blower fan.The discharging of disintegrating machine and sub-sieve cloth turning cylinder concentrated to carry out coarse and fine separation be that wind-force with blower fan carries out sorting, regulate wind-force, the material thickness that sub-elects is difference just.
Disintegrating machine is the disintegrating machine that discharging does not have obstruction, the roller discharging sieve plate that the discharging sieve plate of disintegrating machine is made of side by side two or more rotation sub-sieve axles; Have 6～18 groups of tup posts to be symmetrical in the rotating shaft central distribution in the disintegrating machine, every group of tup post conspired to create one group by a plurality of hammer rings by axis.Disintegrating machine the best of the present utility model selects for use the discharging of the roller discharging sieve plate that the discharging sieve plate is made of side by side two or more rotation sub-sieve axles not have the disintegrating machine of obstruction, and increase the tup post is 6～18 groups, improves greatly than the crush efficiency of existing 2～4 groups of tup posts.Become 6～18 groups of tup posts from existing 2～4 groups of tup posts and seem simple quantity increase, but prior art can only be because the charging of disintegrating machine piles the hill shape for concentrating to topple over 2～4 groups of tup posts, 2～4 groups of tup posts give the hill shape of charging with enough stacking spaces, and the material that 2～4 groups of tup posts more help piling the hill shape disperses to distribute in disintegrating machine, and existing tup post has concurrently to be stacked and disperse distributed function and can not be with 6～18 groups of tup posts.But feed of crusher mouth of the present utility model can obtain evenly to disperse to distribute by behind the comminuting matter, the tup post has only the pulverizing function, disintegrating machine then of the present utility model can be with 6～18 groups of tup posts.
Advantage of the present utility model: the feed of crusher mouth can obtain equally distributed by comminuting matter, make each local pressure of tup post even, smooth working, the use of the parts of not fragile tup post, not fragile support tup post, the increase of disintegrating machine life-span, prolongation disintegrating machine are received a mandate, broken dry sound is little.Sub-sieve material distributing machine branch sifts out the workload that fines can reduce disintegrating machine, reduces energy waste and increase; The de-ironing efficiency of electric magnetic iron remover is improved greatly.It is to carry out sorting to thickness and regulate with regulating wind-force that comminuting matter is separated the thickness material with the wind selection by winnowing.Because it is equally distributed by comminuting matter that the feed of crusher mouth can obtain, disintegrating machine can increase tup post to 6～18 group, improves the mistake crushing quantity of crush efficiency and unit interval greatly.
Description of drawings
Fig. 1 is that the structure of the present utility model material that is broken moves towards schematic diagram;
1 is sub-sieve material distributing machine, the 2nd among the figure, disintegrating machine, the 3rd, and electric magnetic iron remover, the 4th, conveyer belt, the 5th, blower fan, the 6th, return conveyor, the 7th, tup post, the 8th, turning cylinder, the 9th rotates the sub-sieve axle.
The specific embodiment
The multifunctional all material crusher, comprise sub-sieve material distributing machine 1 and disintegrating machine 2, the discharging opening of sub-sieve material distributing machine 1 is placed on top position, connect with disintegrating machine 2 charging apertures of position below, what make that sub-sieve material distributing machine 1 discharging opening disperses evenly that the material of distribution can evenly disperse to distribute enters disintegrating machine 2; Be provided with electric magnetic iron remover 3 between the discharging opening of sub-sieve material distributing machine 1 and disintegrating machine 2 charging apertures; 20 meters distance between the charging aperture of sub-sieve material distributing machine 1 and the discharging opening can after the rolling distance of 20 meters in rice is crossed in the footpath, be dispersed into even distribution to the inhomogeneous shape of the charging aperture of sub-sieve material distributing machine 1 accumulation hill to the materials of accumulation hill with a plurality of turning cylinders 8; Sub-sieve material distributing machine 1 comprises a plurality of sub-sieve cloth turning cylinders 8 that rotate in the same way, is provided with Lou powder gap between each sub-sieve cloth turning cylinder 8.The turning cylinder 8 of sub-sieve material distributing machine 1 discharging opening is parallel or substantially parallel with the rotation sub-sieve axle 9 of disintegrating machine 2, evenly disperses the fragmentation that distributes with the disintegrating machine 2 that enters that guarantees that the material that is broken that evenly disperse to distribute at sub-sieve material distributing machine 1 discharging opening can evenly disperse to distribute.
As embodiment 1, but be increased to 30 meters distance between the charging aperture of sub-sieve material distributing machine 1 and the discharging opening.Below disintegrating machine 2 discharging openings and sub-sieve cloth turning cylinder 8 below be provided with a particle conveyer belt 4.Be provided with blower fan 5 below particle conveyer belt 4 one ends, be provided with coarse grain between blower fan 5 and the particle conveyer belt 4 and concentrate return conveyor 6, coarse grain concentrates the position of return conveyor 6 to be lower than the air outlet of blower fan 5.Disintegrating machine 2 is disintegrating machines that discharging does not have obstruction, the roller discharging sieve plate that the discharging sieve plate of disintegrating machine 2 is made of side by side a plurality of rotation sub-sieve axles 9; Have 6 groups of tup posts 7 to be symmetrical in the rotating shaft central distribution in the disintegrating machine 2, every group of tup post 7 conspired to create one group by a plurality of hammer rings by axis.
As embodiment 2, but have 10 groups of tup posts 7 to be symmetrical in the rotating shaft central distribution in the disintegrating machine 2, every group of tup post 7 conspired to create one group by a plurality of hammer rings by axis.
Embodiment 4
As embodiment 2, but have 18 groups of tup posts 7 to be symmetrical in the rotating shaft central distribution in the disintegrating machine 2, every group of tup post 7 conspired to create one group by a plurality of hammer rings by axis.
Claims (4)
1, multifunctional all material crusher comprises sub-sieve material distributing machine (1) and disintegrating machine (2), it is characterized in that: the discharging opening of sub-sieve material distributing machine (1) upper with connect at the next disintegrating machine (2) charging aperture; Be provided with electric magnetic iron remover (3) between the discharging opening of sub-sieve material distributing machine (1) and disintegrating machine (2) charging aperture; Sub-sieve material distributing machine (1) comprises a plurality of sub-sieve cloth turning cylinders (8) that rotate in the same way, is provided with Lou powder gap between each sub-sieve cloth turning cylinder (8).
2, multifunctional all material crusher according to claim 1 is characterized in that: below disintegrating machine (2) discharging opening and sub-sieve cloth turning cylinder (8) below be provided with a particle conveyer belt (4).
3, multifunctional all material crusher according to claim 2, it is characterized in that: be provided with blower fan (5) below particle conveyer belt (4) one ends, be provided with coarse grain between blower fan (5) and the particle conveyer belt (4) and concentrate return conveyor (6), coarse grain concentrates the position of return conveyor (6) to be lower than the air outlet of blower fan (5).
4, multifunctional all material crusher according to claim 1, it is characterized in that the multifunctional all material crusher: disintegrating machine (2) is the disintegrating machine that discharging does not have obstruction, the roller discharging sieve plate that the discharging sieve plate of disintegrating machine (2) is made of side by side two or more rotation sub-sieve axles (9); Have 6～18 groups of tup posts (7) to be symmetrical in the rotating shaft central distribution in the disintegrating machine (2), every group of tup post (7) conspired to create one group by a plurality of hammer rings by axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920080294U CN201389473Y (en) | 2009-04-20 | 2009-04-20 | Multifunction integrated material crusher |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920080294U CN201389473Y (en) | 2009-04-20 | 2009-04-20 | Multifunction integrated material crusher |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201389473Y true CN201389473Y (en) | 2010-01-27 |
Family
ID=41596292
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200920080294U Expired - Fee Related CN201389473Y (en) | 2009-04-20 | 2009-04-20 | Multifunction integrated material crusher |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201389473Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568346A (en) * | 2018-05-16 | 2018-09-25 | 甘春勇 | A kind of engineering plastics grinding device and its control method |
-
2009
- 2009-04-20 CN CN200920080294U patent/CN201389473Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568346A (en) * | 2018-05-16 | 2018-09-25 | 甘春勇 | A kind of engineering plastics grinding device and its control method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100127 Termination date: 20110420 |