CN205761670U - A kind of for make steel tailings resource recycle broken orthopedic systems - Google Patents
A kind of for make steel tailings resource recycle broken orthopedic systems Download PDFInfo
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- CN205761670U CN205761670U CN201620722896.9U CN201620722896U CN205761670U CN 205761670 U CN205761670 U CN 205761670U CN 201620722896 U CN201620722896 U CN 201620722896U CN 205761670 U CN205761670 U CN 205761670U
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- belt
- conveying unit
- vibrosieves
- tailings
- feed
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Abstract
This utility model provide a kind of for make steel tailings resource recycle broken orthopedic systems, this utility model is by arranging 2B belt conveyer, first belt plow and 2C belt conveyer, and by arranging 3B belt conveyer, second belt plow and 3C belt conveyer, making this broken orthopedic systems can output particle diameter be both the tailings of 10mm 15mm successively, particle diameter is the tailings of 4.75mm 10mm and tailings that particle diameter is 0 4.75mm, can only produce again the tailings that particle diameter is 4.75mm 10mm or the tailings that particle diameter is 0 4.75mm, it is hereby achieved that the product of three specifications, product diversity is higher, and at least can only produce the product of two specifications, production chains is higher.
Description
Technical field
This utility model relates to secondary resource reclaimer technical field, especially relates to a kind of for making steel tailings resource
Change the broken orthopedic systems recycled.
Background technology
Slag is the slag that steel-making is discharged, and is divided into vessel slag, open hearth slag and electroslag according to the type of furnace；Output, is about crude steel and produces
The 15～20% of amount；Mainly it is made up of the oxide of calcium, ferrum, silicon, magnesium and a small amount of aluminum, manganese, phosphorus etc.；Main mineral facies are silicic acid
DFP, dicalcium silicate, monticellite, calcium and magnesium rhodonite, calcium aluminoferrite and silicon, magnesium, ferrum, manganese, the oxide of phosphorus are formed
Solid solution, possibly together with a small amount of free calcium oxide and metallic iron, fluor-apatite etc..Some areas are because of Ore titaniferous and vanadium, steel
Slag the most slightly contains these compositions.In slag, the content of various compositions is because of the steel-making type of furnace, steel grade and every stove steel smelting stage
Difference, has bigger difference.
At present, iron and steel enterprise is many can use ore-dressing technique to reclaim part ferrum in slag, two kinds of products of output: slag selects high-grad iron ore deposit
And tailings, wherein slag selects high-grad iron ore deposit to return smelting system, continues to reclaim metallic iron therein, and remaining tailings is due to rich in calcium
Oxide and Si oxide, have small part for making or serve as construction material, such as: participates in making clinker, serves as
Gathering materials or admixture in concrete mix.
It should be evident that above-mentioned steel-making tailings is before being used for making or serving as construction material, need first to crush and/or whole
Shape, uses broken orthopedic systems.Existing broken orthopedic systems, deposits product single and produce inflexible problem more.
Therefore, how to provide a kind of product various and produce crush more flexibly orthopedic systems be those skilled in the art urgently
Need to solve the technical problem that.
Utility model content
The purpose of this utility model is to provide a kind of for making steel the broken orthopedic systems that tailings resource recycles,
This broken orthopedic systems has that product is various and the feature more flexibly of production.
For solving above-mentioned technical problem, the technical scheme that this utility model provides is:
A kind of for making steel the broken orthopedic systems that tailings resource recycles, including broken whole for tailings is carried out
The impact crusher of shape；
Also include No. 1 vibration for the tailings of the 15mm rank particle diameter of described impact crusher output is sieved
Sieve, for No. 2 vibrosieves that the tailings of the 10mm rank particle diameter of described impact crusher output is sieved, for institute
The tailings of the 4.75mm rank particle diameter stating impact crusher output carries out No. 3 vibrosieves sieved；
Also include for containing No. 1 feed bin that particle diameter is 10mm-15mm tailings, being 4.75mm-10mm for containing particle diameter
No. 2 feed bins of tailings, for containing No. 3 feed bins that particle diameter is 0-4.75mm tailings；
Also include No. 0 belt-conveying of charging aperture for the tailings of shaping to be broken being delivered to described impact crusher
Unit；
Also include the 1A belt conveyer for the tailings of described impact crusher output being delivered to No. 1 vibrosieve
Group, for the oversize of described No. 1 vibrosieve being returned the 1B belt-conveying of the charging aperture delivering to described impact crusher
Unit；
Also include the 2A belt-conveying unit for the siftage of described No. 1 vibrosieve being delivered to described No. 2 vibrosieves,
For the oversize of described No. 2 vibrosieves being delivered to the 2B belt-conveying unit of described No. 1 feed bin, being used for shaking described No. 2
The oversize of dynamic sieve delivers to the 2C belt-conveying unit of described 1B belt-conveying unit；
Also include the 3A belt-conveying unit for the siftage of described No. 2 vibrosieves being delivered to described No. 3 vibrosieves,
For the oversize of described No. 3 vibrosieves being delivered to the 3B belt-conveying unit of described No. 2 feed bins, being used for shaking described No. 3
The oversize of dynamic sieve delivers to the 3C belt-conveying unit of described 1B belt-conveying unit, for by described No. 3 vibrosieves
Siftage delivers to the 3D belt-conveying unit of described No. 3 feed bins；
The discharge end of described No. 0 belt-conveying unit is arranged at the top of the charging aperture of described impact crusher；
The feed end of described 1A belt-conveying unit is arranged at the lower section of the feed opening of described impact crusher, described
The discharge end of 1A belt-conveying unit is arranged at the top of the sieve plate of described No. 1 vibrosieve, the sieve plate of described No. 1 vibrosieve from
High to Low it is obliquely installed, and the low side of the sieve plate of described No. 1 vibrosieve is arranged at the feed end of described 1B belt-conveying unit
Top, the discharge end of described 1B belt-conveying unit is arranged at the top of the charging aperture of described impact crusher；
The feed end of described 2A belt-conveying unit is arranged at the lower section of the sieve plate of described No. 1 vibrosieve, described No. 2A
The discharge end of belt-conveying unit is arranged at the top of the sieve plate of described No. 2 vibrosieves, the sieve plate of described No. 2 vibrosieves from height to
Low dip is arranged, and the low side of the sieve plate of described No. 2 vibrosieves is arranged at feed end upper of described 2B belt-conveying unit
Side, the discharge end of described 2B belt-conveying unit is arranged at the top of the feed end of described 2C belt-conveying unit, described
The belt of 2B belt-conveying unit passes over from the charging aperture of described No. 1 feed bin, and is positioned at the charging of described No. 1 feed bin
It is provided with the first belt plow in the frame of the 2B belt-conveying unit of the top of mouth, described 2C belt-conveying unit
Discharge end is arranged at the top of the belt of described 1B belt-conveying unit；
The feed end of described 3A belt-conveying unit is arranged at the lower section of the sieve plate of described No. 2 vibrosieves, described No. 3A
The discharge end of belt-conveying unit is arranged at the top of the sieve plate of described No. 3 vibrosieves, the sieve plate of described No. 3 vibrosieves from height to
Low dip is arranged, and the low side of the sieve plate of described No. 3 vibrosieves is arranged at feed end upper of described 3B belt-conveying unit
Side, the discharge end of described 3B belt-conveying unit is arranged at the top of the feed end of described 3C belt-conveying unit, described
The belt of 3B belt-conveying unit passes over from the charging aperture of described No. 2 feed bins, and is positioned at the charging of described No. 2 feed bins
It is provided with the second belt plow in the frame of the 3B belt-conveying unit of the top of mouth, described 3C belt-conveying unit
Discharge end is arranged at the top of the belt of described 1B belt-conveying unit；
The feed end of described 3D belt-conveying unit is arranged at the lower section of the sieve plate of described No. 3 vibrosieves, described No. 3D
The discharge end of belt-conveying unit is arranged at the top of the charging aperture of described No. 3 feed bins.
Preferably, metal ball feedway is also included；
Described metal ball feedway includes that metal ball storage tank, the bottom of described metal ball storage tank are provided with for described
Impact crusher charging aperture supply metal ball oscillating feeder, the outlet of described oscillating feeder by metal hose with
And only charging aperture with the impeller of described impact crusher connects.
Preferably, described metal ball is steel ball or iron ball.
Preferably, the sphere diameter of described metal ball is 30mm～45mm.
Preferably, centered by described impact crusher, charging and annular waterfall drop into the double feed mode of material.
Compared with prior art, this utility model provides a kind of for making steel the broken whole of tailings resource recycling
Shape system, this utility model is by arranging 2B belt conveyer, the first belt plow and 2C belt conveyer and logical
Cross and 3B belt conveyer, the second belt plow and 3C belt conveyer are set so that this broken orthopedic systems has
Two kinds of mode of operations: the first, the first belt plow and the second belt plow all lower, and a collection of tailings breaks from impact type
The charging aperture of broken machine enters, and output particle diameter is the tailings of 10mm-15mm successively, and particle diameter is tailings and the grain of 4.75mm-10mm
Footpath is the tailings of 0-4.75mm；The second, only produces tailings that particle diameter is 4.75mm-10mm or particle diameter is the tail of 0-4.75mm
Slag, when only producing the tailings that particle diameter is 4.75mm-10mm, rises the first belt plow, and the oversize of No. 2 vibrosieves is complete
Portion returns impact crusher and again crushes, when only producing the tailings that particle diameter is 0-4.75mm, by the first belt plow and the
Two belt plows all rise, and the oversize of No. 2 vibrosieves and No. 3 vibrosieves all returns impact crusher and again crushes,
It is hereby achieved that the product of three specifications, product diversity is higher, and at least can only produce the product of two specifications, produces
Motility is higher.
Accompanying drawing explanation
Fig. 1 for this utility model embodiment provide for making steel the broken orthopedic systems that tailings resource recycles
Operation principle schematic diagram.
Detailed description of the invention
For making the purpose of this utility model embodiment, technical scheme and advantage clearer, new below in conjunction with this practicality
Accompanying drawing in type embodiment, is clearly and completely described the technical scheme in this utility model embodiment, it is clear that retouched
The embodiment stated is a part of embodiment of the present utility model rather than whole embodiments.Based on the reality in this utility model
Execute example, the every other embodiment that those of ordinary skill in the art are obtained on the premise of not making creative work, all
Belong to the scope of this utility model protection.
In description of the present utility model, it is to be understood that term " " center ", " axially ", " radially ", " longitudinally ", " horizontal stroke
To ", " length ", " width ", " on ", D score, "front", "rear", "left", "right", " top ", " end ", " interior ", " outward ", " clockwise ",
Orientation or the position relationship of the instruction such as " counterclockwise " are based on orientation shown in the drawings or position relationship, are for only for ease of description
This utility model and simplification describe rather than indicate or imply that the device of indication or element must have specific orientation, Yi Te
Fixed azimuth configuration and operation, therefore it is not intended that to restriction of the present utility model.
With reference to Fig. 1, Fig. 1 for this utility model embodiment provides for make steel tailings resource recycling broken whole
The operation principle schematic diagram of shape system.
A kind of for making steel the broken orthopedic systems that tailings resource recycles, including broken whole for tailings is carried out
The impact crusher of shape；
Also include No. 1 vibration for the tailings of the 15mm rank particle diameter of described impact crusher output is sieved
Sieve, for No. 2 vibrosieves that the tailings of the 10mm rank particle diameter of described impact crusher output is sieved, for institute
The tailings of the 4.75mm rank particle diameter stating impact crusher output carries out No. 3 vibrosieves sieved；Herein, for described punching
The tailings of the 15mm rank particle diameter of impact crusher output sieves, it is intended that the slot size on the sieve plate of No. 1 vibrosieve is full
Particle diameter is remained with the form of oversize by foot more than or equal to the tailings of 15mm, by the tailings less than 15mm with the shape of siftage
Formula remains, and the tailings of 10mm rank particle diameter is sieved by remaining, sieves the tailings of 4.75mm rank particle diameter
Look like same as described above；
Also include for containing No. 1 feed bin that particle diameter is 10mm-15mm tailings, being 4.75mm-10mm for containing particle diameter
No. 2 feed bins of tailings, for containing No. 3 feed bins that particle diameter is 0-4.75mm tailings；
Also include No. 0 belt-conveying of charging aperture for the tailings of shaping to be broken being delivered to described impact crusher
Unit；
Also include the 1A belt conveyer for the tailings of described impact crusher output being delivered to No. 1 vibrosieve
Group, for the oversize of described No. 1 vibrosieve being returned the 1B belt-conveying of the charging aperture delivering to described impact crusher
Unit；
Also include the 2A belt-conveying unit for the siftage of described No. 1 vibrosieve being delivered to described No. 2 vibrosieves,
For the oversize of described No. 2 vibrosieves being delivered to the 2B belt-conveying unit of described No. 1 feed bin, being used for shaking described No. 2
The oversize of dynamic sieve delivers to the 2C belt-conveying unit of described 1B belt-conveying unit；
Also include the 3A belt-conveying unit for the siftage of described No. 2 vibrosieves being delivered to described No. 3 vibrosieves,
For the oversize of described No. 3 vibrosieves being delivered to the 3B belt-conveying unit of described No. 2 feed bins, being used for shaking described No. 3
The oversize of dynamic sieve delivers to the 3C belt-conveying unit of described 1B belt-conveying unit, for by described No. 3 vibrosieves
Siftage delivers to the 3D belt-conveying unit of described No. 3 feed bins；
The discharge end of described No. 0 belt-conveying unit is arranged at the top of the charging aperture of described impact crusher；Herein
It is meant that the discharge end of No. 0 belt-conveying unit is arranged at the top of the charging aperture of described impact crusher to realize tailings from 0
The discharge end of number belt conveyer falls to this purpose of charging aperture of impact crusher, in real world applications, in most cases,
The discharge end of No. 0 belt-conveying unit is unsettled above the charging aperture of impact crusher, and tailings is from No. 0 belt conveyer
Discharge end free-falling, to the charging aperture of impact crusher, constitutes successive complete tailings transport model；Hereinafter
The connection arrangement of belt conveyer and vibrosieve, be connected arrangement between belt conveyer with belt conveyer,
And the connection arrangement between belt conveyer and feed bin, with No. 0 above-mentioned belt conveyer and impact crusher
Connect arrangement identical；When relating to belt conveyer, in view of the version that belt conveyer is special, belt conveyer
Feed end is respectively positioned on the lower section of upstream device discharging opening to facilitate material free-falling to the belt of belt conveyer, and belt is transported
The discharge end of defeated machine is respectively positioned on the top of downstream unit charging aperture to facilitate material free-falling in downstream unit；
The feed end of described 1A belt-conveying unit is arranged at the lower section of the feed opening of described impact crusher, described
The discharge end of 1A belt-conveying unit is arranged at the top of the sieve plate of described No. 1 vibrosieve, the sieve plate of described No. 1 vibrosieve from
High to Low it is obliquely installed, and the low side of the sieve plate of described No. 1 vibrosieve is arranged at the feed end of described 1B belt-conveying unit
Top, the discharge end of described 1B belt-conveying unit is arranged at the top of the charging aperture of described impact crusher；
The feed end of described 2A belt-conveying unit is arranged at the lower section of the sieve plate of described No. 1 vibrosieve, described No. 2A
The discharge end of belt-conveying unit is arranged at the top of the sieve plate of described No. 2 vibrosieves, the sieve plate of described No. 2 vibrosieves from height to
Low dip is arranged, and the low side of the sieve plate of described No. 2 vibrosieves is arranged at feed end upper of described 2B belt-conveying unit
Side, the discharge end of described 2B belt-conveying unit is arranged at the top of the feed end of described 2C belt-conveying unit, described
The belt of 2B belt-conveying unit passes over from the charging aperture of described No. 1 feed bin, and is positioned at the charging of described No. 1 feed bin
It is provided with the first belt plow in the frame of the 2B belt-conveying unit of the top of mouth, described 2C belt-conveying unit
Discharge end is arranged at the top of the belt of described 1B belt-conveying unit；
The feed end of described 3A belt-conveying unit is arranged at the lower section of the sieve plate of described No. 2 vibrosieves, described No. 3A
The discharge end of belt-conveying unit is arranged at the top of the sieve plate of described No. 3 vibrosieves, the sieve plate of described No. 3 vibrosieves from height to
Low dip is arranged, and the low side of the sieve plate of described No. 3 vibrosieves is arranged at feed end upper of described 3B belt-conveying unit
Side, the discharge end of described 3B belt-conveying unit is arranged at the top of the feed end of described 3C belt-conveying unit, described
The belt of 3B belt-conveying unit passes over from the charging aperture of described No. 2 feed bins, and is positioned at the charging of described No. 2 feed bins
It is provided with the second belt plow in the frame of the 3B belt-conveying unit of the top of mouth, described 3C belt-conveying unit
Discharge end is arranged at the top of the belt of described 1B belt-conveying unit；
The feed end of described 3D belt-conveying unit is arranged at the lower section of the sieve plate of described No. 3 vibrosieves, described No. 3D
The discharge end of belt-conveying unit is arranged at the top of the charging aperture of described No. 3 feed bins.
This utility model is by arranging 2B belt conveyer, the first belt plow and 2C belt conveyer, logical
Tailings on 2B belt conveyer can be unloaded in No. 1 feed bin by the decline crossing the first belt plow, thus obtains grain
Footpath is 10mm-15mm tailings, it is also possible to be unloaded to by the tailings on 2B belt conveyer by rising the first belt plow
On 1B belt conveyer, again crush shaping, with only for obtaining downstream tailings product returning impact crusher；This practicality
Novel by arranging 3B belt conveyer, the second belt plow and 3C belt conveyer, by the second plough discharging
Tailings on 3B belt conveyer can be unloaded in No. 2 feed bins by the decline of device, thus obtaining particle diameter is 4.75mm-10mm
Tailings, it is also possible to by rising the second belt plow, the tailings on 3B belt conveyer is unloaded to 1B belt-conveying
On machine, again crush shaping, with only for obtaining downstream tailings product returning impact crusher；So, this patent provides
Broken orthopedic systems has two kinds of mode of operations: the first, the first belt plow and the second belt plow all lower, and one
Criticizing tailings to enter from the charging aperture of impact crusher, output particle diameter is the tailings of 10mm-15mm successively, and particle diameter is 4.75mm-
The tailings of 10mm and particle diameter are the tailings of 0-4.75mm；The second, only produces tailings or grain that particle diameter is 4.75mm-10mm
Footpath is the tailings of 0-4.75mm, when only producing the tailings that particle diameter is 4.75mm-10mm, is risen by the first belt plow, No. 2
The oversize of vibrosieve all returns impact crusher and again crushes, when only producing the tailings that particle diameter is 0-4.75mm, by the
One belt plow and the second belt plow all rise, and the oversize of No. 2 vibrosieves and No. 3 vibrosieves all returns impact type
Disintegrating machine crushes again.
This utility model is to the structure of above-mentioned impact crusher, vibrosieve, belt conveyer and feed bin and type
It is not particularly limited, uses corresponding the said equipment of the prior art to meet above-mentioned functions.Illustrate a bit, this utility model
In belt-conveying unit, such as No. 0 belt-conveying unit, can only include a belt conveyer, it is also possible to include a plurality of
Belt conveyer, such as: belt-conveying unit potentially includes a main belt conveyer, some shorter with its upstream and downstream
The reversing belt transporter of belt conveyer linking, some the shorter material on a belt conveyer is sent at least
Article two, the shunting belt conveyer on the belt conveyer of downstream, and some shorter by least two belt conveyers
What material was aggregated on a belt conveyer collects belt conveyer, and enterprise, according to the site condition at oneself scene, on-demand sets
Meter.
In an embodiment of the present utility model, above-mentioned impact crusher includes feed hopper, material separating disc, impeller, whirlpool
Dynamic crusher chamber, material scraper, mesh division board, motor, base, actuating device, support, lubricating system, be provided with anti-in Turbulent chamber
Play backplate.When centered by impact crusher, charging drops into the double feed mode of material with annular waterfall, its operation principle substantially: former
Material falls in the feed hopper of impact crusher, is divided into two stock materials by material separating disc, and wherein a stock-traders' know-how material separating disc enters high speed rotating
Impeller, another strand falls from the surrounding of material separating disc；Entering the material of impeller, accelerated rapidly in impeller, its acceleration can
Reaching decades of times acceleration of gravity, then in impeller, impelling is gone out at a high speed, first with by another of material separating disc surrounding freely falling body
The mutual impact grinding of partial material, then impacts together after the two mixing on the bounce-back backplate of Turbulent chamber, sends out herein
Raw bounce-back, changed course impacts the top of Turbulent chamber obliquely, and changed course deflection moves downward again, throws with from impeller channel again
The material impacting shot out forms continuous print material curtain；So, one block of material in Turbulent chamber by twice to repeatedly rushing
Hitting shock, rub and grind fragmentation, the material being broken falls into screening plant and carries out sieve classification.
In an embodiment of the present utility model, also include metal ball feedway；Described metal ball feedway bag
Including metal ball storage tank, the bottom of described metal ball storage tank is provided with for supplying metal to the charging aperture of described impact crusher
The oscillating feeder of ball, the outlet of described oscillating feeder by metal hose with and only with the impeller of described impact crusher
Charging aperture connection；This patent, arranges metal ball feedway, and the outlet of described oscillating feeder by metal hose with and
Only connect with the charging aperture of the impeller of described impact crusher, be only added to metal ball enter in the tailings stream stock in impeller,
In impeller, metal ball is spun up with tailing particles one piece, under different size of centrifugal action, and metal ball and tailings
There is mutually collision and friction between granule, tailing particles is carried out broken and shaping；Then metal ball and tailing particles one piece
Gone out by impelling from the opening of impeller, fallen additionally one tailings generation impact grinding with on material separating disc, the most not
Only have the impact grinding process of stone-crash-stone, the impact grinding process of the most stable stone, it should be apparent that, compared to stone-crash-stone, ferrum
Beat stone and there is higher crushing efficiency and crushing effect；At the two of above-mentioned priority generation, broken and friction, considerably improves punching
The crushing efficiency of impact crusher and crushing effect.
In an embodiment of the present utility model, described metal ball is steel ball or iron ball.
In an embodiment of the present utility model, the sphere diameter of described metal ball is 30mm～45mm.
In an embodiment of the present utility model, centered by described impact crusher, charging drops into material pair with annular waterfall
Feed mode.
The method and apparatus of the most detailed description of this utility model is prior art, repeats no more.
Principle of the present utility model and embodiment are set forth by specific embodiment used herein, above enforcement
The explanation of example is only intended to help to understand method of the present utility model and core concept thereof.It should be pointed out that, for the art
Those of ordinary skill for, on the premise of without departing from this utility model principle, it is also possible to this utility model is carried out some
Improving and modify, these improve and modification also falls in this utility model scope of the claims.
Claims (5)
1. one kind for make steel tailings resource recycle broken orthopedic systems, it is characterised in that include for tailings
Carry out the impact crusher of broken shaping；
Also include No. 1 vibrosieve for the tailings of the 15mm rank particle diameter of described impact crusher output is sieved,
For No. 2 vibrosieves that the tailings of the 10mm rank particle diameter of described impact crusher output is sieved, for described
The tailings of the 4.75mm rank particle diameter of impact crusher output carries out No. 3 vibrosieves sieved；
Also include for containing No. 1 feed bin that particle diameter is 10mm-15mm tailings, being 4.75mm-10mm tailings for containing particle diameter
No. 2 feed bins, for containing No. 3 feed bins that particle diameter is 0-4.75mm tailings；
Also include No. 0 belt conveyer of charging aperture for the tailings of shaping to be broken being delivered to described impact crusher
Group；
Also include for the tailings of described impact crusher output being delivered to the 1A belt-conveying unit of No. 1 vibrosieve, use
In the 1B belt-conveying unit that the oversize of described No. 1 vibrosieve is returned the charging aperture delivering to described impact crusher；
Also including the 2A belt-conveying unit for the siftage of described No. 1 vibrosieve being delivered to described No. 2 vibrosieves, being used for
The oversize of described No. 2 vibrosieves is delivered to the 2B belt-conveying unit of described No. 1 feed bin, is used for described No. 2 vibrosieves
Oversize deliver to the 2C belt-conveying unit of described 1B belt-conveying unit；
Also including the 3A belt-conveying unit for the siftage of described No. 2 vibrosieves being delivered to described No. 3 vibrosieves, being used for
The oversize of described No. 3 vibrosieves is delivered to the 3B belt-conveying unit of described No. 2 feed bins, is used for described No. 3 vibrosieves
Oversize deliver to the 3C belt-conveying unit of described 1B belt-conveying unit, for by under the sieve of described No. 3 vibrosieves
Thing delivers to the 3D belt-conveying unit of described No. 3 feed bins；
The discharge end of described No. 0 belt-conveying unit is arranged at the top of the charging aperture of described impact crusher；
The feed end of described 1A belt-conveying unit is arranged at the lower section of the feed opening of described impact crusher, described No. 1A
The discharge end of belt-conveying unit is arranged at the top of the sieve plate of described No. 1 vibrosieve, the sieve plate of described No. 1 vibrosieve from height to
Low dip is arranged, and the low side of the sieve plate of described No. 1 vibrosieve is arranged at feed end upper of described 1B belt-conveying unit
Side, the discharge end of described 1B belt-conveying unit is arranged at the top of the charging aperture of described impact crusher；
The feed end of described 2A belt-conveying unit is arranged at the lower section of the sieve plate of described No. 1 vibrosieve, described 2A belt
The discharge end of transport unit is arranged at the top of the sieve plate of described No. 2 vibrosieves, and the sieve plate of described No. 2 vibrosieves inclines from high to low
Tiltedly setting, and the low side of the sieve plate of described No. 2 vibrosieves is arranged at the top of the feed end of described 2B belt-conveying unit, institute
State the top that the discharge end of 2B belt-conveying unit is arranged at the feed end of described 2C belt-conveying unit, described 2B skin
Belt with transport unit passes over from the charging aperture of described No. 1 feed bin, and is positioned at charging aperture upper of described No. 1 feed bin
It is provided with the first belt plow, the discharge end of described 2C belt-conveying unit in the frame of the 2B belt-conveying unit of side
It is arranged at the top of the belt of described 1B belt-conveying unit；
The feed end of described 3A belt-conveying unit is arranged at the lower section of the sieve plate of described No. 2 vibrosieves, described 3A belt
The discharge end of transport unit is arranged at the top of the sieve plate of described No. 3 vibrosieves, and the sieve plate of described No. 3 vibrosieves inclines from high to low
Tiltedly setting, and the low side of the sieve plate of described No. 3 vibrosieves is arranged at the top of the feed end of described 3B belt-conveying unit, institute
State the top that the discharge end of 3B belt-conveying unit is arranged at the feed end of described 3C belt-conveying unit, described 3B skin
Belt with transport unit passes over from the charging aperture of described No. 2 feed bins, and is positioned at charging aperture upper of described No. 2 feed bins
It is provided with the second belt plow, the discharge end of described 3C belt-conveying unit in the frame of the 3B belt-conveying unit of side
It is arranged at the top of the belt of described 1B belt-conveying unit；
The feed end of described 3D belt-conveying unit is arranged at the lower section of the sieve plate of described No. 3 vibrosieves, described 3D belt
The discharge end of transport unit is arranged at the top of the charging aperture of described No. 3 feed bins.
Broken orthopedic systems the most according to claim 1, it is characterised in that also include metal ball feedway；
Described metal ball feedway includes that metal ball storage tank, the bottom of described metal ball storage tank are provided with for described impact
Formula disintegrating machine charging aperture supply metal ball oscillating feeder, the outlet of described oscillating feeder by metal hose with and only
Connect with the charging aperture of the impeller of described impact crusher.
Broken orthopedic systems the most according to claim 2, it is characterised in that described metal ball is steel ball or iron ball.
Broken orthopedic systems the most according to claim 2, it is characterised in that the sphere diameter of described metal ball be 30mm～
45mm。
Broken orthopedic systems the most according to claim 2, it is characterised in that centered by described impact crusher charging with
Annular waterfall drops into the double feed mode of material.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108031539A (en) * | 2017-11-17 | 2018-05-15 | 江苏融达新材料股份有限公司 | A kind of heat is vexed, hot splashing steel slag processing metals recovery processes |
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2016
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108031539A (en) * | 2017-11-17 | 2018-05-15 | 江苏融达新材料股份有限公司 | A kind of heat is vexed, hot splashing steel slag processing metals recovery processes |
| CN108031539B (en) * | 2017-11-17 | 2019-10-15 | 江苏融达新材料股份有限公司 | A kind of heat is bored, hot splashing steel slag processes metals recovery processes |
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