CN206997090U - Throwing type material separation device - Google Patents
Throwing type material separation device Download PDFInfo
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- CN206997090U CN206997090U CN201720449187.2U CN201720449187U CN206997090U CN 206997090 U CN206997090 U CN 206997090U CN 201720449187 U CN201720449187 U CN 201720449187U CN 206997090 U CN206997090 U CN 206997090U
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Abstract
It the utility model is related to material separation device field, more particularly to throwing type material separation device.Throwing type material separation device, including casting device and separation feed bin, the area that gathers materials for being used for collecting the material after dishing out is provided with separation feed bin, the air outlet that the separation feed bin is provided with the air inlet of the material blowing after being used to dish out to casting device and is oppositely arranged with air inlet, the air flow path between the air inlet and air outlet, which is in, to gather materials between area and casting device.Whole separation feed bin progress powder recovery is compared by induced-draught fan compared to current, throwing type material separation device of the present utility model is oppositely arranged by air inlet and air outlet, powder is directly blown out into separation feed bin before powder falls into the area that gathers materials, powder recovering effect is good, and organic efficiency is high.
Description
Technical field
It the utility model is related to material separation device field, more particularly to throwing type material separation device.
Background technology
Usually require to be divided into multistage according to different granule sizes in ore in sand form production process, at present usually using Vibration Screen
The method divided realizes that vibratory sieve forms a kind of screening plant, and vibratory sieve has discharging opening and discharge gate, wherein grain in screening process
The satisfactory material of size is spent to discharge from the discharging opening of vibratory sieve, and undesirable material is then discharged from discharge gate.It is single
Separation is solely carried out to material using vibratory sieve and make it that the power of vibratory sieve is big, noise is big and high energy consumption, the rate of wear of screen cloth
Soon, it is necessary to often change screen cloth, low production efficiency.
In order to solve these problems, mixed material is divided by using throwing type material separation device in the prior art
From, such as the Chinese patent that Authorization Notice No. is CN201175700Y, authorized announcement date is 2009.01.07 discloses a kind of throwing
Granularity material sorting device when penetrating, including bin and the materials casting device for being arranged on bin one end, materials casting device are used for
Mixed material is dished out, the bottom of bin is provided with multiple areas that gather materials, and the area that each gathers materials is equipped with a stock grading aggregate bin, respectively
Stock grading aggregate bin arranges along materials casting direction, and mixed material is different after casting；Air suffered by the different material of granularity
Resistance is different, and they will be fallen into far and near different aggregate bin, so as to reach the purpose of stock grading sorting.Due to mixed material
In be mingled with powder, be provided with air-introduced machine and suspended mater separator in order to be reclaimed to powder, above mixed material bin, pass through
Air-introduced machine reclaims the powder in bin, but because bin space is larger, air-introduced machine is low to the powder organic efficiency in bin,
Recovering effect is poor.
Utility model content
The purpose of this utility model is to provide a kind of throwing type material separation device, to solve current throwing type material point
The problem of poor from powder recovering effect in the bin of device.
To achieve the above object, throwing type material separation device technical scheme of the present utility model is：Throwing type material point
Include casting device and separation feed bin from device, the area that gathers materials for being used for collecting the material after dishing out is provided with separation feed bin, it is described
The air-out that separation feed bin is provided with the air inlet of the material blowing after being used to dish out to casting device and is oppositely arranged with air inlet
Mouthful, the air flow path between the air inlet and air outlet, which is in, to gather materials between area and casting device.
Air flow path and casting device projectile material direction between the air inlet and air outlet is perpendicular.
The air inlet is arranged on the bottom of separation feed bin, and the air outlet is arranged on the top of separation feed bin.
The casting device is arranged in the side wall of separation feed bin, and the air inlet and air outlet are close to casting device and set
Put.
The area that gathers materials provided with least two, the air flow path between the air inlet and air outlet be in casting device and
Between the area that gathers materials of casting device.
The casting device is batch (-type) casting device, and batch (-type) casting device includes casting part and feeding part, institute
Stating feeding part includes interval drawing-in device, and interval drawing-in device includes feeding bin and the feeding disc being arranged in feeding bin, feeds
Feed bin has feeding bin import and feeding bin outlet, and feeding disc is provided with least two feeding troughs, and the feeding disc, which turns to, feeds
For hopper with being fed during feeding bin inlet communication to feeding trough, feeding disc turns to feeding trough and feeding trough during feeding bin outlet
Interior material is provided at circumferentially spaced to realize interval feeding by feeding bin outlet outflow, each feeding trough along feeding disc.
The casting device is batch (-type) casting device, and batch (-type) casting device includes casting feed bin, and casting feed bin has
Charging aperture and material casting mouth, cast the material casting being rotatably equipped with feed bin for the material cast in feed bin to be cast out through material casting mouth
Wheel, the material casting wheel are provided with least two spaced material casting faces, and charging aperture casts wheel circumferentially with material casting opening's edge.
The material casting wheel is provided with material casting groove, and the material casting groove is included in the rear side that rear side is in material casting wheel rotation direction
Face, the trailing flank form the material casting face.
The pivot center for casting wheel is horizontally disposed with, and is cast wheel and is rotated in the counterclockwise direction, and the material casting mouth, which is in, to be thrown
From the left side of wheel, the charging aperture is in the portion above material casting wheel and being in towards material casting wheel on the right side of the pivot center of material casting wheel
Point.
The beneficial effects of the utility model are：Separation feed bin is provided with the mixed material blowing after being dished out to casting device
Blowing mouth and the air outlet being oppositely arranged with air inlet, dried by blower fan to air inlet during work, the powder in mixed material
Separation feed bin is blown by air outlet, whole separation feed bin progress powder recovery is compared by induced-draught fan compared to current, this
The throwing type material separation device of utility model is oppositely arranged by air inlet and air outlet, straight before powder falls into the area that gathers materials
Connect and powder is blown out into separation feed bin, powder recovering effect is good, and organic efficiency is high.
Brief description of the drawings
Fig. 1 is the structural representation of the specific embodiment 1 of throwing type material separation device of the present utility model；
Fig. 2 is the structural representation of the specific embodiment 3 of throwing type material separation device of the present utility model；
Fig. 3 is the structural representation of the specific embodiment 4 of throwing type material separation device of the present utility model；
Fig. 4 is Fig. 3 top view.
Embodiment
Embodiment of the present utility model is described further below in conjunction with the accompanying drawings.
The specific embodiment 1 of throwing type material separation device of the present utility model, as shown in figure 1, throwing type feed separation
Device includes separation feed bin 1 and is arranged on the casting device 2 of separation feed bin 1 one end, and casting device 2 is batch (-type) casting device,
Separation feed bin 1 bottom is provided with the area that gathers materials for being used for collecting material of different grain size in the mixed material after dishing out, in the present embodiment, collection
Expect that area is provided with two, separation feed bin is provided with the feed bin discharge hole that feed bin is separated for material discharge corresponding with the area that gathers materials, wherein leaning on
The area that gathers materials of nearly casting device 2 is used to collect small grain size material, and the feed bin discharge hole corresponding to area that gathers materials is small grain size material material
Bin discharge port external 11a, the area that gathers materials away from casting device 2 are used to collect big granularity material, the feed bin discharge hole corresponding to area that gathers materials
For big granularity material feed bin discharge hole 11b.Screening plant 3 is provided with close to the area that gathers materials of casting device, screening plant 3 is arranged on small
Above granularity material feed bin discharge hole 11a, the material fallen into close to the area that gathers materials of casting device is sieved by screening plant 3
Divide to obtain the satisfactory material of granularity.In other embodiment, the quantity in the area that gathers materials can be configured as needed, can be with
It it is three or more than three, wherein screening plant can also be configured as needed, can be set at least two areas that gather materials
Put corresponding screening plant；Casting device can also be arranged on the outside of separation feed bin, and separation feed bin is provided with and casting device
Import corresponding to material casting mouth；Above-mentioned separation feed bin can also be not provided with feed bin discharge hole, and the lower section of screening plant has one
The collection material space of constant volume.
In the present embodiment, screening plant 3 includes charging aperture, discharging opening and discharge gate, wherein material entering from screening plant
Material mouth enters, and meets the material of screening plant screen cloth requirement and is discharged from discharging opening, and granularity is more than the material of screen cloth requirement from discharge
Mouth discharge.The screen cloth 31 of screening plant 3 is obliquely installed, and specific incline direction is to be filled from close to casting device 2 to away from projectile
Put 2 directions to tilt from up to down, i.e., screen cloth is higher than one end away from casting device close to one end of casting device, can make screening
The underproof material of granularity enters big granularity material feed bin discharge hole 11b afterwards.In other embodiment, screening plant can be horizontal
Formula screening plant, screening level are set, and the discharging opening of the underproof screened device of material sifts out.
In the present embodiment, the discharge gate of screening plant is directed away from the area that gathers materials of casting device, sieving by screening plant
The larger material of granularity enters the area that gathers materials away from casting device afterwards, because the area that gathers materials away from casting device is used to collect big grain
Material is spent, the larger material of granularity enters the area that gathers materials away from casting device after screening plant screening, convenient to big granularity material
Processing, it is not necessary to special recovery bin is set.In other embodiments, adjacent two Qu Zhongjun that gather materials can set screening
Device, the screen cloth of two of which screening plant are obliquely installed, and two screen clothes are proximate to one end of casting device higher than remote
One end of casting device, the collection of the big granularity material ejected for convenience from the discharge gate of screen cloth, adjacent two screen clothes
In close to casting device screen cloth be higher than away from casting device screen cloth, and ensure close to casting device screening plant row
Material mouth is highly higher than the height of the screening plant charging aperture away from casting device, so ensures that the sieve close to casting device
After mesh screen point, it can enter the screen cloth away from casting device from the big granularity material of discharge gate discharge and continue to sieve.Its
In his embodiment, screen cloth can also be arranged at feed bin discharge hole.
In the present embodiment, the separation bottom of feed bin 1 is additionally provided with air inlet 12, small grain size material close to the position of casting device 2
Feed bin discharge hole 11a is arranged between air inlet 12 and big granularity material feed bin discharge hole 11b.Separate the top of feed bin 1 be provided with
The relative air outlet 13 of air inlet 12, air inlet 12 are arranged on the bottom of separation feed bin, and air outlet 13 is arranged on separation feed bin
Bottom, the air flow path between air inlet 12 and air outlet 13 are in gathering materials between area and casting device 2 close to casting device,
Air flow path and the projectile material of casting device 2 direction between air inlet 12 and air outlet 13 is perpendicular.Casting device 2 is arranged on
In the side wall for separating feed bin 1, air inlet 12 and air outlet 13 are close to casting device 2 and set.
Into separation feed bin 1, the powder in the mixed material that casting device 2 is dished out is high for making high speed winds for air inlet 12
Fast wind blows out separation feed bin 1 by air outlet 13, and powder recycles after being blown to it.By set air inlet and with
The relative air outlet of air inlet, it is in the air flow path between air inlet and air outlet and gathers materials between area and casting device, can
To pass through air outlet blowout separation feed bin before powder falls into the area that gathers materials, separative efficiency is high.
After powder is blown separation feed bin 1, only surplus stone and sand material in mixed material, high speed winds it is influenceed compared with
Small, mixed material continues along direction advance is cast, and because the distance that varigrained material advances is different, small grain size material is fallen into
Close to the area that gathers materials of casting device, drop down onto on the screen cloth 31 of screening plant 3, the material bigger than the mesh size of screen cloth 31 is then from sieve
The top of net 31 is slid to big granularity material feed bin discharge hole 11b.Remaining big granularity material falls directly into the collection away from casting device
Material area falls into the area that gathers materials away from casting device under encountering after the outer wall of separation feed bin 1, goes out through excessive particle sizes material feed bin
Material mouth 11b discharge separation feed bins.
Casting device 2 in the present embodiment is arranged in the side wall of separation feed bin 1, and casting device 2 is included with separating feed bin 1
The projectile feed bin 21 being wholely set, casting feed bin 21 has charging aperture 211 and material casting mouth 212, casts interior be provided with of feed bin 21 and is used for
By the material casting wheel 22 at materials casting, in the present embodiment, the rolling assembling of material casting wheel 22 is being cast in feed bin 21, and material casting wheel 22 turns
Shaft line is horizontally disposed with.Material casting wheel 22 is provided with along the axially extending material casting groove 221 of material casting wheel 22.In other embodiment, cast
Feed bin can cast removable be fixedly installed on of feed bin and separate in feed bin with separating feed bin split settings；The pivot center of material casting wheel
Can also be vertically arranged, material casting wheel disclosure satisfy that material is dished out it is remote enough in the case of, the pivot center of material casting wheel can be with
It is other any setting forms, now the position of screening plant should make adaptability according to the direction for the material that material casting wheel is dished out
Change.
In the present embodiment, charging aperture 211 is arranged on the top for casting feed bin 21, and material casting mouth 212 is arranged on material casting wheel 22
Radial side and opening direction separation feed bin 1.In order that material casting wheel 22 as far as possible throws material far, and in the present embodiment, material casting wheel 22
Rotate counterclockwise, material casting mouth 212, which is arranged on, casts feed bin 21 close to the position at the top of material casting wheel 22.Material casting groove 221 is V-groove,
Material casting groove 221 is included in the trailing flank 222 on the direction of rotation of material casting wheel 22 in rear side and the leading flank 223 in front side, its
Middle trailing flank 222 forms the material casting face of material casting wheel, and leading flank 223 is gradually to subtract from the bottom land of material casting groove 221 to notch radius of curvature
Small arcwall face, also, leading flank 223 is perpendicular close to the tangent line of the arch section of bottom land and trailing flank 222, after can ensureing
The material that side 222 is dished out will not be stopped by leading flank 223.Material casting groove 221 is provided with three, and three material casting grooves 221 are uniformly arranged
On the outer peripheral face of material casting wheel 22.Charging aperture 211 is arranged on the top of material casting wheel 22, in order to make material casting wheel 22 will be from charging
The materials that mouth 211 enters directly are dished out, and make the larger initial velocity of material acquisition, in the present embodiment, cast the rotation of wheel 22
Axis horizontal is set, and material casting mouth 212 is in the left side for casting wheel 22 aside, and charging aperture 211 be in above material casting wheel 22 and towards material casting
Part on the right side of pivot center of the wheel 22 in material casting wheel 22.In other embodiment, material casting groove can also be 90 degree of V-grooves.
When in use, mixed material enters separation to throwing type material separation device of the present utility model by charging aperture 211
Feed bin 1, mixed material is cast away by the casting device 2 for being arranged on separation feed bin 1, in the high speed winds by air inlet 12
Under effect, the powder that is mixed in the mixed material being spilled over is blown off sub-material storehouse by high speed winds, and powder is carried out after being blown to it
Recycle.After powder is blown separation feed bin 1, remaining big granularity material and small grain size material continue in mixed material
Cast direction to advance, because the distance that size granularity material advances is different, small grain size material is advanced in small distance, is fallen and is being sieved
On the screen cloth 31 of separating device 3, small grain size material is further screened in the case where the screen cloth 31 of screening plant 3 acts on, granule
The material of larger granularity is that the material for not meeting screen cloth requirement is slid from screen cloth 31 to the collection away from casting device in degree material
Expect area.Big granularity material is moved on until dropping down onto big granularity material feed bin discharge hole 11b.
Casting device 2 in the present embodiment casts material by setting material casting wheel 22, spaced throwing on material casting wheel 22
Hopper allows casting device 2 to realize batch (-type) material casting.In the case of the power limited of screening plant 3, batch (-type) material casting is not only
Stacking material on screening plant 3 can be effectively prevented, ensures the normal work of screening plant 3, while the projectile of batch (-type) material casting
Device 2 also reduces the requirement to screening plant 3；What is more important, the big granule in the compound that continous way is cast away
Degree material easily interferes, after the big granularity material dished out and the small grain size material first dished out collide, cause first to dish out small
Granularity material forward travel distance is farther, and then forward travel distance shortens big granularity material, causes size granularity Material distribution precision significantly
Decline, more big granularity materials fall to aggravate the burden of screening plant on screening plant, and the projectile compared to continous way material casting fills
Put, the mixed material that batch (-type) material-throwing device is successively dished out will not interfere, and improve sub-material precision, reduce screening plant
Working strength.
The specific embodiment 2 of throwing type material separation device of the present utility model, in the present embodiment with above-described embodiment
Differ only in：Material casting wheel includes body and at least two and is welded on the material casting plate extended on body along material casting wheel radial, material casting
Face is arranged on material casting plate.
The specific embodiment 3 of throwing type material separation device of the present utility model, the present embodiment and above-mentioned throwing type material
The specific embodiment 1 of separator differs only in：As shown in Fig. 2 the casting device 32 in the present embodiment is thrown for batch (-type)
Injection device, batch (-type) casting device include casting part and feeding part, and projectile part, which includes being arranged on, to be cast in feed bin 321
High-speed belt conveyor 322, the charging aperture 3211 for casting feed bin 321 are in the top of high-speed belt conveyor 322, and material casting mouth 3212 is in height
The side of the fast direction of transfer of belt feeder 322, mixed material falls on high-speed belt conveyor 322 from charging aperture 3211, in high-speed belt
Mixed material obtains ejection velocity in the presence of machine 322, eventually passes through material casting mouth 3212 and casts away.In the present embodiment, feeding
Part includes being arranged on the interval drawing-in device 33 at charging aperture 3211, and interval drawing-in device 33 includes feeding bin 331 and set
In the feeding disc 332 of feeding bin 331.There is feeding bin 331 feeding bin import 3311 and feeding bin to export, feeding bin import 3311
Provided with feed hopper 34.In the present embodiment, feeding bin outlet is same opening with the charging aperture 3211 for casting feed bin 321, other
In embodiment, feeding bin outlet can pass through pipeline communication with casting the charging aperture of feed bin.Feeding disc 332 is provided with four feedings
Groove 3321, when feeding disc turns to feeding trough and feeding bin inlet communication, fed in feeding trough, feeding disc turn to feeding trough with
During feeding bin outlet, the material in feeding trough is by feeding bin outlet outflow, and each feeding trough is along between the circumference of feeding disc
Every setting to realize the interval feeding of interval feeding mechanism.In other embodiment, feeding part can be other interval feedings
Device, such as the feeding magnetic valve of stepping conveyer belt of the prior art, the intermittently starting controlled by controlling switch, rotation are fed
Device etc..
The specific embodiment 4 of throwing type material separation device of the present utility model, the present embodiment and above-mentioned throwing type material
The specific embodiment 1 of separator differs only in：As shown in Figure 3 and Figure 4, the separation feed bin 41 in the present embodiment is cylinder
Shape, wherein big granularity material feed bin discharge hole 411b, small grain size material silo discharging opening 411a and air inlet 412, air outlet
413 be annular, and also in a ring, casting device 42 is to be arranged on the rotation among separation feed bin 41 to the screen cloth 431 of screening plant 43
Rotatable casting device.Casting device 42 includes the rotation of fixed seat 422 and rolling assembling in fixed seat and casts feed bin 421, Gu
Reservation 422, which is provided with, drives rotation to cast the motor 423 that feed bin 421 rotates, output shaft 4231 and the master of motor 423
One end connection of axle 4232, rotation cast the other end that feed bin 421 is fixed on main shaft 4232.It is in disk that rotation, which casts feed bin 421,
Structure, rotation cast the CENTRIFUGAL ACCELERATING passage 4211 for being offered on feed bin 421 and casting feed bin through rotation, radially extending, from
The both ends of cadion-acceleration passage 4211 cast the material casting mouth 4212 of feed bin for rotation, and the middle part that rotation casts feed bin 421 is additionally provided with out
The upward charging aperture 4213 of mouth, charging aperture 4213 are in rotation and cast on the rotation axis of feed bin 421, rotation projectile feed bin 421
Rotation axis it is vertically arranged.In other embodiment, CENTRIFUGAL ACCELERATING passage can set multiple, and corresponding CENTRIFUGAL ACCELERATING passage is equal
Provided with material casting mouth, dished out from the material that charging aperture enters when rotation casts the rotation of feed bin from each material casting mouth.
Rotation casts the material guiding plate 424 being provided with feed bin 421 below charging aperture, and material guiding plate 424 has from up to
Incline upwards from the pivot center that feed bin is cast close to rotation to the inclined annular of pivot center that feed bin is cast away from rotation lower section
Oblique guide surface 4241, the material that angular guide surfaces 4241 go out charging aperture are guided to straight pass material channel 4211, make material not
Accumulation can be gone out in charging aperture.
Rotation in the present embodiment casts feed bin at work, and mixed material enters rotation from charging aperture 4213 and casts feed bin
421, the edge that the mixed material after casts feed bin 421 to rotation under the action of the centrifugal force moves, and is rotated into being arranged on
The CENTRIFUGAL ACCELERATING passage 4211 in feed bin 421 is cast, mixed material continues in CENTRIFUGAL ACCELERATING passage 4211 to material casting mouth 4212
Motion, in the process, mixed material is accelerated, and the mixed material after being accelerated is dished out from material casting mouth.Due to air inlet
412 be annular, and the powder in mixed material after dishing out is blown in separation feed bin 41 under high speed winds effect by air outlet.
A part falls on the screen cloth 431 of screening plant 43 in remaining mixed material, and another part then enters big granularity material silo
In discharging opening 411b.
In the present embodiment, because air outlet 413 is annular, the powder that air outlet 413 comes out, air outlet are collected for convenience
Place collects cover 414 provided with powder, and powder collects cover 414 and collects mouth 4141 with powder, facilitates the collection of powder.
Casting device 42 is arranged on the inside of separation feed bin 41, and separation feed bin is provided with the charging aperture with rotating separation feed bin
The feed hopper 44 of 4213 faces, feed hopper collect cover 414 through powder and are weldingly fixed on separation feed bin 41.
Casting device in the present embodiment is rotary casting device, wherein big granularity material feed bin discharge hole 411b, small
Granularity material feed bin discharge hole 411a and air inlet 412, air outlet 413 are annular, and the screen cloth 431 of screening plant 43 is also in
Annular, during use, the mixed material for successively casting out by material casting mouth will not interfere, and improve casting device formula
The sub-material precision of material separation device, reduces the requirement to screening plant specification.
In other embodiment, the unqualified material that above-mentioned screening plant sieves can enter special recovery port, recovery
The position of mouth can be configured as needed, and now the incline direction of the screen cloth of screening plant can be set as needed
Put；Above-mentioned each area that gathers materials can be respectively provided with screening plant, and each screening plant screen slope direction it is identical and from by
End to end on nearly casting device to the direction away from casting device, now each screening plant to gather materials corresponding to area can be total to
With same set of drive mechanism and mounting bracket, the screen cloth of different size is set in the corresponding area that gathers materials.
Material casting groove on above-mentioned material casting wheel can be circular trough or square groove, now material casting groove and be not provided with extension side
To in order to reach the V-groove identical material casting amount with extending along material casting wheel axial direction, circular trough can be along material casting wheel shaft
One row are set to direction, certainly, the circular trough on material casting wheel is arranged at intervals at least two row；The rear side of above-mentioned material casting wheel upthrow hopper
The mixed material that the interval in face can successively be cast out according to that can realize, which does not interfere to be defined, to be adjusted.
Above-mentioned batch (-type) casting device can also be continous way casting device, for example be using the height described in background technology
Fast belt feeder；Above-mentioned batch (-type) feeding casting device can also be electrically operated valve, and feeding for batch (-type) is realized by the keying of valve
Material.
The above-mentioned area that gathers materials can only set one, and now throwing type material separation device is used for the screening of single material,
Mixed material can be uniformly shed by throwing type material separation device on screen cloth.
Claims (9)
1. throwing type material separation device, including casting device and separation feed bin, separation feed bin are interior provided with after being dished out for collection
Material the area that gathers materials, it is characterised in that：The separation feed bin is provided with the material blowing after being used to dish out to casting device
Air inlet and the air outlet being oppositely arranged with air inlet, air flow path between the air inlet and air outlet be in gather materials area with
Between casting device.
2. throwing type material separation device according to claim 1, it is characterised in that：Between the air inlet and air outlet
Air flow path and casting device to cast material direction perpendicular.
3. throwing type material separation device according to claim 1 or 2, it is characterised in that：The air inlet is arranged on point
From the bottom of feed bin, the air outlet is arranged on the top of separation feed bin.
4. throwing type material separation device according to claim 3, it is characterised in that：The casting device is arranged on separation
In the side wall of feed bin, the air inlet and air outlet are close to casting device setting.
5. throwing type material separation device according to claim 1 or 2, it is characterised in that：The area that gathers materials is provided with least
Two, the air flow path between the air inlet and air outlet is in casting device and between the area that gathers materials of casting device.
6. throwing type material separation device according to claim 5, it is characterised in that：The casting device is thrown for batch (-type)
Injection device, batch (-type) casting device includes casting partly and feeding part, the feeding part include interval drawing-in device, interval
Drawing-in device includes feeding bin and the feeding disc being arranged in feeding bin, and feeding bin has feeding bin import and feeding bin outlet,
Feeding disc is provided with least two feeding troughs, and the feeding disc turns to feeding trough with entering during feeding bin inlet communication to feeding trough
Material, feeding disc turn to feeding trough and flowed out with the material in feeding trough during feeding bin outlet by feeding bin outlet, respectively fed
Hopper is provided at circumferentially spaced to realize interval feeding along feeding disc.
7. throwing type material separation device according to claim 5, it is characterised in that：The casting device is thrown for batch (-type)
Injection device, batch (-type) casting device include casting feed bin, and casting feed bin has charging aperture and material casting mouth, casts and dress is rotated in feed bin
Equipped with the material casting wheel for the material cast in feed bin to be cast out through material casting mouth, the material casting wheel is provided with least two intervals
The material casting face of setting, charging aperture cast wheel circumferentially with material casting opening's edge.
8. throwing type material separation device according to claim 7, it is characterised in that：The material casting wheel is provided with material casting
Groove, the material casting groove are included in the trailing flank that rear side is in material casting wheel rotation direction, and the trailing flank forms the material casting face.
9. throwing type material separation device according to claim 8, it is characterised in that：The pivot center water for casting wheel
It is flat to set, cast wheel and rotate in the counterclockwise direction, the material casting mouth is in the left side for casting wheel aside, and the charging aperture is in material casting wheel
Top and the part being in towards material casting wheel on the right side of the pivot center of material casting wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720449187.2U CN206997090U (en) | 2017-04-26 | 2017-04-26 | Throwing type material separation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720449187.2U CN206997090U (en) | 2017-04-26 | 2017-04-26 | Throwing type material separation device |
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| Publication Number | Publication Date |
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| CN206997090U true CN206997090U (en) | 2018-02-13 |
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ID=61442543
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| Application Number | Title | Priority Date | Filing Date |
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| CN201720449187.2U Expired - Fee Related CN206997090U (en) | 2017-04-26 | 2017-04-26 | Throwing type material separation device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111974692A (en) * | 2020-08-19 | 2020-11-24 | 湖州南浔双林兴祥蚕蛹饲料有限公司 | Grain screening structure for grain cleaning machine and screening method thereof |
-
2017
- 2017-04-26 CN CN201720449187.2U patent/CN206997090U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111974692A (en) * | 2020-08-19 | 2020-11-24 | 湖州南浔双林兴祥蚕蛹饲料有限公司 | Grain screening structure for grain cleaning machine and screening method thereof |
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Granted publication date: 20180213 Termination date: 20200426 |