CN206406290U - A kind of plastic granulator - Google Patents
A kind of plastic granulator Download PDFInfo
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- CN206406290U CN206406290U CN201621353074.4U CN201621353074U CN206406290U CN 206406290 U CN206406290 U CN 206406290U CN 201621353074 U CN201621353074 U CN 201621353074U CN 206406290 U CN206406290 U CN 206406290U
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- extruded
- plastic granulator
- extruded tubes
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- Extrusion Moulding Of Plastics Or The Like (AREA)
Abstract
The utility model discloses a kind of plastic granulator, including be sequentially connected feed hopper, extrusion device, move material device and drawing mechanism, one-level extruded tube that the extrusion device includes communicating with feed hopper, two grades of extruded tubes for accepting one-level extruded tube；The one-level extruded tube is provided with the extruding groove extruded for material, and two grades of extruded tubes are provided with the converting interface for blanking after the material extrusion in extruding groove, and the two grades of one end of extruded tube away from converting interface are provided with the extrusion cavities in strip after being used to extrude material；The twin-screw for being used for extruding simultaneously transported material is provided with the one-level extruded tube；The single screw rod for being used for extruding simultaneously transported material is provided with two grades of extruded tubes；On the premise of one-level, the efficiency of two grades of extruded tubes are high, processing conevying efficiency of the material in whole extrusion device is higher, in production with preferable economic benefit.
Description
Technical field
The utility model is related to plastics recovery manufacture field, more particularly to a kind of plastic granulator.
Background technology
Plastic granulator is mainly used for processing waste and old plastic sheeting, woven bag, beverage bottle, articles for daily use etc..Big portion
Common waste or used plastics are divided to use plastic granulator reproduction, therefore plastic granulator is current most popular plastics
Regenerate processing equipment.
At present, the notification number of in the market discloses a kind of broken pan feeding formula evacuator for CN2918020Y Chinese patent
Head plastic granulator, including frame, reduction box, barrel assembly, screw rod, sieve plate, head connector, reduction box, barrel assembly, machine
Head connector is assemblied in frame, and barrel assembly is linked and packed together by three section machine barrels, provided with charging on first segment machine barrel
Mouth and exhaust outlet, provided with extruding feed arrangement on the charging aperture of first order machine barrel, extruding feed arrangement is assemblied on charging aperture,
Fumer is provided with the exhaust outlet of first segment machine barrel, fumer is assemblied on exhaust outlet, it is true provided with taking out on head connector
Empty head prilling granulator, evacuation machine head prilling granulator is mutually perpendicular to barrel assembly.
In such scheme, with reference to its disclosed accompanying drawing, wherein in order to illustrate it is convenient by plastic granulator processed it is various
Material is referred to as material, and plastic granulator will complete the transport of material by single screw rod while material grinding, plastic granulator exists
The action completed in the barrel assembly includes transporting and extruding particle；And barrel assembly is linked and packed together by three section machine barrels,
Needed when wherein material is extruded in list structure so that the discharge opening in the cutting processing of follow-up cutting knife, but Section of three machine barrel is in more
Individual cavernous structure, the actual extrusion area of the outlet is smaller, and extruded velocity of the material in barrel assembly is very slow, Jin Erjia
Work is less efficient.
Utility model content
The purpose of this utility model is to provide a kind of plastic granulator, its advantage be for material extrusion processing efficiency compared with
It is high.
Above-mentioned technical purpose of the present utility model technical scheme is that：A kind of plastic granulator,
Including the feed hopper being sequentially connected, extrusion device, material device and drawing mechanism are moved, the extrusion device includes communicating with feed hopper
One-level extruded tube, accept one-level extruded tube two grades of extruded tubes；The one-level extruded tube is provided with the extrusion extruded for material
Groove, two grades of extruded tubes are provided with the converting interface for blanking after the material extrusion in extruding groove, and two grades of extruded tubes are away from converting interface
One end is provided with the extrusion cavities in strip after being used to extrude material；Being provided with the one-level extruded tube is used to extrude and transported material
Twin-screw；The single screw rod for being used for extruding simultaneously transported material is provided with two grades of extruded tubes.
By above-mentioned technical proposal, the twin-screw that material is entered in one-level extruded tube, one-level extruded tube by feed hopper is different
To rotation, twin-screw acts and carries out extruding transport to material simultaneously, and the action is stronger for the actuating power of material, and is squeezed in one-level
The opening of the extruding groove gone out on cylinder is larger, and then twin-screw can drive material to carry out more efficient processing transport, without
Consider the shape of processing, processing extrusion efficiency of the material in one-level extruded tube is higher；The material further extruded enters two grades
In extruded tube, two grades of extruded tubes continue to transport to the material for passing through preliminary working, and the material in two grades of extruded tubes passes through extrusion
Kong Houcheng list structures are exported, and groundwork of the material in two grades of extruded tubes is machine-shaping, and material now is
Single screw rod in softening, two grades of extruded tubes can still keep higher transmission speed, be achieved in material in two grades of extruded tubes
Processing extrusion efficiency it is higher；On the premise of one-level, the efficiency of two grades of extruded tubes are high, material is in whole extrusion device
Conevying efficiency is processed higher, in production with preferable economic benefit.
The utility model is further arranged to：Also include getter device, getter device includes asepwirator pump, is connected with asepwirator pump
Aspirating air pipe, aspirating air pipe be provided with one-level air-suction cover and two grades of air-suction covers, one-level air-suction cover be located at converting interface above, two grades
Air-suction cover is located at two grades of extruded tubes close to one end of extrusion cavities.
By above-mentioned technical proposal, converting interface and extrusion cavities are the interface exported after materiel machining, and now material is produced
Raw gas easily produces air pollution, therefore sets up one-level air-suction cover and two grades of air-suction covers by the air progress of opposite position
Air-breathing processing, thereby reduces air pollution.
The utility model is further arranged to：Folding frame is equipped with the one-level extruded tube and two grades of extruded tubes, is folded
Frame is included in Folding frame and one-level air-suction cover clamping in the folded sheet of some gemel connections, one-level extruded tube, two grades of extruded tubes
Folding frame and two grades of air-suction cover clampings.
By above-mentioned technical proposal, each folded sheet has folding ability of mind, and folded sheet forms Folding frame by folding, with
Exemplified by one-level extruded tube, the framework that Folding frame is formed can accept one-level air-suction cover and converting interface, be added by Folding frame
The isolation effect of converting interface, reduces the scope of air pollution.
The utility model is further arranged to：Provided with preheating bucket between the feed hopper and one-level extruded tube, preheating bucket
The pushing screw rod for being provided with pusher pipe, pusher pipe and being used for promoting material to make material enter preheating bucket, pusher spiral shell are connected with the wall of side
Bar is connected to pusher motor.
By above-mentioned technical proposal, material, which enters, first falls into pusher pipe buffering after feed hopper, then the work for passing through pushing screw rod
Moved with to feed hopper, material enter preheating bucket in preheat, it is preheated after material enter back into one-level extruded tube, thing now
Material passes through softening, thus can reduce the processing burden of twin-screw, and processing transportation of the material in twin-screw more flows
Freely.
The utility model is further arranged to：The preheating bucket is provided with gas outlet, and gas outlet is provided with gauze.
By above-mentioned technical proposal, the gas outlet on preheating bucket is available for hot gas pass-out, reduces the gas pressure in preheating bucket,
And gauze can play dust-proof effect to gas outlet
The utility model is further arranged to：Two grades of extruded tubes are inserted radially into provided with filter, linkage filter
Or the drive mechanism of two grades of extruded tubes is removed, filter is provided with screen pack.
By above-mentioned technical proposal, material can be filtered using filter, the material quality thus exported is more thin
Cause, and the material exported from extrusion cavities is not easy to get stuck.
The utility model is further arranged to：Move one-level cooling bay and two grades of cooling bays that material device includes being connected, two
Fallen into after the material extrusion of level extruded tube in one-level cooling bay, one-level cooling bay is provided with close to one end of two grades of extruded tubes and supplies material
The nip rolls passed through from bottom, one-level cooling bay is provided with the live-roller for material transportation, two grades close to one end of two grades of cooling bays
Cooling bay is provided with the registration roller positioned for material.
Cold water is housed by above-mentioned technical proposal, in one-level cooling bay and two grades of cooling bays as coolant, one-level is cold
But the effect of pond and two grades of cooling bays is to pass through the strip-shaped materials that material export in cooling processing, two grades of extruded tubes
The bar form that can be kept relative stability after cooling processing；Live-roller causes material to be crossed over from one-level cooling bay to two grades of cooling bays
Process it is more smooth, nip rolls can keep the tensioning state of material, and registration roller can keep the directional stability of material transportation,
Reduce the drift condition of material.
The utility model is further arranged to：It is described to move riser and horizontal frame that material device also includes being connected, lifting
Plate is connected with two grades of cooling bays；It is provided between riser and horizontal frame and dries box, below drying box for drying materials
Container.
By above-mentioned technical proposal, by the effect of riser, integral position rises material, is now adhered on material
Moisture is back to two grades of cooling bays along riser；When material is entered between drying box and container, drying box is carried out to material
Drying and processing, container then accepts moisture or other impurities；The phase further cuts operation after an action of the bowels after drying materials.
The utility model is further arranged to：The bottom of the one-level cooling bay and two grades of cooling bays is equipped with movable pulley,
One-level cooling bay is detachably connected with two grades of cooling bays, and one-level cooling bay is detachably connected with two grades of extruded tubes.
By above-mentioned technical proposal, one-level cooling bay, two grades of cooling bays are detachable and mobile, are thus easy to one-level to cool down
Pond and the repair and replacement of two grades of cooling bays.
The utility model is further arranged to：The drawing mechanism includes feed box, the discharge nozzle for connecting feed box, connection
It is provided with the material storage barrel of discharge nozzle, feed box on the top discharge roller and bottom discharge roller for being used for pulling material, feed box and is additionally provided with use
The pressure fan for driving material to be moved into material storage barrel is connected with the cutting knife of cut-out material, on discharge nozzle.
By above-mentioned technical proposal, top discharge roller and bottom discharge roller strap animal material move transport, while cutting knife is going out
Material is carried out in hopper to cut processing so that the final product of material is plastic grain；The lighter in weight of plastic grain, therefore
Plastic grain is fallen into after discharge nozzle, and pressure fan can blow plastic grain motion, and plastic grain is moved to storage by air force
In charging basket, the convergence for being achieved in plastic grain is collected.
In summary, the utility model has the advantages that：1st, twin-screw and the work of single screw rod reasonable distribution, are improved
Whole work efficiency；2nd, twin-screw give material pressure it is larger, the filtering of combined filtering plate, strip-shaped materials extrusion after matter
Ground is more careful.
Brief description of the drawings
Fig. 1 is the overall structure diagram of embodiment one；
Fig. 2 is the top view of embodiment one；
Fig. 3 is the sectional view in A-A directions in Fig. 2；
Fig. 4 is the sectional view in B-B directions in Fig. 2；
Fig. 5 is the structural representation that embodiment one highlights converting interface；
Fig. 6 is the structural representation that embodiment one highlights extrusion cavities；
Fig. 7 is the structural representation of the elevating screw of embodiment one, lifting wheel；
Fig. 8 is the structural representation that embodiment one highlights one-level cooling bay, two grades of cooling bays.
Reference：1st, feed hopper；2nd, one-level extruded tube；3rd, two grades of extruded tubes；4th, extruding groove；5th, converting interface；6th, extrude
Hole；7th, twin-screw；8th, single screw rod；9th, asepwirator pump；10th, aspirating air pipe；11st, one-level air-suction cover；12nd, two grades of air-suction covers；13rd, fold
Frame；15th, bucket is preheated；16th, pusher pipe；17th, pushing screw rod；18th, pusher motor；19th, gas outlet；20th, gauze；21st, filter；
22nd, one-level cooling bay；23rd, two grades of cooling bays；24th, nip rolls；25th, live-roller；26th, registration roller；27th, riser；28th, horizontal
Frame；29th, box is dried；30th, container；31st, movable pulley；32nd, feed box；33rd, discharge nozzle；34th, material storage barrel；35th, top discharge roller；
36th, bottom discharge roller；37th, cutting knife；38th, pressure fan；39th, lifting motor；40th, lifting wheel；41st, wedge-shaped conveyer belt；42nd, silk is lifted
Thick stick；43rd, box is lifted.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
Embodiment one：Referring to Fig. 1, a kind of plastic granulator, for processing, waste and old plastics are shaped to plastics again
Grain, including the feed hopper 1 being sequentially connected, one-level extruded tube 2, two grades of extruded tubes 3, one-level cooling bay 22, two grades of cooling bays
23rd, feed box 32 and material storage barrel 34.Structure and the effect of all parts are illustrated according to processing sequence below.
Fig. 2 and Fig. 3 are referred to, the bottom of feed hopper 1 is connected with pusher pipe 16, and one end of pusher pipe 16 is connected with pusher electricity
Machine 18, the other end is connected with preheating bucket 15；Pushing screw rod 17 is connected on pusher motor 18, while the pushing screw rod 17 is inserted into and pushed away
Material is driven to be moved to preheating bucket 15 in expects pipe 16, when pusher motor 18 is rotated, preheating 15 pairs of materials of bucket are tentatively preheated, in advance
Hot bucket 15 is provided with gas outlet 19（Shown in Fig. 5）, gas outlet 19 is provided with gauze 20.The bottom and one-level for preheating bucket 15 are extruded
Cylinder 2 is connected, and is provided with twin-screw 7 in one-level extruded tube 2, the operationally counter rotating of twin-screw 7, and now the screw thread of twin-screw 7 is stung
Firmly material, material is transported as the rotation of twin-screw 7 is promoted along one-level extruded tube 2, while one-level extruded tube 2 is operationally right
Material is heated, and melts material, and interior friction is produced while another aspect material is compressed, sheared and stirred, is thus produced
Raw certain heat, accelerates the thawing of material.
With reference to Fig. 4 and Fig. 5, one-level extruded tube 2 is provided with extruding groove 4, and two grades of extruded tubes 3 are provided with converting interface 5, material warp
Cross and extrude and fall into from extruding groove 4 after the processing of one-level extruded tube 2 in converting interface 5, material enters two grades by converting interface 5 and squeezed
Go out in cylinder 3, single screw rod 8 is provided with two grades of extruded tubes 3, single screw rod 8 is bitten material by its screw thread and further transported, while two grades
Extruded tube 2 operationally carries out reheating to material, melts material and continues transport.The top of wherein converting interface 5 is provided with
Aspirating air pipe 10 is connected with one-level air-suction cover 11, one-level air-suction cover 11, aspirating air pipe 10 is connected to asepwirator pump 9, and asepwirator pump 9 leads to
The material for crossing 11 pairs of extrusions of aspirating air pipe 10 and one-level air-suction cover carries out air-breathing processing, thus reduces air pollution.Meanwhile, one-level
Folding frame 13 is connected with extruded tube 2, Folding frame 13 is made up of some folded sheets, by gemel connection between folded sheet, Fig. 5 institutes
In the state shown, Folding frame 13 is in open mode, and Folding frame 13 can be closed by overturning, Folding frame 13 and one-level air-suction cover 11
Bottom wall extruding contradict, one-level extruded tube 2 and one-level air-suction cover 11 are accepted with this.
Fig. 6 and Fig. 7 are referred to, two grades of extruded tubes 3 are provided with lifting motor 39, risen provided with lifting box 43, lifting box 43
Drop and lifting wheel 40 is provided with box 43, the upper and lower end face of lifting wheel 40 and the inwall of lifting box 43 are contradicted, and lifting motor 39 passes through wedge
Shape conveyer belt 41 drives lifting wheel 40 to rotate, and elevating screw 42, and lifting wheel 40 and elevating screw 42 are fitted with lifting wheel 40
Threaded connection, the end of elevating screw 42 is connected with filter 21, and the filter 21 is provided with screen pack, Fig. 6 states and filtered
Plate 21 is inserted into two grades of extruded tubes 3.Lifting motor 39 drives filter 21 to insert or remove two grades of extrusions by its rotating
Cylinder 3, filtration treatment is realized with this.Two grades of extruded tubes 3 are provided with several extrusion cavities 6, material extrude from extrusion cavities 6 after in bar
Shape structure, two grades of extruded tubes 3 are provided with two grades of air-suction covers 12 close to the top of one end of extrusion cavities 6, and two grades of connections of air-suction covers 12 are inhaled
Feed channel 10, the connection asepwirator pump 9 of aspirating air pipe 10, the thing that asepwirator pump 9 passes through 12 pairs of extrusions of aspirating air pipe 10 and two grades of air-suction covers
Material carries out air-breathing processing, thus reduces air pollution.Folding frame 13 is connected with two grades of extruded tubes 3, herein Folding frame 13 and two
The bottom wall extruding of level air-suction cover 12 is contradicted, and two grades of extruded tubes 3 and two grades of air-suction covers 12 are accepted with this.
Referring to Fig. 8, being placed with coolant in one-level cooling bay 22 and two grades of cooling bays 23, one-level cooling bay 22 is close
The side of two grades of extruded tubes 3 is provided with nip rolls 24, and nip rolls 24 is provided with some annular grooves, and material is strip, i.e., every material is embedding
Enter different annular grooves and realize positioning transport.Live-roller 25 is additionally provided with one-level cooling bay 22, material is passed through from the top of live-roller 25,
Material continues to move to transport from the top of live-roller 25 through backward two grades of cooling bays 23.Two grades of cooling bays 23 are provided with two positioning
Roller 26, one registration roller 26 of material the past（Close to one-level cooling bay 22）Top pass through, then from the bottom of latter registration roller 26
Pass through.Riser 27 and horizontal frame 28 are connected on two grades of cooling bays 23, riser 27 is tilted to two grades of cooling bays 23, and material is upward
During transport, viscous coolant is back to two grades of cooling bays 23 by riser 27 on material, riser 27 and horizontal frame 28 it
Between provided with drying box 29 and container 30, wherein setting dryer on drying box 29, dryer carries out going water to dehumidify to strip-shaped materials,
Container 30 then accepts the moisture that material is dripped.In addition, the bottom of one-level cooling bay 22 and two grades of cooling bays 23 is respectively connected with
Movable pulley 31, one-level cooling bay 22, two grades of cooling bays 23 and two grades of extruded tubes 3 are bolted to connection.
With reference to Fig. 4 and Fig. 8, it is provided with feed box 32, feed box 32 and goes out provided with top discharge roller 35 with outside horizontal frame 28
Expect roller 36, top discharge roller 35 and bottom discharge roller 36 are rotated in opposite directions pulls material；Be additionally provided with cutting knife 37 in feed box 32, cutting knife 37 to
Lower motion severing material so that the material severing of strip is granular structure, that is, is shaped to plastic grain；Connect on feed box 32
Discharge nozzle 33 is connected to, one end of discharge nozzle 33 is connected with pressure fan 38, and the other end is connected with material storage barrel 34, feed box 32 raw
The plastic grain of production is fallen into discharge nozzle 33, and pressure fan 38 blows inwall of the plastic grain along discharge nozzle 33 and moved, plastics
Particle is eventually fallen into material storage barrel 34.
Molar behavior process is sketched：Material blanking from feed hopper 1, material is moved by push-and-pull pipe to preheating bucket 15, in advance
The preheating of material is realized in hot bucket 15；Material is moved from preheating bucket 15 to one-level extruded tube 2, and material passes through one-level extruded tube 2
Interior twin-screw 7 realizes extruding transport, and the extruding groove 4 of one-level extruded tube 2 is for the material pass-out after preparatory processing, material herein
Fall into two grades of extruded tubes 3；Single screw rod 8 in two grades of extruded tubes 3 drives material movement transport, and material was realized by filter 21
Filter, material is extruded by extrusion cavities 6 in list structure again；The material of two grades of extruded tubes 3 enters one-level cooling bay 22 and two grades cold
But pond 23, which is realized, is cooled and shaped；Material is moved after two grades of cooling bays 23 to riser 27, further by drying box 29
Confession dry-cure after enter horizontal frame 28, material after horizontal frame 28 to entering feed box 32, the top discharge in feed box 32
Roller 35 and bottom discharge roller 36 pull material movement, and cutting knife 37 is then cut to material, and the plastic grain after shaping is by discharging
Pipe 33 is fallen into material storage barrel 34.
This specific embodiment is only to explain of the present utility model, and it is not to limitation of the present utility model, ability
Field technique personnel can make the modification without creative contribution to the present embodiment as needed after this specification is read, but
As long as all being protected in right of the present utility model by Patent Law.
Claims (10)
1. a kind of plastic granulator, including feed hopper (1), extrusion device, shifting material device and the drawing mechanism being sequentially connected, it is special
Levying is：
One-level extruded tube (2) that the extrusion device includes communicating with feed hopper (1), accept one-level extruded tube two grades of (2) and squeeze
Go out cylinder (3)；The one-level extruded tube (2) is provided with the extruding groove (4) extruded for material, and two grades of extruded tubes (3) are provided with for squeezing
Go out the converting interface (5) of blanking after the material extrusion in groove (4), the one end of two grades of extruded tubes (3) away from converting interface (5), which is provided with, to be used for
It is in the extrusion cavities (6) of strip after material is extruded；The double spiral shells for being used for extruding simultaneously transported material are provided with the one-level extruded tube (2)
Bar (7)；The single screw rod (8) for being used for extruding simultaneously transported material is provided with two grades of extruded tubes (3).
2. a kind of plastic granulator according to claim 1, it is characterized in that：Also include getter device, getter device includes
Asepwirator pump (9), the aspirating air pipe (10) being connected with asepwirator pump (9), aspirating air pipe (10) are provided with one-level air-suction cover (11) and two
Level air-suction cover (12), one-level air-suction cover (11) is located above converting interface (5), and two grades of air-suction covers (12) are located at two grades of extruded tubes (3)
Close to one end of extrusion cavities (6).
3. a kind of plastic granulator according to claim 2, it is characterized in that：The one-level extruded tube (2) and two grades of extrusions
Folding frame (13) is equipped with cylinder (3), Folding frame (13) is included in the folded sheet of some gemel connections, one-level extruded tube (2)
Folding frame (13) on Folding frame (13) and one-level air-suction cover (11) clamping, two grades of extruded tubes (3) blocks with two grades of air-suction covers (12)
Connect.
4. a kind of plastic granulator according to claim 1, it is characterized in that：The feed hopper (1) and one-level extruded tube (2)
Between provided with preheating bucket (15), be connected with pusher pipe (16) on the side wall of preheating bucket (15), being provided with pusher pipe (16) is used to push away
Animal material makes material enter the pushing screw rod (17) for preheating bucket (15), and pushing screw rod (17) is connected to pusher motor (18).
5. a kind of plastic granulator according to claim 4, it is characterized in that：The preheating bucket (15) is provided with gas outlet
(19), gas outlet (19) are provided with gauze (20).
6. a kind of plastic granulator according to claim 1, it is characterized in that：Two grades of extruded tubes (3) are provided with filtering
Plate (21), linkage filter (21) are inserted radially into or removed the drive mechanism of two grades of extruded tubes (3), and filter (21) was provided with
Filter screen.
7. a kind of plastic granulator according to claim 1, it is characterized in that：Move the one-level cooling that material device includes being connected
Fallen into after pond (22) and two grades of cooling bays (23), the material extrusion of two grades of extruded tubes (3) in one-level cooling bay (22), one-level cooling
Pond (22) is provided with the nip rolls (24) passed through for material from bottom, one-level cooling bay (22) close to one end of two grades of extruded tubes (3)
The live-roller (25) for material transportation is provided with close to one end of two grades of cooling bays (23), two grades of cooling bays (23) are fixed provided with material
The registration roller (26) of position.
8. a kind of plastic granulator according to claim 7, it is characterized in that：The material device that moves is also including carrying for being connected
Lift slab (27) and horizontal frame (28), riser (27) are connected with two grades of cooling bays (23)；Riser (27) and horizontal frame (28) it
Between be provided with the drying box (29) for drying materials, the container (30) below drying box (29).
9. a kind of plastic granulator according to claim 7, it is characterized in that：The one-level cooling bay (22) and two grades of coolings
The bottom in pond (23) is equipped with movable pulley (31), and one-level cooling bay (22) is detachably connected with two grades of cooling bays (23), and one-level is cold
But pond (22) are detachably connected with two grades of extruded tubes (3).
10. a kind of plastic granulator according to claim 1, it is characterized in that：The drawing mechanism include feed box (32),
Connecting to be provided with discharge nozzle (33), the material storage barrel (34) of connection discharge nozzle (33) of feed box (32), feed box (32) is used to draw
The cutting knife (37) for cutting off material is additionally provided with the top discharge roller (35) and bottom discharge roller (36) of animal material, feed box (32),
The pressure fan (38) for driving material motion into material storage barrel (34) is connected with discharge nozzle (33).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621353074.4U CN206406290U (en) | 2016-12-10 | 2016-12-10 | A kind of plastic granulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621353074.4U CN206406290U (en) | 2016-12-10 | 2016-12-10 | A kind of plastic granulator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206406290U true CN206406290U (en) | 2017-08-15 |
Family
ID=59549801
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621353074.4U Expired - Fee Related CN206406290U (en) | 2016-12-10 | 2016-12-10 | A kind of plastic granulator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206406290U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107972246A (en) * | 2017-11-20 | 2018-05-01 | 滁州华美塑业有限公司 | A kind of molding machine for being used to produce Masterbatch |
-
2016
- 2016-12-10 CN CN201621353074.4U patent/CN206406290U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107972246A (en) * | 2017-11-20 | 2018-05-01 | 滁州华美塑业有限公司 | A kind of molding machine for being used to produce Masterbatch |
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Granted publication date: 20170815 Termination date: 20171210 |