CN207669577U - A kind of plastic raw materials process equipment - Google Patents

Abstract

The utility model provides a kind of plastic raw materials process equipment, is related to plastic raw materials processing equipment field.The plastic raw materials process equipment, including firm banking, it is fixedly connected with shock absorption buffering mechanism at the top of the firm banking, it is provided with cooler bin above the shock absorption buffering mechanism, it is provided with loading hopper above the cooler bin, the output end of the loading hopper is communicated with charging solenoid valve, separate loading hopper one end of the charging solenoid valve is connected to cooler bin, the bottom of the cooler bin is communicated with outlet pipe, the one end of the outlet pipe far from cooler bin is communicated with efferent duct, the bottom of the cooler bin is simultaneously fixedly connected with motor fixing seat on the right side of outlet pipe.The plastic raw materials process equipment, water pump output end is connected to by water-supply-pipe with cooler bin, it can make water inside water tank and carry out water cycle inside cooler bin, effectively increase the plastic grain cooling efficiency inside cooler bin, and the pollution of environment caused by reducing cooling water direct emission.

Description

A kind of plastic raw materials process equipment

Technical field

The utility model is related to plastic raw materials technical field of processing equipment, specially a kind of plastic raw materials process equipment.

Background technology

Plastic raw materials are a kind of polymer, and can be described as macromolecule or giant molecule, and the plastics being generally commonly called as or tree Fat.So-called plastic raw materials, it is one kind in [synthetic resin] in fact, and shape is similar with [pine resin] in natural resin, but Because being synthesized by the strength of chemistry again, and plastics are referred to as, this polymer is by many smaller and simple in structure small Molecule is composed by covalent bond.The type of polymer is various, if general classified with the variation to heat, it can be with It is divided into two major classes.

Plastics after being made in order to prevent when preparing plastic grain are viscous glutinous agglomerating, need to the plastic grain after being made into Row cooling down operation, plastic raw materials process equipment used at present generally use water-cooled cooling, but the water after cooling to plastics It can be expelled directly out more wasteful water resource, and adulterate the harmful substance in plastics in water, be easy to pollute the environment.

Utility model content

(1) the technical issues of solving

In view of the deficiencies of the prior art, the utility model provides a kind of plastic raw materials process equipment, and solve makes at present Plastic raw materials process equipment generally to plastics use water-cooled cooling, but the water after cooling can be expelled directly out it is more wasteful Water resource, and the harmful substance in plastics is adulterated in water, the problem of being easy to pollute the environment.

(2) technical solution

In order to achieve the above object, the utility model is achieved by the following technical programs：A kind of processing of plastic raw materials is set It is standby, including firm banking, be fixedly connected with shock absorption buffering mechanism at the top of the firm banking, the shock absorption buffering mechanism it is upper Side is provided with cooler bin, loading hopper is provided with above the cooler bin, the output end of the loading hopper is communicated with charging Separate loading hopper one end of solenoid valve, the charging solenoid valve is connected to cooler bin, and the bottom of the cooler bin is communicated with out Water pipe, the one end of the outlet pipe far from cooler bin are communicated with efferent duct, the bottom of the cooler bin and the right side positioned at outlet pipe Side is fixedly connected with motor fixing seat, and the base portion of the motor fixing seat is fixedly connected with vibration motor, the vibration motor Output end be fixedly connected with eccentric block, be fixedly connected with discharging machine on the left of the cooler bin, the discharging machine it is defeated Outlet is fixedly connected with thread spindle, and the cooler bin is internally provided with threaded sleeve and pushing plate, and the thread spindle is far from going out Material motor one end sequentially pass through cooler bin, threaded sleeve and pushing plate and extend to the outside of pushing plate, the pushing plate with Threaded sleeve is fixedly connected, and the inner wall of the cooler bin is fixedly connected with the first filter plate, and the inner wall of the cooler bin is simultaneously located at The second filter plate is fixedly connected with below first filter plate, the back fixation of the cooler bin is connected with water tank, the water tank Surrounding be fixedly connected with radiating block, side of the radiating block far from water tank is fixedly connected with cooling fin, the water tank Top is fixedly connected with engineering for pump housing, and water pump, the input terminal connection of the water pump are fixedly connected at the top of the engineering for pump housing There are connecting tube, the output end of the connection of the connecting tube and water tank, the water pump to be communicated with water-supply-pipe, the water-supply-pipe is far from water One end of pump is connected to through the top of cooler bin and with the inside of cooler bin, and the right side of the cooler bin is simultaneously located at the first filter plate Top be communicated with discharge nozzle, the right side of the cooler bin, which is simultaneously located above the second filter plate, is communicated with discharge pipe, the row Threaded one end of the outlet pipe far from cooler bin is connected with fixed cover；

There are two support leg, the support leg tops to be fixedly connected with drying bucket, institute for the right side setting of the firm banking The outer surface for stating drying bucket is communicated with conveying funnel, and the one end of the discharge nozzle far from cooler bin is through conveying funnel and extends to The inside of funnel is conveyed, the inner wall of the drying bucket is fixedly connected with stirring motor, and the stirring motor output end is fixedly connected There is supporting block, side of the supporting block far from stirring motor output shaft is fixedly connected with stirring blade, described to dry the outer of bucket Surface is simultaneously communicated with conveying pipeline between two support legs, and the one end of the conveying pipeline far from drying bucket is communicated with discharging electromagnetism The outer surface of valve, the support leg is fixedly connected with placement plate, and air blower, the drum are fixedly connected at the top of the placement plate The wind conveying pipe of wind turbine is connected to drying bucket, and the inner wall of the air blower wind conveying pipe is fixedly connected with electric heating wire.

Preferably, the shock absorption buffering mechanism includes damping casing, damping spring, limited block and supporting rod, the damping The inside of casing is flexibly connected with damping spring, and the one end of the damping spring far from firm banking is fixedly connected with limited block, The top of the limited block is fixedly connected with supporting rod, the one end of the supporting rod far from limited block through damping casing and with subtract The cooler bin being arranged above shake pipe is fixedly connected.

Preferably, the one end of the damping casing far from firm banking offers the compatible through-hole of supporting rod, the branch The outer surface of strut is slidably connected with damping casing.

Preferably, the outer surface of the discharging machine is fixedly connected with fixed block, the right side of the fixed block and cooler bin Contact.

Preferably, the first fixed screw bar, the screw thread of the first fixed screw bar are provided on the left of the fixed block End is threadedly coupled through fixed block and with the cooler bin being arranged on the right side of fixed block.

Preferably, the second fixed screw bar, the spiral shell of the second fixed screw bar are provided with above the engineering for pump housing Line end is threadedly coupled through engineering for pump housing and with the water tank being arranged below engineering for pump housing.

Preferably, the bottom of the pushing plate is contacted with the first filter plate.

Preferably, the right side opening of the pushing plate is equipped with through-hole compatible with the second fixed screw bar.

Preferably, there are three the quantity of the supporting block, three supporting blocks equidistantly distribute.

(3) advantageous effect

The utility model provides a kind of plastic raw materials process equipment.Has following advantageous effect：

1, the plastic raw materials process equipment, the outlet pipe being connected to by cooler bin bottom, outlet pipe far from cooler bin one End is connected to by efferent duct with water tank, and the inside that can make water tank is connected to the inside of cooler bin, and is fixed and connected by tank top The input terminal of the water pump connect, water pump is connected to by connecting tube with water tank, and water pump output end is connected to by water-supply-pipe with cooler bin, It can make the water inside water tank and progress water cycle inside cooler bin, effectively increase the plastic grain cooling effect inside cooler bin Rate, and effectively reduce the waste of water resource, and the pollution of environment caused by reducing cooling water direct emission.

2, the plastic raw materials process equipment, the radiating block being fixedly connected by water tank surrounding, radiating block far from water tank one Side is fixedly connected with cooling fin, and water tank can be made to have the function of heat dissipation, plastic grain cooling water after cooling is made to carry out at cooling Reason, further improves the cooling efficiency of plastic grain, and reduce cooling time.

3, the plastic raw materials process equipment, the first filter plate and the second filter plate being fixedly connected by cooling chamber interior wall, Classified filtering can be carried out to the plastic grain inside cooler bin, and vibration motor, vibrations electricity are fixedly connected with by cooler bin bottom The eccentric block that machine output shaft is fixedly connected can drive eccentric block to be rotated by the rotation of vibration motor, and to cooler bin into Row vibrations operation, can effectively accelerate the sub-sieve of plastic grain, by the classification to plastics, can effectively increase plastic grain Uniformity makes plastic grain quality more preferably.

4, the plastic raw materials process equipment passes through, the damping casing being fixedly connected at the top of firm banking, damping casing it is interior Portion is connected with damping spring, and the one end of damping spring far from firm banking is fixedly connected by limited block with supporting rod, and The one end of supporting rod far from limited block is fixed with cooler bin, can carry out damping behaviour to firm banking while cooler bin shakes Make, effectively reduces cooler bin and act directly on firm banking, avoiding firm banking, there is a situation where displacements of beating, and make Equipment operation is more stablized.

5, the plastic raw materials process equipment, by the discharge nozzle being connected on the right side of cooler bin, and discharge nozzle is far from cooler bin One end equipment drives pushing plate movement to plastic grain from discharge nozzle in the inside of conveying funnel, when can rotate discharging machine The stirring motor in delivered inside to conveying funnel, and falling into the inside of drying bucket, and being fixedly connected by drying bucket inner wall, is stirred Mixing motor can drive stirring blade to be rotated, and can be stirred the plastic grain dried inside bucket, and by drying outside bucket The air blower of surface connection, and the electric heating wire that air blower wind conveying pipe inner wall is fixedly connected can be to the plastic grain that is stirring Rapid dehydration operation is carried out, the rate of water loss of plastic grain is effectively increased, makes the preparation efficiency higher of plastic grain, and promoted The yield of raw materials for plastics production.

Description of the drawings

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is that the utility model cools down box structure rearview；

Fig. 3 is the utility model structure sectional view；

Fig. 4 is the utility model shock absorption buffering mechanism structure sectional view.

Wherein, 1 firm banking, 2 shock absorption buffering mechanisms, 3 damping casings, 4 damping springs, 5 limited blocks, 6 supporting rods, 7 cold But case, 8 loading hoppers, 9 charging solenoid valves, 10 outlet pipes, 11 efferent ducts, 12 motor fixing seats, 13 vibration motors, 14 bias Block, 15 discharge pipes, 16 fixed covers, 17 fixed blocks, 18 first fixed screw bars, 19 discharging machines, 20 thread spindles, 21 pushing plates, 22 threaded sleeves, 23 first filter plates, 24 second filter plates, 25 water tanks, 26 radiating blocks, 27 cooling fins, 28 engineering for pump housing, 29 Two fixed screw bars, 30 water pumps, 31 connecting tubes, 32 water-supply-pipes, 33 discharge nozzles, 34 drying buckets, 35 conveying funnels, 36 stirring electricity Machine, 37 supporting blocks, 38 stirring blades, 39 support legs, 40 conveying pipelines, 41 discharging solenoid valves, 42 placement plates, 43 air blowers, 44 electricity Heater strip.

Specific implementation mode

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work The every other embodiment obtained, shall fall within the protection scope of the present invention.

The utility model embodiment provides a kind of plastic raw materials process equipment, and as shown in Figs 1-4, packet firm banking 1 is fixed The top of pedestal 1 is fixedly connected with shock absorption buffering mechanism 2, and the top of shock absorption buffering mechanism 2 is provided with cooler bin 7, damping, buffering Device 2 includes damping casing 3, damping spring 4, limited block 5 and supporting rod 6, inside and 4 activity of damping spring of damping casing 3 Connection, the one end of damping spring 4 far from firm banking 1 are fixedly connected with limited block 5, and top and the supporting rod 6 of limited block 5 are fixed Connection, the cooler bin 7 that the one end of supporting rod 6 far from limited block 5 is arranged through damping casing 3 and with 3 top of damping tube, which is fixed, to be connected Connect, the one end of damping casing 3 far from firm banking 1 offers 6 compatible through-hole of supporting rod, the outer surface of supporting rod 6 with subtract Shake casing 3 is slidably connected, and the damping casing 3 that 1 top of firm banking is fixedly connected, the internal activity of damping casing 3, which is connected with, to be subtracted Spring 4 is shaken, the one end of damping spring 4 far from firm banking 1 is fixedly connected by limited block 5 with supporting rod 6, and supporting rod 6 is remote One end from limited block 5 is fixed with cooler bin 7, can carry out shock-absorbing operation to firm banking 1 while cooler bin 7 shakes, have Effect reduces cooler bin 7 and acts directly on firm banking 1, avoids firm banking 1 there is a situation where displacement of beating, makes to set Received shipment row is more stablized, and the top of cooler bin 7 is provided with loading hopper 8, and the output end of loading hopper 8 is communicated with charging solenoid valve 9,8 one end of separate loading hopper of charging solenoid valve 9 is connected to cooler bin 7, and the bottom of cooler bin 7 is communicated with outlet pipe 10, goes out The one end of water pipe 10 far from cooler bin 7 is communicated with efferent duct 11, and company is simultaneously fixed in the bottom of cooler bin 7 positioned at the right side of outlet pipe 10 It is connected to motor fixing seat 12, the base portion of motor fixing seat 12 is fixedly connected with vibration motor 13, the output end of vibration motor 13 It is fixedly connected with eccentric block 14, the left side of cooler bin 7 is fixedly connected with discharging machine 19, and the outer surface of discharging machine 19, which is fixed, to be connected It is connected to fixed block 17, the right side of fixed block 17 is contacted with cooler bin 7, and the left side of fixed block 17 is provided with the first fixed screw bar 18, the cooler bin 7 that the end of thread of the first fixed screw bar 18 is arranged through fixed block 17 and with 17 right side of fixed block is threadedly coupled, The output end of discharging machine 19 is fixedly connected with thread spindle 20, and cooler bin 7 is internally provided with threaded sleeve 22 and pushing plate 21, The one end of thread spindle 20 far from discharging machine 19 sequentially passes through cooler bin 7, threaded sleeve 22 and pushing plate 21 and extends to promotion The right side opening of the outside of plate 21, pushing plate 21 is equipped with through-hole compatible with the second fixed screw bar 29, pushing plate 21 and screw thread Casing 22 is fixedly connected, and the inner wall of cooler bin 7 is fixedly connected with the first filter plate 23, the bottom of pushing plate 21 and the first filter plate 23 contacts, the inner wall of cooler bin 7 are simultaneously fixedly connected with the second filter plate 24 positioned at the lower section of the first filter plate 23, pass through cooler bin The first filter plate 23 and the second filter plate 24 that 7 inner walls are fixedly connected, to the plastic grain inside cooler bin 7 can be classified Filter, and vibration motor 13 is fixedly connected with by 7 bottom of cooler bin, the eccentric block 14 that 13 output shaft of vibration motor is fixedly connected leads to Crossing the rotation of vibration motor 13 can drive eccentric block 14 to be rotated, and carry out vibrations operation to cooler bin 7, can effectively accelerate The sub-sieve of plastic grain can effectively increase the uniformity of plastic grain by the classification to plastics, make plastic grain quality more Good, the back fixation of cooler bin 7 is connected with water tank 25, and the surrounding of water tank 25 has been fixedly connected with radiating block 26, and radiating block 26 is remote Side from water tank 25 is fixedly connected with cooling fin 27, the radiating block 26 being fixedly connected by 25 surrounding of water tank, and radiating block 26 is remote Side from water tank 25 is fixedly connected with cooling fin 27, and water tank 25 can be made to have the function of heat dissipation, keep plastic grain after cooling Cooling water carries out cooling processing, further improves the cooling efficiency of plastic grain, and reduces cooling time, the top of water tank 25 Portion is fixedly connected with engineering for pump housing 28, and the top of engineering for pump housing 28 is provided with the second fixed screw bar 29, the second fixed screw bar The water tank 25 that 29 end of thread is arranged through engineering for pump housing 28 and with 28 lower section of engineering for pump housing is threadedly coupled, the top of engineering for pump housing 28 Portion is fixedly connected with water pump 30, and the input terminal of water pump 30 is communicated with connecting tube 31, the connection of connecting tube 31 and water tank 25, water pump 30 Output end be communicated with water-supply-pipe 32, the one end of water-supply-pipe 32 far from water pump 30 through the top of cooler bin 7 and with cooler bin 7 Inside connection, the outlet pipe 10 being connected to by 7 bottom of cooler bin, the one end of outlet pipe 10 far from cooler bin 7 passes through efferent duct 11 The water for being connected to water tank 25, the inside of water tank 25 being made to be connected to the inside of cooler bin 7, and be fixedly connected by 25 top of water tank Pump 30, the input terminal of water pump 30 is connected to by connecting tube 31 with water tank 25, and 30 output end of water pump passes through water-supply-pipe 32 and cooling Case 7 is connected to, and the water inside water tank 25 can be made to carry out water cycle with 7 inside of cooler bin, effectively increase the plastics inside cooler bin 7 Particle cooling efficiency, and effectively reduce the waste of water resource, and the pollution of environment caused by reducing cooling water direct emission, The right side of cooler bin 7 is simultaneously communicated with discharge nozzle 33 positioned at the top of the first filter plate 23, and the right side of cooler bin 7 is simultaneously located at the second mistake The top of filter plate 24 is communicated with discharge pipe 15, and threaded one end of the discharge pipe 15 far from cooler bin 7 is connected with fixed cover 16；

There are two support leg 39,39 tops of support leg to be fixedly connected with drying bucket 34, drying for the right side setting of firm banking 1 The outer surface of bucket 34 is communicated with conveying funnel 35, and the one end of discharge nozzle 33 far from cooler bin 7 is through conveying funnel 35 and extends to The inside of funnel 35 is conveyed, the inner wall of drying bucket 34 is fixedly connected with stirring motor 36, and 36 output end of stirring motor is fixedly connected There is supporting block 37, there are three the quantity of supporting block 37, and three supporting blocks 37 equidistantly distribute, and supporting block 37 is far from stirring motor 36 The side of output shaft 36 is fixedly connected with stirring blade 38, dries the outer surface of bucket 34 and is connected between two support legs 39 There are conveying pipeline 40, the one end of conveying pipeline 40 far from drying bucket 34 to be communicated with discharging solenoid valve 41, the outer surface of support leg 39 is fixed It is connected with placement plate 42, the top of placement plate 42 is fixedly connected with air blower 43, and wind conveying pipe and the drying bucket 34 of air blower 43 connect Logical, the inner wall of 42 wind conveying pipe of air blower is fixedly connected with electric heating wire 44, the discharge nozzle 33 being connected to by 7 right side of cooler bin, and An end equipment of the discharge nozzle 33 far from cooler bin 7 drives in the inside of conveying funnel 35, when can rotate discharging machine 19 and pushes Plate 21 is moved to plastic grain from the delivered inside to conveying funnel 35 of discharge nozzle 33, and falls into the inside of drying bucket 34, and The stirring motor 36 being fixedly connected by drying 34 inner wall of bucket, stirring motor 36 can drive stirring blade 38 to be rotated, and can incite somebody to action Plastic grain inside drying bucket 34 is stirred, and the air blower 43 by drying the connection of 34 outer surface of bucket, and air blower 43 The electric heating wire 44 that wind conveying pipe inner wall is fixedly connected can carry out rapid dehydration operation to the plastic grain stirred, effectively carry The high rate of water loss of plastic grain, makes the preparation efficiency higher of plastic grain, and promote the yield of raw materials for plastics production.

Operation principle：The plastic raw materials process equipment, the outlet pipe 10 being connected to by 7 bottom of cooler bin, outlet pipe 10 are remote One end from cooler bin 7 is connected to by efferent duct 11 with water tank 25, and the inside of water tank 25 can be made to be connected to the inside of cooler bin 7, And the water pump 30 being fixedly connected by 25 top of water tank, the input terminal of water pump 30 is connected to by connecting tube 31 with water tank 25, and water It pumps 30 output ends to be connected to cooler bin 7 by water-supply-pipe 32, the water inside water tank 25 can be made to carry out water with 7 inside of cooler bin and followed Ring, the radiating block 26 being fixedly connected by 25 surrounding of water tank, side of the radiating block 26 far from water tank 25 are fixedly connected with cooling fin 27, water tank 25 can be made to have the function of heat dissipation, so that plastic grain cooling water after cooling is carried out cooling processing, pass through cooler bin 7 The first filter plate 23 and the second filter plate 24 that inner wall is fixedly connected, to the plastic grain inside cooler bin 7 can be classified Filter, and vibration motor 13 is fixedly connected with by 7 bottom of cooler bin, the eccentric block 14 that 13 output shaft of vibration motor is fixedly connected leads to Crossing the rotation of vibration motor 13 can drive eccentric block 14 to be rotated, and carry out vibrations operation to cooler bin 7, can effectively accelerate The sub-sieve of plastic grain, the damping casing 3 that 1 top of firm banking is fixedly connected, the internal activity of damping casing 3 are connected with damping Spring 4, the one end of damping spring 4 far from firm banking 1 is fixedly connected by limited block 5 with supporting rod 6, and supporting rod 6 is separate One end of limited block 5 is fixed with cooler bin 7, can carry out shock-absorbing operation to firm banking 1 while cooler bin 7 shakes, effectively Reduce cooler bin 7 to act directly on firm banking 1, avoiding firm banking 1, there is a situation where displacements of beating, by cold But the discharge nozzle 33 that the right side of case 7 is connected to, and an end equipment of the discharge nozzle 33 far from cooler bin 7 be in the inside of conveying funnel 35, it can Drive the movement of pushing plate 21 to plastic grain from the delivered inside of discharge nozzle 33 to conveying funnel 35 when discharging machine 19 is rotated On, and the stirring motor 36 for falling into the inside of drying bucket 34, and being fixedly connected by drying 34 inner wall of bucket, stirring motor 36 can band Dynamic stirring blade 38 is rotated, and can be stirred the plastic grain dried inside bucket 34, and by drying 34 outer surface of bucket The air blower 43 of connection, and the electric heating wire 44 that 43 wind conveying pipe inner wall of air blower is fixedly connected, can be to the plastics that are stirring Grain carries out rapid dehydration operation.

In conclusion the plastic raw materials process equipment, the outlet pipe 10 being connected to by 7 bottom of cooler bin, outlet pipe 10 are remote One end from cooler bin 7 is connected to by efferent duct 11 with water tank 25, and the inside of water tank 25 can be made to be connected to the inside of cooler bin 7, And the water pump 30 being fixedly connected by 25 top of water tank, the input terminal of water pump 30 is connected to by connecting tube 31 with water tank 25, and water It pumps 30 output ends to be connected to cooler bin 7 by water-supply-pipe 32, the water inside water tank 25 can be made to carry out water with 7 inside of cooler bin and followed Ring effectively increases the plastic grain cooling efficiency inside cooler bin 7, and effectively reduces the waste of water resource, and reduces The pollution of environment caused by cooling water direct emission.

Also, the plastic raw materials process equipment, the discharge nozzle 33 being connected to by 7 right side of cooler bin, and discharge nozzle 33 is separate One end equipment of cooler bin 7 drives the movement of pushing plate 21 to modeling in the inside of conveying funnel 35, when can rotate discharging machine 19 Particle is expected from the delivered inside to conveying funnel 35 of discharge nozzle 33, and falls into the inside of drying bucket 34, and by drying bucket 34 The stirring motor 36 that inner wall is fixedly connected, stirring motor 36 can drive stirring blade 38 to be rotated, and can will dry inside bucket 34 Plastic grain be stirred, and the air blower 43 by drying the connection of bucket 34 outer surface, and 43 wind conveying pipe inner wall of air blower is solid Surely the electric heating wire 44 connected can carry out rapid dehydration operation to the plastic grain stirred, effectively increase plastic grain Rate of water loss, make the preparation efficiency higher of plastic grain, and promote the yield of raw materials for plastics production.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is appreciated that can these embodiments be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaiied Change, replace and modification, the scope of the utility model are defined by the appended claims and the equivalents thereof.

Claims (9)

1. a kind of plastic raw materials process equipment, including firm banking (1), it is characterised in that：The top of the firm banking (1) is solid Surely it is connected with shock absorption buffering mechanism (2), cooler bin (7), the cooler bin are provided with above the shock absorption buffering mechanism (2) (7) be provided with loading hopper (8) above, the output end of the loading hopper (8) is communicated with charging solenoid valve (9), it is described into Separate loading hopper (8) one end of material solenoid valve (9) is connected to cooler bin (7), and the bottom of the cooler bin (7) is communicated with water outlet It manages (10), the one end of the outlet pipe (10) far from cooler bin (7) is communicated with efferent duct (11), the bottom of the cooler bin (7) And it is fixedly connected with motor fixing seat (12) on the right side of outlet pipe (10), the base portion of the motor fixing seat (12) is fixed It is connected with vibration motor (13), the output end of the vibration motor (13) is fixedly connected with eccentric block (14), the cooler bin (7) Left side be fixedly connected with discharging machine (19), the output end of the discharging machine (19) is fixedly connected with thread spindle (20), institute That states cooler bin (7) is internally provided with threaded sleeve (22) and pushing plate (21), and the thread spindle (20) is far from discharging machine (19) one end sequentially passes through cooler bin (7), threaded sleeve (22) and pushing plate (21) and the outside for extending to pushing plate (21), The pushing plate (21) is fixedly connected with threaded sleeve (22), and the inner wall of the cooler bin (7) is fixedly connected with the first filter plate (23), the inner wall of the cooler bin (7) and the second filter plate (24), institute are fixedly connected with below the first filter plate (23) The back fixation for stating cooler bin (7) is connected with water tank (25), and the surrounding of the water tank (25) has been fixedly connected with radiating block (26), Side of the radiating block (26) far from water tank (25) is fixedly connected with cooling fin (27), and the top of the water tank (25), which is fixed, to be connected It is connected to engineering for pump housing (28), water pump (30), the input of the water pump (30) are fixedly connected at the top of the engineering for pump housing (28) End is communicated with connecting tube (31), and the output end of the connection of the connecting tube (31) and water tank (25), the water pump (30) is communicated with Water-supply-pipe (32), the water-supply-pipe (32) far from water pump (30) one end through cooler bin (7) top and with cooler bin (7) Inside connection, the right side of the cooler bin (7) is simultaneously communicated with discharge nozzle (33) above the first filter plate (23), described cold But the right side of case (7) and discharge pipe (15) is communicated with above the second filter plate (24), the discharge pipe (15) is far from cold But the threaded one end of case (7) is connected with fixed cover (16)；

There are two support leg (39), support leg (39) tops to be fixedly connected with baking for the right side setting of the firm banking (1) The outer surface of dry bucket (34), the drying bucket (34) is communicated with conveying funnel (35), and the discharge nozzle (33) is far from cooler bin (7) One end through conveying funnel (35) and extend to conveying funnel (35) inside, it is described drying bucket (34) inner wall be fixedly connected There are stirring motor (36), stirring motor (36) output end to be fixedly connected with supporting block (37), the supporting block (37) is separate The side of stirring motor (36) output shaft (36) is fixedly connected with stirring blade (38), the outer surface and position of the drying bucket (34) Conveying pipeline (40) is communicated between two support legs (39), the one end of the conveying pipeline (40) far from drying bucket (34) is communicated with Discharge solenoid valve (41), and the outer surface of the support leg (39) is fixedly connected with placement plate (42), the top of the placement plate (42) Portion is fixedly connected with air blower (43), and the wind conveying pipe of the air blower (43) is connected to drying bucket (34), the air blower (42) The inner wall of wind conveying pipe is fixedly connected with electric heating wire (44).

2. a kind of plastic raw materials process equipment according to claim 1, it is characterised in that：The shock absorption buffering mechanism (2) Including damping casing (3), damping spring (4), limited block (5) and supporting rod (6), the inside of the damping casing (3) and damping Spring (4) is flexibly connected, and the one end of the damping spring (4) far from firm banking (1) is fixedly connected with limited block (5), described The top of limited block (5) is fixedly connected with supporting rod (6), and shock-absorbing sleeve is run through in the one end of the supporting rod (6) far from limited block (5) Pipe (3) is simultaneously fixedly connected with the cooler bin (7) being arranged above damping tube (3).

3. a kind of plastic raw materials process equipment according to claim 2, it is characterised in that：The damping casing (3) is separate One end of firm banking (1) offers the compatible through-hole of supporting rod (6), the outer surface of the supporting rod (6) and damping casing (3) it is slidably connected.

4. a kind of plastic raw materials process equipment according to claim 1, it is characterised in that：Outside the discharging machine (19) Surface is fixedly connected with fixed block (17), and the right side of the fixed block (17) is contacted with cooler bin (7).

5. a kind of plastic raw materials process equipment according to claim 4, it is characterised in that：The left side of the fixed block (17) Be provided with the first fixed screw bar (18), the end of thread of the first fixed screw bar (18) through fixed block (17) and with fixation The cooler bin (7) being arranged on the right side of block (17) is threadedly coupled.

6. a kind of plastic raw materials process equipment according to claim 1, it is characterised in that：The engineering for pump housing (28) it is upper Side is provided with the second fixed screw bar (29), the end of thread of the second fixed screw bar (29) through engineering for pump housing (28) and with The water tank (25) being arranged below engineering for pump housing (28) is threadedly coupled.

7. a kind of plastic raw materials process equipment according to claim 1, it is characterised in that：The bottom of the pushing plate (21) It is contacted with the first filter plate (23).

8. a kind of plastic raw materials process equipment according to claim 1, it is characterised in that：The right side of the pushing plate (21) Offer the compatible through-hole with the second fixed screw bar (29).

9. a kind of plastic raw materials process equipment according to claim 1, it is characterised in that：The quantity of the supporting block (37) There are three, three supporting blocks (37) equidistantly distribute.