CN108407187A

CN108407187A - A kind of polyurethane heat-insulation board raw material hybrid processing system

Info

Publication number: CN108407187A
Application number: CN201810284315.1A
Authority: CN
Inventors: 王慧丽; 马良红; 葛晶云
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-04-02
Filing date: 2018-04-02
Publication date: 2018-08-17

Abstract

The invention belongs to polyurethane synthesis foaming technique field, specifically a kind of polyurethane heat-insulation board raw material hybrid processing system, including foamed pot and stirring module；Suction head is fixedly mounted on the outer surface of connecting cylinder by conveying pipeline, and conveying pipeline is used in the feedstock transportation to connecting cylinder in suction head, and No. two agitating units are for coordinating conveying pipeline to be stirred raw material；Cover board by hollow rotating shaft rotate on the upper plate of foamed pot；No.1 agitating device is for being stirred the raw material inside conveying pipeline；No.1 fixed plate is fixedly mounted on the lower surface of No.1 rotor plate by No.1 supporting rod；No.1 sliding panel is slidably mounted on No.1 supporting rod；No.1 sliding panel is connect by spring with No.1 fixed plate.Present invention is mainly used for being stirred to polyurethane foam liquid, the uniformity of raw material can be improved, the rate of bubble breaking in expanding foam solution can be reduced.

Description

A kind of polyurethane heat-insulation board raw material hybrid processing system

Technical field

The invention belongs to material processing plant field, specifically a kind of polyurethane heat-insulation board raw material mixed processing system System.

Background technology

Polyurethane full name is polyurethanes, is the macromolecular compound containing repetition carbamate groups on main chain General designation.It is formed with dihydroxy or polyol addition polymerization by organic diisocyanate or polyisocyanates.Polyurethane In macromolecular other than carbamate, it can also contain the groups such as ether, ester, urea, biuret, allophanate.Polyurethane material, Purposes is very wide, can replace rubber, plastics, coal mine factory, cement plant, condo, villa, landscaping, colored stone art, public affairs Garden etc..Polyurethane, which is generally required, to be stirred after processing with other materials and could use, if slow from a charge door when stirring Slow that a variety of materials are added, charging rate can very slowly, and when stirring, material is easy to penetrate into inside machine by agitating shaft, shadow Machine operation is rung, reduces machine service life, while in polyurethane foam liquid, stirring can make the bubble breaking in expanding foam solution, from And affect the efficiency of polyurethane foam.

Also occur the technical solution of some polyurethane agitating devices in the prior art, such as application No. is 201620443446.6 a Chinese patent disclose a kind of polyurethane plant high-speed stirred soft sealer, including blender Main body, is equipped with motor inside mixer body upper end, and mixer body lower end is internally provided with stir chamber, in mixer body End is provided with first charging aperture, and mixer body side is provided with second charging aperture, and the other side is provided with third feed inlet, motor Bottom is connected with agitating shaft, and agitating shaft upper end is socketed with soft seal pad.Multiple feed inlets are provided with, can be added simultaneously into stir chamber Enter different raw materials, increase charging rate, accelerate processing efficiency, agitating shaft upper end is socketed with soft seal pad, can will stir Chamber completely cuts off with machine gap, prevents material from penetrating into damage machine in machine gap；First charging aperture lower end is provided with charging control Device processed can control the number of throat-fed；Soft seal pad is manufactured using rubber material, make gasket have enough elasticity and Wearability increases the service life of gasket.Although the technical solution can be realized and is stirred to polyurethane, the technology Scheme can not reduce the rate of bubble breaking in polyurethane foam liquid, and the invention is made to be restricted.

Invention content

In order to make up for the deficiencies of the prior art, the present invention proposes a kind of polyurethane heat-insulation board raw material hybrid processing system, Present invention is mainly used for being stirred to polyurethane foam liquid, the uniformity of raw material can be improved, gas in expanding foam solution can be reduced The broken rate of bubble.The present invention realizes the stream to raw material by the cooperation of suction head, conveying pipeline, No. two agitating units and connecting cylinder Dynamic formula mixing, the present invention are realized and are stirred being further crushed for raw material by No.1 agitating device and No. two grinding device cooperations It mixes, improves the stirring efficiency of raw material.

The technical solution adopted by the present invention to solve the technical problems is：A kind of polyurethane thermal insulation board of the present invention is former Material hybrid processing system includes foamed pot and stirring module；Wherein, the structure and principle of foamed pot be neither this case innovation it Place, details are not described herein；The stirring module is located at the inside of foamed pot, and the stirring module includes suction head, conveying pipeline, two Number agitating unit and connecting cylinder；The suction head is fixedly mounted on the outer surface of connecting cylinder by conveying pipeline, and the conveying is effective In by the feedstock transportation to connecting cylinder in suction head, No. two agitating units are fixedly mounted on conveying by No. three connecting rods On the inner wall of pipe, No. two agitating units are for coordinating conveying pipeline to be stirred raw material；The connecting cylinder includes cover board and No. two Side plate；No. two side plates are fixedly mounted on the lower surface of cover board, and the cover board is mounted on foaming by what hollow rotating shaft rotated On the upper plate of tank；No. two surface of side plate are equipped with No. two openings；When work, motor drives connecting cylinder to turn by hollow rotating shaft Dynamic, the reaction raw materials in foamed pot pass through suction head, conveying pipeline is pooled to inside connecting cylinder to making, the reaction inside connecting cylinder Raw material is flowed in foamed pot again by the bottom of No. two openings and connecting cylinder, to make the reaction raw materials in foamed pot flow, And then realize the flow-type mixing of reaction raw materials；Meanwhile No. two agitating unit cooperation conveying pipelines hit the raw material of flowing It hits, and then improves stirring efficiency of the stirring module to reaction raw materials.

No. two agitating units include No.1 agitating device and No. two grinding devices, the No.1 agitating device for pair Raw material inside conveying pipeline is stirred；No. two grinding devices are for being ground the raw material in conveying pipeline；Described one Number agitating device includes that No.1 mounting box, No.1 rotor plate, No.1 supporting rod, No.1 sliding panel, No.1 fixed plate, No.1 fold Pipe and No. two folded tubes, the No.1 fixed plate are fixedly mounted on the lower surface of No.1 rotor plate by No.1 supporting rod；It is described No.1 sliding panel is slidably mounted on No.1 supporting rod；No.1 sliding panel is connect by spring with No.1 fixed plate；Described one Number folded tube is for closing spring；The rotation of the No.1 rotor plate rotation is mounted in No.1 mounting box, No.1 No. two folded tubes are installed between rotor plate and the inner wall of No.1 mounting box；When suction head and conveying pipeline rotate, reaction Raw material is hit with No.1 sliding panel, and No.1 sliding panel generates concussion by coordinating with spring and No.1 fixed plate, to Reaction raw materials in conveying pipeline are shaken, and then improve the efficiency of reaction raw materials mixing；No. two folded tubes are for preventing Reaction solution is flowed into the inside of No.1 mounting box；Meanwhile No. two folded tubes itself can rotate a certain angle, No. two folded tubes By coordinating the angle that the reciprocal rotation of No.1 rotor plate can be made certain with No.1 mounting box, to drive No.1 sliding panel and one Number fixed plate makees reciprocal spinning motion, and then improves the efficiency that raw material mixes in conveying pipeline.

No. two grinding devices include No. two mounting boxs, No. two rotor plates, No. two supporting racks and No. two ball camber grindings Cover；No. two mounting boxs are same component with No.1 mounting box；No. two rotor plates and No.1 rotor plate are same component； No. two ball cambers grinding cover is fixedly connected by No. two supporting racks with No. two rotor plates；In No. two ball cambers grinding cover It is uniformly provided with multiple filter hole；The inner surface of No. two ball cambers grinding cover be spherical arc shape for improve No. two ball cambers grinding covers with The contact area of reaction raw materials, in rotation, reaction raw materials and No. two ball camber grinding covers squeeze conveying pipeline, to make two The reaction raw materials in number ball camber grinding cover left side are extruded discharge by filter hole, to make the particle in reaction raw materials be filtered Hole attrition crushing, and then improve the efficiency of the mixing of reaction raw materials in feeding tube.

Preferably, the upper surface of the No.1 sliding panel is uniformly provided with multiple impact blocks, and the impact block is used for dome-type In the impact area for improving No.1 sliding panel and reaction raw materials, to improve collision efficiency of the impact block to reaction raw materials；Institute It states and is equipped with No. two knocking gears between impact block；No. two knocking gears are for being homogenized the raw material in conveying pipeline；No. two are hit Mechanism is hit for coordinating impact block to hit reaction raw materials, to improve the mixing homogenization efficiency of reaction raw materials.

Preferably, No. two knocking gears include No. two crash panels, No. two limiting plates and No. two connecting rods；Described No. two The upper end ball-joint of crash panel and No. two connecting rods；No. two limiting plates are for limiting No. two crash panels；Described two The upper surface of number crash panel is corrugated, and the surface of No. two crash panels is set as corrugated for particle present in reaction raw materials It is crushed, to improve the efficiency of reaction raw materials mixing homogenizing.

Preferably, the suction head is cylinder type, and the outer end of suction head is installed with drainage hood, and the drainage hood is circle Bench-type, drainage hood by coordinating the efficiency that is flowed into conveying pipeline for increasing reaction raw materials in foamed pot with suction head, to Improve the stirring efficiency of reaction raw materials.

Preferably, bidirectional screw silk is installed in the filter hole, bidirectional screw silk is used for anti-in filter hole Raw material is answered to be cut, simultaneously bi-directionally there is taenidium certain elasticity, taenidium can be prevented by the elastic deformation of itself Reaction raw materials plug filter hole, to improve cutting efficiency of the filter hole to reaction raw materials.

The beneficial effects of the invention are as follows：

1. a kind of polyurethane heat-insulation board raw material hybrid processing system of the present invention, stirring module of the present invention include Suction head, conveying pipeline, No. two agitating units and connecting cylinder；The suction head, conveying pipeline with connecting cylinder by coordinating come to foaming Reaction raw materials in tank carry out flow-type stirring；No. two agitating units by with conveying pipeline cooperation to the raw material by conveying pipeline into Row hits and rolls, and to improve the broken efficiency of reaction raw materials, and then improves the efficiency of reaction raw materials mixing homogenizing.

2. a kind of polyurethane heat-insulation board raw material hybrid processing system of the present invention, No. two agitating units include one Number agitating device and No. two grinding devices；No.1 agitating device is used to carry out impacting type stirring, No. two grinding dresses to reaction raw materials It sets and is ground for coordinating No.1 agitating device further to cut reaction raw materials；No. two ball cambers grinding in No. two grinding devices Cover can carry out compaction type to reaction raw materials and be crushed, while be equipped with bidirectional screw in the filter hole in No. two ball cambers grinding covers Silk, to improve crushing efficiency of the filter hole to reaction raw materials, and then improves the efficiency of reaction raw materials mixing.

Description of the drawings

The invention will be further described below in conjunction with the accompanying drawings.

Fig. 1 is the sectional view of the present invention；

Fig. 2 is A-A sectional views in Fig. 1；

Fig. 3 is C-C sectional views in Fig. 2；

Fig. 4 is the partial enlarged view of D in Fig. 2；

Fig. 5 is the partial enlarged view of E in Fig. 4；

Fig. 6 is the partial enlarged view of F in Fig. 4；

Fig. 7 is G-G sectional views in Fig. 6；

In figure：Foamed pot 1, stirring module 2, suction head 21,22, No. two agitating units 23 of conveying pipeline, connecting cylinder 24, three Connecting rod 231, No. two openings 25,4, No. two grinding devices 5 of No.1 agitating device, No.1 mounting box 41, No.1 rotor plates 42, one Number supporting rod 43, No.1 sliding panel 45, No.1 fixed plate 46, the folded tube 48, two of No.1 folded tube 47, two mounting box 51, No. two 452, No. two the ball camber of supporting rack 53, two of rotor plate 52, two grinding covers 54, filter hole 541, impact block knocking gears 6, No. two crash panels 61, two limiting plate 62, two connecting rod 63, drainage hood 211, bidirectional screw silks 543.

Specific implementation mode

In order to make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, tie below Specific implementation mode is closed, the present invention is further explained.

As shown in Figures 1 to 7, a kind of polyurethane heat-insulation board raw material hybrid processing system of the present invention, including foaming Tank 1 and stirring module 2；Wherein, the structure and principle of foamed pot 1 are neither the innovations of this case, and details are not described herein；It is described Stirring module 2 is located at the inside of foamed pot 1, and the stirring module 2 includes 22, No. two suction head 21, conveying pipeline agitating units 23 With connecting cylinder 24；The suction head 21 is fixedly mounted on the outer surface of connecting cylinder 24 by conveying pipeline 22, and the conveying pipeline 22 is used In by the feedstock transportation in suction head 21 to connecting cylinder 24, No. two agitating units 23 are fixed by No. three connecting rods 231 On the inner wall of conveying pipeline 22, No. two agitating units 23 are for coordinating conveying pipeline 22 to be stirred raw material；The connection Cylinder 24 includes cover board and No. two side plates；No. two side plates are fixedly mounted on the lower surface of cover board, and the cover board passes through hollow turn Shaft rotation it is dynamic on the upper plate of foamed pot 1；No. two surface of side plate are equipped with No. two openings 25；When work, motor is logical Crossing hollow rotating shaft drives connecting cylinder 24 to rotate, and to make, the reaction raw materials in foamed pot 1 pass through suction head 21, conveying pipeline 22 collects To inside connecting cylinder 24, the reaction raw materials inside connecting cylinder 24 flow to hair again by the bottom of No. two openings 25 and connecting cylinder 24 It steeps in tank 1, to make the reaction raw materials in foamed pot 1 flow, and then realizes the flow-type mixing of reaction raw materials；Meanwhile two Number agitating unit 23 coordinates conveying pipeline 22 to hit the raw material of flowing, and then improves stirring module 2 to reaction raw materials Stirring efficiency.

No. two agitating units 23 include No.1 agitating device 4 and No. two grinding devices 5, the No.1 agitating device 4 For being stirred to the raw material inside conveying pipeline 22；No. two grinding devices 5 are used to carry out the raw material in conveying pipeline 22 Grinding；The No.1 agitating device 4 includes No.1 mounting box 41, No.1 rotor plate 42, No.1 supporting rod 43, No.1 sliding panel 45, No.1 fixed plate 46, No.1 folded tube 47 and No. two folded tubes 48, the No.1 fixed plate 46 are solid by No.1 supporting rod 43 Dingan County is mounted in the lower surface of No.1 rotor plate 42；The No.1 sliding panel 45 is slidably mounted on No.1 supporting rod 43；No.1 Sliding panel 45 is connect by spring with No.1 fixed plate 46；The No.1 folded tube 47 is for closing spring；Described one The rotation that number rotor plate 42 rotates is mounted in No.1 mounting box 41, the inner wall of No.1 rotor plate 42 and No.1 mounting box 41 it Between be installed with No. two folded tubes 48；When suction head 21 and conveying pipeline 22 rotate, reaction raw materials are sent out with No.1 sliding panel 45 Raw to hit, No.1 sliding panel 45 generates concussion by coordinating with spring and No.1 fixed plate 46, to in conveying pipeline 22 Reaction raw materials are shaken, and then improve the efficiency of reaction raw materials mixing；No. two folded tubes 48 are for preventing reaction solution from flowing into To the inside of No.1 mounting box 41；Meanwhile No. two folded tubes 48 itself can rotate a certain angle, No. two folded tubes 48 pass through Coordinate the angle that the 42 reciprocal rotation of No.1 rotor plate can be made certain with No.1 mounting box 41, to drive 45 He of No.1 sliding panel No.1 fixed plate 46 makees reciprocal spinning motion, and then improves the efficiency that raw material mixes in conveying pipeline 22.

No. two grinding devices 5 include No. two supporting racks 53 of rotor plate 52, two of mounting box 51, two and No. two ball arcs Type grinding cover 54；No. two mounting boxs 51 are same component with No.1 mounting box 41；No. two rotor plates 52 and No.1 turn Movable plate 42 is same component；No. two ball cambers grinding cover 54 is fixed and is connected by No. two supporting racks 53 and No. two rotor plates 52 It connects；It is uniformly provided with multiple filter hole 541 in No. two ball cambers grinding cover 54；The inner surface of No. two ball cambers grinding cover 54 is Spherical arc shape is used to improve the contact area of No. two ball camber grinding covers 54 and reaction raw materials, and for conveying pipeline 22 in rotation, reaction is former Material and No. two ball camber grinding covers 54 squeeze, to make the reaction raw materials in No. two 54 left sides of ball camber grinding cover pass through filtering Hole 541 is extruded discharge, to make the particle in reaction raw materials by 541 attrition crushing of filter hole, and then improves in feeding tube The efficiency of the mixing of reaction raw materials.

As one embodiment of the present invention, the upper surface of the No.1 sliding panel 45 is uniformly provided with multiple impact blocks 452, the impact block 452 is the impact area that dome-type is used to improve No.1 sliding panel 45 and reaction raw materials, to improve Collision efficiency of the impact block 452 to reaction raw materials；No. two knocking gears 6 are equipped between the impact block 452；No. two knocking gears 6 for being homogenized the raw material in conveying pipeline 22；No. two knocking gears 6 are for coordinating impact block 452 to carry out reaction raw materials It hits, to improve the mixing homogenization efficiency of reaction raw materials.

As one embodiment of the present invention, No. two knocking gears 6 include 61, No. two limiting plates of No. two crash panels 62 and No. two connecting rods 63；The upper end ball-joint of No. two crash panels 61 and No. two connecting rods 63；No. two limiting plates 62 For being limited to No. two crash panels 61；The upper surface of No. two crash panels 61 is corrugated, the table of No. two crash panels 61 Face is set as corrugated for being crushed to particle present in reaction raw materials, to improve the effect of reaction raw materials mixing homogenizing Rate.

As one embodiment of the present invention, the suction head 21 is cylinder type, and the outer end of suction head 21 is fixedly mounted It is circular platform type to have drainage hood 211, the drainage hood 211, and drainage hood 211 with suction head 21 by coordinating for increasing foamed pot 1 Middle reaction raw materials are flowed into the efficiency in conveying pipeline 22, to improve the stirring efficiency of reaction raw materials.

As one embodiment of the present invention, bidirectional screw silk 543 is installed in the filter hole 541, it is two-way Taenidium 543 is for cutting the reaction raw materials in filter hole 541, and simultaneously bi-directionally taenidium 543 has certain elasticity, Taenidium can prevent reaction raw materials plug filter hole 541 by the elastic deformation of itself, to improve filter hole 541 to anti- Answer the cutting efficiency of raw material.

As one embodiment of the present invention, the reaction module 3 includes feed pipe 31, swivel plate 32 and hinge bar 33, the rotation of the upper end of the feed pipe 31 mounted on the lower surface of cover board；The outer wall of the feed pipe 31 passes through hinge bar 33 To be hinged on the inner wall of No. two side plates；The hinge bar 33 is sliding extension bar；The side wall of the feed pipe 31 is equipped with three Number water outlet 311；The swivel plate 32 by being evenly arranged on the outer wall of feed pipe 31 from top to bottom；Distilled water passes through hollow Shaft flows in feed pipe 31, and the water in feed pipe 31 flows to the inside of connecting cylinder 24 by No. three water outlets 311, to make Reaction raw materials inside connecting cylinder 24 carry out foamable reaction, and feed pipe 31 with the cooperation of connecting cylinder 24 by that can effectively prevent foaming It bubble broken and is lost in liquid, to improve the efficiency of foaming, stirring module 2 is by by the expanding foam solution inside connecting cylinder 24 It is swapped with external reaction raw materials to make reaction solution fully foam, to improve the uniformity of bubble in expanding foam solution；When When motor drives connecting cylinder 24 to make intermittent reciprocating rotation by hollow rotating shaft, hinge bar 33 is made by coordinating with connecting cylinder 24 Feed pipe 31 is opposite to make reciprocating rotation with connecting cylinder 24, to drive swivel plate 32 to stir the reaction solution in connecting cylinder 24 It mixes, and then improves the rate of foamable reaction.

As one embodiment of the present invention, the left and right ends of the swivel plate 32 are vertically equipped with multiple four Number opening 321, No. four openings 321 are rectangle, and the upper surface of the swivel plate 32 is equipped with the round platform mouth through swivel plate 32 322, stirring blade is fixed by the bracket in round platform mouth 322；No. four openings 321 are for coordinating swivel plate 32 to two Raw material inside number side plate is stirred；Stirring blade is used to be stirred the reaction raw materials of 32 top of swivel plate, to make The gas generated in foamable reaction is dispersed in reaction solution, to improve the uniformity of bubble in expanding foam solution, Jin Erti The consistency of air bubble content in high expanding foam solution.

As one embodiment of the present invention, the cross sectional shape of No. four openings 321 is Λ fonts, to make No. four When 321 pairs of reaction raw materials of opening are homogenized, No. four openings 321 are not easy to be blocked by raw material；Mouth at No. four 321 both ends of opening Diameter is more than the bore of No. four 321 centers of opening, is flowed rapidly into No. four openings 321 convenient for reaction raw materials, while No. four Raw material in opening 321 quickly flows out；Bore at No. four 321 both ends of opening is more than the bore of No. four 321 centers of opening, It is crushed for making the raw material of bulky grain be squeezed by No. four openings 321, to improve the efficiency of foamable reaction.

As one embodiment of the present invention, the center of 321 lower end inner walls of No. four openings is equipped with No. five squares Shape slot 323；No. five seismic mass 324 are equipped in No. five rectangular channels 323；No. five seismic mass 324 are fixed by spring pacifies In No. five rectangular channels 323；No. five seismic mass 324 are pentagonal prism type；No. five seismic mass 324 by with No. five rectangular channels 323, spring coordinates to make unbroken raw material pass through No. four openings 321, to effectively prevent No. four openings 321 of raw material blocking Situation, and then improve the efficiency of raw material mixing.

When work, solid reaction raw material is added in foamed pot 1, and foamed pot 1 carries out heating and melting to raw material, and motor passes through Hollow rotating shaft drives 24 intermittent rotation of connecting cylinder；Reaction raw materials are flowed by suction head 21 in conveying pipeline 22, conveying pipeline 22 In No.1 sliding panel 45 first reaction raw materials are carried out with collision is broken, the then No. two ball cambers grinding cover 54 in conveying pipeline 22 Cutting is carried out to reaction raw materials to grind；Then the reaction raw materials in conveying pipeline 22 are flowed into the inside of connecting cylinder 24, then foam Liquid is by the flows of No. two openings 25 and connecting cylinder 24 to foamed pot 1, while the raw material in foamed pot 1 passes through suction again Material head 21 and conveying pipeline 22 enter in connecting cylinder 24.

The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the above embodiments and description only describe the originals of the present invention Reason, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes and improvements It all fall within the protetion scope of the claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle It is fixed.

Claims

1. a kind of polyurethane heat-insulation board raw material hybrid processing system, it is characterised in that：Including foamed pot (1) and stirring module (2)； The stirring module (2) is located at the inside of foamed pot (1), the stirring module (2) include suction head (21), conveying pipeline (22), No. two agitating units (23) and connecting cylinder (24)；The suction head (21) is fixedly mounted on connecting cylinder (24) by conveying pipeline (22) Outer surface, the conveying pipeline (22) be used for by the feedstock transportation in suction head (21) to connecting cylinder (24), described No. two are stirred It mixes unit (23) to be fixedly mounted on the inner wall of conveying pipeline (22) by No. two connecting rods (231), No. two agitating units (23) are used Raw material is stirred in cooperation conveying pipeline (22)；The connecting cylinder (24) includes cover board and No. two side plates；No. two side plates Be fixedly mounted on the lower surface of cover board, the cover board by hollow rotating shaft rotate on the upper plate of foamed pot (1)；Institute No. two surface of side plate are stated equipped with No. two openings (25)；Wherein,

No. two agitating units (23) include No.1 agitating device (4) and No. two grinding devices (5), the No.1 agitating device (4) raw material internal to conveying pipeline (22) is used to be stirred；No. two grinding devices (5) are used for in conveying pipeline (22) Raw material is ground；The No.1 agitating device (4) includes No.1 mounting box (41), No.1 rotor plate (42), No.1 supporting rod (43), No.1 sliding panel (45), No.1 fixed plate (46), No.1 folded tube (47) and No. two folded tubes (48), the No.1 are solid Fixed board (46) is fixedly mounted on the lower surface of No.1 rotor plate (42) by No.1 supporting rod (43)；The No.1 sliding panel (45) It is slidably mounted on No.1 supporting rod (43)；No.1 sliding panel (45) is connect by spring with No.1 fixed plate (46)；It is described No.1 folded tube (47) is for closing spring；The No.1 that is mounted on of the rotation of No.1 rotor plate (42) rotation is installed In box (41), No. two folded tubes (48) are installed between No.1 rotor plate (42) and the inner wall of No.1 mounting box (41)；

No. two grinding devices (5) include No. two mounting boxs (51), No. two rotor plates (52), No. two supporting racks (53) and No. two Ball camber grinding cover (54)；No. two mounting boxs (51) are same component with No.1 mounting box (41)；No. two rotor plates (52) and No.1 rotor plate (42) is same component；No. two ball cambers grinding cover (54) passes through No. two supporting racks (53) and two Number rotor plate (52) is fixedly connected；It is uniformly provided with multiple filter hole (541) in No. two ball cambers grinding cover (54).

2. a kind of polyurethane heat-insulation board raw material hybrid processing system according to claim 1, it is characterised in that：The No.1 The upper surface of sliding panel (45) is uniformly provided with multiple impact blocks (452), and the impact block (452) is dome-type, the impact block (452) No. two knocking gears (6) are equipped between；No. two knocking gears (6) are for being homogenized the raw material in conveying pipeline (22).

3. a kind of polyurethane heat-insulation board raw material hybrid processing system according to claim 2, it is characterised in that：Described No. two Knocking gear (6) includes No. two crash panels (61), No. two limiting plates (62) and No. two connecting rods (63)；No. two crash panels (61) with the upper end ball-joint of No. two connecting rods (63)；No. two limiting plates (62) are for limiting No. two crash panels (61) Position；The upper surface of No. two crash panels (61) is corrugated.

4. a kind of polyurethane heat-insulation board raw material hybrid processing system according to claim 1, it is characterised in that：The suction Head (21) is cylinder type, and the outer end of suction head (21) is installed with drainage hood (211), and the drainage hood (211) is circular platform type.

5. a kind of polyurethane heat-insulation board raw material hybrid processing system according to claim 1, it is characterised in that：The filtering Bidirectional screw silk (543) is installed in hole (541).