CN207838891U - A kind of efficient production system of furane resins - Google Patents

Abstract

The utility model is related to a kind of efficient production systems of furane resins, including mixing bunker, driving mechanism, preliminary mixed organization and second drum mixer structure, preliminary mixed organization includes major ingredient output precision and auxiliary material electric hybrid module, after major ingredient is set the drive output of mixing unit thereon, helically structure sprays；Auxiliary material is set head piece thereon and continuously wanders, in formation liquid stream layer below；Second drum mixer structure includes jet pack, is set to the jet pack side, and the unhurried current component for accepting the preliminary mixed liquor that preliminary mixed organization is formed；By mixing unit output, helically the major ingredient of structure impacts liquid stream layer to form major ingredient with auxiliary material between the upper and lower every the preliminary mixed liquor being superimposed, catalyst is acted in a manner of rotating-spray and carries out radial second mixing by the jet pack driven again through preliminary mixed organization, it solves that production efficiency of the existing technology is low, mixes uneven technical problem.

Description

A kind of efficient production system of furane resins

Technical field

The utility model is related to furane resins production field more particularly to a kind of efficient production systems of furane resins.

Background technology

Furane resins refer to with furan nucleus furfuryl alcohol and furfural make raw material production resinae general name, have protrude Corrosion resistance, heat resistance and its raw material sources extensively, simple production process the advantages that, cause the attention of people.It is wide at present It is general to be applied to metallurgical casting industry, in moulding, such as the production of many auto parts machineries, water heating bathroom, tire-mold, using After furan resin-sand art shapes, good economic effect is obtained.And mixing arrangement is often required to use when furane resins production, It after need to proportionally tank body being added in different material when use, then is mixed by agitating device, but current mixture manufacturing Apparatus structure is simple, and raw material often concentrates a certain region dropped down onto in tank body after being added, and needing long agitation just can make it mixed It closes uniform；And single stirrer paddle is often set in tank body, when use, easily causes rotating vortex, influences mixing effect, therefore existing With the presence of the uneven technical problem of furane resins mixture manufacturing device production efficiency low pressure and mixing.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, to provide a kind of furane resins and efficiently produce and be System, impacts liquid stream layer by the major ingredient of mixing unit output helically structure that form major ingredient preliminary every what is be superimposed between the upper and lower with auxiliary material Catalyst is acted on progress radial second in a manner of rotating-spray and mixed by mixed liquor, then the jet pack through the drive of preliminary mixed organization It closes, solves that production efficiency of the existing technology is low, mix uneven technical problem.

In order to solve the above technical problems, the utility model provides the following technical solutions：

A kind of efficient production system of furane resins, including mixing bunker and driving mechanism further include：

Preliminary mixed organization, the preliminary mixed organization are set in the mixing bunker comprising major ingredient output precision and Auxiliary material electric hybrid module is helically tied after the major ingredient in major ingredient output precision is set the drive output of mixing unit thereon Structure sprays；Auxiliary material in auxiliary material electric hybrid module is set head piece thereon and continuously wanders, in formation liquid stream layer below； And

Second drum mixer structure, the second drum mixer structure includes jet pack, is set to the jet pack side, and is used for Accept the unhurried current component for the preliminary mixed liquor that the preliminary mixed organization is formed；

During the work time, major ingredient sprays after mixing unit exports in the horizontal direction on the liquid stream layer, the liquid stream layer In auxiliary material diverging mix after splashing with major ingredient along the vertical direction respectively, formation is between the upper and lower every the preliminary of the major ingredient of superposition and auxiliary material Mixed liquor；It is preliminary mixed after the catalyst action sprayed through the jet pack after being fallen under the preliminary mixed liquor on unhurried current component Liquid is closed to wander in structure on unhurried current component.

As an improvement, the major ingredient output precision includes the major ingredient storehouse of cylindrical structure setting and is set to the major ingredient storehouse outer circle Baffle on circumferential surface, the head piece are located between the baffle and auxiliary material electric hybrid module, the major ingredient storehouse and the driving mechanism phase Connection.

In addition, the mixing unit is set to inside the major ingredient storehouse comprising the dispersion paddle that is sequentially distributed from top to down stirs Cage and the spurt hole for being set to axis in the stirring cage around the major ingredient storehouse helically structure setting, the stirring cage are set with spurt hole It is placed on the periphery in the major ingredient storehouse.

As an improvement, the auxiliary material electric hybrid module is fixedly connected with the major ingredient output precision, which is Downward opening cylindrical structure, the auxiliary material electric hybrid module are rotatably dispose in the mixing bunker and positioned at the outer of the major ingredient storehouse Side comprising be located at the baffle and the unhurried current rooms of both sides, mixed material area and open up thereon up and down and be located at the mixed material area Interior diverging portion.

Wherein, the diverging portion is the groove around the auxiliary material electric hybrid module axis helically structure, which is heavy set And the arcuate structure of section opening inwardly, major ingredient are sprayed on the liquid stream layer in the groove.

As an improvement, the unhurried current component is opening up umbrella annular harden structure, the unhurried current component and the auxiliary material Electric hybrid module is fixedly connected, and the jet pack is located at the inside of the unhurried current component, forms flow channel for liquids between the two.

As an improvement, the jet pack include be set to below the major ingredient output precision and vertically on move down It dynamic storage part, the piston plate for being set on the storage part and being coaxially disposed and is deposited outside the mixing bunker and with described Connection inside storage portion carries out the feed pipe of catalyst interruption charging.

Wherein, the piston plate is fixedly connected with the major ingredient output precision, the storage part and major ingredient output precision with Spline drived mode connects.

In addition, the storage part is the tank structure of hollow setting, the piston plate is set to inside it, with shape below At compression stroke, the storage part includes the horizontal multiple spouts being uniformly opened on its outer circumference surface, the side of opening up of the spout It is arranged to horizontal by angle, the catalyst fluidization tower sprayed across the spout diagonally spray in the unhurried current component by upper direction On.

As an improvement, the jet pack further includes being set between the piston plate and storage part and being set in compressive state The return spring set, be fixedly installed on multiple jack-up boss of the storage part bottom and be fixedly installed on the mixing bunker and With multiple idler wheels of the jack-up boss corresponding matching setting.

The beneficial effects of the utility model：

(1) major ingredient is sprayed through the mixing unit on major ingredient output precision with helical structure in the present invention, and through auxiliary material The liquid stream layer contact that head piece on electric hybrid module flows continually out is mixed to form the preliminary mixed liquor every superposition between the upper and lower；Major ingredient is with spiral shell Rotation structure spray to be formed between the upper and lower every major ingredient layered structure, spray in the liquid stream layer wandered downwards along auxiliary material electric hybrid module On, since auxiliary material electric hybrid module is to the reaction force of major ingredient jet power, and make major ingredient drive liquid stream layer in auxiliary material to its two Side is splashed, and between the major ingredient of layering, realization major ingredient is mixed with the interval of auxiliary material；In addition, major ingredient mixes shape with auxiliary material interval It is fallen on unhurried current component below at preliminary mixed liquor, during its surface is wandered, through the catalyst in jet pack It is impacted with spray regime, while carrying out preliminary mixed liquor internal structure and upset secondary mixing, realizes major ingredient, auxiliary material and catalyst Mixing；It solves that production efficiency of the existing technology is low, mixes uneven technical problem；

(2) the major ingredient storehouse is connected with the driving mechanism in the present invention, the auxiliary material electric hybrid module and institute Major ingredient output precision to be stated to be fixedly connected, actuating unit drives auxiliary material electric hybrid module to rotate synchronously while driving the rotation of major ingredient storehouse, Auxiliary material flows continually out the liquid stream layer to be formed through head piece and is formed by centrifugation force effect through the rotation of auxiliary material electric hybrid module, it is ensured that liquid stream layer Layering effects, to improve major ingredient injection thereon afterwards drive auxiliary material splash effect, to realize between major ingredient and auxiliary material It is mixed every superposition, improves the uniformity that major ingredient is tentatively mixed with auxiliary material；

(3) preliminary mixed liquor is fallen on unhurried current component that is opening up and being in umbrella-shaped structure setting in the present invention Afterwards, wandered along its surface, through rotation setting jet pack with compress mode by catalyst ejector in unhurried current assembly surface, by urging The preliminary mixed liquor that agent is superimposed major ingredient with auxiliary material interval impacts, while so that its internal structure is upset mixing, catalysis Agent is uniformly interspersed in the uniform mixing that major ingredient, auxiliary material and catalyst are carried out in preliminary mixed liquor；In conjunction with the rotation work of jet pack Make mode, catalyst is acted in intermittent arc liquid column on preliminary mixed liquor after its ejection, to improve it to preliminary The impact range of mixed liquor, while the contact area of catalyst and preliminary mixed liquor is improved, further increase the utility model Mixing uniformity.

In conclusion the utility model have it is simple in structure, production efficiency is high, it is uniformly mixed and be not in mixing vortex The advantages that problem.

Description of the drawings

It is required in being described below to embodiment for the clearer technical solution for illustrating the utility model embodiment The attached drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model, For for those of ordinary skill in the art, without creative efforts, it can also obtain according to these attached drawings Obtain other accompanying drawings.

Fig. 1 is the utility model fault structure schematic diagram；

Fig. 2 is just to cut open structural schematic diagram；

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

Fig. 4 is enlarged diagram at B in Fig. 2；

Fig. 5 is enlarged diagram at C in Fig. 1；

Fig. 6 is enlarged diagram at D in Fig. 2；

Fig. 7 is unhurried current component states schematic diagram；

Fig. 8 is one of second drum mixer structure state diagram；

Fig. 9 is the two of second drum mixer structure state diagram.

Specific implementation mode

The technical scheme in the embodiment of the utility model is clearly and completely illustrated below in conjunction with the accompanying drawings.

Embodiment one

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model Limitation.

As shown in Fig. 1,2,3,4,5,6 and 7, a kind of efficient production system of furane resins, including mixing bunker 1 and driving mechanism 2, further include：

Preliminary mixed organization 3, the preliminary mixed organization 3 are set in the mixing bunker 1 comprising major ingredient output precision 31 and auxiliary material electric hybrid module 32, the major ingredient in major ingredient output precision 31 is set mixing unit 311 thereon and drives output Afterwards, helically structure sprays；Auxiliary material in auxiliary material electric hybrid module 32 is set head piece 321 thereon and continuously wanders, in Liquid stream layer 322 is formed below；In the present embodiment, the head piece 321 is that continuous setting annular mouth is arranged, and auxiliary material is wandered through it Form the liquid stream layer 322 of annular；And

Second drum mixer structure 4, the second drum mixer structure 4 include jet pack 41, are set to 41 side of jet pack, And the unhurried current component 42 for accepting the preliminary mixed liquor 33 that the preliminary mixed organization 3 is formed；

During the work time, major ingredient sprays after the output of mixing unit 311 in the horizontal direction on the liquid stream layer 322, is somebody's turn to do Diverging mix after splashing with major ingredient along the vertical direction respectively for auxiliary material in liquid stream layer 322, formed between the upper and lower every the major ingredient of superposition and The preliminary mixed liquor 33 of auxiliary material；After being fallen under the preliminary mixed liquor 33 on unhurried current component 42, sprayed through the jet pack 41 After catalyst action, preliminary mixed liquor 33 is wandered on unhurried current component 42 in S structures.

It should be noted that as shown in Fig. 2,4 and 6, major ingredient is through the mixing unit 311 on major ingredient output precision 31 with spiral knot Structure sprays, and contacts and is mixed to form between the upper and lower every folded with the liquid stream layer 322 flowed continually out through the head piece 321 on auxiliary material electric hybrid module 32 The preliminary mixed liquor 33 added；Major ingredient sprayed with helical structure to be formed between the upper and lower every major ingredient layered structure, spray in along auxiliary material On the liquid stream layer 322 that electric hybrid module 32 is wandered downwards, since auxiliary material electric hybrid module 32 is to the reaction force of major ingredient jet power, and make Auxiliary material in winner's material strip hydrodynamic fluid layer 322 splashes to its both sides, between the major ingredient of layering, realizes between major ingredient and auxiliary material Every mixing；In addition, major ingredient is mixed to form with auxiliary material interval on the unhurried current component 42 that preliminary mixed liquor 33 is fallen within below, along its table It during surface current is fallen, is impacted with spray regime through the catalyst in jet pack 41, carries out 33 internal structure of preliminary mixed liquor While upsetting secondary mixing, the mixing of major ingredient, auxiliary material and catalyst is realized；Solve low production efficiency of the existing technology Under, mix uneven technical problem.

Further, as shown in Fig. 1,2 and 5, the major ingredient output precision 31 includes the major ingredient storehouse 312 of cylindrical structure setting And it is set to the baffle 313 on 312 outer circumference surface of major ingredient storehouse, the head piece 321 is located at the baffle 313 and auxiliary material electric hybrid module Between 32, the major ingredient storehouse 312 is connected with the driving mechanism 2；In the present embodiment, the head piece 321 is arranged for sealing, The Auxiliary Liquid Material wandered through it and the lamellar auxiliary material liquid heavy curtain of shape below.

In addition, as shown in Fig. 1,2 and 4, the mixing unit 311 is set to inside the major ingredient storehouse 312 comprising it is supreme and Under the dispersion paddle 3111, stirring cage 3112 and the axis that is set in the stirring cage 3112 around the major ingredient storehouse 312 that are sequentially distributed be in spiral shell The spurt hole 3113 of structure setting is revolved, the stirring cage 3112 is set to spurt hole 3113 on the periphery in the major ingredient storehouse 312； In the present embodiment, dispersion paddle 3111 is arranged for propeller arrangement, and flow jeting port 3113 is to be set around 312 axis helical structure of major ingredient storehouse The sealing setting set, still, flow jeting port 3113 are a kind of preferred side in slot apertures helical structure sealing setting only the present embodiment Case, while it also can also be that either the circular hole or notch helically structure distribution is arranged in notch to several circular holes；By Multicomponent The major ingredient of composition, which enters to rotate through major ingredient storehouse 312 during whereabouts in major ingredient storehouse 312, drives the dispersion rotation of paddle 3111 to major ingredient It carries out falling within 312 bottom of major ingredient storehouse after breaing up mixing, be transmitted upwards along 312 inner wall of major ingredient storehouse through stirring cage 3112, while through major ingredient The centrifugal action that the rotation of storehouse 312 generates, major ingredient are sprayed across spurt hole 3113.

Further, as shown in Figures 2 and 4, the auxiliary material electric hybrid module 32 is fixedly connected with the major ingredient output precision 31, The auxiliary material electric hybrid module 32 is downward opening cylindrical structure, which is rotatably dispose in the mixing bunker 1 And positioned at the outside in the major ingredient storehouse 312 comprising be located at unhurried current room 323, the mixed material area of about 313 both sides of the baffle It 324 and opens up thereon and the diverging portion 325 in the mixed material area 324；Major ingredient sprays after mixing unit 311 is in hair It is contacted with the liquid stream layer 322 in the diverging portion 325 in the portion of dissipating 325.

Wherein, as shown in figure 4, the diverging portion 325 is around the recessed of 32 axis of auxiliary material electric hybrid module helically structure Slot 3251, the groove 3251 are the heavy arcuate structure set and section is open inwardly, and major ingredient is sprayed in the liquid stream in the groove 3251 On layer 322, in being impacted to liquid stream layer 322 of the inside in groove 3251, the cambered surface through the groove 3251 is led for major ingredient injection To vertically dissipating, the effect that major ingredient carries out auxiliary material upper lower leaf diverging in a manner of impacting is improved.

It should be noted that as shown in Figures 2 and 4, the major ingredient storehouse 312 is connected with the driving mechanism 2, the auxiliary material Electric hybrid module 32 is fixedly connected with the major ingredient output precision 31, and actuating unit 2 drives auxiliary while driving major ingredient storehouse 312 to rotate Expect that electric hybrid module 32 rotates synchronously, auxiliary material flows continually out the liquid stream layer 322 to be formed through head piece 321 and rotated through auxiliary material electric hybrid module 32 It is formed by centrifugation force effect, it is ensured that the layering effects of liquid stream layer 322 drive auxiliary material to fly afterwards thereon to improve major ingredient injection The effect splashed improves the uniformity that major ingredient is tentatively mixed with auxiliary material to realize that major ingredient is superimposed mixing with the interval of auxiliary material.

Embodiment two

As seen in figs, wherein identical with embodiment one or corresponding component uses attached drawing corresponding with embodiment one Label hereafter only describes the distinctive points with embodiment one for simplicity；The difference of the embodiment two and embodiment one exists In：The unhurried current component 42 is opening up umbrella annular harden structure, the unhurried current component 42 and the auxiliary material electric hybrid module 32 It is fixedly connected, the jet pack 41 is located at the inside of the unhurried current component 42, forms flow channel for liquids 421 between the two.

It should be noted that as shown in Fig. 2,6 and 7, preliminary mixed liquor 33 falls within opening up and is arranged in umbrella-shaped structure Unhurried current component 42 on after, wandered along its surface, through rotation setting jet pack 41 with compress mode by catalyst ejector in 42 surface of unhurried current component, the preliminary mixed liquor 33 being superimposed with auxiliary material interval to major ingredient by catalyst impact, and make its internal junction While structure upsets mixing, catalyst is uniformly interspersed in the uniform mixing that major ingredient, auxiliary material and catalyst are carried out in preliminary mixed liquor； In conjunction with the rotation work mode of jet pack 41, catalyst acts on preliminary mixing after its ejection in intermittent arc liquid column On liquid 33, to improve its impact range to preliminary mixed liquor 33, while the contact of catalyst and preliminary mixed liquor 33 is improved Area further increases the mixing uniformity of the utility model.

In addition, as shown in Figures 2 and 8, the jet pack 41 includes being set to 31 lower section of the major ingredient output precision and edge Storage part 411 that vertical direction moves up and down, the piston plate 412 for being set on the storage part 411 and being coaxially disposed and it is located at It is connected to outside the mixing bunker 1 and with 411 inside of the storage part, carries out the feed pipe 413 of catalyst interruption charging；The master Expect that output precision 31 drives jet pack 41 to rotate while rotation.

Wherein, the piston plate 412 is fixedly connected with the major ingredient output precision 31, and the storage part 411 and major ingredient are defeated Go out component 31 to connect in a manner of spline drived, the storage part 411 is passed with major ingredient output precision 31 with spline in the present embodiment Flowing mode mode is connected as a kind of preferred embodiment in the present embodiment, and storage part 411 drives rotation by major ingredient output precision 31 It can be moved up and down simultaneously along spline.

In addition, as shown in Fig. 1,2,6,8 and 9, the storage part 411 is the tank structure of hollow setting, the piston plate 412 are set to inside it, and with formation compression stroke 414 below, the storage part 411 includes that level is uniformly opened in its outer circle The direction that opens up of multiple spouts 4111 on circumferential surface, the spout 4111 is arranged horizontal by angle, and the spout 4111 is passed through to spray The catalyst fluidization tower gone out diagonally spray on the unhurried current component 42 by upper direction.

Further, as shown in figure 8, the jet pack 41 further includes being set to the piston plate 412 and storage part 411 Between and in the return spring 415 of compressive state setting, be fixedly installed on multiple jack-up boss 416 of 411 bottom of the storage part And the multiple idler wheels 417 for being fixedly installed on the mixing bunker 1 and being arranged with jack-up 416 corresponding matching of boss；Storage While the rotation of portion 411 drives jack-up boss 416 to rotate, contacted by idler wheel 417 in the bottom with boss 416 is jacked up, it is real Existing storage part 411 moves up.

It should be noted that as shown in FIG. 8 and 9, storage part 411 drives the jack-up in its bottom convex in rotation process Platform 416 rotates, from, with the idler wheel 417 of 411 lower section of storage part, being jacked up by the promotion of idler wheel 417 convex in piston plate 412 Platform 416, which moves up, drives storage part 411 to move up, and the space inside the storage part 411 is made to reduce, and pressure increases, to Realize that the interruption of catalyst sprays；After idler wheel 417 is detached from jack-up boss 416, elasticity of the storage part 411 through return spring 415 is made It firmly moves down, inner space, which increases pressure, to reduce, and enters storage part through the feed pipe 413 in external catalyst In 411, the interruption feed of catalyst in storage part 411 is realized；In addition during storage part 411 moves down, with unhurried current group The size of the flow channel for liquids 421 formed between part 42 changes, and in its change procedure, is formed after catalyst impingement mix The stored portion 411 of mixture carry out current limliting, realize the further small flow mixing of catalyst, major ingredient and auxiliary material, further carry The mixing uniformity of high the utility model.

In the present invention, it is to be understood that：Term "center", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", " up time The orientation or position relationship of the instructions such as needle ", " counterclockwise " are to be based on the orientation or positional relationship shown in the drawings, merely to just It is described in description the utility model and simplifying, does not indicate or imply the indicated equipment or specific side that element must have Position, with specific azimuth configuration and operation, therefore should not be understood as limiting the present invention.

In addition, term " first ", " second " are used for description purposes only, it is not understood to indicate or imply opposite important Property or implicitly indicate the quantity of indicated technical characteristic.Therefore, define " first ", the feature of " second " can be expressed or Person implicitly includes one or more this feature.In the description of the utility model, the meaning of " plurality " is two or two More than a, unless otherwise specifically defined.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not It is confined to this, the variation that any one skilled in the art can readily occur under the technical clarification of the utility model Or replace, the major ingredient that helically structure such as is exported by mixing unit impacts liquid stream layer to form major ingredient and auxiliary material between the upper and lower every being superimposed Preliminary mixed liquor, then that catalyst is acted in a manner of rotating-spray to progress is radial for the jet pack that is driven through preliminary mixed organization The design concept of secondary mixing, should be covered within the scope of the utility model.Therefore, the protection model of the utility model Enclosing should be subject to the scope of protection of the claims.

Claims (10)

1. a kind of efficient production system of furane resins, including mixing bunker (1) and driving mechanism (2), which is characterized in that further include：

Preliminary mixed organization (3), the preliminary mixed organization (3) are set in the mixing bunker (1) comprising major ingredient output group Part (31) and auxiliary material electric hybrid module (32), the major ingredient in major ingredient output precision (31) are set mixing unit thereon (311) after driving output, helically structure sprays；Auxiliary material in auxiliary material electric hybrid module (32) is set head piece thereon (321) it continuously wanders, in formation liquid stream layer (322) below；And

Second drum mixer structure (4), the second drum mixer structure (4) include jet pack (41), are set to the jet pack (41) Side, and the unhurried current component (42) for accepting the preliminary mixed liquor (33) that the preliminary mixed organization (3) is formed；

During the work time, major ingredient sprays after mixing unit (311) output in the horizontal direction on the liquid stream layer (322), is somebody's turn to do Diverging mixes after splashing with major ingredient auxiliary material in liquid stream layer (322) along the vertical direction respectively, is formed between the upper and lower every the major ingredient of superposition With the preliminary mixed liquor (33) of auxiliary material；After being fallen under the preliminary mixed liquor (33) on unhurried current component (42), through the jet pack (41) after the catalyst action sprayed, preliminary mixed liquor (33) on unhurried current component (42) in S structures in wandering.

2. the efficient production system of a kind of furane resins according to claim 1, which is characterized in that the major ingredient output precision (31) baffle (313) for including the major ingredient storehouse (312) of cylindrical structure setting and being set on major ingredient storehouse (312) outer circumference surface, The head piece (321) is located between the baffle (313) and auxiliary material electric hybrid module (32), the major ingredient storehouse (312) and the driving Mechanism (2) is connected.

3. the efficient production system of a kind of furane resins according to claim 2, which is characterized in that the mixing unit (311) It is internal to be set to the major ingredient storehouse (312) comprising the dispersion paddle (3111) that is sequentially distributed from top to down, stirring cage (3112) and set It is placed in the spurt hole (3113) of axis in the stirring cage (3112) around the major ingredient storehouse (312) helically structure setting, it is described to stir Cage (3112) is set to spurt hole (3113) on the periphery of the major ingredient storehouse (312).

4. the efficient production system of a kind of furane resins according to claim 2, which is characterized in that the auxiliary material electric hybrid module (32) it is fixedly connected with the major ingredient output precision (31), which is downward opening cylindrical structure, should Auxiliary material electric hybrid module (32) is rotatably dispose in the outside in the mixing bunker (1) and positioned at the major ingredient storehouse (312) comprising point Not Wei Yu the baffle (313) the unhurried current room (323) of both sides, mixed material area (324) and open up thereon and mixed positioned at this up and down Expect the diverging portion (325) in area (324).

5. the efficient production system of a kind of furane resins according to claim 4, which is characterized in that the diverging portion (325) For around the groove (3251) of auxiliary material electric hybrid module (32) axis helically structure, which is heavy set and section is opened The arcuate structure of mouth inwardly, major ingredient are sprayed on the liquid stream layer (322) in the groove (3251).

6. the efficient production system of a kind of furane resins according to claim 1, which is characterized in that the unhurried current component (42) For opening up umbrella annular harden structure, which is fixedly connected with the auxiliary material electric hybrid module (32), described Jet pack (41) is located at the inside of the unhurried current component (42), forms flow channel for liquids (421) between the two.

7. the efficient production system of a kind of furane resins according to claim 1, which is characterized in that the jet pack (41) Including being set to the storage part (411) moved up and down below the major ingredient output precision (31) and vertically, being set to this On storage part (411) and the piston plate (412) of coaxial arrangement and it is external positioned at the mixing bunker (1) and with the storage part (411) internal connection carries out the feed pipe (413) of catalyst interruption charging.

8. the efficient production system of a kind of furane resins according to claim 7, which is characterized in that the piston plate (412) It is fixedly connected with the major ingredient output precision (31), the storage part (411) is with major ingredient output precision (31) with spline drived side Formula connects.

9. the efficient production system of a kind of furane resins according to claim 7, which is characterized in that the storage part (411) For the tank structure of hollow setting, the piston plate (412) is set to inside it, with formation compression stroke (414) below, institute It includes the horizontal multiple spouts (4111) being uniformly opened on its outer circumference surface to state storage part (411), which opens Set direction is arranged horizontal by angle, and the catalyst fluidization tower sprayed across the spout (4111) diagonally spray in institute by upper direction It states on unhurried current component (42).

10. the efficient production system of a kind of furane resins according to claim 8, which is characterized in that the jet pack (41) further include being set between the piston plate (412) and storage part (411) and in the return spring of compressive state setting (415), multiple jack-up boss (416) of the storage part (411) bottom are fixedly installed on and are fixedly installed on the mixing The multiple idler wheels (417) being arranged on storehouse (1) and with described jack-up boss (416) corresponding matching.