CN207307790U - A kind of large-scale proportioning mixture manufacturing device of highlighted level heat molten type reflecting coating - Google Patents

Abstract

It the utility model is related to a kind of large-scale proportioning mixture manufacturing device of highlighted level heat molten type reflecting coating, including stent, ingredient sector, auxiliary material addition mechanism and, transmission mechanism, ingredient sector is rotatablely installed on stent, ingredient sector includes transfer portion, opens up several storage bins thereon, and some granular major ingredients fall within the major ingredient string that overlaying structure is formed in the storage bin；Auxiliary material addition mechanism is fixedly installed on stent and positioned at the side of ingredient sector, it includes treating warehouse, conveying assembly and the fusing department for carrying out the modified materials liquefaction processing in course of conveying；Transmission mechanism driving ingredient sector is moved with interim rotating manner；Modified materials after melting realize that the blocking of major ingredient and modified materials matches between being attached to the two neighboring major ingredient of overlaying structure setting, the fixed than mixing of filler is carried out with reference to each station move mode in blending process, solves two kinds of resins in the prior art and the fixed technological gap lacked than dispensing equipment of powder.

Description

A kind of large-scale proportioning mixture manufacturing device of highlighted level heat molten type reflecting coating

Technical field

The utility model belongs to town road apparatus field, more particularly to a kind of highlighted level heat molten type reflecting coating is large-scale matches somebody with somebody Than mixture manufacturing device.

Background technology

Graticule has become an important component of highway security construction, and the discussion for graticule is no longer begged for It is whether effective by graticule, if but maximally efficient index device can be provided with minimum input discussing；Existing road Change colour after marking lines through a long time use, cause roadmarking unintelligible, be easy to cause traffic accident.

Discoloration occurs for roadmarking main reason is that thermal oxide discoloration and light weather stain, to overcome oxidation stain to ask Topic, the thermal oxide discoloration of existing different army diene Petropols (major ingredient) do not reach requirement, carry out the product of antioxidant for this Kind and dosage are screened, while modified rosin resin (modified materials) is added in resin Composition, so as to improve film forming component High-temperature oxidation resistant discoloration problem and light problem of aging, meanwhile, purity is reached to 99.5% or so calcium carbonate (filler) and is processed into The flour sand mixed type filler of stringent grading, so that the inoxidizability of road sign is improved, in the prior art, with two kinds of resins and powder The fixed equipment rareness than mixing is carried out for raw material, and manually to be matched, its production efficiency is low and production cost is excessive, no Beneficial to sustainable development.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, there is provided a kind of highlighted level heat molten type reflecting coating Large-scale proportioning mixture manufacturing device, the modified materials after melting realize master between being attached to the two neighboring major ingredient of overlaying structure setting Material and the blocking of modified materials match, and carry out the fixed than mixing of filler with reference to each station move mode in blending process, solve Two kinds of resins and the fixed technological gap lacked than dispensing equipment of powder in the prior art.

In order to solve the above technical problems, the technical scheme that the utility model is provided is as follows：

A kind of large-scale proportioning mixture manufacturing device of highlighted level heat molten type reflecting coating, including stent, further include：

Ingredient sector, on the stent, it includes transfer portion, uniformly opens up thereon for the ingredient sector rotational installation Several storage bins, some granular major ingredients fall within the major ingredient string that overlaying structure is formed in the storage bin；

Auxiliary material adds mechanism, and the auxiliary material addition mechanism is fixedly installed on the stent and positioned at the ingredient sector Side, it is included treating warehouse, is carried out treating the interim quantitative conveying of some modified materials inside warehouse in this with reciprocating manner Conveying assembly and carry out course of conveying in modified materials liquefaction processing fusing department；And

Transmission mechanism, the transmission mechanism drive the ingredient sector to be moved with interim rotating manner；

During the work time, the transfer portion containing major ingredient string turns to auxiliary material addition machine inside transmission mechanism driving storage bin At structure and multiple added holes by being opened on the transfer portion outer circumference surface treat that warehouse connects with described, the conveying assembly Conveying modified materials are each passed through fusing department and added holes is attached between two adjacent major ingredients after forming synthesis material, by transfer portion The delivery outlet for being transmitted to and being arranged on the stent is rotated, while synthesis material passes through delivery outlet output, the filler with powdery Fixed ratio mixing.

As an improvement, further including the powder mixer structure being fixedly installed on the stent, which includes For the compression assembly for holding the filler bin of filler, carrying out the air bag of filler quantitative transmission and controlling the air bag to breathe, the gas The output terminal of capsule connects setting with the delivery outlet.

Wherein, the compression assembly includes tubular setting and the rotating member being rotatablely installed inside the transfer portion and fixation The compressed version being arranged inside the rotating member.

As an improvement, the transmission mechanism includes half gear for driving transfer portion interruption quantitatively to rotate, and with this Half gear synchronous moves and drives the travelling gear of the rotating member movement.

Wherein, the outer circumference surface of the rotating member concatenates with the major ingredient inside the storage bin and touches setting.

As an improvement, the conveying assembly includes being arranged at and described treats to coordinate the more of installation on warehouse and with the added holes A push rod and the drive division for synchronously driving the push rod to move.

Wherein, the multiple push rod is vertically horizontally disposed with, its end offers special with the modified materials shape Levy the limiting slot to match.

The beneficial effects of the utility model：

(1) some granular major ingredients fall within the major ingredient string that overlaying structure is formed in storage bin, warp in the utility model The structure setting progress major ingredient importing of storage bin is spacing, so as to form the major ingredient string of overlaying state from top to bottom, then passes through conveying Component with reciprocating manner be attached to after the interim quantitative conveying of warehouse inter-modification material and liquefaction processing in this So as to form synthesis material on major ingredient string, the transferred portion of synthesis material, which rotates, is transmitted to delivery outlet position, carries out the mistake of synthesis material blanking Hybrid packed, in addition multiple to be arranged on transfer portion storage bin, conveying group in cooperation auxiliary material addition mechanism is carried out in journey with filler The reciprocating manner of part, realizes that dispensing is produced into pipeline mode operation, greatly improves the production efficiency of dispensing production；

(2) air bag type of respiration is realized by the rotation operation of compression assembly in the powder mixer structure in the utility model The course of work, carries out the quantitative transmission of filler, and mode is worked intermittently with reference to the multistation that dispensing produces, with half in transmission mechanism Gear and travelling gear are equipped with, and realize that the intermitten service of transfer portion carries out Switch of working position, with the continuous fortune of compression assembly Row carries out the quantitative transmission of filler, realizes the disposable fixed than mixing of major ingredient, modified materials and filler, realize the utility model from Dynamic metaplasia production；

(3) outer circumference surface of rotating member concatenates with major ingredient and touches setting in the utility model, since driving member is continuous turn Dynamic operation, major ingredient string drives interruption transfer by transfer portion, so as to fulfill the relative rotation of rotating member and major ingredient string so that formed by Rotating member drives major ingredient string spinning motion in storage bin with frictional force, while is contacted with the modified materials after liquefaction, is formed and is modified Material coats major ingredient string circumference, and major ingredient and modified materials are further put forward while greatly improving the bond strength between adjacent major ingredient Match uniformity；

In conclusion the utility model is simple in structure, proportion speed, and finished product transport and proportion speed are produced, reduce The working strength of raw material proportioning in scratching process.

Brief description of the drawings

It is required in being described below to embodiment for the technical solution of clearer explanation 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 those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings Obtain other accompanying drawings.

Fig. 1 integrally ties schematic diagram for the utility model；

Fig. 2 is the utility model front view；

Fig. 3 is the utility model top view；

Fig. 4 is the utility model elevational cross-sectional view；

Fig. 5 is synthesis material part-structure schematic diagram；

Fig. 6 is A-A sectional views in Fig. 3；

Fig. 7 is enlarged diagram at B in Fig. 1；

Fig. 8 is enlarged diagram at C in Fig. 3；

Fig. 9 is conveying assembly structure diagram；

Figure 10 is push rod top view；

Figure 11 is example IV process flow chart.

Embodiment

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

Embodiment one

As shown in Fig. 1,2,3,4 and 5, a kind of highlighted large-scale proportioning mixture manufacturing device of level heat molten type reflecting coating, including Stent 1, further includes：

Ingredient sector 2, the ingredient sector 2 are rotatablely installed on the stent 1, it includes transfer portion 21, uniformly opens up Several storage bins 22 thereon, some granular major ingredients 3 fall within the major ingredient string that overlaying structure is formed in the storage bin 22 31；In the present embodiment, the transfer portion 21 is cylindrical structure, and the quantity of storage bin 22 is preferably three, and from top to bottom It is uniformly arranged thereon, forms three stations, storage bin 22 carries out its internal major ingredient string 31 in different works in a manner of descontinuous motion Shifted between section, wherein, to realize that the spacing of major ingredient 3 and sequence are effective, its resemblance is arranged to spherical particle configuration, major ingredient 3 be different army diene Petropols；

Auxiliary material adds mechanism 4, and the auxiliary material addition mechanism 4 is fixedly installed on the stent 1 and is located at the proportioning machine The side of structure 2, it is included treating warehouse 41, is carried out treating the inside of warehouse 41 some 5 stages of modified materials in this with reciprocating manner Property the conveying assembly 42 that quantitatively the conveys and fusing department 43 for carrying out the liquefaction processing of modified materials 5 in course of conveying；Conveying assembly 42 stretch out during convey quantitative modified materials 5 and move, during through fusing department 43, after its hot melt is in a liquid state, by conveying assembly It is contacted with two neighboring major ingredient string 31 for 42 push, so as to make two neighboring major ingredient 3 be connected with liquid modified material 5, becomes main In the synthesis material 32 necessarily matched between material and modified materials 5；And

Transmission mechanism 6, the transmission mechanism 6 drive the ingredient sector 2 to be moved with interim rotating manner；According to transfer Switch between three stations in portion 21,2 intermitten service of ingredient sector is driven to be interrupted type of drive by transmission mechanism 6, realizes life Cadence synchronization during production；

During the work time, transmission mechanism 6 drive storage bin 22 inside the transfer portion 21 containing major ingredient string 31 turn to it is auxiliary At material addition mechanism 4 and multiple added holes 23 by being opened on 21 outer circumference surface of transfer portion treat that warehouse 41 connects with described It is logical, the conveying assembly 42 convey modified materials 5 be each passed through fusing department 43 and added holes 23 be attached to two adjacent major ingredients 3 it Between formed synthesis material 32 after, by transfer portion 21 rotate be transmitted to the delivery outlet 11 being arranged on the stent 1, synthesis material 32 passes through While the delivery outlet 11 exports, determine ratio with the filler 7 of powdery and mix.

It should be noted that as shown in Fig. 3,4 and 6, some granular major ingredients 3, which are fallen within, forms superposition knot in storage bin 22 The major ingredient string 31 of structure, structure setting through storage bin 22 carry out major ingredient 3 import it is spacing, so as to form overlaying state from top to bottom Major ingredient string 31, then with reciprocating manner in the stage for treating 41 inter-modification material 5 of warehouse determine by conveying assembly 42 It is attached to after amount conveying and liquefaction processing on major ingredient string 31 so as to form synthesis material 32, the transferred portion 21 of synthesis material 32 rotates transmission To 11 position of delivery outlet, carried out during 32 blanking of synthesis material with filler 7 it is hybrid packed, it is in addition multiple to be arranged at transfer Storage bin 22 in portion 21, coordinates the reciprocating manner of conveying assembly 42 in auxiliary material addition mechanism 4, realizes that dispensing is produced into stream Waterline mode operation, greatly improves the production efficiency of dispensing production.

Embodiment two

As shown in Fig. 1,3 and 6, wherein identical with embodiment one or corresponding component is using corresponding with embodiment one attached Icon is remembered, for simplicity, hereafter only describes the distinctive points with embodiment one.The difference of the embodiment two and embodiment one It is：The powder mixer structure 8 being fixedly installed on the stent 1 is further included, which includes being used to hold to fill out The filler bin 80 of material 7, the air bag 81 for carrying out 7 quantitative transmission of filler and the compression assembly 82 for controlling the air bag 81 to breathe, the gas The output terminal of capsule 81 connects setting with the delivery outlet 11, and in the present embodiment, filler 7 is filled out for the mixing of purity calcium carbonate flour sand Material, the extruding and release of air bag 81 is carried out by compression assembly 82, so as to form 81 air-breathing of air bag and exhaust in rotation process Working method, after filler 7 is drawn from filler bin 80 in breathing process by air bag 81, in exhaust process, will The filler 7 of absorption is discharged, while according to the rotational motion mode of compression assembly 80, its decrement to air bag 81 is constant basis, Quantitative transmission so as to fulfill air bag 81 to filler 7, with reference to the ratio requirement of filler 7 and synthesis material 32, so as to fulfill both it Between it is fixed than mixing, during being exported according further to synthesis material 32 through delivery outlet 11, the synchronous filler 7 that carries out of air bag 81 transmits, Set by the discharge port of filler 7 around delivery outlet 11, it is hybrid packed to realize that filler 7 is carried out around 32 surrounding of synthesis material, into one Step is improved in post-coatings generating process, and filler 7 and 32 mixing uniformity of synthesis material, wherein filler 7 is calcium carbonate powder.

Wherein, as shown in figure 3, the compression assembly 82 includes, tubular is set and rotational installation is inside the transfer portion 21 Rotating member 821 and the compression plate 822 that is fixedly installed on inside the rotating member 821；In the present embodiment, compression assembly 82 carries out The compression specific implementation structure of air bag 81 is to be raised in the compression plate 822 of 821 inner ring of rotating member, wherein being set with compression plate 822 Only realize the one of which embodiment of 81 type of respiration working method of air bag, and air bag 81 is bias relative to rotating member 821 It is arranged inside it.

Further, shown in Fig. 1,2 and 7, the transmission mechanism 6 includes driving the transfer portion 21 to be interrupted what is quantitatively rotated Half gear 61, and the travelling gear 62 for being synchronized with the movement with half gear 61 and driving the rotating member 821 to move；In this implementation In example, the descontinuous motion mode of transfer portion 21 is preferably by half gear 61 and its rotation of the mutually ratcheting drive of transfer portion 21, wherein half Position between the transfer amount in 61 mobilization portion 21 of gear and each station is equipped with, and is driven and rotated by travelling gear 62 821 continuous rotation of part, and transfer portion 21 often carries out a station conversion, rotating member 821 rotates a circle.

It should be noted that as shown in Fig. 1,3 and 6, run in fact by the rotation of compression assembly 82 in powder mixer structure 8 The 81 type of respiration course of work of existing air bag, carries out the quantitative transmission of filler 7, and mode is worked intermittently with reference to the multistation that dispensing produces, With being equipped with for half gear 61 in transmission mechanism 6 and travelling gear 62, realize that the intermitten service of transfer portion 21 carries out station Switching, carries out the quantitative transmission of filler with the continuous operation of compression assembly 82, realizes major ingredient 3, modified materials 5 and filler 7 once Property it is fixed than mixing, realize the automated production of the utility model.

Wherein, as shown in Fig. 3,4 and 8, the outer circumference surface of the rotating member 821 and the master inside the storage bin 22 31 contact of material string is set；Its rotating speed is larger relative to transfer portion 21 for its velocity of rotation of rotating member 821, with rotating member 821 and major ingredient The contact of string 31 is set, and rotating member 821 drives major ingredient string 31 to carry out rotation in rotation process, and mechanism 4 is added to changing with reference to auxiliary material Property material 5 and major ingredient string 31 synthesis processing, major ingredient string 31 is in contact during rotation with liquid modified material 5, and by conveying Component 42 promotes, and forms modified materials 5 around being attached on major ingredient string 31, while improving bond strength between adjacent major ingredient 3, carries The proportioning uniformity of high major ingredient 3 and modified materials 5 and quantitative.

Embodiment three

As shown in Fig. 2,4 and 8, wherein identical with embodiment two or corresponding component is using corresponding with embodiment one attached Icon is remembered, for simplicity, hereafter only describes the distinctive points with embodiment two.The embodiment three and embodiment and difference It is：The conveying assembly 42 includes being arranged at the multiple push for treating to coordinate installation on warehouse 41 and with the added holes 23 Bar 421 and the drive division 422 for synchronously driving the push rod 421 to move；Conveying assembly 42 is preferably several in the present embodiment Multiple push rod 421 that setting is engaged with fusing department 43 and major ingredient string 31 are set, and push rod 421 is driven by drive division 422 Carried out in telescopic process in the sizing conveying for treating the modified materials 5 inside warehouse 41.

Wherein, as shown in figures 4 and 10, the multiple push rod 421 is vertically horizontally disposed with, its end offer with The limiting slot 4211 that 5 resemblance of modified materials matches；In the present embodiment, push rod 421 is modified quantifying for material 5 Conveying carries out positioning using the limiting slot 4211 that is adapted with its contour structures and takes away conveying, for modified materials during production 5 Accurate quantitative analysis conveys, its resemblance of modified materials 5 is spherical particle configuration, and wherein modified materials 5 are rosin resin.

Example IV

One kind that refer to the attached drawing 11 describes the utility model embodiment four highlights grade large-scale proportioning of heat molten type reflecting coating and mixes Symphysis production. art.

A kind of large-scale proportioning mixture manufacturing technique of highlighted level heat molten type reflecting coating, comprises the following steps：

(a) sort sections, major ingredient 3 is spacing through treating 22 inner space of warehouse, is vertically stored in and treats in overlaying state In warehouse 22；

(b) composite part, the major ingredient 3 after step (a) sequence are driven into conjunction by transmission mechanism 6 to be interrupted type of drive Into workshop section, be modified the conveying of material 5 with reciprocating manner by conveying assembly 42, at the same modified materials 5 through fusing department 43 with Hot melting way carries out liquefaction processing, and the modified materials 5 after liquefaction promote through conveying assembly 42 and are attached to shape between two neighboring major ingredient 3 Into synthesis material 32；

(c) output par, c, through step (b) formed synthesis material 32 by transfer portion 21 be transmitted to output workshop section, it is configured in Treat that the delivery outlet 11 immediately below warehouse 22 is exported.

Further, solid powder mixing portion is further included, to eccentric setting portion in the inner in 82 rotation process of compression assembly Air bag 81 realizes the quantitative proportioning of synthesis material 32 and filler 7 to be interrupted the quantitative transmission that compress mode carries out filler 7.

Wherein, transmission mechanism 6 carries out 21 workshop sections of transfer portion by half gear 61 in rotation process in the step (b) Between shift, the rotation of compression assembly 82 is driven by the travelling gear 62 rotated synchronously with half gear 61.

In the utility model, different army diene stone is corresponded to respectively in its formula of involved major ingredient 3, modified materials 5 and filler 7 Oleoresin, modified rosin resin and purity calcium carbonate；Antioxygen is selected to improve the inoxidizability of different army diene Petropols Agent 300, while modified rosin resin is added, so as to improve the high-temperature oxydation discoloration problem of film-forming components；By the way that purity is reached 99.5% calcium carbonate is specially processed into the flour sand Combination filler of stringent grading, further improves its anti-solarization discoloration performance, together When the formula in add 770 and close stabilizers, the light aging for carrying out coating graticule improves, and (reflex reflection rate is still after graticule is open to traffic 1 year Keep ＞ 200), finally add the silane coupling agent of excellent heat resistance, improve the wettability of coating components and coating after melting Compactness, makes the contact surface of rear reflector sphere and coating produce a kind of preferable mirror status；

The coating that above-mentioned each component is formed after mixing according to a certain percentage, luminance factor ＞ 0.82；Retro-reflecting coefficient >= 450, and through practical proof, roadmarking is carried out with the coating, its observation for many years of being exposed to the sun in the sun has no metachromatism, solves Occur after current roadmarking long-time service because graticule discoloration, reflex reflection rate are seriously degenerated because of the technology of its graticule failure Problem.Coating after the mixing match is being gone into operation, which applies through Hangzhou Traffic Warden Subteam, tries out test coating melting Moderate temperature, coating workability is good, the graticule neat appearance of formation, and Regression of Practical Measurement reflecting rate up to 500, through country hand over by product Logical portion detects all technical indicators and meets standard requirement, and wherein luminance factor is up to 0.80.

In the utility model, it is to be understood that：Term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer ", " up time The orientation or position relationship of the instruction such as pin ", " counterclockwise " are based on orientation shown in the drawings or position relationship, merely to just In description the utility model and simplify description, rather than indicate or imply signified equipment or the specific side that element must have Position, with specific azimuth configuration and operation, therefore it is not intended that limitation to the utility model.

In addition, term " first ", " second " are only used for description purpose, and it is not intended that instruction or implying opposite important Property or the implicit quantity for indicating 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, " multiple " are meant that two or two More than a, unless otherwise specifically defined.

The above, is only the preferable embodiment of the utility model, but the scope of protection of the utility model is not This is confined to, the change that any one skilled in the art can readily occur under the technical clarification of the utility model Or replace, realize major ingredient and modified materials as the modified materials after logical melting are attached between the two neighboring major ingredient of overlaying structure setting Blocking proportioning, the fixed design concept than mixing of filler is carried out with reference to each station move mode in blending process, all should Cover within the scope of protection of the utility model.Therefore, the scope of protection of the utility model should be with the guarantor of claims Protect subject to scope.

Claims (7)

1. a kind of large-scale proportioning mixture manufacturing device of highlighted level heat molten type reflecting coating, including stent (1), it is characterised in that also Including：

Ingredient sector (2), on the stent (1), it includes transfer portion (21), is evenly distributed with for ingredient sector (2) rotational installation Several storage bins (22) thereon are opened up, some granular major ingredients (3), which fall within, forms superposition knot in the storage bin (22) The major ingredient string (31) of structure；

Auxiliary material addition mechanism (4), the auxiliary material addition mechanism (4) are fixedly installed on the stent (1) and are located at the dispensing The side of mechanism (2), it is included treating warehouse (41), is carried out treating the internal some modifications of warehouse (41) in this with reciprocating manner The interim conveying assembly (42) quantitatively conveyed of material (5) and the melting for carrying out modified materials (5) the liquefaction processing in course of conveying Portion (43)；And

Transmission mechanism (6), the transmission mechanism (6) drive the ingredient sector (2) to be moved with interim rotating manner；

During the work time, the transfer portion (21) containing major ingredient string (31) rotates inside transmission mechanism (6) driving storage bin (22) To auxiliary material add (4) place of mechanism and by be opened in multiple added holes (23) on the transfer portion (21) outer circumference surface with it is described Treat that warehouse (41) connects, conveying assembly (42) the conveying modified materials (5) are each passed through fusing department (43) and added holes (23) is attached After forming synthesis material (32) between two adjacent major ingredients (3), be transmitted to by transfer portion (21) rotation and be arranged at the branch Delivery outlet (11) on frame (1), synthesis material (32) compare calmly through while the delivery outlet (11) output with the filler (7) of powdery Mixing.

2. a kind of highlighted large-scale proportioning mixture manufacturing device of level heat molten type reflecting coating according to claim 1, its feature It is, further includes the powder mixer structure (8) being fixedly installed on the stent (1), which includes being used for Hold the filler bin (80) of filler (7), the pressure for carrying out the air bag (81) of filler (7) quantitative transmission and controlling the air bag (81) to breathe Contracting component (82), the output terminal of the air bag (81) connect setting with the delivery outlet (11).

3. a kind of highlighted large-scale proportioning mixture manufacturing device of level heat molten type reflecting coating according to claim 2, its feature It is, the compression assembly (82) includes tubular and sets and be rotatablely installed in the internal rotating member (821) of the transfer portion (21) And it is fixedly installed on the internal compressed version (822) of the rotating member (821).

4. a kind of highlighted large-scale proportioning mixture manufacturing device of level heat molten type reflecting coating according to claim 3, its feature It is, the transmission mechanism (6) includes half gear (61) for driving transfer portion (21) interruption quantitatively to rotate, and with this partly The travelling gear (62) that gear (61) is synchronized with the movement and drives the rotating member (821) to move.

5. a kind of highlighted large-scale proportioning mixture manufacturing device of level heat molten type reflecting coating according to claim 3, its feature It is, the outer circumference surface of the rotating member (821) contacts setting with positioned at the internal major ingredient string (31) of the storage bin (22).

6. a kind of highlighted large-scale proportioning mixture manufacturing device of level heat molten type reflecting coating according to any one of claims 1 to 2, It is characterized in that, the conveying assembly (42) includes being arranged at and described treats on warehouse (41) and with the added holes (23) coordinate to pacify Multiple push rod (421) of dress and the drive division (422) for synchronously driving the push rod (421) to move.

7. a kind of highlighted large-scale proportioning mixture manufacturing device of level heat molten type reflecting coating according to claim 6, its feature It is, the multiple push rod (421) is vertically horizontally disposed with, its end offers special with the modified materials (5) shape Levy the limiting slot (4211) to match.