CN207392028U - A kind of coating mixing apparatus for striping of roads - Google Patents

Abstract

The utility model is related to a kind of coating mixing apparatus for striping of roads, including walking mechanism, resin storehouse, filler bin, melting storehouse, mixed melting mechanism and spray body, it includes transmission assembly and hot melt component, after the first transmission assembly in transmission assembly carries out the conduction of resin and powder respectively, the mixed material of resin structure is surrounded in powder in formation in melting zone；Hot melt component includes the first hot melt portion and the second fusing department that are symmetrically disposed on the both sides of melting zone and resin melting processing is carried out with thermal current；While the coating formed after the liquefaction mixing of mixed melting mechanism carries out secondary uniform mixing through the stirring output precision in spray body, output is oriented to coating；While carrying out the liquefaction of mixed material by thermal current and handle, the contact area of resin solution and powder is improved, realizes that resin is mixed with the uniform of powder, solution is existed in the prior art because of the roadmarking poor quality caused by coating mixing is uneven the technical issues of.

Description

A kind of coating mixing apparatus for striping of roads

Technical field

The utility model belongs to traffic route road sign machinery field, and in particular to a kind of coating mixing apparatus for striping of roads.

Background technology

Graticule has become an important component of highway security construction, has no longer been begged for for the discussion of graticule It is whether effective by graticule, if but maximally efficient graticule system 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；Existing jet printing type Pavement marker needs coating in advance that proportioning is thoroughly mixed according to the rules, and the coating mixed is put into road during construction In striping machine, and the coating mixed is easy to solidify, therefore can be solidified in storage vat, pipeline, valve, makes the repair of equipment Rate greatly improves, and with surplus coating can not recycling, shown extra coating, which can only be done, scraps processing, causes wave Take.

A kind of self-propelled roadmarking line disclosed in Chinese utility model patent application number 200710070075.7 Machine including dynamical system, running gear, sends system, feed system forth, and the kilometer system includes fuel engines, it is described from The formula linotype machine for road marking of walking is additionally provided with control system, hybrid system, and the hybrid system is by hopper, agitating shaft, hydraulic motor IIth, solenoid valve block into, the feed system is made of main component feed system and curing agent feed system, the sprinkling system by Hydraulic motor I and the centrifugation stick composition being connected on the hydraulic motor I, utilize the self-propelled linotype machine for road marking energy A kind of roadmarking of surface with salient point is produced, there is extremely strong conveyance power of water, in spraying, the hybrid scene of coating is matched somebody with somebody Than economizing on resources to greatest extent, improving the utilization rate of coating.

The electromagnetism that the electric signal that its feed system is fed back respectively by curing agent feed system in the above-mentioned technical solutions controls Valve carries out main quantitative feeding of component with open-close ways, and material is carried out to stir by agitating shaft during melt process Line is exported after mixing；It is stirred mixing with substantial amounts of two kinds of components, mixing evenness there are larger uncertainty, because Hybrid mode its component distributing precision in this said program is poor, so as to cause scribed graticule poor quality, reduces The using effect of roadmarking.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, to provide a kind of coating mixing apparatus for striping of roads, mistake While thermal current carries out the liquefaction processing of mixed material, the contact area of resin solution and powder is improved, realizes resin and powder The uniform mixing of material, solves the technical issues of coating mixing uniformity in the prior art is poor.

To achieve the above object, the utility model provides following technical solution：

A kind of coating mixing apparatus for striping of roads including walking mechanism, resin storehouse, filler bin and melting storehouse, further includes：

Mixed melting mechanism, the mixed melting mechanism is located at the inside in the melting storehouse, including carrying out resin and powder Expect the transmission assembly of transmission and hot melt component, carry out the biography of resin and powder respectively through the first transmission assembly in transmission assembly After leading, the mixed material of resin structure is surrounded in powder in formation in melting zone；The hot melt component includes being symmetrically disposed on institute It states the both sides of melting zone and the first hot melt portion and the second fusing department of resin melting processing is carried out with thermal current；And

Spray body, the coating formed after mixed melting mechanism liquefaction mixing is through the stirring in the spray body While output precision carries out secondary uniform mixing, output is oriented to coating.

Wherein, the thermal current that the first hot melt portion and the second fusing department are sprayed with relative mode, flow direction are put down with vertical Face is angled to be set and is sprayed along obliquely downward.

Wherein, the first hot melt portion and the second fusing department are vertically staggered with the air-flow that relative mode sprays sets It puts.

As an improvement, first transmission assembly includes the first transmission board in upper and lower two layers setting and the second transmission respectively Plate, resin go out with powder through connecting the resin storehouse with melting storehouse and filler bin with melting first discharge port and second in storehouse respectively Material mouth is fallen with Curtain structure in first transmission board and the second transmission board, is carried out in the end of second transmission board first Mixing.

As an improvement, the transmission assembly further includes the second transmission assembly being arranged at below the hot melt component, this Two transmission assemblies are set for inclined plate, form coating runner between upper surface and the melting storehouse, are formed through heating component processing Coating fall within mixed again with the powder that is scattered on its surface on second transmission assembly after wandered through coating runner in described In spray body.

As an improvement, the filler bin, which further includes, is arranged above the second transmission board end and connects the filler bin With the 3rd discharge port in melting storehouse, second discharge port, the first discharge port and the 3rd discharge port are along second transmission board Transmission direction is arranged in parallel successively.

It is arranged at as an improvement, the spray body further includes between second transmission assembly and stirring output precision Flow generator, the spraying storehouse being connected with second transmission assembly and the spout positioned at the spraying orlop portion, the gas Flow-generator forms negative pressuren zone at the coating runner during the work time.

Wherein, it is in impeller setting up and down that the flow generator is respectively with the stirring output precision, and the two is by same The synchronously driving rotation of one driving mechanism.

In addition, the flow generator is located at the inside in the spraying storehouse with the stirring output precision.

The beneficial effects of the utility model are：

(1) component is heated in the utility model to be included being symmetrically disposed on the both sides of the melting zone and be carried out with thermal current After mixed material enters melting zone, resin is carried out through its both sides for first hot melt portion of resin melting processing and the second fusing department The liquefaction processing of grain, while improving its liquefaction effect, is implemented using thermal current mode, and mixed material is carried out with relative wind /V, while preventing that resin particle is bonded in liquefaction process on the hot melt component, the resin solution unit after liquefaction Through carrying out wire drawing under airflow function, while increasing its surface area, the joint efficiency and binding capacity to its neighbouring powder are improved, It realizes that resin is mixed with the junior unit of powder, and then improves the mixture homogeneity of both, applied so as to form high quality graticule Material；

(2) thermal current that the first hot melt portion and the second fusing department are sprayed with relative mode described in the utility model, It flows to setting angled with perpendicular and is sprayed along obliquely downward, and the air-flow edge sprayed by the first hot melt portion and the second fusing department Vertical direction is staggered setting, during air-flow diagonally brushes down, improves the efficient attenuation of resin liquid unit, and then improves In addition the mixing velocity of resin and its surrounding powder is set with the air-flow being staggered, filament resin liquid unit is made to wander process It is middle to be moved along S tracks, its mixing efficiency with the powder that is scattered in melting zone is further improved, it is further to improve resin and powder The mixing uniformity of material；

(3) by being in upper and lower two layers the first transmission board set and the second transmission board and being placed in institute in the utility model It states above the second transmission board end and connects the filler bin and melt the 3rd discharge port in storehouse, carry out the biography of powder and resin It is defeated, and formed in the end of the second transmission board among similar upper and lower powder and enter molten for the mixed material of resin, the mixed material Behind tabetisol, form powder and be located at the structures of resin both sides, structure carries out the liquefaction processing of resin with opposite thermal current, air-flow into During row resin melting, the powder in both sides is brushed into the surface with resin liquid, so as to improve resin and powder Fusion efficiencies；

In short, the utility model has simple in structure, the mixing uniformity phase of production coating efficiencies height and resin and powder It is greatly improved compared with traditional mixed effect.

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 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 faces schematic cross-sectional view for the utility model；

Fig. 2 is partial enlarged view at A in Fig. 1；

Fig. 3 is partial enlarged view at B in Fig. 1；

Fig. 4 is to heat component structure diagram in embodiment two；

Fig. 5 is enlarged diagram at C in Fig. 4；

Fig. 6 is enlarged diagram at D in Fig. 1；

Fig. 7 is the structure diagram of stirring parts；

Fig. 8 is the first discharge port, the second discharge port and the 3rd discharge port overhead sectional view；

Fig. 9 is enlarged diagram at E in Fig. 1.

Specific 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

The embodiment of the utility model is described below in detail, the example of the embodiment is shown in the drawings, wherein from beginning Same or similar element is represented to same or similar label eventually or there is same or like element.Below by ginseng The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and it is not intended that the utility model Limitation.

As illustrated in fig. 1 and 2, a kind of coating mixing apparatus for striping of roads, including walking mechanism 1, resin storehouse 2, filler bin 3 with And melting storehouse 4, it further includes：

Mixed melting mechanism 5, the mixed melting mechanism 5 be located at it is described melting storehouse 4 inside, include carry out resin and The transmission assembly 51 of powder transmission and hot melt component 52, are set respectively through the first transmission assembly 511 in transmission assembly 51 After the conduction of fat and powder, the mixed material of resin structure is surrounded in powder in formation in melting zone 521；The hot melt component 52 Including being symmetrically disposed on the both sides of the melting zone 521 and 522 He of the first hot melt portion of resin melting processing being carried out with thermal current Second fusing department 523；Resin structure is surrounded with powder to set, during melting zone 521, resin is through heating component 52 Resin liquid drop junior unit is formed after liquefaction, is mixed with the powder bonding near it, it is equal so as to improve the mixing of resin and powder Evenness；

Spray body 6, the coating formed after the mixed melting mechanism 5 liquefaction mixing is through in the spray body 6 While stirring the progress secondary uniform mixing of output precision 61, output is oriented to coating.

It should be noted that as shown in Figures 2 and 3, hot melt component 52 includes being symmetrically disposed on the both sides of the melting zone 521 And the first hot melt portion 522 and the second fusing department 523 of resin melting processing are carried out with thermal current, mixed material enters melting zone After 521, the liquefaction that resin particle is carried out through its both sides is handled, and while improving its liquefaction effect, is implemented using thermal current mode, The /V of mixed material is carried out with relative wind, resin particle is prevented to be bonded in liquefaction process on the hot melt component 52 Meanwhile the resin solution unit after liquefaction while making the increase of its surface area, improves attached to its through carrying out wire drawing under airflow function The joint efficiency and binding capacity of nearly powder realize that resin is mixed with the junior unit of powder, and then the mixing for improving both is equal Evenness, so as to form high quality gage mark coating.

Wherein, as shown in Figures 2 and 3, the heat that 522 and second fusing department 523 of the first hot melt portion is sprayed with relative mode Air-flow flows to setting angled with perpendicular and is sprayed along obliquely downward, and in the present embodiment, thermal current has fusible tree Resin solution after thawing is diagonally descended direction to carry out blowing drawing, improves resin liquid drop wire-drawing effect by the temperature of fat, thus into One step increases its surface area, improves the mixture homogeneity of resin unit and powder.

Embodiment two

As shown in Figures 4 and 5, wherein identical with embodiment one or corresponding component uses and one corresponding attached drawing mark of embodiment Note, for simplicity, hereafter only description and the distinctive points of embodiment one, the difference of the embodiment two and embodiment one exist In：First hot melt portion, 522 and second fusing department 523 is vertically staggered setting with the air-flow that relative mode sprays； In the present embodiment, thermal current is staggered ejection along the first hot melt portion 522 in both sides and the second fusing department 523, the tree after liquefaction Fat liquid is changed it and is wandered path after wire drawing by being staggered airflow function, it is made to be bonded during wandering more in molten Scattered powder in tabetisol 521 while improving powder utilization rate, improves the mixture homogeneity of resin and powder.

It should be noted that as shown in Figures 4 and 5,522 and second fusing department 523 of the first hot melt portion is with relative mode The thermal current of ejection flows to setting angled with perpendicular and is sprayed along obliquely downward, and by the first hot melt portion 522 and second The air-flow that fusing department 523 sprays vertically is staggered settings, during air-flow diagonally brushes down, raising resin liquid list The efficient attenuation of member, and then the mixing velocity of resin and its surrounding powder is improved, it is in addition set with the air-flow being staggered, makes Filamentous tree Fat liquid unit moves during wandering along S tracks, further improves its mixing efficiency with the powder that is scattered in melting zone, more The further mixing uniformity for improving resin and powder；

Embodiment three

As shown in figs. 1 and 6, wherein identical with embodiment one and embodiment two or corresponding component use with embodiment one and Two corresponding reference numeral of embodiment, for simplicity, hereafter only description and embodiment one and the distinctive points of embodiment two, the reality Apply example three and embodiment one and embodiment two the difference is that：First transmission assembly 511 includes being in upper and lower two respectively The first transmission board 5111 and the second transmission board 5112 that layer is set, resin is with powder respectively through connecting the resin storehouse 2 and melting Storehouse 4 and filler bin 3 fall within first transmission board with first discharge port 21 in melting storehouse 4 and the second discharge port 31 with Curtain structure 5111 and second in transmission board 5112, are mixed for the first time in the end of second transmission board 5112；Resin is distinguished with powder It is individually transmitted with the first transmission board 5111 and the second transmission board 5112, is mixed in the end of the second transmission board 5112, Prevent resin particle from powder movement being driven to upset the distributing precision of the two corresponding position during wandering.

As an improvement, as illustrated in figures 1 and 7, the transmission assembly 51 further includes the be arranged at below the hot melt component Two transmission assemblies 512, second transmission assembly 512 are set for inclined plate, are formed between upper surface and the melting storehouse 4 and apply stream Road 513, the coating formed through heating 52 processing of component are fallen on second transmission assembly 512 with being scattered powder again on its surface It is wandered after secondary mixing through coating runner 513 in the spray body 6, the liquid coating after melting falls within the second transmission assembly On 512, according to the law of universal gravitation, the upper surface of coating and second transmission assembly 512 forms liquid film and is wandered along it, increases While adding its surface area, the powder that is scattered for being carried out at 512 upper surface of the second transmission assembly mixes again.

As an improvement, as shown in figs. 1 and 8, the filler bin 3, which further includes, to be arranged on 5112 end of the second transmission board Side and the connection filler bin 3 and the 3rd discharge port 32 in melting storehouse 4, second discharge port 31, the first discharge port 21 and the Three discharge ports 32 are arranged in parallel successively along the transmission direction of second transmission board 5112, wherein second discharge port 31, One discharge port 21 and the 3rd discharge port 32 are that sealing is set, and three's size is set according to the proportioning of resin in coating and powder It puts, wanders to form heavy curtain through sealing with coating and powder, to be arranged in parallel, improved while improving the distributing precision between three Mixing uniformity.

It should be noted that it as illustrated in fig. 1 and 2, is passed by the first transmission board 5111 and second for being in upper and lower two layers of setting It input board 5112 and is placed in above 5112 end of the second transmission board and the 3rd of the connection filler bin 3 and melting storehouse 4 the goes out Material mouth 32 carries out the transmission of powder and resin, and is formed in the end of the second transmission board 5112 among similar upper and lower powder as tree The mixed material of fat after the mixed material enters melting zone 521, forms the structure that powder is located at resin both sides, structure is with opposite Thermal current carries out the liquefaction processing of resin, and air-flow is brushed and set during resin melting is carried out, by the powder in both sides The surface of fat liquid, so as to improve the fusion efficiencies of resin and powder.

As an improvement, as shown in Figure 1, the spray body 6, which further includes, is arranged at second transmission assembly 512 and stirring Flow generator 62 between output precision 61, the spraying storehouse 63 being connected with second transmission assembly 512 and positioned at this The spout 64 of 63 bottom of storehouse is sprayed, the flow generator 62 forms negative pressure at the coating runner 513 during the work time Area 514, the flow generator 62 will be in 512 top of the second transmission assembly during the work time, by negative pressuren zone 514 Powder quickly fall, so as to fulfill synchronously falling for resin and powder, it is ensured that both each periods it is fixed than mixing, from And improve the proportion speed of coating after mixing.

Wherein, as shown in Figure 1, the flow generator 62 is respectively to be in leaf setting up and down with the stirring output precision 61 Wheel, and the two passes through the fortune synchronous with stirring output precision 61 of flow generator 61 by the synchronously driving rotation of same driving mechanism It is dynamic, while improving capacity usage ratio, the production difficulty of the utility model is reduced, and then reduces production cost.

In addition, as illustrated in figs 1 and 9, the flow generator 62 is located at the spraying storehouse with the stirring output precision 61 63 inside, the stirring transmission assembly 61 transmit downwards coating in the bottom during stirring, so that its Higher-pressure region formed below realizes the spraying operation of coating, further reduces energy consumption.

In the description of the utility model, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom ", " interior ", " outer ", The orientation or position relationship of the instructions such as " clockwise ", " counterclockwise " be based on orientation shown in the drawings or position relationship, be only for Convenient for description the utility model and simplify description rather than instruction or imply signified equipment or element must have it is specific Orientation, 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 hint relative importance Or the implicit quantity for indicating indicated technical characteristic.Define " first " as a result, the feature of " second " can be expressed or Implicitly include one or more this feature.In the description of the utility model, " multiple " are meant that two or two More than, unless otherwise specifically defined.

The foregoing description of the disclosed embodiments, make those skilled in the art do not depart from the utility model spirit and In the case of scope, various changes or equivalence replacement can be carried out to these features and embodiment.In addition, in the utility model Under introduction, while the liquefaction processing of mixed material is such as carried out by thermal current, the contact area of resin solution and powder is improved, It realizes the mixed uniformly design concept of resin and powder, can modify to adapt to these features and embodiment specific Situation and material are without departing from the spirit and scope of the utility model.Therefore, the utility model is from tool disclosed herein The limitation of body embodiment, the embodiment fallen in the range of claims hereof belong to the protection model of the utility model It encloses.

Claims (9)

1. a kind of coating mixing apparatus for striping of roads, including walking mechanism (1), resin storehouse (2), filler bin (3) and melting storehouse (4), which is characterized in that further include：

Mixed melting mechanism (5), the mixed melting mechanism (5) is located at the inside of melting storehouse (4), including carrying out resin The transmission assembly (51) and hot melt component (52) transmitted with powder, through the first transmission assembly (511) in transmission assembly (51) After the conduction for carrying out resin and powder respectively, the mixed material of resin structure is surrounded in powder in formation in melting zone (521)；Institute Stating hot melt component (52) includes being symmetrically disposed on the both sides of the melting zone (521) and carries out resin melting processing with thermal current First hot melt portion (522) and the second fusing department (523)；And

Spray body (6), the coating formed after the mixed melting mechanism (5) liquefaction mixing is through in the spray body (6) Stirring output precision (61) carry out secondary uniform mixing while, output is oriented to coating.

A kind of 2. coating mixing apparatus for striping of roads as described in claim 1, which is characterized in that the first hot melt portion (522) and the thermal current that is sprayed with relative mode of the second fusing department (523), flow direction and perpendicular are angled is set and along oblique It sprays lower section.

A kind of 3. coating mixing apparatus for striping of roads as described in claim 1, which is characterized in that the first hot melt portion (522) vertically it is staggered setting with the air-flow that relative mode sprays with the second fusing department (523).

A kind of 4. coating mixing apparatus for striping of roads as described in claim 1, which is characterized in that first transmission assembly (511) include respectively in the first transmission board (5111) and the second transmission board (5112) of upper and lower two layers setting, resin divides with powder Not through connecting the resin storehouse (2) and melting storehouse (4) and filler bin (3) and the first discharge port (21) and second of melting storehouse (4) Discharge port (31) is fallen with Curtain structure on first transmission board (5111) and the second transmission board (5112), is passed in described second The end of input board (5112) is mixed for the first time.

A kind of 5. coating mixing apparatus for striping of roads as described in Claims 1-4 is any, which is characterized in that the transmission group Part (51) further includes the second transmission assembly (512) being arranged at below the hot melt component, which is oblique Plate is set, and coating runner (513) is formed between upper surface and melting storehouse (4), through heating component (52) processing formation Coating is fallen within mixed again with the powder that is scattered on its surface on second transmission assembly (512) after through coating runner (513) flow It falls in the spray body (6).

6. a kind of coating mixing apparatus for striping of roads as claimed in claim 4, which is characterized in that the filler bin (3) is also wrapped Include the 3rd discharging for being arranged above the second transmission board (5112) end and connecting the filler bin (3) and melt storehouse (4) Mouthful (32), second discharge port (31), the first discharge port (21) and the 3rd discharge port (32) are along second transmission board (5112) transmission direction is arranged in parallel successively.

7. a kind of coating mixing apparatus for striping of roads as claimed in claim 5, which is characterized in that the spray body (6) is also Including be arranged at second transmission assembly (512) and stir flow generator (62) between output precision (61), with it is described The spraying storehouse (63) and the spout (64) positioned at spraying storehouse (63) bottom that second transmission assembly (512) is connected, the gas Flow-generator (62) forms negative pressuren zone (514) at the coating runner (513) during the work time.

A kind of 8. coating mixing apparatus for striping of roads as claimed in claim 7, which is characterized in that the flow generator (62) It is in impeller setting up and down to be respectively with the stirring output precision (61), and the two is by the synchronously driving rotation of same driving mechanism.

A kind of 9. coating mixing apparatus for striping of roads as claimed in claim 7, which is characterized in that the flow generator (62) It is located at the inside of spraying storehouse (63) with the stirring output precision (61).