CN207552904U - One kind automatically controls road line marker - Google Patents

Abstract

The utility model is related to one kind to automatically control road line marker, and including feed section, feed section includes the feeding device a for transfer oil resin, the feeding device c for the feeding device b that conveys modified rosin resin and for conveying powder；Dispensing part, the ingredient sector that dispensing part mixes after being bonded Petropols and modified rosin resin that conveying comes including driving mechanism and under driving mechanism drive with quantitative powder；And hot melt dashed part, hot melt dashed part are arranged on the lower section of dispensing part, which includes accepting mixture and the hot-melting mechanism heated to mixture and the liner agency for coating to be coated to road surface；The utility model overcomes the function that existing scoring equipment does not have quantitative proportioning raw material, in use slowly easy deposition and the problem of the poor uneven scribing line effect of coating formula during use after a large amount of coating hot melt.

Description

One kind automatically controls road line marker

Technical field

The utility model is related to road hot melt scoring equipment technical fields more particularly to a kind of mixing of roadmarking coating to set It is standby.

Background technology

Lines on road surface is an important process in road construction later stage.Existing road line marker is mainly by car body, wheel And the scribing line brush composition of installation on the car body, when staff pushes car body, scribing line brush can be along the travelling route of car body It crosses.

Chinese patent publication No. is CN103012937A, and patent name is a kind of scribing line dress in the scribing line of board surface It puts, the lineation device, including mounting base and lineation device, lineation device includes stitch marker, and print cartridge is connected on stitch marker, crosses Fixed seat is provided with outside wheel and print cartridge, fixed link is connected in fixed seat, the fixed link both ends are both provided with mounting base；This A kind of lineation device of utility model technical solution, simple in structure, height easy for assemble or unload.

But in actual use, utility model people has found traditional apparatus for striping of roads, needs to prepare in advance Material, it is often many using once, needing disposably to heat, use is worth to need constantly to stir to prevent material always in the process Deposition, increases process, inefficient, is matched during the proportioning of raw material extensive style in addition not enough precisely, coating quality is good It is bad uneven.

Utility model content

The purpose of this utility model be in view of the deficiencies of the prior art, can be by the setting on hot melt scoring equipment The dispensing equipment of row raw material quantitative proportioning so that hot melt scribing line can be carried out when carrying out raw material proportioning, and is discharged by setting Device and agitation unit control the supply of coating and coating are stirred in advance and then is overcome existing before coating is supplied Scoring equipment does not have the function of quantitative proportioning raw material, and slowly use is held in the process after a large amount of coating hot melt in use The problem of easily uneven scribing line effect of deposition and coating formula is poor.

For above-mentioned technical problem, the technical solution adopted in the utility model is as follows：

One kind automatically controls road line marker, it is characterised in that：Including feed section, the feed section include for The feeding device a of lower transfer oil resin, for the feeding device b that conveys modified rosin resin downwards and for conveying downwards The feeding device c of powder；

Dispensing part, the dispensing part are arranged on the lower section of feed section, the dispensing part include driving mechanism and By the Petropols that feeding device a conveyings come and two modifications that feeding device b conveyings come under the drive of driving mechanism The ingredient sector that rosin resin is mixed after being bonded with quantitative powder；And

Dashed part is heated, the hot melt dashed part is arranged on the lower section of dispensing part, which includes The hot-melting mechanism accepting the mixture that ingredient sector conveying comes and heated to mixture and for accept hot-melting mechanism to The coating of lower conveying and the liner agency that coating is coated to road surface.

As a preferred embodiment, the feeding device a includes the feed bin a and passage a for being arranged on feed bin a lower ends；

The feeding device b includes feed bin b and is disposed side by side on the passage b of feed bin b lower ends and passage c, described Passage b and passage c includes the first guide section and the second guide section, shape between the first guide section and the second guide section Into partition channel a；

The feeding device c includes the feed bin c and passage d for being arranged on feed bin c lower ends.

As a preferred embodiment, the driving mechanism includes horizontal sliding cylinder and fixes company with the telescopic rod end of horizontal sliding cylinder The link connect.

As a preferred embodiment, the ingredient sector includes support device and material transferring device, the material transfer dress It puts and slidably reciprocates under the drive of the driving mechanism along the upper surface of support device.

As a preferred embodiment, the hot-melting mechanism includes hot melt chamber and is arranged on the heating chamber of hot melt chamber surrounding.

As a preferred embodiment, the liner agency includes coating case, the painting under the drive of driving mechanism to hot melt intracavitary The lineation device that control coating flows into the drawing mechanism of coating case and is arranged at coating case lower port after material is stirred.

As a preferred embodiment, the support device includes dispensing portion and the support portion being arranged on above dispensing portion；

The material transferring device includes transfer block, the control panel being arranged on above transfer block and is arranged under transfer block The screening assembly of side；

Heating member is provided at the upper surface of the transfer block, the side of the heating member offers matching through transfer block Hopper, opposite side offer powder slot on the lower surface of transfer block, and the dosage bunker includes accepting in passage a First space of Petropols is arranged on the empty for accepting second of modified rosin resin in passage b of the first space side Between and be arranged on the first space opposite side for accepting the third space of modified rosin resin in passage c, the powder slot When being moved at passage d, connected inside passage d and powder slot；

Be additionally provided on the transfer block for drive control panel along partition channel a slide the material of the first guide section of control into Enter the first driving lever and the second driving lever of the second guide section；

Offer the blow tank through support device in the dispensing portion, the blow tank coordinates with dosage bunker, it is described go out It is bonding space, the barrier slot that hopper offers barrier slot a and the top of barrier slot b, the barrier slot a successively from top to bottom Temporarily providing room is formed between a and barrier slot b；

The screening assembly includes slidably reciprocating along barrier slot a expects first into temporarily providing room in control bonding space The second partition for expecting to enter hot melt chamber of partition board and the control temporarily providing room that slidably reciprocates along barrier slot b,

The center of the dosage bunker to powder groove center position distance for d1, the center of the passage a Distance to the center of partition channel a meets for d2, d1 and d2, d1=d2.

As a preferred embodiment, the drawing mechanism is for the folding of discharge hole that hot melt bottom of chamber portion is controlled to open up, the discharging Device includes being bonded the control block of hot melt chamber bottom surface, the slide bar being fixedly connected with the side of control block and is set in the cunning Sliding sleeve on bar, the end of the sliding sleeve are fixedly connected with link；

The drawing mechanism further includes agitation unit, and the agitation unit includes supporting rod, is rotatably provided in supporting rod On rotating bar, several agitator arms, the coaxial and tooth that is fixed in the rotating bar that are set along rotating bar circumferencial direction Wheel and the rack with the gear mesh, one end of the rack are fixed on the sliding sleeve；

The bottom of the coating case offers marking groove, and the lineation device includes being rotatably provided in drawing at marking groove Line roller.

As a preferred embodiment, the upper surface of the second guide section is provided with support plate, the control panel is slided along support plate Dynamic, the support plate is fixedly connected with the second guide section, and both ends are fixedly connected respectively with the first guide section and passage a；

Aperture through-hole big as the internal diameter of passage b is offered on the control panel, second driving lever drives control When making sheet is moved to left side extreme position, which connects with passage b.

As another preferably, the length of the first partition is d3, and the length of the second partition is d4, d4=2d3.

As a preferred embodiment, the slide bar includes linkage section and limiting section.

As another preferably, the end of the passage d is additionally provided with the baffle of fitting transfer block side.

The beneficial effects of the utility model：

(1) by setting ingredient sector, each feed to feed section in the lower end of feed section in the utility model Material in device carries out transfer proportioning, and by setting the shape of dosage bunker and two guides being set at feeding device b Pipe so that can realize that an a material and two b expect compartment proportioning, and pass through and heating member is set to heat b material so that two Kind of material can more be closely adhered to the mixture for forming ABA together, then with quantitative powder mix reaching the proportioning that becomes more meticulous Purpose.

(2) by the way that feed section, dispensing part and hot melt dashed part are attached to same equipment in the utility model Up, scribing line construction can be carried out when carrying out the proportioning of material and heating by realizing in scribing line work progress, with any with a bit Hot melt so that coating can keep preferable mobility and uniformity, avoid a large amount of material and heat the mistake slowly used quickly There is a situation where deposit for coating in journey.

(3) by setting drawing mechanism in the utility model, and drawing mechanism is set to link with material transferring device so that For material transferring device when moving back and forth progress dispensing, it is well and complete that energy synchronous drive drawing mechanism moves back and forth control front proportioning Coating into hot melt enters coating case, and by setting agitation unit at drawing mechanism and drawing mechanism being set It is telescopic so that drawing mechanism can drive agitation unit to stir the coating for heating intracavitary in advance before discharge hole is opened It is dynamic, further improve the uniformity of coating.

(4) by setting control panel under the drive of the first driving lever and the second driving lever along partition channel in the utility model A moves back and forth so that when the material of feeding device a is transferred to below feeding device b with the material proportioning in the second guide section, can pass through Control panel stops that the material of the first guide section falls in time, has achieved the purpose that fine proportioning, simple in structure, realizes that effect is good.

In conclusion the equipment have raw material proportioning it is accurate, coating be uniformly less likely to occur deposition and it is compact-sized Advantage is particularly suitable for road hot melt scoring equipment technical field.

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 is the schematic elevation view of the lines on road surface equipment with quantitative proportioning.

Fig. 2 is the structure diagram of the lines on road surface equipment with quantitative proportioning.

Fig. 3 is structure diagram when dosage bunker is connected with passage a.

Fig. 4 is structure diagram when dosage bunker is connected with passage b and passage c.

Fig. 5 is the cutting structure diagram for heating dashed part.

Fig. 6 is the partial enlargement structural representation of drawing mechanism.

Fig. 7 is the structure diagram of feeding device c.

Fig. 8 is the cutting structure diagram of sliding sleeve and slide bar.

The structure diagram of Fig. 9 plates in order to control.

Specific embodiment

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

Fig. 1 is the schematic elevation view of the lines on road surface equipment with quantitative proportioning, and Fig. 2 is has the function of quantitative proportioning Lines on road surface equipment structure diagram, Fig. 3 is structure diagram of dosage bunker when being connected with passage a, and Fig. 4 is dosage bunker Structure diagram when being connected with passage b and passage c, Fig. 5 are the cutting structure diagram for heating dashed part, and Fig. 6 is The partial enlargement structural representation of drawing mechanism, Fig. 7 are the structure diagram of feeding device c, and Fig. 8 is cuing open for sliding sleeve and slide bar Cut structure diagram, the structure diagram of Fig. 9 plates in order to control.

Embodiment one

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8 and Fig. 9, one kind automatically controls road line marker, packet Feed section 1 is included, the feed section 1 includes the feeding device a11 for downward transfer oil resin, changes for conveying downwards The feeding device b12 of the property rosin resin and feeding device c13 for conveying powder downwards；Dispensing part 2, the dispensing portion Divide 2 lower sections for being arranged on feed section 1, which includes driving mechanism 21 and will under the drive of driving mechanism 21 Two modified rosin resins that the Petropols and feeding device b12 conveyings that feeding device a11 conveyings come are bonded The ingredient sector 22 mixed afterwards with quantitative powder；And

Dashed part 3 is heated, the hot melt dashed part 3 is arranged on the lower section of dispensing part 2, the hot melt dashed part 3 Including accepting the mixture that the conveying of ingredient sector 22 comes and the hot-melting mechanism 31 heated to mixture and for accepting heat Melt the coating that mechanism 31 conveys downwards and the liner agency 32 that coating is coated to road surface.

By the way that feed section 1, dispensing part 2 and hot melt dashed part 3 are attached to same equipment up, realize and draw Scribing line construction can be carried out when carrying out the proportioning of material and heating in line work progress, be heated with any with a bit so that coating Can keep preferable mobility and uniformity, avoid a large amount of material heat quickly slowly used during coating occur it is heavy Long-pending situation.

Further, as shown in Figures 3 and 4, the feeding device a11 includes feed bin a111 and is arranged under feed bin a111 The passage a112 at end；

The feeding device b12 includes feed bin b121 and the passage b122 for being disposed side by side on feed bin b121 lower ends and leads Expects pipe c123, the passage b122 and passage c123 include the first guide section 1221 and the second guide section 1222, described Partition channel a1223 is formed between first guide section 1221 and the second guide section 1222；

The feeding device c13 includes the feed bin c131 and passage d132 for being arranged on feed bin c131 lower ends.

Further, the driving mechanism 21 includes horizontal sliding cylinder 211 and consolidates with the telescopic rod end of horizontal sliding cylinder 211 Surely the link 212 connected.

Further, the ingredient sector 22 includes support device 221 and material transferring device 222, and the material turns Moving device 222 slidably reciprocates under the drive of the driving mechanism 21 along the upper surface of support device 221.

Further, the hot-melting mechanism 31 includes hot melt chamber 311 and is arranged on the heating chamber of hot melt 311 surrounding of chamber 312。

Further, the liner agency 32 include coating case 321, under the drive of driving mechanism 21 to heat chamber 311 Control coating flows into the drawing mechanism 322 of coating case 321 and is arranged on 321 lower port of coating case after interior coating is stirred The lineation device 323 at place.

Further, as shown in figure 5, the support device 221 includes dispensing portion 2211 and is arranged on dispensing portion 2211 The support portion 2212 of top；

The material transferring device 222 include transfer block 2221, be arranged on the control panel 2222 of transfer block 2221 top with And it is arranged on the screening assembly 2223 of 2221 lower section of transfer block；

Heating member 2224 is provided at the upper surface of the transfer block 2221, the side of the heating member 2224, which offers, to be passed through The dosage bunker 2225 of transfer block 2221 is worn, opposite side offers powder slot 2226 on the lower surface of transfer block 2221, described Dosage bunker 2225 includes accepting the first space 10 of the Petropols in passage a112, being arranged on 10 side of the first space For accept modified rosin resin in passage b122 second space 20 and be arranged on being used for for 10 opposite side of the first space The third space 30 of modified rosin resin in passage c123 is accepted, when the powder slot 2226 is moved at passage d132, Passage d132 is connected with 2226 inside of powder slot；

It is additionally provided with that control panel 2222 is driven to slide control first along partition channel a1223 on the transfer block 2221 The material of guide section 1221 enters the first driving lever 2227 and the second driving lever 2228 of the second guide section 1222；

By setting control panel 2222 under the drive of the first driving lever 2227 and the second driving lever 2228 along partition channel A1223 moves back and forth so that the material of feeding device a11 is transferred to below feeding device b12 and the material in the second guide section 1222 During proportioning, it can stop that the material of the first guide section 1221 falls in time by control panel 2222, achieve the purpose that fine proportioning, tied Structure is simple, realizes that effect is good.

The blow tank 100 through support device 221, the blow tank 100 and dispensing are offered in the dispensing portion 2211 Slot 2225 coordinates, and the blow tank 100 offers barrier slot a40 and barrier slot b50, the barrier slot a40 successively from top to bottom Top for bonding space 60, between the barrier slot a40 and barrier slot b50 formed temporarily providing room 70；

The screening assembly 2223, which includes entering along the material that barrier slot a40 slidably reciprocates in control bonding space 60, keeps in sky Between 70 first partition 80 and along barrier slot b50 slidably reciprocate control temporarily providing room 70 material enter hot melt chamber 311 second every Plate 90；

The distance of the center of the dosage bunker 2225 to 2226 center of powder slot is d1, the passage a112 Center to partition channel a1223 center distance for d2, d1 and d2 satisfaction, d1=d2.

By the lower end of feed section 1 set ingredient sector 22, to the material in 1 each feeding device of feed section into Row transfer proportioning, and by setting the shape of dosage bunker 2225 and two passages being set at feeding device b12 so that It can realize that an a material and two b expect compartment proportioning, and pass through and heating member 2224 is set to heat b material so that two kinds of material The mixture for forming ABA together can be more closely adhered to, then with quantitative powder mix achieving the purpose that the proportioning that becomes more meticulous.

Further, the upper surface of the second guide section 1222 is provided with support plate 4, and the control panel 2222 is along support Plate 4 slides, and the support plate 4 is fixedly connected with the second guide section 1222, both ends respectively with the first guide section 1221 and guide Pipe a112 is fixedly connected；

Offer aperture through-hole 5 big as the internal diameter of passage b122 on the control panel 2222, described second group When the drive control panel 2222 of bar 2228 is moved to left side extreme position, which connects with passage b122.

Further, the length of the first partition 80 is d3, and the length of the second partition 90 is d4, d4=2d3.

Further, the slide bar 3222 includes linkage section 6 and limiting section 7.

Further, the end of the passage d132 is additionally provided with the baffle 8 of 2221 side of fitting transfer block.

Embodiment two

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8 and Fig. 9, wherein identical or corresponding to embodiment one Component use and one corresponding reference numeral of embodiment, for simplicity, hereafter only description and the distinctive points of embodiment one.It should Embodiment two and embodiment one the difference lies in：Further, the drawing mechanism 322 heats 311 bottom of chamber for controlling The folding of discharge hole 3111 that portion opens up, the drawing mechanism 322 include fitting hot melt 311 bottom surface of chamber control block 3221, with The slide bar 3222 that the side of control block 3221 is fixedly connected and the sliding sleeve 3223 being set on the slide bar 3222, the sliding sleeve 3223 end is fixedly connected with link 212,

As shown in figure 5, the drawing mechanism 322 further includes agitation unit 324, the agitation unit 324 includes supporting rod 3241st, the rotating bar 3242 being rotatably provided on supporting rod 3241, several agitations set along 3242 circumferencial direction of rotating bar Bar 3243, the coaxial and gear 3244 being fixed in the rotating bar 3242 and the rack ratcheting with the gear 3244 3245, one end of the rack 3245 is fixed on the sliding sleeve 3223；

The bottom of the coating case 321 offers marking groove 3211, and the lineation device 323, which includes being rotatably provided in, to be drawn Scribing line roller 3231 at wire casing 3211.

By setting drawing mechanism 322, and drawing mechanism 322 is set to link with material transferring device 222 so that material turns For moving device 222 when moving back and forth progress dispensing, it is well and complete that energy synchronous drive drawing mechanism 322 moves back and forth control front proportioning Coating into hot melt enters coating case 321, and by setting agitation unit 324 at drawing mechanism 322 and to discharging Device 322 is set as telescopic so that drawing mechanism 322 can drive agitation unit 324 in advance before discharge hole 3111 is opened Coating in hot melt chamber 311 is stirred, further improves the uniformity of coating.

The course of work：By Petropols, modified rosin resin and powder be added separately to feed bin a111, feed bin b121 and In feed bin c131,211 mobilization block 2221 of horizontal sliding cylinder is slided along support device 221, when dosage bunker 2225 be moved to When passage a112 is connected, the Petropols in passage a112 are fallen into the first space 10 of dosage bunker 2225, horizontal sliding cylinder 211 mobilization blocks 2221 continue to move to that dosage bunker 2225 is made to move towards the direction of feeding device b12, add during movement Warmware 2224 heats the modified rosin resin in passage b122 and passage c123, is moved in dosage bunker 2225 During the position of feeding device b12, the first driving lever 2227 set above 2221 both sides of transfer block drives control panel 2222 The lower port of the first guide section 1221 is blocked along the a1223 slips of partition channel, the screening assembly that 2221 lower section of transfer block is set 2223 move along barrier slot a40 and barrier slot b50 by bonding space 60 and temporarily providing room with the movement of transfer block 2221 70 and hot melt chamber 311 separate,

The second space 20 of dosage bunker 2225 is connected with passage b122 at this time, and third space 30 and passage c123 connects Logical, passage b122 and the interior modified rosin resins for completing heating of passage c123 fall into second space 20 and third space 30 Interior, the modified rosin resin in second space 20 and third space 30 is bonded respectively with the Petropols in the first space 10, patch Mixing after conjunction is fallen into along blow tank 100 in bonding space 60 vertically,

At the same time, powder slot 2226 is connected with passage d132, and the powder in feed bin c131 is flowed into powder slot 2226, Then 211 mobilization block 2221 of horizontal sliding cylinder moves backward, and the second driving lever 2228 drives control panel during reverse movement 2222 reverse movements open the lower port of the first guide section 1221, and screening assembly 2223 is moved backward also with transfer block 2221, First partition 80 is withdrawn from out of barrier slot a40 in advance, and hybrid resin is fallen into from bonding space 60 in temporarily providing room 70,

When powder slot 2226 is moved at 100 position of blow tank, second partition 90 withdraws from barrier slot b50, hybrid resin Fall from temporarily providing room 70 toward hot melt chamber 311, and the powder in powder slot 2226 is also followed by fallen down along blow tank 100, Cover on hybrid resin, mixture in hot melt chamber 311 hot melt into coating, when 211 mobilization block 2221 of horizontal sliding cylinder into During row repeating motion, sliding sleeve 3223 is driven to be slided along slide bar 3222, while sliding sleeve 3223 is with carry-over bar by link 212 3245 movements, rack 3245 drive rotating bar 3242 to be rotated along supporting rod 3241 by gear 3244, and agitator arm 3243 is to warm Coating in molten chamber 311 is stirred, and promotes to be uniformly mixed, and as sliding sleeve 3223 continues to move to, section 7 is limited in slide bar 3222 Effect drop shot 3222 is moved together with sliding sleeve 3223, and slide bar 3222 drives the movement of control panel 2222 to beat discharge hole 3111 It opens, the coating heated in chamber 311 is flowed into through discharge hole 3111 in coating case 321, and by crossing, coating is coated to road by roller 3231 On face.

In the description of the present invention, it is to be appreciated that the orientation or position of the instructions such as term " front and rear ", " left and right " Relationship is based on orientation shown in the drawings or position relationship, is for only for ease of description the utility model and simplifies description, without It is instruction or implies that signified equipment or component there must be specific orientation, with specific azimuth configuration and operation, therefore not It is understood that as the limitation to utility model.

Certainly in the technical program, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be multiple, and term " one " is it is not intended that limitation to quantity.

The preferable specific embodiment of the above, only the utility model, but the scope of protection of the utility model is not This is confined to, the variation that any one skilled in the art can readily occur under the technical clarification of the utility model Or replace, it should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with right Subject to the protection domain of claim.

Claims (10)

1. one kind automatically controls road line marker, it is characterised in that：Including

Feed section (1), the feed section (1) including be used for downward transfer oil resin feeding device a (11), for The feeding device b (12) of the lower conveying modified rosin resin and feeding device c (13) for conveying powder downwards；

Dispensing part (2), the dispensing part (2) are arranged on the lower section of feed section (1), which includes driving Mechanism (21) and under the drive of driving mechanism (21) by feeding device a (11) conveying come a Petropols and feed fill Put the ingredient sector (22) mixed after two modified rosin resins that b (12) conveyings come are bonded with quantitative powder； And

Dashed part (3) is heated, the hot melt dashed part (3) is arranged on the lower section of dispensing part (2), the hot melt dashed part (3) it conveys the mixture come including accepting ingredient sector (22) and the hot-melting mechanism (31) that is heated to mixture and is used for Accept the coating that hot-melting mechanism (31) conveys downwards and the liner agency (32) that coating is coated to road surface.

2. one kind according to claim 1 automatically controls road line marker, which is characterized in that the feeding device a (11) Including feed bin a (111) and it is arranged on the passage a (112) of feed bin a (111) lower end；

The feeding device b (12) is including feed bin b (121) and is disposed side by side on the passage b (122) of feed bin b (121) lower end With passage c (123), the passage b (122) and passage c (123) include the first guide section (1221) and the second guide Section (1222) forms partition channel a (1223) between the first guide section (1221) and the second guide section (1222)；

The feeding device c (13) is including feed bin c (131) and is arranged on the passage d (132) of feed bin c (131) lower end.

3. one kind according to claim 1 automatically controls road line marker, which is characterized in that driving mechanism (21) packet Include horizontal sliding cylinder (211) and the link (212) being fixedly connected with the telescopic rod end of horizontal sliding cylinder (211).

4. one kind according to claim 1 automatically controls road line marker, which is characterized in that ingredient sector (22) packet Support device (221) and material transferring device (222) are included, the material transferring device (222) is in the driving mechanism (21) Drive under slidably reciprocate along the upper surface of support device (221).

5. one kind according to claim 1 automatically controls road line marker, which is characterized in that hot-melting mechanism (31) packet It includes hot melt chamber (311) and is arranged on the heating chamber (312) of hot melt chamber (311) surrounding.

6. one kind according to claim 1 automatically controls road line marker, which is characterized in that liner agency (32) packet It includes coating case (321), apply stream to heating control after the coating in chamber (311) stirs under the drive of driving mechanism (21) Enter the drawing mechanism (322) of coating case (321) and the lineation device (323) being arranged at coating case (321) lower port.

7. one kind according to claim 4 automatically controls road line marker, which is characterized in that the support device (221) Including dispensing portion (2211) and the support portion (2212) being arranged on above dispensing portion (2211)；

The material transferring device (222) includes transfer block (2221), the control panel being arranged on above transfer block (2221) (2222) and the screening assembly (2223) that is arranged below transfer block (2221)；

Heating member (2224) is provided at the upper surface of the transfer block (2221), the side of the heating member (2224) offers Through the dosage bunker (2225) of transfer block (2221), opposite side offers powder slot on the lower surface of transfer block (2221) (2226), the dosage bunker (2225) is including being used to accept the first space (10) of the Petropols in passage a (112), setting It puts in the second space (20) for being used to accept passage b (122) interior modified rosin resin of the first space (10) side and setting In the third space (30) for being used to accept passage c (123) interior modified rosin resin of the first space (10) opposite side, the powder When hopper (2226) is moved at passage d (132), connected inside passage d (132) and powder slot (2226)；

It is additionally provided with that control panel (2222) is driven to slide control the along partition channel a (1223) on transfer block (2221) The material of one guide section (1221) enters the first driving lever (2227) of the second guide section (1222) and the second driving lever (2228)；

Offer the blow tank (100) through support device (221) in the dispensing portion (2211), the blow tank (100) with Dosage bunker (2225) coordinates, and the blow tank (100) offers barrier slot a (40) and barrier slot b (50), institute successively from top to bottom The top for stating barrier slot a (40) is bonding space (60), and temporary sky is formed between the barrier slot a (40) and barrier slot b (50) Between (70)；

The screening assembly (2223) enters temporary including the material for controlling and bonding in space (60) that slidably reciprocates along barrier slot a (40) The first partition (80) in space (70) and along barrier slot b (50) slidably reciprocate control temporarily providing room (70) material enter hot melt chamber (311) second partition (90)；

The distance of the center of the dosage bunker (2225) to powder slot (2226) center is d1, the passage a (112) distance of center to the center of partition channel a (1223) meets for d2, d1 and d2, d1=d2.

8. one kind according to claim 6 automatically controls road line marker, which is characterized in that the drawing mechanism (322) For the folding of discharge hole (3111) that hot melt chamber (311) bottom is controlled to open up, which heats chamber including fitting (311) it the control block (3221) of bottom surface, the slide bar (3222) that is fixedly connected with the side of control block (3221) and is set in Sliding sleeve (3223) on the slide bar (3222), the end of the sliding sleeve (3223) are fixedly connected with link (212)；

The drawing mechanism (322) further include agitation unit (324), it is described agitation unit (324) including supporting rod (3241), can The rotating bar (3242) being rotatably arranged on supporting rod (3241), several agitator arms set along rotating bar (3242) circumferencial direction (3243), the coaxial and gear (3244) that is fixed in the rotating bar (3242) and ratcheting with the gear (3244) Rack (3245), one end of the rack (3245) is fixed on the sliding sleeve (3223)；

The bottom of the coating case (321) offers marking groove (3211), and the lineation device (323) is including being rotatably provided in Scribing line roller (3231) at marking groove (3211).

9. one kind according to claim 7 automatically controls road line marker, which is characterized in that the second guide section (1222) upper surface is provided with support plate (4), and the control panel (2222) is slided along support plate (4), the support plate (4) with Second guide section (1222) is fixedly connected, and both ends are fixedly connected respectively with the first guide section (1221) and passage a (112)；

Offer aperture through-hole (5) big as the internal diameter of passage b (122) on the control panel (2222), described second When driving lever (2228) drive control panel (2222) is moved to left side extreme position, which connects with passage b (122).

10. one kind according to claim 7 automatically controls road line marker, which is characterized in that the first partition (80) Length for d3, the length of the second partition (90) is d4, d4=2d3.