CN207533190U - Coating is efficiently fixed than batch mixing production system - Google Patents

Abstract

It is efficiently fixed than batch mixing production system the utility model is related to coating, including material supply portion, material supply portion includes feeding device a, feeding device b, feeding device c and the transfer device that the materials quantitative of three is controlled to convey and heated in transmission process to the material in feeding device b；Batch mixing part, batch mixing part is arranged below material supply portion, the batch mixing part includes mixer and the Chui Fen mechanisms for being arranged on mixer side, and the material that transfer device conveying comes completes bonding in mixer, and quantitative powder is blown into mixer and is mixed with material by Chui Fen mechanisms；Portioning section, portioning section are arranged on batch mixing beneath portions, which is used to export after the mixing material packing for completing dispensing in mixer；The problem of the utility model overcomes lines on road surface coating ratio in blending process and is difficult to control, and mixing is uneven, and each region material ratio unevenness influences the quality of line coatings during follow-up use in the mixture of packing.

Description

Coating is efficiently fixed than batch mixing production system

Technical field

It is efficiently fixed than mixed the utility model is related to lines on road surface coating formula mixing equipment and technology more particularly to coating Expect production system.

Background technology

Lines on road surface is an important process in road construction later stage, and needs to use during lines on road surface a large amount of Coating, existing lines on road surface coating are typically all to complete proportioning mixing on large scale equipment in advance, are mixed in proportioning There is the problem of proportioning unevenness, undercompounding in journey.

China authorizes a utility model patent of Publication No. CN1380365A, and it discloses a kind of method for producing coating And equipment, the part paint vehicle in formula is first mixed with a certain kind material in vacuum emulsification kettle with the condition of setting, then Separated in time is mixed successively with other material, reduces antifoaming agent use, eliminates the negative effect of excessive antifoaming agent, Improving quality reduces consumption；

But in actual use, the equipment have that chaotic efficiency is low and mixing after the material that is packaged easily go out Existing delamination, the material of each region different material are unevenly distributed, the quality of coating when influencing subsequently to use.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, by the way that transfer device is set to drive quantitative stone Oleoresin converges with modified rosin resin, and carries out heating to modified rosin resin so that Petropols are with changing in transfer process Property rosin resin is bonded together, then by the way that Chui Fen mechanisms is set to mix to overcome with hybrid resin by quantitative powder Line coatings ratio in blending process in road is difficult to control, and mixing is uneven, each region material ratio in the mixture of packing Unevenness influences the problem of quality of line coatings during follow-up use.

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

Coating is efficiently fixed than batch mixing production system, it is characterised in that：Including material supply portion, the material supply portion Including be used to supplying Petropols feeding device a, for supply modified rosin resin feeding device b, for supplying powder Feeding device c and for the materials quantitative of feeding device a, feeding device b and feeding device c to be controlled to convey backward and defeated The transfer device heated during sending to the modified rosin resin in feeding device b；

Batch mixing part, the batch mixing part are arranged on the lower section of material supply portion, the batch mixing part include mixer with And the Chui Fen mechanisms of mixer side are arranged on, the Petropols that the transfer device conveying comes and the modified rosin for completing heating Resin completes bonding in mixer, and the Chui Fen mechanisms are used to that the powder quantified to be blown into mixer and Petropols and be changed Property rosin resin mixing；And

Portioning section, the portioning section are arranged on the lower section of batch mixing part, which is used for will be complete in mixer It is exported after into the mixing material packing of dispensing.

As a preferred embodiment, the feeding device a includes feed bin a and is arranged on feed bin a lower ends and along the length of feed bin a Several passage a of direction setting；

If the feeding device b include feed bin b and be arranged on feed bin b lower ends and along feed bin b length direction set Dry passage b, the passage b includes the first guide section and the second guide section, the first guide section and the second guide section Between form divider passages；

If the feeding device c include feed bin c and be arranged on feed bin c lower ends and along feed bin c length direction set Dry passage c.

As a preferred embodiment, the transfer device includes driving device, support plate and the drive lower edge in driving device The transfer blade that the upper surface of passage a, the lower port of passage b and passage c and support plate slidably reciprocate.

As a preferred embodiment, the Chui Fen mechanisms include blower device and under the action of transfer device with blower device Intermittently connected deposits powder device.

As a preferred embodiment, the portioning section includes conveyor and several packing bags being arranged in conveyor.

As a preferred embodiment, the driving device includes stent, the horizontal sliding cylinder being arranged on stent, the horizontal sliding cylinder Telescopic rod end be fixedly connected with one end of transfer blade；

The dosing hole through transfer blade is offered on the transfer blade, the side of the dosing hole is set in transfer blade upper surface Heating member is equipped with, the side of the heating member offers powder channel, also opened in heating member and powder channel on the transfer blade Inlet channel equipped with connection transfer blade lower surface and side；

The first through hole connected with mixer is offered in the support plate, the side of the first through hole offers second Through-hole.

As a preferred embodiment, the partition board to slidably reciprocate along partition channel is additionally provided with above the transfer blade, it is right therewith That answers is provided with the first driving lever and the second driving lever in the side of the transfer blade, and the partition board is in the first driving lever and the second driving lever Drive the folding of the first guide section lower port of lower control.

As a preferred embodiment, the blower device include air blower, the main air hose that is connected with air blower and with main air hose Connection and with the one-to-one branch pipe of several transfer blades, the end set of the branch pipe has slide guide part, corresponding with paper described The side of transfer blade offers the sliding slot slided with the cooperation of slide guide part, and the slide guide part includes supporting block and is arranged on supporting block Several rollers of upper and lower both sides；

It is described deposit that powder device includes connecting with second through-hole deposit tube cell and be arranged on and deposit dusting for tube cell end Head, the dust nozzle packet are attached on mixer, corresponding connected with dust nozzle several are offered on mixer to dust Hole.

As a preferred embodiment, the spacing between the powder channel and inlet channel is d1, the passage a and passage Spacing between b meets d1=d2 for d2, d1 and d2.

As another preferably, the upper surface of the second guide section is provided with loading plate, and the partition board is slided along loading plate Dynamic, the loading plate is fixedly connected with the second guide section, and one side end is fixedly connected with the first guide section.

The beneficial effects of the utility model：

(1) by setting transfer device, and in transfer below multigroup passage arranged side by side in the utility model Dosing hole and the partition board to slidably reciprocate in the setting of the top of transfer blade along divider passages are set on the transfer blade of structure so as to each Materials quantitative in a feeding device is transferred at one, and during transfer by the heating member of setting to one of those Material, which carries out heating, makes it be bonded together with another material, is then blown out quantitative powder in preceding by the Chui Fen mechanisms of setting The material of face bonding is mixed, and has been achieved the effect that be uniformly mixed, has been not in certain material at one in the mixture being subsequently packaged The few situation of certain more material.

(2) by being opened up on transfer blade and the second through-hole of support plate and passage c discontinuity in the utility model When the powder channel of connection so that passage a adds Petropols in dosing hole, passage c synchronizes quantitative toward addition in tube cell is deposited Powder, and bonded in Petropols and modified rosin resin toward during falling, tube cell and air blast deposited by setting and filled Put connection so that powder is blown into mixer, but also being uniformly mixed while ensure that quantitative proportioning, in addition air blast in addition to Blowing outside the function of powder also has the function of to cool down the hybrid resin for completing bonding.

The advantages of proportion scale is easy to control in conclusion the equipment has, ingredients is particularly suitable for lines on road surface use The dispensing equipment technical field of coating.

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 coating efficiently fixed structure diagram than batch mixing production system.

Fig. 2 is the coating efficiently fixed cut-away illustration than batch mixing production system.

Fig. 3 is transfer device and the structure diagram of Chui Fen mechanisms.

Fig. 4 is cut-away illustration when passage a is connected with dosing hole.

Fig. 5 is close-up schematic view when passage a is connected with dosing hole.

Fig. 6 is transfer blade and the structure diagram of support plate.

Fig. 7 is the part-structure schematic diagram of blower device.

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 coating efficiently fixed structure diagram than batch mixing production system, and for coating, efficiently fixed produced than batch mixing is Fig. 2 The cut-away illustration of system, Fig. 3 is transfer device and the structure diagram of Chui Fen mechanisms, when Fig. 4 is connected for passage a with dosing hole Cut-away illustration, Fig. 5 is close-up schematic views of passage a when connect with dosing hole, and Fig. 6 is transfer blade and support plate Structure diagram, Fig. 7 are the part-structure schematic diagram of blower device.

Embodiment one

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, coating is efficiently fixed than batch mixing production system, is supplied including material To part 1, the material supply portion 1 is included for supplying the feeding device a11 of Petropols, for supplying modified rosin tree The feeding device b12 of fat, for the feeding device c13 that supplies powder and for controlling feeding device a11, feeding device b12 And the materials quantitative of feeding device c13 convey backward and in transmission process to the modified rosin resin in feeding device b12 into The transfer device 14 of row heating；

Batch mixing part 2, the batch mixing part 2 are arranged on the lower section of material supply portion 1, which includes dispensing Bucket 21 and be arranged on the Chui Fen mechanisms 22 of 21 side of mixer, Petropols that the conveying of transfer device 14 comes and complete plus The modified rosin resin of heat completes bonding in mixer 21, and the Chui Fen mechanisms 22 are used to the powder quantified being blown into mixer It is mixed in 21 with Petropols and modified rosin resin；And

Portioning section 3, the portioning section 3 are arranged on the lower section of batch mixing part 2, which is used for mixer It is exported after the mixing material packing of dispensing is completed in 21.

Further, the feeding device a11 includes feed bin a111 and is arranged on feed bin a111 lower ends and along feed bin Several passage a112 of the length direction setting of a111；

The feeding device b12 includes feed bin b121 and is arranged on feed bin b121 lower ends and along the length side of feed bin b121 Include the first guide section 1221 and the second guide section 1222, institute to several passage b122, the passage b122 of setting State formation divider passages 1223 between the first guide section 1221 and the second guide section 1222；

The feeding device c13 includes feed bin c131 and is arranged on feed bin c131 lower ends and along the length side of feed bin c131 To several passage c132 of setting.

Further, as shown in Fig. 2, the transfer device 14 includes driving device 141, support plate 142 and driving Along passage a112, the lower port of passage b122 and passage c132 and support plate 142 under the drive of device 141 The transfer blade 143 that upper surface slidably reciprocates.

Further, as shown in figure 3, the Chui Fen mechanisms 22 include blower device 221 and the work in transfer device 14 Powder device 222 is deposited with lower and intermittently connected blower device 221.

By setting transfer device 14 below multigroup passage arranged side by side, and in the transfer blade of transfer device 14 Dosing hole 1431 and the partition board 4 to slidably reciprocate in the setting of the top of transfer blade 143 along divider passages 1223 on 143 are set, made The materials quantitative in each feeding device is transferred at one, and during transfer by the heating member of setting to wherein A material carry out heating it made to be bonded together with another material, then by the Chui Fen mechanisms 22 of setting by quantitative powder It blows out the material bonded in front to be mixed, has achieved the effect that be uniformly mixed, be not in one in the mixture being subsequently packaged Locate the few situation of certain more material of certain material.

Further, the portioning section 3 includes conveyor 31 and several packing bags 32 being arranged in conveyor 31.

Further, as shown in figure 4, the driving device 141 include stent 1411, be arranged on it is flat-pushing on stent 1411 Cylinder 1412, the telescopic rod end of the horizontal sliding cylinder 1412 are fixedly connected with one end of transfer blade 143；

The dosing hole 1431 through transfer blade 143 is offered on the transfer blade 143, the side of the dosing hole 1431 exists 143 upper surface of transfer blade is provided with heating member 1432, and the side of the heating member 1432 offers powder channel 1433, described turn It moves on plate 143 and with powder channel 1433 is further opened with connecting the air inlet of 143 lower surface of transfer blade and side in heating member 1432 and leads to Road 1434；

The first through hole 1421 connected with mixer 21 is offered in the support plate 142, the first through hole 1421 Side offers the second through-hole 1422.

Further, the blower device 221 include air blower 2211, the main air hose 2212 that is connected with air blower 2211 with And connected with main air hose 2212 and with several 143 one-to-one branch pipes 2213 of transfer blade, the end set of the branch pipe 2213 There is slide guide part 2214, it is corresponding with paper that the sliding slot slided with the cooperation of slide guide part 2214 is offered in the side of the transfer blade 143 1437, the slide guide part 2214 includes supporting block 2215 and several rollers 2216 for being arranged on supporting block both sides about 2215；

It is described deposit that powder device 222 includes connecting with second through-hole 1422 deposit tube cell 2221 and be arranged on and deposit tube cell The dust nozzle 2222 of 2221 ends, the packet of dust nozzle 2222 is attached on mixer 21, corresponding to be opened on mixer 21 Equipped with several powder injection holes 211 connected with dust nozzle 2222.

Further, the spacing between the powder channel 1433 and inlet channel 1434 is d1, the passage a112 Spacing between passage b122 meets d1=d2 for d2, d1 and d2.

What deserves to be explained is by opening up the second through-hole 1422 and passage with support plate 142 on transfer blade 143 When powder channel 1433 intermittently connected c132 is so that passage a112 adds Petropols in dosing hole 1431, passage C132 is synchronized and quantitative powder is added in tube cell 2221, and bond toward whereabouts in Petropols and modified rosin resin toward depositing In the process, it deposits tube cell 2221 by setting to connect with blower device 221 so that powder is blown into mixer 21, and it is fixed to ensure that But also being uniformly mixed while amount proportioning, air blast in addition also has the hybrid resin to completing bonding other than the function of blowing powder The effect cooled down.

Further, the upper surface of the second guide section 1222 is provided with loading plate 5, and the partition board 4 is along loading plate 5 It slides, the loading plate 5 is fixedly connected with the second guide section 1222, and one side end is fixedly connected with the first guide section 1221.

Embodiment two

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, wherein identical with embodiment one or corresponding component is adopted With with one corresponding reference numeral of embodiment, for simplicity, hereafter only description and the distinctive points of embodiment one.The embodiment two With embodiment one the difference lies in：Further, the top of the transfer blade 143 is additionally provided with along partition channel 1223 The partition board 4 slided is returned, it is corresponding that the side of the transfer blade 143 is provided with the first driving lever 1435 and the second driving lever 1436, the partition board 4 controls 1221 lower port of the first guide section under the drive of the first driving lever 1435 and the second driving lever 1436 Folding.

Pass through setting and separate channel 1223 and partition board 4 so that transfer blade 143 back and forth handling material when can pass through first group 1435 and second driving lever 1436 of bar slides to control 1221 lower port of the first guide section with dynamic dividing plate 4 along partition channel 1223 Folding so that dosing hole 1431 can stop that the material of the first guide section 1221 continues down when being moved to the second guide 1222 lower end of section It falls, the modified rosin resin matched every time is exactly the amount in the second guide section 1222, ensure that the reasonable of proportioning.

The course of work：Feed bin a111, feed bin b121 and feed bin c131 transfer oil resin, modified rosin resin separately down And powder, 1412 mobilization plate 143 of horizontal sliding cylinder are slided along support plate 142, when dosing hole 1431 and passage a112 connect When logical, passage c132 is connected with 1433 and second through-hole 1422 of powder channel, and it is fixed that Petropols are fallen into through passage a112 In metering-orifice 1431, powder falls into and deposits in tube cell 2221 through passage c132 powders channel 1433 and the second through-hole 1422, fills up It deposits in tube cell 2221；

Then, 1412 mobilization plate 143 of horizontal sliding cylinder moves backward, when dosing hole 1431 be moved to mixer 21 and When second guide section 1222 connects, the branch pipe 2213 of blower device 221 is connected with 1434 and second through-hole 1422 of inlet channel, The powder in tube cell 2221 is deposited to mix with resin in dust nozzle 2222 and the penetrating mixer 21 of powder injection hole 211 under the action of the wind It closes object and completes mixing, mixed material falls in the packing bag 32 in conveyor 31 along mixer 21 and completes to be packaged output.

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. coating is efficiently fixed than batch mixing production system, it is characterised in that：Including

Material supply portion (1), the material supply portion (1) is including being used to supply the feeding device a (11) of Petropols, use Feeding device b (12) in supply modified rosin resin, it is fed for the feeding device c (13) that supplies powder and for controlling The materials quantitative of device a (11), feeding device b (12) and feeding device c (13) convey and in transmission process backward to feed The transfer device (14) that modified rosin resin in device b (12) is heated；

Batch mixing part (2), the batch mixing part (2) are arranged on the lower section of material supply portion (1), which includes Mixer (21) and the Chui Fen mechanisms (22) for being arranged on mixer (21) side, the oil that transfer device (14) conveying comes It resin and completes the modified rosin resin of heating and completes bonding in the mixer (21), the Chui Fen mechanisms (22) will be for will quantify Powder be blown into mixer (21) and mixed with Petropols and modified rosin resin；And

Portioning section (3), the portioning section (3) are arranged on the lower section of batch mixing part (2), and the portioning section (3) will be for will match It is exported after the mixing material packing of dispensing is completed in charging basket (21).

2. coating according to claim 1 is efficiently fixed than batch mixing production system, which is characterized in that the feeding device a (11) including feed bin a (111) and be arranged on feed bin a (111) lower ends and along feed bin a (111) length direction set it is several Passage a (112)；

The feeding device b (12) is including feed bin b (121) and is arranged on feed bin b (121) lower ends and along the length of feed bin b (121) Several passage b (122) of direction setting are spent, the passage b (122) includes the first guide section (1221) and the second guide Section (1222) forms divider passages (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 feed bin c (131) lower ends and along the length of feed bin c (131) Spend several passage c (132) of direction setting.

3. coating according to claim 2 is efficiently fixed than batch mixing production system, which is characterized in that the transfer device (14) Along passage a (112), guide including driving device (141), support plate (142) and under the drive of driving device (141) The transfer blade (143) that the lower port of pipe b (122) and passage c (132) and the upper surface of support plate (142) slidably reciprocate.

4. coating according to claim 3 is efficiently fixed than batch mixing production system, which is characterized in that the Chui Fen mechanisms (22) The deposit powder intermittently connected with blower device (221) fills including blower device (221) and under the action of transfer device (14) It puts (222).

5. coating according to claim 1 is efficiently fixed than batch mixing production system, which is characterized in that the portioning section (3) Including conveyor (31) and several packing bags (32) being arranged in conveyor (31).

6. coating according to claim 4 is efficiently fixed than batch mixing production system, which is characterized in that the driving device (141) including stent (1411), the horizontal sliding cylinder (1412) being arranged on stent (1411), horizontal sliding cylinder (1412) are stretched Contracting boom end is fixedly connected with the one end of transfer blade (143)；

Offer the dosing hole (1431) through transfer blade (143) on the transfer blade (143), the one of the dosing hole (1431) Side is provided with heating member (1432) in transfer blade (143) upper surface, and the side of the heating member (1432) offers powder channel (1433), it is further opened with powder channel (1433) connecting transfer blade (143) in heating member (1432) on the transfer blade (143) The inlet channel of lower surface and side (1434)；

The first through hole (1421) connected with mixer (21), the first through hole are offered on the support plate (142) (1421) side offers the second through-hole (1422).

7. coating according to claim 6 is efficiently fixed than batch mixing production system, which is characterized in that the transfer blade (143) Top be additionally provided with along partition channel (1223) partition board (4) that slidably reciprocates, it is corresponding in the transfer blade (143) Side is provided with the first driving lever (1435) and the second driving lever (1436), and the partition board (4) is in the first driving lever (1435) and second group The folding of first guide section (1221) lower port is controlled under the drive of bar (1436).

8. coating according to claim 7 is efficiently fixed than batch mixing production system, which is characterized in that the blower device (221) it the main air hose (2212) that is connected including air blower (2211), with air blower (2211) and is connected with main air hose (2212) And branch pipe (2213), the end set of the branch pipe (2213) have slide guide part correspondingly with several transfer blades (143) (2214), it is corresponding that the sliding slot slided with slide guide part (2214) cooperation is offered in the side of the transfer blade (143) (1437), the slide guide part (2214) including supporting block (2215) and is arranged on several rollers of supporting block (2215) both sides up and down It takes turns (2216)；

The powder device (222) of depositing is deposited tube cell (2221) and is arranged on and deposit powder including what is connected with second through-hole (1422) Manage the dust nozzle (2222) of (2221) end, the dust nozzle (2222) packet is attached on mixer (21), it is corresponding with Several powder injection holes (211) connected with dust nozzle (2222) are offered on charging basket (21).

9. coating according to claim 6 is efficiently fixed than batch mixing production system, which is characterized in that the powder channel (1433) spacing between inlet channel (1434) be d1, the spacing between the passage a (112) and passage b (122) Meet d1=d2 for d2, d1 and d2.

10. coating according to claim 7 is efficiently fixed than batch mixing production system, which is characterized in that the second guide section (1222) upper surface is provided with loading plate (5), and the partition board (4) is slided along loading plate (5), the loading plate (5) and second Guide section (1222) is fixedly connected, and one side end is fixedly connected with the first guide section (1221).