CN207695081U - A kind of two-way fire-resistant waterproof coating coating system - Google Patents

Abstract

The utility model provides a kind of two-way fire-resistant waterproof coating coating system, aim to solve the problem that the technical issues of flame-retardant glue penetrates textile fabric drippage, including the first cloth-feeding device, second cloth-feeding device, coating chamber, coating mechanism, drying mechanism, preheating mechanism and guiding mechanism, it passes through the first cloth apparatus of front and back setting and the opposite parallel conveying textile of the second cloth-feeding device difference, textile when carrying out the coating of fire proofing respectively, the flame-retardant glue for permeating the first textile drippage is recycled on the second textile, it is preheated simultaneously by being connected to the coat side of the second textile fabric of preheating mechanism pair of setting with drying mechanism, the condensation of its surface layer is set to fix, it will not cause to permeate drippage again, improve the utilization rate of raw material.

Description

A kind of two-way fire-resistant waterproof coating coating system

Technical field

The utility model is related to the paint-on technique fields of textile fabric fire proofing more particularly to a kind of two-way fire-resistant waterproof to apply Layer coating system.

Background technology

For existing textile fabric flame retardant coating coating apparatus when carrying out fire retardant glue coating, general use first is coated with flame-retardant glue, Drying, glue in coating, drying, the device and process of coated face glue.General glue consumption is bigger, and anti-flammability and water proofing property are better, but It is existing textile fabric when carrying out the coating of fire proofing, gluing is easy to permeate from textile due to gravity before not drying Drippage, so that coating layer thickness reduces, the limiting value of fire-resistant waterproof performance is low, and cannot improve, and at this time fire-retardant anti- The aqueous standard that national regulations can often be not achieved.

In the Chinese patent of Patent No. CN104117465A, a kind of fabrics flame resistance coating coating apparatus is disclosed, though So it achievees the purpose that increase glue glue amount in flame retardant coating by the way that two groups of coating coater units are arranged on middle gum coating apparatus, but It is primer during smearing, can still permeates textile fabric, flame-retardant glue is caused to be dripped from textile fabric, utilization rate of raw materials It is low, and need often to carry out cleaning work to device.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, to provide a kind of two-way fire-resistant waterproof coating coating System, by the first cloth apparatus of front and back setting and the second cloth-feeding device, opposite parallel conveying textile, textile exist respectively When carrying out the coating of fire proofing respectively, the flame-retardant glue of infiltration the first textile drippage carries out profit again on the second textile With, while the coat side by being connected to the second textile fabric of preheating mechanism pair of setting with drying mechanism preheats, and makes its surface layer Condensation is fixed, and will not cause to permeate drippage again, is solved the technical issues of flame-retardant glue penetrates textile fabric drippage, is improved original The utilization rate of material.

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

A kind of two-way fire-resistant waterproof coating coating system, including：

First cloth-feeding device, first cloth-feeding device is for exporting the first textile fabric, width direction and the first weaving The conveying direction of object is arranged in parallel；

Second cloth-feeding device, second cloth-feeding device is for exporting the second textile fabric, width direction and second spinning The conveying direction of fabric is arranged in parallel, and the length direction of itself and first cloth-feeding device is arranged in parallel, second work feed dress Setting in the rear side of first cloth-feeding device；

Coating chamber, the coating chamber is rectangular setting, between first cloth-feeding device and the second cloth-feeding device, The conveying direction of its length direction and first textile fabric and the second textile fabric is arranged in parallel；

Coating mechanism, the coating mechanism are located at the middle part of the coating chamber, are used for respectively to first textile fabric And second textile fabric carry out fire proofing coating and drying, which includes first coating component disposed in parallel and the Two coating components and the drive component for driving the first coating component to be operated with second coating component synchronization；

Drying mechanism, the drying mechanism are set to the side of the coating mechanism, are located at the coating mechanism length The rear side in direction, and it is used to dry first textile fabric and the second textile fabric；

Preheating mechanism, the preheating mechanism are set to the other side of the coating mechanism relative to the drying mechanism, It is preheated for the coat side to second textile fabric, and it is connected to the drying mechanism；

Guiding mechanism, the guiding mechanism are arranged along the length direction of the coating chamber, are used for respectively to described first Textile fabric and the second textile fabric are oriented to, and it includes upper guidance set disposed in parallel and lower guidance set.

As an improvement, first textile fabric carries out fire proofing when smearing with drying work, second textile fabric with It overlaps setting, and its conveying direction is on the contrary, first textile fabric is located at the top of the second textile fabric.

It is opened as an improvement, the front side wall top of the coating chamber length direction offers first be arranged along its width direction Mouthful, and offer on the rear wall of the coating chamber length direction and be open with third along the second parallel opening of its width direction, and Second opening is located at the top of third opening.

As an improvement, the first coating component and second coating component include：

Glue case, the glue case are arranged for V-arrangement comprising are located at the first rake of its width direction front end and are located at it Second rake of width direction rear end, and offer glue-feeder on the side wall of the length direction of the glue case；

Scrape bubble unit, the bubble unit rotational of scraping is set on first rake, be used for the first textile fabric with The coat side of second textile fabric carries out bubble and strikes off；

Coating roller, the coating roller are rotatably dispose on second rake, are used for the first textile fabric and second The coat side of textile fabric carries out fire proofing coating；

Spreading knife, the spreading knife are set to the back side top of the coating roller, below by completing described in coating First textile fabric and the second textile fabric, and it carries out fire proofing to first textile fabric and the second textile fabric and strikes off combing.

As an improvement, the tangent line linear speed of the coating roller and first textile fabric and the second textile fabric contact position Direction is opposite with first textile fabric and the conveying direction of the second textile fabric.

As an improvement, the bubble unit of scraping includes：

Bubble shaft is scraped, the both ends for scraping bubble shaft are rotatably dispose on the side wall of the glue case, and one end passes through gear Engagement is sequentially connected with the coating roller, and it is connect by belt transmissioning mode with the driving component, this scrapes bubble shaft two It is symmetrically evenly equipped with several sleeves in the circumferential direction of end；

Several connecting rods, the connecting rod are slideably positioned in the sleeve, are contradicted between the sleeve and are provided with first Elastic component；

Several to scrape bubble bar, the both ends for scraping bubble bar are rotatably dispose on the connecting rod, steep shaft along described scrape Axial circumference is equally spaced.

As an improvement, the drying mechanism includes：

Upper drying room, the upper drying room are located at the top of the coating chamber, and width direction is defeated with the first textile fabric Direction is sent to be arranged in parallel, and it is used to carry out drying heating to the first textile fabric, on this on rear wall of drying room length direction Portion offers the first air inlet, and front side wall lower part of drying room length direction offers the first air outlet on this；

Lower drying room, the lower drying room are located at the lower part of the coating chamber, and width direction is defeated with the second textile fabric Direction is sent to be arranged in parallel, and it is used to carry out drying heating to the second textile fabric, on the rear wall of the lower drying room length direction Portion offers the second air inlet, and the front side wall lower part of the lower drying room length direction offers the second air outlet；

It is described to be installed on for hot tank on the rear wall of the upper drying room and lower drying room length direction for hot tank, and should First air inlet described in heat supply Bin covering and the second air inlet are arranged, the conveying direction of length direction and first textile fabric It is parallel, and along its length, inside is placed equidistant with several heating tubes；

Several air inlet fans, the air inlet fan may be contained within described in hot tank, being located at the rear side of the heating tube, and its It is placed equidistant with along the short transverse for hot tank.

As an improvement, the preheating mechanism includes：

Preheating cabinet, the preheating cabinet are rectangular setting, are vertically arranged at the coating chamber, and it is located on described and leads To between component and lower guidance set, which is evenly equipped with several ventholes on the side wall of the coating mechanism；

Appendix, the appendix are arranged along the length direction of the coating chamber, and one end is connected to the preheating cabinet, and Its other end is connected to first air inlet and the second air outlet；

Gas gathering mask, the gas gathering mask are fixedly installed on the front side wall of the coating chamber length direction, are used to collect institute State the hot gas of preheating cabinet output and discharge.

As an improvement, the upper guidance set includes successively from front to back along the length direction of coating chamber：

Deflector roll on first, deflector roll is located at the forward upper of the preheating mechanism on described first, and top conveying has first Textile fabric and the second textile fabric；

Deflector roll on second, deflector roll is located between the glue case in the preheating mechanism and first coating component on described second, The tangent setting of the first rake of itself and the glue case, top conveying have first textile fabric and the second textile fabric；

Deflector roll in third, deflector roll is located at the V-arrangement corner of the glue case in the first coating component in the third, under Side's conveying has first textile fabric and the second textile fabric；

Deflector roll on 4th, deflector roll is located between the glue case and drying mechanism in the first coating component on the described 4th, The tangent setting of the second rake of itself and the glue case, top conveying have first textile fabric and the second textile fabric；

Deflector roll on 5th, deflector roll is located at the upper back of the drying mechanism on the described 5th, and top conveying has described First textile fabric and the second textile fabric.

As an improvement, the lower guidance set includes successively from front to back along the length direction of coating chamber：

First lower guide roll, first lower guide roll are located at the lower front of the preheating mechanism, and conveying below has second Textile fabric；

Second lower guide roll, second lower guide roll are located between the glue case in the preheating mechanism and second coating component, The tangent setting of the first rake of itself and the glue case, top conveying have second textile fabric；

Third lower guide roll, the third lower guide roll are located at the V-arrangement corner of the glue case in the second coating component, under Side's conveying has second textile fabric；

4th lower guide roll, the 4th lower guide roll are located between the glue case and drying mechanism in the second coating component, The tangent setting of the second rake of itself and the glue case, top conveying have second textile fabric；

5th lower guide roll, the 5th lower guide roll are located at the back lower of the drying mechanism, and top conveying has described Second textile fabric.

The beneficial effects of the utility model are：

(1) the utility model passes through the first cloth apparatus of front and back setting and second by changing traditional flame retardant coating mode Opposite parallel conveying textile, textile permeate the first weaving to cloth-feeding device when carrying out the coating of fire proofing respectively respectively The flame-retardant glue of product drippage is recycled on the second textile, while the preheating mechanism by being connected to setting with drying mechanism The coat side of second textile fabric is preheated, so that the condensation of its surface layer is fixed, will not cause to permeate drippage again, improve former material The utilization rate of material；

(2) the utility model is by drying mechanism and preheating mechanism, respectively to not carrying out the first textile fabric and of gluing Two textile fabrics are preheated, and are improved the temperature of the first textile fabric and the second textile fabric, are made the first textile fabric and the second textile fabric Adsorptivity higher；

(3) the utility model is by being arranged spreading knife, by spreading knife respectively on the first textile fabric and the second textile fabric Flame-retardant glue scraped, so that the flame-retardant glue struck off is flowed back to glue case respectively and carry out secondary use, while during flowing back to, Secondary smearing is carried out to the first textile fabric and the second textile fabric, not uniform enough the textile fabric position of smearing is made to obtain glue again Compensation；

(4) the utility model makes coating roller be contacted with first textile fabric and the second textile fabric when coating roller is arranged The tangent line linear speed direction of position is with the conveying direction of first textile fabric and the second textile fabric on the contrary, coating roller pair first is spun While fabric and the second textile fabric carry out flame-retardant glue smearing, it is synchronous squeeze the first textile fabric with it is fire-retardant on the second textile fabric Glue layer removes the bubble on the first textile fabric and the second textile fabric, also, the spreading knife of rear side setting is fire-retardant to textile fabric Glue layer strike off combing after, extra flame-retardant glue converges at coating roller and the first textile fabric rear angle and coating roller With the second textile fabric rear angle, and coating roller reversely rotate, extra flame-retardant glue is just taken back to the front side of coating roller, Improve the utilization rate of flame-retardant glue；

(5) the utility model makes the second textile fabric complete to hinder in the first textile fabric by being oriented to the second textile fabric The smearing that glue smears 180 ° of progress flame-retardant glues of rear steering is fired, the first textile fabric and the second textile fabric is made to share a dryer Structure improves heat utilization efficiency, energy saving；

In conclusion there is the utility model fire proofing to smear uniformly, flame-retardant layer adhesion effect is good, and fire proofing utilizes The advantages that rate is high is particularly suitable for the paint-on technique field of textile fabric fire proofing.

Description of the drawings

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

Fig. 1 is the utility model schematic cross-sectional view；

Fig. 2 is the utility model part-structure schematic cross-sectional view；

Fig. 3 is the utility model fault structure schematic diagram；

Fig. 4 is the utility model dimensional structure diagram；

Fig. 5 is the utility model first coating component and second coating component schematic cross-sectional view；

Fig. 6 is the utility model coating roller working state schematic representation；

Fig. 7 is that the utility model scrapes bubble unit three-dimensional structural schematic diagram；

Fig. 8 is that the utility model scrapes bubble unit schematic cross-sectional view；

Fig. 9 is that the utility model scrapes bubble unit connection structure schematic diagram；

Figure 10 is the utility model for hot tank internal structure schematic diagram.

Specific implementation mode

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

Embodiment：

Embodiment is illustrated referring to the drawings, embodiments illustrated below is not to the practicality recorded in claim New content plays any restriction effect, in addition, the full content of the composition represented by following example is not limited to want as right Necessary to the solution for seeking recorded utility model.

As shown in Figure 1, a kind of two-way fire-resistant waterproof coating coating system, including：

First cloth-feeding device 1, first cloth-feeding device 1 is for exporting the first textile fabric 10, width direction and first The conveying direction of textile fabric 10 is arranged in parallel；

Second cloth-feeding device 2, second cloth-feeding device 2 for exporting the second textile fabric 20, width direction with this The conveying direction of two textile fabrics 20 is arranged in parallel, and the length direction of itself and first cloth-feeding device 1 is arranged in parallel, this second Cloth-feeding device 2 is located at the rear side of first cloth-feeding device 1；

Coating chamber 3, the coating chamber 3 are rectangular setting, are located at first cloth-feeding device, 1 and second cloth-feeding device 2 Between, the conveying direction of length direction and first textile fabric, 10 and second textile fabric 20 is arranged in parallel；

Coating mechanism 4, the coating mechanism 4 are located at the middle part of the coating chamber 3, are used for respectively to first weaving Object 10 and the second textile fabric 20 carry out fire proofing coating and drying, which includes first coating disposed in parallel Component 41 and second coating component 42 and the driving for driving the first coating component 41 to be operated synchronously with second coating component 42 Component 43；

Drying mechanism 5, the drying mechanism 5 are set to the side of the coating mechanism 4, are located at the coating mechanism 4 The rear side of length direction, and it is used to dry first textile fabric, 10 and second textile fabric 20；

Preheating mechanism 6, the preheating mechanism 6 are set to the another of the coating mechanism 4 relative to the drying mechanism 5 Side is used to preheat the coat side of second textile fabric 20, and it is connected to the drying mechanism 5；

Guiding mechanism 7, the guiding mechanism 7 are arranged along the length direction of the coating chamber 3, are used for respectively to described the One textile fabric 10 and the second textile fabric 20 are oriented to, and it includes upper guidance set 71 disposed in parallel and lower guidance set 72。

Further, when first textile fabric 10 carries out fire proofing smearing with drying work, second textile fabric 20 overlap setting with it, and its conveying direction is on the contrary, first textile fabric 10 is located at the top of the second textile fabric 20.

Further, the front side wall top of 3 length direction of the coating chamber offers be arranged along its width direction One opening 31, and offered on the rear wall of 3 length direction of coating chamber along the second parallel opening 32 and the of its width direction Three openings 33, and second opening 32 is located at the top of third opening 33.

It should be noted that the first cloth-feeding device 1 of front and back setting and the first cloth-feeding device 2, opposite conveying first up and down is spun Fabric 10 and the second textile fabric 20, when by first coating component 41, the first textile fabric 10 carries out fire proofing and smears work When, the first textile fabric 10 overlaps with the second textile fabric 20, and the flame-retardant glue of drippage is permeated on the first textile fabric 10 second Fire-retardant glue-line is formed on textile fabric 20, and second textile fabric 20 is heated by using preheating mechanism 6 later, makes resistance thereon It fires glue-line and forms one layer of base, then 20 fire proofing of the second textile fabric is smeared, the blocking of the fire proofing of smearing due to base It will not permeate again.

As shown in figure 4, further illustrating, first cloth-feeding device, 1 and first cloth-feeding device 2 includes：

Unwinding rack 11, the unwinding rack 11 are arranged for U-shaped, and the upper end is symmetrically arranged with U-shaped bayonet 111；

The both ends engaging of let off roll 12, the let off roll 12 is set in the U-shaped bayonet 111；

Unreel motor 13, the side for unreeling motor 13 and being fixedly installed on the unwinding rack 11, with the let off roll It is connected by meshing transmission by gear between 12

As shown in figs. 5 and 6, as a preferred embodiment, the first coating component 41 and second coating Component 42 includes：

Glue case 411, the glue case 411 are arranged for V-arrangement comprising are located at the first rake 4111 of its width direction front end And the second rake 4112 positioned at its width direction rear end, and offered on the side wall of the length direction of the glue case 411 into Glue mouth 4113；

Bubble unit 412 is scraped, the bubble unit 412 of scraping is rotatably dispose on first rake 4111, is used for the The coat side of one textile fabric 10 and the second textile fabric 20 carries out bubble and strikes off；

Coating roller 413, the coating roller 413 are rotatably dispose on second rake 4112, are used to spin to first The coat side of fabric 10 and the second textile fabric 20 carries out fire proofing coating；

Spreading knife 414, the spreading knife 414 are set to the back side top of the coating roller 413, below by completing to apply Layer first textile fabric, 10 and second textile fabric 20, and its first textile fabric 10 is carried out with the second textile fabric 20 it is fire-retardant Material strikes off combing.

Wherein, the coating roller 413 and the tangent line of 10 and second textile fabric of the first textile fabric, 20 contact position are linear Directional velocity is opposite with the conveying direction of first textile fabric 10 and the second textile fabric 20.

It needs to illustrate, since the first textile fabric 10 and the second textile fabric 20 are each along the V-arrangement side of glue case 411 Wallflow in the first textile fabric 10 and the second textile fabric 20 into therefore completing after fire proofing smears, to hinder it by spreading knife 414 Fire when striking off combing of glue, make the flame-retardant glue struck off respectively along the second rake 4112 flow back to glue case 411 carry out it is secondary It utilizes, while during flowing back to, secondary smearing is carried out to the first textile fabric 10 and the second textile fabric 20, keeps smearing not equal enough Even textile fabric position obtains glue compensation again.

It further illustrates, due to coating roller 413 and 10 and second textile fabric of the first textile fabric, 20 contact position Tangent line linear speed direction and first textile fabric 10 and the second textile fabric 20 conveying direction on the contrary, coating roller 413 to the It is synchronous to squeeze the weaving of the first textile fabric 10 and second while one textile fabric 10 and the second textile fabric 20 carry out flame-retardant glue smearing What the fire retardant glue water layer on object 20, the bubble on removal the first textile fabric 10 and the second textile fabric 20, also, rear side were arranged scrapes Glue knife 414 to textile fabric fire retardant glue water layer strike off combing after, extra flame-retardant glue converge to coating roller 413 and first weaving At 10 rear angle of object and 20 rear angle of coating roller 413 and the second textile fabric, and coating roller 414 reversely rotates, just The utilization rate of flame-retardant glue is improved in the front side that extra flame-retardant glue is taken back to coating roller 414；

As shown in Fig. 7, Fig. 8 and Fig. 9, as a preferred embodiment, the bubble unit 412 of scraping includes：

Bubble shaft 4121 is scraped, the both ends for scraping bubble shaft 4121 are rotatably dispose on the side wall of the glue case 411, one End is sequentially connected by gear engagement with the coating roller 413, and it is connected by belt transmissioning mode and the driving component 43 It connects, this is scraped and is symmetrically evenly equipped with several sleeves 4122 in bubble 4121 both ends circumferential direction of shaft；

Several connecting rods 4123, the connecting rod 4123 are slideably positioned in the sleeve 4122, with the sleeve 4122 it Between contradict be provided with the first elastic component 4124；

Several to scrape bubble bar 4125, the both ends for scraping bubble bar 4125 are rotatably dispose on the connecting rod 4123, along institute State scrape bubble shaft 4121 axial circumference be equally spaced.

It should be noted that since the first textile fabric 10 and the second textile fabric 20 are when carrying out flame-retardant glue smearing, it is fire-retardant Glue covers on the first textile fabric 10 and the second textile fabric 20 and forms bubble, in subsequent drying course, in flame-retardant glue Bubble formed on the first textile fabric 10 and the second textile fabric 20 water spots by thermal fracture fire-retardant layer thickness homogeneity caused to be deteriorated, Fire-resistant waterproof effect is influenced, so, first textile fabric 10 and the second textile fabric 20 are struck off by scraping bubble bar 4125, make it On bubble be stripped off.

Further illustrate, scrape bubble bar 4125 can by the first elastic component 4124 carry out elastic telescopic so that it can It is adapted to the textile fabric of multi-thickness.

As shown in Figure 1, Figure 2, shown in Fig. 3 and Figure 10, as a preferred embodiment, the drying mechanism 5 includes：

Upper drying room 51, the upper drying room 51 are located at the top of the coating chamber 3, width direction and the first textile fabric 10 conveying direction is arranged in parallel, and it is used to carry out drying heating to the first textile fabric 10,51 length direction of drying room on this Rear wall top offer the first air inlet 511, and front side wall lower part of 51 length direction of drying room offers first on this Air outlet 512；

Lower drying room 52, the lower drying room 52 are located at the lower part of the coating chamber 3, width direction and the second textile fabric 20 conveying direction is arranged in parallel, and it is used to carry out drying heating to the second textile fabric 20,52 length direction of lower drying room Rear wall top offer the second air inlet 521, and the front side wall lower part of 52 length direction of lower drying room offers second Air outlet 522；

For hot tank 53, the rear wall that 52 length direction of the upper drying room 51 and lower drying room is installed on for hot tank 53 On, and this covers the setting of first air inlet, 511 and second air inlet 521, length direction and described first for hot tank 53 The conveying direction of textile fabric 10 is parallel, and along its length, and inside is placed equidistant with several heating tubes 54；

Several air inlet fans 55, the air inlet fan 55 may be contained within described in hot tank 53, being located at the heating tube 54 Rear side, and it is placed equidistant with along the short transverse for hot tank 53.

It should be noted that drying mechanism 5 is synchronized carries out flame-retardant glue baking to the first textile fabric 10 and the second textile fabric 20 It is dry, improve the heat utilization efficiency of drying mechanism 5.

As shown in Figure 1, Figure 2 as shown in figure 3, as a preferred embodiment, the preheating mechanism 6 includes：

Preheating cabinet 61, the preheating cabinet 61 are rectangular setting, are vertically arranged in the coating chamber 3, and it is located at institute It states between guidance set 71 and lower guidance set 72, if the preheating cabinet 61 is evenly equipped on the side wall of the coating mechanism 4 Dry venthole 611；

Appendix 62, the appendix 62 are arranged along the length direction of the coating chamber 3, one end and the preheating cabinet 61 Connection, and its other end is connected to first air inlet, 511 and second air outlet 522；

Gas gathering mask 63, the gas gathering mask 63 are fixedly installed on the front side wall of 3 length direction of the coating chamber, are used to receive Collect the hot gas of the output of the preheating cabinet 61 and discharge.

It should be noted that the hot waste gas in upper drying room 51 and lower drying room 52 is exported by appendix 62, input First textile fabric 10 and the second textile fabric 20 are heated into preheating cabinet 61, then from the discharge of preheating cabinet 61, the first textile fabric 10 heating temperatures increase, and the adsorptivity of flame-retardant glue is more preferable, and the second textile fabric 20 is heated, then flame-retardant glue thereon condenses shape At base.

As shown in Figure 1, as a preferred embodiment, the upper guidance set 71 along coating chamber 3 length direction Include successively from front to back：

Deflector roll 711 on first, deflector roll 711 is located at the forward upper of the preheating mechanism 6, top conveying on described first There are the first textile fabric 10 and the second textile fabric 20；

Deflector roll 712 on second, on described second deflector roll 712 be located at the preheating mechanism 6 in first coating component 41 Between glue case 411, the 4111 tangent setting of the first rake with the glue case 411, top conveying has first textile fabric 10 and second textile fabric 20；

Deflector roll 713 in third, deflector roll 713 is located at the V of the glue case 411 in the first coating component 41 in the third Shape corner, below conveying have first textile fabric, 10 and second textile fabric 20；

Deflector roll 714 on 4th, deflector roll 714 is located at glue case 411 in the first coating component 41 and dries on the described 4th Between dry mechanism 5, the 4112 tangent setting of the second rake with the glue case 411, top conveying has first textile fabric 10 and second textile fabric 20；

Deflector roll 715 on 5th, deflector roll 715 is located at the upper back of the drying mechanism 5, top conveying on the described 5th There is first textile fabric, 10 and second textile fabric 20.

It should be noted that the first textile fabric 10 is conveyed along upper guidance set 71, and completed in advance in transmission process The processes such as heat, coating, frictioning and drying, and at this point, the second textile fabric 20 coincides with and conveying direction is opposite.

As shown in Figure 1, as a preferred embodiment, the lower guidance set 72 along coating chamber 3 length direction Include successively from front to back：

First lower guide roll 721, first lower guide roll 721 are located at the lower front of the preheating mechanism 6, convey below There is the second textile fabric 20；

Second lower guide roll 722, second lower guide roll 722 are located in the preheating mechanism 6 and second coating component 42 Between glue case 411, the 4111 tangent setting of the first rake with the glue case 411, top conveying has second textile fabric 20；

Third lower guide roll 723, the third lower guide roll 723 are located at the V of the glue case 411 in the second coating component 42 Shape corner, below conveying have second textile fabric 20；

4th lower guide roll 724, the 4th lower guide roll 724 are located at glue case 411 and baking in the second coating component 42 Between dry mechanism 5, the 4112 tangent setting of the second rake with the glue case 411, top conveying has second textile fabric 20；

5th lower guide roll 725, the 5th lower guide roll 725 are located at the back lower of the drying mechanism 5, top conveying There is second textile fabric 20.

It should be noted that the second textile fabric 20 is oriented to after 90 ° of 711 bending of deflector roll by lower guidance set 72 on first The processes such as coating, frictioning and drying are carried out, are finally exported in the same direction with the first textile fabric 10.

The course of work is as follows：

First textile fabric 10 conveys from front to back along upper guidance set 71, and the second textile fabric 20 is then overlapped in the first weaving The lower section of object 10 conveys from back to front along upper guidance set 71, and in transmission process, first coating component 41 is to the first textile fabric 10 carry out flame-retardant glue coating, and the second textile fabric 20 then absorbs the flame-retardant glue of the first textile fabric 10 infiltration, first spins later Fabric 10 completes frictioning, baking operation exports clot, and the second textile fabric 20 then heats it by preheating mechanism 6, makes Its flame-retardant glue absorbed is formed on base, and the second textile fabric 20 is oriented to along lower guidance set 72 later carries out coating, scrapes The processes such as glue and drying are finally exported with the first textile fabric 10 in the same direction.

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

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

The preferable specific implementation mode of the above, only utility model, but the scope of protection of the utility model not office It is limited to this, any one skilled in the art within the technical scope disclosed by the utility model, can readily occur in Change or replacement should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with Subject to the protection domain of claims.

Claims (10)

1. a kind of two-way fire-resistant waterproof coating coating system, which is characterized in that including：

First cloth-feeding device (1), first cloth-feeding device (1) is for exporting the first textile fabric (10), width direction and the The conveying direction of one textile fabric (10) is arranged in parallel；

Second cloth-feeding device (2), second cloth-feeding device (2) for export the second textile fabric (20), width direction with should The conveying direction of second textile fabric (20) is arranged in parallel, and the length square parallel of itself and first cloth-feeding device (1) is arranged, Second cloth-feeding device (2) is located at the rear side of first cloth-feeding device (1)；

Coating chamber (3), the coating chamber (3) are rectangular setting, are located at first cloth-feeding device (1) and the second cloth-feeding device (2) between, length direction and the conveying direction of first textile fabric (10) and the second textile fabric (20) are arranged in parallel；

Coating mechanism (4), the coating mechanism (4) are located at the middle part of the coating chamber (3), are used to spin to described first respectively Fabric (10) and the second textile fabric (20) carry out fire proofing coating and drying, which includes disposed in parallel First coating component (41) and second coating component (42) and drive the first coating component (41) and second coating component (42) drive component (43) operated synchronously；

Drying mechanism (5), the drying mechanism (5) are set to the side of the coating mechanism (4), are located at the coating mechanism (4) rear side of length direction, and it is used to dry first textile fabric (10) and the second textile fabric (20)；

Preheating mechanism (6), the preheating mechanism (6) are set to the another of the coating mechanism (4) relative to the drying mechanism (5) Side is used to preheat the coat side of second textile fabric (20), and it is connected to the drying mechanism (5)；

Guiding mechanism (7), the guiding mechanism (7) are arranged along the length direction of the coating chamber (3), are used for respectively to described First textile fabric (10) and the second textile fabric (20) are oriented to, and it includes upper guidance set (71) disposed in parallel under Guidance set (72).

2. a kind of two-way fire-resistant waterproof coating coating system as described in claim 1, which is characterized in that first textile fabric (10) when carrying out fire proofing smearing with drying work, second textile fabric (20) overlaps setting, and its conveying direction with it On the contrary, first textile fabric (10) is located at the top of the second textile fabric (20).

3. a kind of two-way fire-resistant waterproof coating coating system as described in claim 1, which is characterized in that the coating chamber (3) The front side wall top of length direction offers the first opening (31) being arranged along its width direction, and coating chamber (3) the length side To rear wall on offer and be open (33) along the second parallel opening (32) and third of its width direction, and second opening (32) it is located at the top of third opening (33).

4. a kind of two-way fire-resistant waterproof coating coating system as described in claim 1, which is characterized in that the first coating group Part (41) and second coating component (42) include：

Glue case (411), the glue case (411) are arranged for V-arrangement comprising are located at the first rake of its width direction front end , and the side wall of the length direction of the glue case (411) (4111) and the second rake (4112) positioned at its width direction rear end On offer glue-feeder (4113)；

Bubble unit (412) is scraped, the bubble unit (412) of scraping is rotatably dispose on first rake (4111), is used for pair The coat side of first textile fabric (10) and the second textile fabric (20) carries out bubble and strikes off；

Coating roller (413), the coating roller (413) are rotatably dispose on second rake (4112), are used for first Textile fabric (10) and the coat side of the second textile fabric (20) carry out fire proofing coating；

Spreading knife (414), the spreading knife (414) are set to the back side top of the coating roller (413), pass through completion below First textile fabric (10) of coating and the second textile fabric (20), and it is to first textile fabric (10) and the second textile fabric (20) it carries out fire proofing and strikes off combing.

5. a kind of two-way fire-resistant waterproof coating coating system as claimed in claim 4, which is characterized in that the coating roller (413) it first is spun with this with the tangent line linear speed direction of first textile fabric (10) and the second textile fabric (20) contact position The conveying direction of fabric (10) and the second textile fabric (20) is opposite.

6. a kind of two-way fire-resistant waterproof coating coating system as claimed in claim 4, which is characterized in that described to scrape bubble unit (412) include：

Bubble shaft (4121) is scraped, the both ends for scraping bubble shaft (4121) are rotatably dispose on the side wall of the glue case (411), One end is sequentially connected by gear engagement with the coating roller (413), and it passes through belt transmissioning mode and the driving component (43) it connects, this is scraped and is symmetrically evenly equipped with several sleeves (4122) in bubble shaft (4121) both ends circumferential direction；

Several connecting rods (4123), the connecting rod (4123) is slideably positioned in the sleeve (4122), with the sleeve (4122) it is contradicted between and is provided with the first elastic component (4124)；

Several to scrape bubble bar (4125), the both ends for scraping bubble bar (4125) are rotatably dispose on the connecting rod (4123), edge The axial circumference for scraping bubble shaft (4121) is equally spaced.

7. a kind of two-way fire-resistant waterproof coating coating system as described in claim 1, which is characterized in that the drying mechanism (5) include：

Upper drying room (51), the upper drying room (51) are located at the top of the coating chamber (3), width direction and the first weaving The conveying direction of object (10) is arranged in parallel, and it is used to carry out drying heating to the first textile fabric (10), drying room (51) on this The rear wall top of length direction offers the first air inlet (511), and on this under front side wall of drying room (51) length direction Portion offers the first air outlet (512)；

Lower drying room (52), the lower drying room (52) are located at the lower part of the coating chamber (3), width direction and the second weaving The conveying direction of object (20) is arranged in parallel, and it is used to carry out drying heating to the second textile fabric (20), the lower drying room (52) The rear wall top of length direction offers the second air inlet (521), and under the front side wall of lower drying room (52) length direction Portion offers the second air outlet (522)；

For hot tank (53), it is described be installed on the upper drying room (51) and lower drying room (52) length direction for hot tank (53) after On side wall, and this covers first air inlet (511) for hot tank (53) and is arranged with the second air inlet (521), length direction It is parallel with the conveying direction of the first textile fabric (10), and along its length, inside is placed equidistant with several heating It manages (54)；

Several air inlet fans (55), the air inlet fan (55) may be contained within described in hot tank (53), being located at the heating tube (54) rear side, and it is placed equidistant with along the short transverse for hot tank (53).

8. a kind of two-way fire-resistant waterproof coating coating system as claimed in claim 7, which is characterized in that the preheating mechanism (6) include：

Preheating cabinet (61), the preheating cabinet (61) are rectangular setting, are vertically arranged in the coating chamber (3), and it is located at Between the upper guidance set (71) and lower guidance set (72), side wall of the preheating cabinet (61) backwards to the coating mechanism (4) On be evenly equipped with several venthole (611)；

Appendix (62), the appendix (62) are arranged along the length direction of the coating chamber (3), one end and the preheating cabinet (61) it is connected to, and its other end is connected to first air inlet (511) and the second air outlet (522)；

Gas gathering mask (63), the gas gathering mask (63) are fixedly installed on the front side wall of the coating chamber (3) length direction, are used for Collect the hot gas of the preheating cabinet (61) output and discharge.

9. a kind of two-way fire-resistant waterproof coating coating system as claimed in claim 4, which is characterized in that the upper guidance set (71) include successively from front to back along the length direction of coating chamber (3)：

Deflector roll (711) on first, deflector roll (711) is located at the forward upper of the preheating mechanism (6) on described first, and top is defeated The first textile fabric (10) and the second textile fabric (20) are sent；

Deflector roll (712) on second, deflector roll (712) is located at the preheating mechanism (6) and first coating component (41) on described second In glue case (411) between, the first rake (4111) tangent setting with the glue case (411), top conveying has described First textile fabric (10) and the second textile fabric (20)；

Deflector roll (713) in third, deflector roll (713) is located at the glue case (411) in the first coating component (41) in the third V-arrangement corner, below conveying have first textile fabric (10) and the second textile fabric (20)；

Deflector roll (714) on 4th, deflector roll (714) is located at the glue case (411) in the first coating component (41) on the described 4th Between drying mechanism (5), the second rake (4112) tangent setting with the glue case (411), top conveying has described First textile fabric (10) and the second textile fabric (20)；

Deflector roll (715) on 5th, deflector roll (715) is located at the upper back of the drying mechanism (5) on the described 5th, and top is defeated First textile fabric (10) and the second textile fabric (20) are sent.

10. a kind of two-way fire-resistant waterproof coating coating system as claimed in claim 9, which is characterized in that the lower guiding group Part (72) includes successively from front to back along the length direction of coating chamber (3)：

First lower guide roll (721), first lower guide roll (721) is located at the lower front of the preheating mechanism (6), defeated below The second textile fabric (20) is sent；

Second lower guide roll (722), second lower guide roll (722) are located at the preheating mechanism (6) and second coating component (42) In glue case (411) between, the first rake (4111) tangent setting with the glue case (411), top conveying has described Second textile fabric (20)；

Third lower guide roll (723), the third lower guide roll (723) are located at the glue case (411) in the second coating component (42) V-arrangement corner, below conveying have second textile fabric (20)；

4th lower guide roll (724), the 4th lower guide roll (724) are located at the glue case (411) in the second coating component (42) Between drying mechanism (5), the second rake (4112) tangent setting with the glue case (411), top conveying has described Second textile fabric (20)；

5th lower guide roll (725), the 5th lower guide roll (725) are located at the back lower of the drying mechanism (5), and top is defeated Second textile fabric (20) is sent.