CN110042738A - A kind of low-pressure delivery spray equipment - Google Patents
A kind of low-pressure delivery spray equipment Download PDFInfo
- Publication number
- CN110042738A CN110042738A CN201810037683.6A CN201810037683A CN110042738A CN 110042738 A CN110042738 A CN 110042738A CN 201810037683 A CN201810037683 A CN 201810037683A CN 110042738 A CN110042738 A CN 110042738A
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- centimetres
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- pressure
- cubic metre
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- 239000007921 spray Substances 0.000 title claims abstract description 104
- 230000003068 static effect Effects 0.000 claims abstract description 73
- 241000209094 Oryza Species 0.000 claims description 130
- 235000007164 Oryza sativa Nutrition 0.000 claims description 130
- 235000009566 rice Nutrition 0.000 claims description 130
- 239000000203 mixture Substances 0.000 claims description 40
- 238000004140 cleaning Methods 0.000 claims description 24
- 239000003973 paint Substances 0.000 claims description 15
- 239000012528 membrane Substances 0.000 claims description 9
- 238000005119 centrifugation Methods 0.000 claims description 5
- 239000000463 material Substances 0.000 abstract description 112
- 238000005507 spraying Methods 0.000 abstract description 34
- 239000012530 fluid Substances 0.000 abstract description 22
- 238000002156 mixing Methods 0.000 abstract description 21
- 238000010276 construction Methods 0.000 description 35
- 238000000576 coating method Methods 0.000 description 20
- 239000011248 coating agent Substances 0.000 description 19
- VVQNEPGJFQJSBK-UHFFFAOYSA-N Methyl methacrylate Chemical compound COC(=O)C(C)=C VVQNEPGJFQJSBK-UHFFFAOYSA-N 0.000 description 10
- 229920000642 polymer Polymers 0.000 description 10
- 238000010586 diagram Methods 0.000 description 8
- 238000006243 chemical reaction Methods 0.000 description 6
- 239000000243 solution Substances 0.000 description 6
- 238000007711 solidification Methods 0.000 description 5
- 230000008023 solidification Effects 0.000 description 5
- 239000000470 constituent Substances 0.000 description 4
- 239000002184 metal Substances 0.000 description 4
- 239000000047 product Substances 0.000 description 3
- CTQNGGLPUBDAKN-UHFFFAOYSA-N O-Xylene Chemical compound CC1=CC=CC=C1C CTQNGGLPUBDAKN-UHFFFAOYSA-N 0.000 description 2
- 230000001154 acute effect Effects 0.000 description 2
- 239000000853 adhesive Substances 0.000 description 2
- 230000001070 adhesive effect Effects 0.000 description 2
- 230000008901 benefit Effects 0.000 description 2
- 239000012459 cleaning agent Substances 0.000 description 2
- 238000013461 design Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 238000010422 painting Methods 0.000 description 2
- 238000012360 testing method Methods 0.000 description 2
- 208000032026 No-Reflow Phenomenon Diseases 0.000 description 1
- 206010063837 Reperfusion injury Diseases 0.000 description 1
- 239000002253 acid Substances 0.000 description 1
- 230000002411 adverse Effects 0.000 description 1
- 238000013019 agitation Methods 0.000 description 1
- 230000003712 anti-aging effect Effects 0.000 description 1
- 230000004888 barrier function Effects 0.000 description 1
- 238000004132 cross linking Methods 0.000 description 1
- 238000006073 displacement reaction Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 239000006052 feed supplement Substances 0.000 description 1
- 239000003292 glue Substances 0.000 description 1
- 230000005484 gravity Effects 0.000 description 1
- 239000004615 ingredient Substances 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000002955 isolation Methods 0.000 description 1
- 239000007788 liquid Substances 0.000 description 1
- 238000011068 loading method Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000000465 moulding Methods 0.000 description 1
- 238000006116 polymerization reaction Methods 0.000 description 1
- 230000002035 prolonged effect Effects 0.000 description 1
- 238000010992 reflux Methods 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- 241000894007 species Species 0.000 description 1
- 238000004528 spin coating Methods 0.000 description 1
- 238000003756 stirring Methods 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
- 230000001360 synchronised effect Effects 0.000 description 1
- 230000002195 synergetic effect Effects 0.000 description 1
Classifications
-
- E—FIXED CONSTRUCTIONS
- E01—CONSTRUCTION OF ROADS, RAILWAYS, OR BRIDGES
- E01C—CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE; MACHINES OR AUXILIARY TOOLS FOR CONSTRUCTION OR REPAIR
- E01C23/00—Auxiliary devices or arrangements for constructing, repairing, reconditioning, or taking-up road or like surfaces
- E01C23/16—Devices for marking-out, applying, or forming traffic or like markings on finished paving; Protecting fresh markings
- E01C23/20—Devices for marking-out, applying, or forming traffic or like markings on finished paving; Protecting fresh markings for forming markings in situ
- E01C23/22—Devices for marking-out, applying, or forming traffic or like markings on finished paving; Protecting fresh markings for forming markings in situ by spraying
Landscapes
- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Agricultural Chemicals And Associated Chemicals (AREA)
Abstract
The invention discloses a kind of low-pressure delivery spray equipments comprising first set, second set, third set transportation system with pressure, the first valve, the second valve, third valve, static mixer, spray head；Static mixer is that component A feed inlet is provided on mixed charge road, B component feed inlet, mixed charge road one end is to be sent into mouth, the other end is discharge port, the output of first set transportation system with pressure terminates the first valve, component A feed inlet on another termination static mixer of first valve, the output of second set of transportation system with pressure terminates the second valve, feeding mouth on another termination static mixer of second valve, third covers the output termination third valve of transportation system with pressure, B component feed inlet on another termination static mixer of third valve, discharge port on static mixer connects spray head, it can carry out effectively sufficiently constantly mixing to realize one-time continuous high quality and high efficiency fast spraying operation to two components and the above component fluid base-material.
Description
Technical field
The invention discloses a kind of low-pressure delivery spray equipment, belong to road surface, bridge, surface road construction equipment field with
The construction equipments such as metope, waterproof field is suitable for spraying the fluid of two components and the above component, particularly suitable for right
The high strength polymer two-component of methyl methacrylate (MMA) is sprayed.
Background technique
It is the first-class ground surface material in the world today with methyl methacrylate two-component materials as the main component, has
Safety and environmental protection, quick solidifying, adhesive force is strong, it is firm it is durable, warning is strong, economy is good, good toughness, acid and alkali-resistance, anti-aging, anti-purple
The features such as outside line, and all roads, highway, fast reserve can be suitably employed in low temperature (subzero) rapid curing
Lane, town road, vibration graticule, rain line apply draw etc., road traffic construction in play an important role；
But because of the particularity that two-component materials itself have, with regard to two-component materials (or more component materials) construction
Speech never has that apparatus can complete the construction of two-component materials well for a long time.
Currently, the road construction of the high strength polymer of methyl methacrylate is two flush coaters, a spray with spraying equipment
Painting machine connects component A base-material (must the pluging with molten metal 660A gage mark coating of such as existing market sale), and another flush coater connects B component base-material (such as
Existing market sale must plug with molten metal 660B gage mark coating), after a flush coater is jetted through component A base-material, another flush coater sprays at once
Apply B component base-material (first spray component A base-material, then spray B component base-material on component A base-material coating), this road spraying
Equipment the problem is that: 1, constructional difficulties (in the case where component A cannot be dried, it is necessary to spray B component again at once)；2, it sprays
Component A base-material, the B component base-material of painting are difficult to accomplish complete equivalent covering superposition；The covering superposition of two components is uneven, after solidification
Coating will be uneven, solidifies unevenly that mean that there is strength of coatings in use from now on uneven, is reflected in road surface
Upper is exactly that the good some places of some places maintenance are easily damaged；3, part is easy to appear component A base-material and B component base-material does not weigh
It is folded that (because component A base-material and B component base-material are that front and back sprays on the ground respectively, two components can not be accomplished cmpletely
Uniformly mixing)；Caused by not being overlapped the result is that part cannot form the reaction of two-component secondary cross-linking, i.e., the local coating not being superimposed
It is in one-component base-material state forever, one-component base-material coating does not have the strong wearability of adhesive force and waits road surfaces two-component coating well
Basic function；4, construction personnel needs timing to stop, to flush coater plus base-material；The presence of the above problem, causes for a long time
The one-time continuous efficiently high-quality quick spray to methyl methacrylate (MMA) high strength polymer cannot be achieved always in road construction
Apply operation；
The road construction of the high strength polymer of methyl methacrylate is also possible to a flush coater with spraying equipment, this
When, component A base-material, B component base-material (or multiple groups part base-material), which are introduced directly into paint can and are uniformly mixed, is followed by flush coater, this
Kind of road spraying equipment the problem is that: component A base-material and the mixture of B component base-material must spray at once, otherwise, coating
Mixture in bucket once reacts, and spraying will become more and more difficult, because mixture once enters reactiveness, glues
Degree can be continuously increased at any time, and mixture can be solidificated in spraying equipment, and eventually led to spraying equipment and can not be worked, at this point,
Necessary cleaning equipment, changing the mixture re-mixed can just work on, and frequently solidification or frequent the problem of adding benefit base-material are same
Sample, which leads to road construction for a long time always, cannot be achieved to the primary of methyl methacrylate (MMA) bi-component high-strength polymer
The high-quality quick spraying operation of continuous high-efficient；
Chinese patent application discloses the road surface spray coating device that two pieces sprays two components:
One is Chinese patent application CN103526682, and it discloses a kind of two-component external-mix marking equipments, including A group
Part base-material bucket, the component A base-material bucket are connected with hydraulic cylinder, and hydraulic cylinder carries out sucking and suppresses to accumulator, and accumulator passes through pipe
Road is connect with component A base-material spray gun；B component base-material is put to B component base-material bucket, is directly suppressed by air compressor machine, by the road to B
Component base-material spray gun.It is same before and after component A base-material spray gun, B component base-material spray gun to be highly mounted side by side, while being sprayed, it is external
It is mixed.This kind of hybrid mode slightly misplaces to the position setting requirements stringent of two spray guns, can not achieve each base-material
It is abundant with mix in proportion, prevent spraying scribing line from reaching construction requirement；And in practice of construction, because by wind speed,
The factors such as air-flow influence, and two lance spray coatings outside outer spray under mixed state do not accomplish full and uniform mixing, that is, this knot
The two-component base-material mixing apparatus of structure can not really realize two-component base-material in the full and uniform mixing in space or ground, Jin Erhui
There is the problem of the first aforementioned situation, cannot be achieved high to the one-time continuous of methyl methacrylate (MMA) high strength polymer
Imitate high-quality quick spraying operation；
Another is Chinese patent application CN103526683, and it discloses a kind of from walking two-component external-mix marking equipment,
Including two base-material casees, component A base-material, B component base-material are put into corresponding base-material case respectively, open discharge port, A, B component
Base-material is flowed out with flow simultaneously, is flow on the paddle of hopper, paddle high speed rotation, after being sufficiently mixed A, B component base-material
It is scratched or is spun coating again；This mixing apparatus the problem is that: need at any time the pressure of two base-material case of strict control with go out
Doses needs construction personnel to be constantly fed to two base-material casees, needs constantly to monitor the amount of agitation and consumption of material in hopper,
Only when two base-material casees discharge it is precisely uniform with material stirring in hopper, be just able to achieve the abundant of base-material with mix in proportion, and
Mixture in hopper can not be hoarded more or is not run out for a long time, if the material in hopper is hoarded more or is not run out for a long time,
Mixture will react solidification in hopper, the problem of aforementioned second situation occur, in addition frequent artificial feeding, multiple
Miscellaneous ingredient materials constantly monitor, and cannot be achieved efficient to the one-time continuous of methyl methacrylate (MMA) high strength polymer
High-quality quick blade coating or spin coating are unlikely realized efficiently high-quality to the one-time continuous of the high strength polymer of methymethacrylate fast
Fast spraying operation；
Due to two-component (or multiple groups part) material spraying or brush after polymerization reaction occurs with construction main body, it can be fine
Ground is protected by construction main body, is greatly prolonged and is greatly improved by the service life of construction main body by the quality of construction main body, construction week
Phase is short, can construct under various adverse circumstances, and the demand constructed using two-component (or multiple groups part) material is increasingly powerful
Increase, still, due to forcing people to need to look in a hurry there are no the construction that construction equipment can complete two-component materials well
To a kind of construction equipment, the equipment on the basis of fully considering two-component (or multiple groups part) chemical characteristic, solve two-component (or
Multiple groups part) it always can not the technical problem constructed of high-quality and efficient long-time since material, it is ensured that two-component (or it is more
Component) fluid should guarantee that each component can be sufficiently mixed, guarantees between component again there are no chemically reacting, in this pole
During short reaction is practiced, spraying is rapidly completed or brushes operation, to meet double groups such as modern road surface, bridge, ground, road
The demand of part (or multiple groups part) material construction really realizes that two-component (or multiple groups part) material one-time continuous high-quality and high-efficiency is quick
Construction operation solves the problems, such as that existing spray equipment always exists for a long time.
Summary of the invention
The object of the present invention is to provide a kind of low-pressure delivery spray equipments, can be to two components and the above component fluid base
Material carries out effectively abundant constantly continuous mixing and completes to construct when mixture starts reaction not yet, to realize one-time continuous
High quality and high efficiency fast spraying operation, especially realize to the two-component base-material of the high strength polymer of methyl methacrylate into
Row one-time continuous high quality and high efficiency quick nonclogging spraying operation will not alter material in gating location between component base-material, fill
The cleaning that will not stop work because of frequent jams is set, and the simple price of structure is low, the time saving and energy saving convenience of construction operation is easy, and is sprayed out
Pavement quality is high and can one-time continuous spraying and the formed products structure species multiplicity that sprays out in the case where being fed continuous situation；It is different
Synergistic effect after structure combination, can meet different customer demands；What it was solved is that double groups or multi-component fluent material are abundant
Mixing carries out a kind of molding new structure low-pressure delivery spray equipment of fast reaction after equipment ejection；It can be convenient realization certainly
Dynamicization control；Positioning is flexible.
The object of the present invention is achieved like this:
A kind of low-pressure delivery spray equipment comprising first set transportation system with pressure, second set of transportation system with pressure, third
Cover transportation system with pressure, the first valve, the second valve, third valve, static mixer, spray head；Static mixer is to mix
Component A feed inlet, B component feed inlet are provided on main pipeline, mixed charge road one end is to be sent into mouth, and the other end is discharge port, the
The output of a set of transportation system with pressure terminates the first valve, the component A charging on another termination static mixer of the first valve
Mouthful, the output of second set of transportation system with pressure terminates the second valve, the feeding on another termination static mixer of the second valve
Mouthful, third covers the output termination third valve of transportation system with pressure, the B component on another termination static mixer of third valve
Feed inlet, the discharge port on static mixer connect spray head；
It can also have the 4th set of transportation system with pressure, the 4th valve, be provided on the mixed charge road of static mixer
The output of three components (C component) feed inlet, the 4th set of transportation system with pressure terminates the 4th valve, and another termination of the 4th valve is quiet
Third component feed inlet on state mixer；
It can also have four sets or more of transportation system with pressure, and the output of every set transportation system with pressure terminates corresponding control
Valve, corresponding component feed inlet is provided on the mixed charge road of static mixer, and another termination of each control valve is static
Correspondence component feed inlet on mixer；
Wherein, spiral stream guidance is fixedly installed between the feeding mouth and discharge port at the mixed charge road both ends of static mixer
Piece is separated by flow deflector between each component feed inlet on static mixer；
Wherein, first set transportation system with pressure is that air compressor connects first pressure container composition, second set of conveying with pressure
System is that air compressor connects second pressure container composition, and it is that air compressor connects third pressure appearance that third, which covers transportation system with pressure,
Device is constituted；
Wherein, it can also be that the 4th set of transportation system with pressure is that air compressor connects the 4th pressure vessel composition；
Wherein, it can also be that every set transportation system with pressure is that air compressor connects corresponding pressure vessel composition；
The volume of first pressure container can be 0.01~15 cubic metre, specifically may is that the volume of first pressure container
It is 0.01 cubic metre, 0.02 cubic metre, 0.03 cubic metre, 0.04 cubic metre, 0.05 cubic metre, 0.06 cubic metre, 0.07 cube
Rice, 0.08 cubic metre, 0.09 cubic metre, 0.1 cubic metre, 0.2 cubic metre, 0.3 cubic metre, 0.4 cubic metre, 0.5 cubic metre,
0.6 cubic metre, 0.7 cubic metre, 0.8 cubic metre, 0.9 cubic metre, 1 cubic metre or 1.5 cubic metres or 2 cubic metres or 2.5 vertical
Square rice or 3 cubic metres or 3.5 cubic metres or 4 cubic metres or 4.5 cubic metres or 5 cubic metres or 5.5 cubic metres are 6 vertical
Square rice or 6.5 cubic metres or 7 cubic metres or 7.5 cubic metres or 8 cubic metres or 8.5 cubic metres or 9 cubic metres or 9.5
Cubic meter or 10 cubic metres or 10.5 cubic metres or 11 cubic metres or 11.5 cubic metres or 12 cubic metres or 12.5 cubes
Rice or 13 cubic metres or 13.5 cubic metres or 14 cubic metres or 14.5 cubic metres or 15 cubic metres or 0.01 cubic metre~
Any value between 15 cubic metres；
The volume of third pressure vessel can be 0.01~15 cubic metre, specifically may is that the volume of third pressure vessel
It is 0.01 cubic metre, 0.02 cubic metre, 0.03 cubic metre, 0.04 cubic metre, 0.05 cubic metre, 0.06 cubic metre, 0.07 cube
Rice, 0.08 cubic metre, 0.09 cubic metre, 0.1 cubic metre, 0.2 cubic metre, 0.3 cubic metre, 0.4 cubic metre, 0.5 cubic metre,
0.6 cubic metre, 0.7 cubic metre, 0.8 cubic metre, 0.9 cubic metre, 1 cubic metre or 1.5 cubic metres or 2 cubic metres or 2.5 vertical
Square rice or 3 cubic metres or 3.5 cubic metres or 4 cubic metres or 4.5 cubic metres or 5 cubic metres or 5.5 cubic metres are 6 vertical
Square rice or 6.5 cubic metres or 7 cubic metres or 7.5 cubic metres or 8 cubic metres or 8.5 cubic metres or 9 cubic metres or 9.5
Cubic meter or 10 cubic metres or 10.5 cubic metres or 11 cubic metres or 11.5 cubic metres or 12 cubic metres or 12.5 cubes
Rice or 13 cubic metres or 13.5 cubic metres or 14 cubic metres or 14.5 cubic metres or 15 cubic metres or 0.01 cubic metre~
Any value between 15 cubic metres；
The volume of second pressure container can be between 0.01~1 cubic metre, specifically may is that the appearance of second pressure container
Product is: 0.01 cubic metre, 0.02 cubic metre, 0.03 cubic metre, 0.04 cubic metre, 0.05 cubic metre, 0.06 cubic metre, it is 0.07 vertical
Square rice, 0.08 cubic metre, 0.09 cubic metre, 0.1 cubic metre or 0.2 cubic metre or 0.3 cubic metre or 0.4 cubic metre or
0.5 cubic metre or 0.6 cubic metre or 0.7 cubic metre or 0.8 cubic metre or 0.9 cubic metre or 1 cubic metre or 0.01~1
Any value between cubic meter；
Or may also is that first set transportation system with pressure is the gas supply end that air compressor connects the first diaphragm pump module, the
The input terminal that one paint can connects the first diaphragm pump module is constituted, and second set of transportation system with pressure is that air compressor connects cleaning membrane
The gas supply end of pump module, the input terminal that cleaning barrel connects cleaning membrane pump module are constituted, and it is air pressure that third, which covers transportation system with pressure,
Contracting machine connects the gas supply end of the second diaphragm pump module, and the input terminal that the second paint can connects the second diaphragm pump module is constituted；
Or: first set transportation system with pressure is the gas supply end that air compressor connects the first diaphragm pump module, the first paint can
The input terminal for connecing the first diaphragm pump module is constituted, and second set of transportation system with pressure is that air compressor connects cleaning membrane pump module
End is supplied, the input terminal that cleaning barrel connects cleaning membrane pump module is constituted, and it is that air compressor connects that third, which covers transportation system with pressure,
The gas supply end of two diaphragm pump modules, the second paint can connect the second diaphragm pump module input composition, the 4th set of transportation system with pressure
It is the gas supply end that air compressor connects third diaphragm pump, the input terminal that third paint can connects third diaphragm pump module is constituted；
Every set transportation system with pressure is the gas supply end that air compressor connects corresponding diaphragm pump module, and corresponding paint can connects correspondence
The input terminal of diaphragm pump module is constituted；
Wherein, diaphragm pump module can be substituted by gear pump module；
Wherein, diaphragm pump module can be substituted by centrifugation pump module；
Diaphragm pump module can be one or the two diaphragm pumps composition being connected in parallel or three diaphragms being connected in parallel
Pump group at or more diaphragm pumps being connected in parallel form；
Gear pump module can be one or the two gear pumps composition being connected in parallel or three gears being connected in parallel
Pump group at or more gear pumps being connected in parallel form；
Centrifugation pump module can be one or two centrifugal pump groups being connected in parallel at or three centrifugations being connected in parallel
Pump group at or more centrifugal pump groups being connected in parallel at；
Wherein, the angle (inclination angle ∝) between the axis in mixed charge road and each component feed-inputing branched pipe central axes is 10 °
~75 °, specifically may is that the angle between the axis in mixed charge road and each component feed-inputing branched pipe central axes be 10 ° or 15 °,
Or 20 ° or 25 ° or 30 ° or 35 ° or 40 ° or 45 ° or 50 ° or 55 ° or 60 ° or 65 ° or 70 ° or 75 ° or 10 °
Other any values between~75 °；
Wherein, the total length in mixed charge road is 10 centimetres~800 centimetres, specifically may is that the overall length in mixed charge road
Degree for 10 centimetres or 15 centimetres or 20 centimetres or 25 centimetres or 30 centimetres or 35 centimetres or 40 centimetres or 45 centimetres or
50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 lis
Rice or 95 centimetres or 100 centimetres or 105 centimetres or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130
Centimetre or 135 centimetres or 140 centimetres or 145 centimetres or 150 centimetres or 155 centimetres or 160 centimetres or 165 centimetres or
170 centimetres or 175 centimetres or 180 centimetres or 185 centimetres or 190 centimetres or 195 centimetres or 200 centimetres or 205 lis
Rice or 210 centimetres or 215 centimetres or 220 centimetres or 225 centimetres or 230 centimetres or 235 centimetres or 240 centimetres or
245 centimetres or 250 centimetres or 255 centimetres or 260 centimetres or 265 centimetres or 270 centimetres or 275 centimetres or 280 lis
Rice or 285 centimetres or 290 centimetres or 295 centimetres or 300 centimetres or 305 centimetres or 310 centimetres or 315 centimetres or
320 centimetres or 325 centimetres or 330 centimetres or 335 centimetres or 340 centimetres or 345 centimetres or 350 centimetres or 355 lis
Rice or 360 centimetres or 365 centimetres or 370 centimetres or 375 centimetres or 380 centimetres or 385 centimetres or 390 centimetres or
395 centimetres or 400 centimetres or 405 centimetres or 410 centimetres or 415 centimetres or 420 centimetres or 425 centimetres or 430 lis
Rice or 435 centimetres or 440 centimetres or 445 centimetres or 450 centimetres or 455 centimetres or 460 centimetres or 465 centimetres or
470 centimetres or 475 centimetres or 480 centimetres or 485 centimetres or 490 centimetres or 495 centimetres or 500 centimetres or 505 lis
Rice or 510 centimetres or 515 centimetres or 520 centimetres or 525 centimetres or 530 centimetres or 535 centimetres or 540 centimetres or
545 centimetres or 550 centimetres or 555 centimetres or 560 centimetres or 565 centimetres or 570 centimetres or 575 centimetres or 580 lis
Rice or 585 centimetres or 590 centimetres or 595 centimetres or 600 centimetres or 605 centimetres or 610 centimetres or 615 centimetres or
620 centimetres or 625 centimetres or 630 centimetres or 635 centimetres or 640 centimetres or 645 centimetres or 650 centimetres or 655 lis
Rice or 660 centimetres or 665 centimetres or 670 centimetres or 675 centimetres or 680 centimetres or 685 centimetres or 690 centimetres or
695 centimetres or 700 centimetres or 705 centimetres or 710 centimetres or 715 centimetres or 720 centimetres or 725 centimetres or 730 lis
Rice or 735 centimetres or 740 centimetres or 745 centimetres or 750 centimetres or 755 centimetres or 760 centimetres or 765 centimetres or
770 centimetres or 775 centimetres or 780 centimetres or 785 centimetres or 790 centimetres or 795 centimetres or 800 centimetres or 10 centimetres
Other any values between~800 centimetres；
Distance of the discharge port in mixed charge road away from nearest feed inlet is 5 centimetres~700 centimetres, specifically can be with
Be: distance of the discharge port in mixed charge road away from nearest feed inlet is 5 centimetres or 10 centimetres or 15 centimetres or 20 lis
Rice or 25 centimetres or 30 centimetres or 35 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or
65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 105
Centimetre or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 centimetres or
145 centimetres or 150 centimetres or 155 centimetres or 160 centimetres or 165 centimetres or 170 centimetres or 175 centimetres or 180 lis
Rice or 185 centimetres or 190 centimetres or 195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or 215 centimetres or
220 centimetres or 225 centimetres or 230 centimetres or 235 centimetres or 240 centimetres or 245 centimetres or 250 centimetres or 255 lis
Rice or 260 centimetres or 265 centimetres or 270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or 290 centimetres or
295 centimetres or 300 centimetres or 305 centimetres or 310 centimetres or 315 centimetres or 320 centimetres or 325 centimetres or 330 lis
Rice or 335 centimetres or 340 centimetres or 345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or 365 centimetres or
370 centimetres or 375 centimetres or 380 centimetres or 385 centimetres or 390 centimetres or 395 centimetres or 400 centimetres or 405 lis
Rice or 410 centimetres or 415 centimetres or 420 centimetres or 425 centimetres or 430 centimetres or 435 centimetres or 440 centimetres or
445 centimetres or 450 centimetres or 455 centimetres or 460 centimetres or 465 centimetres or 470 centimetres or 475 centimetres or 480 lis
Rice or 485 centimetres or 490 centimetres or 495 centimetres or 500 centimetres or 505 centimetres or 510 centimetres or 515 centimetres or
520 centimetres or 525 centimetres or 530 centimetres or 535 centimetres or 540 centimetres or 545 centimetres or 550 centimetres or 555 lis
Rice or 560 centimetres or 565 centimetres or 570 centimetres or 575 centimetres or 580 centimetres or 585 centimetres or 590 centimetres or
595 centimetres or 600 centimetres or 605 centimetres or 610 centimetres or 615 centimetres or 620 centimetres or 625 centimetres or 630 lis
Rice or 635 centimetres or 640 centimetres or 645 centimetres or 650 centimetres or 655 centimetres or 660 centimetres or 665 centimetres or
670 centimetres or 675 centimetres or 680 centimetres or 685 centimetres or 690 centimetres or 695 centimetres or 700 centimetres or 5 centimetres~
Other any values between 700 centimetres；
The interior diameter in mixed charge road is 1 centimetre~150 centimetres, specifically may is that the interior diameter in mixed charge road is 1 li
Rice or 2 centimetres or 3 centimetres or 4 centimetres or 5 centimetres or 6 centimetres or 7 centimetres or 8 centimetres or 9 centimetres or 10 centimetres,
Or 11 centimetres or 12 centimetres or 13 centimetres or 14 centimetres or 15 centimetres or 16 centimetres or 17 centimetres or 18 centimetres or 19
Centimetre or 20 centimetres or 21 centimetres or 22 centimetres or 23 centimetres or 24 centimetres or 25 centimetres or 26 centimetres or 27 centimetres,
Or 28 centimetres or 29 centimetres or 30 centimetres or 31 centimetres or 32 centimetres or 33 centimetres or 34 centimetres or 35 centimetres or 36
Centimetre or 37 centimetres or 38 centimetres or 39 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres,
Or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or
105 centimetres or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 lis
Rice or other any values between 145 centimetres or 150 centimetres or 1 centimetre~150 centimetres；
The interior diameter of each component feed-inputing branched pipe is 0.5 centimetre~100 centimetres, specifically may is that each component feed-inputing branched pipe
Interior diameter is 0.5 centimetre or 1 centimetre or 2 centimetres or 3 centimetres or 4 centimetres or 5 centimetres or 6 centimetres or 7 centimetres or 8 lis
Rice or 9 centimetres or 10 centimetres or 11 centimetres or 12 centimetres or 13 centimetres or 14 centimetres or 15 centimetres or 16 centimetres or
17 centimetres or 18 centimetres or 19 centimetres or 20 centimetres or 21 centimetres or 22 centimetres or 23 centimetres or 24 centimetres or 25 lis
Rice or 26 centimetres or 27 centimetres or 28 centimetres or 29 centimetres or 30 centimetres or 31 centimetres or 32 centimetres or 33 centimetres or
34 centimetres or 35 centimetres or 36 centimetres or 37 centimetres or 38 centimetres or 39 centimetres or 40 centimetres or 45 centimetres or 50 lis
Rice or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or
Other any values between 95 centimetres or 100 centimetres or 0.5 centimetre~100 centimetres.
Discharge port can be connected to spray head by hose；
The length of hose can be 10 centimetres~5000 centimetres；
The specific length of hose may is that 10 centimetres or 15 centimetres or 20 centimetres or 25 centimetres or 30 centimetres or 35
Centimetre or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres,
Or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 105 centimetres or 110 centimetres or 115 centimetres,
Or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 centimetres or 145 centimetres or 150 centimetres or 155 lis
Rice or 160 centimetres or 165 centimetres or 170 centimetres or 175 centimetres or 180 centimetres or 185 centimetres or 190 centimetres or
195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or 215 centimetres or 220 centimetres or 225 centimetres or 230 lis
Rice or 235 centimetres or 240 centimetres or 245 centimetres or 250 centimetres or 255 centimetres or 260 centimetres or 265 centimetres or
270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or 290 centimetres or 295 centimetres or 300 centimetres or 305 lis
Rice or 310 centimetres or 315 centimetres or 320 centimetres or 325 centimetres or 330 centimetres or 335 centimetres or 340 centimetres or
345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or 365 centimetres or 370 centimetres or 375 centimetres or 380 lis
Rice or 385 centimetres or 390 centimetres or 395 centimetres or 400 centimetres or 450 centimetres or 500 centimetres or 550 centimetres or
600 centimetres or 650 centimetres or 700 centimetres or 750 centimetres or 800 centimetres or 850 centimetres or 900 centimetres or 950 lis
Rice or 1000 centimetres or 1100 centimetres or 1200 centimetres or 1300 centimetres or 1400 centimetres or 1500 centimetres or 1600 lis
Rice or 1700 centimetres or 1800 centimetres or 1900 centimetres or 2000 centimetres or 2100 centimetres or 2200 centimetres or 2300 lis
Rice or 2400 centimetres or 2500 centimetres or 2600 centimetres or 2700 centimetres or 2800 centimetres or 2900 centimetres or 3000 lis
Rice or 3100 centimetres or 3200 centimetres or 3300 centimetres or 3400 centimetres or 3500 centimetres or 3600 centimetres or 3700 lis
Rice or 3800 centimetres or 3900 centimetres or 4000 centimetres or 4100 centimetres or 4200 centimetres or 4300 centimetres or 4400 lis
Rice or 4500 centimetres or 4600 centimetres or 4700 centimetres or 4800 centimetres or 4900 centimetres or 5000 centimetres or 10 centimetres
Other any values between~5000 centimetres；
Spray head can be controlled by positioning device and be moved；
Spray head can connect pressurizing device；
Pressurizing device can be air compressor.
The invention has the advantages that since overall structure of the present invention has selected three sets or three sets or more of transportation system with pressure,
It is equipped with the corresponding static mixer structure for being provided with component feed inlet, different substratess are mixed in feeding static mixer with pressure, really
The mixture protected in static mixer is ejected before there is no reaction, is solved in the prior art to two components or multiple groups
When part base-material carries out mixture operation, the problem of can not accomplishing constantly full and uniform mixing in proportion；Solve conventional pav, bridge
The field of operation such as beam, ground, road, metope are since the uncontrollable brought construction effect of material mixing link is poor, working hour
It is long, manpower and material resources loss is big, a series of problems, such as cannot working continuously；And apparatus structure of the present invention is simple, to each component
Fluid base-material pressure consistency requires that low and good mixing effect, construction efficiency are high, it can be achieved that one-time continuous does not block spraying quickly,
Solve the problems, such as that road construction field prior art persistently can't resolve always for a long time；
Since the present invention has selected new structural static mixer, the static mixer structure has sending for cleaning solution
Entrance, the feed inlet of two components or multi-component fluent material, mixed charge road, two components or multi-component fluent material are from feed inlet
Into being mixed through mixed charge road, to realize the effective mixing of two components or more component materials in static mixing pipeline；
When stopping operation work, it is sent into cleaning solution by being sent into mouth, it can timely and effective cleaning static mixer；
Since the present invention has selected new structural static mixer, static mixer each component feed-inputing branched pipe is led in mixing
Feed inlet on pipeline is opened in the different location of spiral flow deflector, by being fixed on mixed charge road between each component feed inlet
Interior spiral flow deflector isolation, is transported to thoroughly solve fluid base-material in prior art (including: viscous body or liquid)
The problem of material is altered when feed inlet；The setting of spiral flow deflector facilitates being sufficiently mixed for material；
Since the present invention has selected new structural static mixer, the inclination angle ∝ of each component feed-inputing branched pipe can be by
It is configured as 10 degree~75 degree of acute angle, thus impact when reducing the conveying of fluid base-material to spiral flow deflector, so that conveying
Resistance reduces, and extends the service life of spiral flow deflector；Cooperation spiral flow deflector is effectively isolated different feeds mouth, from root
Solve the problems, such as that the reflux of fluid base-material and channelling, the reasonable selection of tilt angle can be more convenient difference at feed inlet on this
Fluid base-material can be easier to enter mixed charge road from different feed-inputing branched pipe feed inlets, carried out along spiral flow deflector abundant
Uniformly mixing；
Since the present invention has selected new structural static mixer, so that the complexity of system of the present invention drops significantly
It is low, it may be assumed that 1, new construction at each component base-material feed inlet pressure consistency require reduce, that is, when each component base-material into
There are in the case where appropriate pressure divergence at material mouth, since the feed inlet of each component is effectively isolated by spiral flow deflector, each component
Base-material will not occur altering material backflow phenomenon at feed inlet；2, by test preferably go out each internal diameter of the pipeline, preferably go out go out
There is suitable distance between material mouth and feed inlet apart from discharge port most proximal end, each component base-material has been effectively ensured and has been led in mixing
Being sufficiently mixed in pipeline and will not occur chemical reaction and frozen plug mixed charge road；3, entire low-pressure delivery is sprayed and is filled
The conveying equipment (such as diaphragm pump) of feed system in setting requires to substantially reduce with frequency, requires to drop significantly to front end spray head applicability
It is low；4, this that the spiral flow deflector being mixed in main pipeline between feed inlet and each feed inlet is opened up on mixed charge road at least
The appearance of new structure static mixer that one circle is kept apart, can be convenient realize in proportion 1: 1,1: 2,1: 3,2: 3 etc. stream
The real-time mixing of body base-material, it is ensured that efficiently spraying is able to inexpensive reproduction；
Due to the appearance of static mixer elements new construction of the present invention, methyl methacrylate height is revolutionized
The situation of strength polymer two component spray operation has captured two component base-materials and has constantly been sufficiently mixed and sprays immediately and do not block spray
Automatic doubler surface glouer and for a long time multiple technological difficulties of spraying, to realize that automating extensive road construction operation provides the foundation guarantor
Barrier；This device constantly mixed can ensure that two-component materials are sufficiently mixed in proportion and do not reacted in the device, spray
It is sufficiently reacted after out with by the generation of construction body, so that all properties feature of two-component materials really be presented；
Due to transportation system with pressure of the present invention, the preferred not pressure vessel of co-content, the pressure of co-content is not held
Device match from different working conditions, carry out different operating condition and implement, can easily different working spaces, space,
Under the conditions of the tripe systems divine force that created the universe, carry out construction operation, reasonably optimum choice with match, different spray structure can be formed and expired
The different use demand of foot；
Due to the diaphragm pump module or gear pump module in present invention transportation system with pressure or it is centrifuged what pump module used
It can be separate unit or two be connected in parallel or three be connected in parallel or be connected in parallel more, so as to very square
Just it is required according to mixed proportion, conveying requirement, conveying capacity is adjusted flexibly；
It is more easily real due to allowing that pressure difference is arranged between transportation system difference component feed-inputing branched pipe with pressure of the present invention
The conveying and use of different component fluid base-materials are showed；
Since the present invention is by testing the excellent mixed charge road for having selected different length different inner diameters, discharge port apart from it most
The different inner diameters of the different distance of nearly feed inlet, different component feed-inputing branched pipes, form the appliance arrangement of different preferred structures, can be with
Meet the construction operation under different working conditions；
Since the present invention can select the tape splicing at nozzle position to press equipment, so as to allow spray head that spray is better achieved
It applies；When loading different pressures gas, realizes the coating for spraying different structure with can be convenient, that is, form the coating of different structure
Product, structure design is simple ingenious practical, has greatly enriched the category when Front-coating mirror；
It can be connected with compared with long soft-pipe between discharge port and spray head since the present invention can be selected, when conveying and cleaning device
After fixation, by positioning device, spray head can complete the accurate displacement of up, down, left, right, before and after spatial coordinate in space
Operation；Facilitate realization automation control；
And hose length can be very long, and spray head is facilitated to enter work, cancel job blind area in narrow working space；
Since the structure of static mixer of the present invention selection can impose a level pressure by air compressor machine being sent into mouth
The air of power, or the air of certain pressure is imposed in each component feed inlet by air compressor machine, the size of air pressure is according to fluid
Viscosity and the flow of requirement and adjust；Due to having imposed the air of certain pressure, it is ensured that static mixer is in any placement shape
Under state, the fluent material of each component can flow to discharge port, no reflow phenomenon；Due to that can be applied being sent into mouth by air compressor machine
Each feed inlet valve is first closed when operation stops with pressure air, continues to impose certain pressure air being sent into mouth, make
Mixture in static mixer supervisor is effectively sent；Then, then wash-out valve is opened, is sent into cleaning solution, it can be thoroughly clear
Except the mixture in static mixer mixed charge road.
Since the structure of static mixer of the present invention selection can be feed-inputing branched pipe feed inlet end and mixed charge
Road has acute angle, feed-inputing branched pipe rear end part to be parallel to mixed charge road, and this structure type facilitates installation and places, so that entirely
Device space hold position is greatly reduced；
Since the selection for the first time of structure of the invention uses, in the combination of preferred structure and the situation of A, B base-material feed abundance
Under, one-time continuous operation may be implemented and spray 60,000 square metres, one-time continuous operation may be implemented and spray 3 meters of 20 kilometers of broad way faces
It is long；
Low-pressure delivery spray equipment provided by the invention except using in addition to low-pressure tank (pressure vessel), can also using pneumatically every
Membrane pump, gear pump, centrifugal pump etc. are a variety of to send pressure mode.
Detailed description of the invention
Fig. 1 is a kind of low-pressure delivery spray equipment structural schematic diagram of the present invention；
Fig. 2 is that the static mixer structure schematic diagram in a kind of low-pressure delivery spray equipment of the present invention is (wherein, quiet
The quantity of the feed-inputing branched pipe of state mixer is 2)；
Fig. 3 is a kind of low-pressure delivery spray equipment another kind structural schematic diagram of the present invention；
Fig. 4 is another static mixer structure broken section in a kind of low-pressure delivery spray equipment of the present invention
Schematic diagram (wherein, the quantity of the feed-inputing branched pipe of static mixer is 3)；
Fig. 5 is that another static mixer structure in a kind of low-pressure delivery spray equipment of the present invention overlooks signal
Figure；
Fig. 6 is another static mixer structure schematic diagram in a kind of low-pressure delivery spray equipment of the present invention；
Fig. 7 is that a kind of low-pressure delivery spray equipment of the present invention installs shell schematic diagram additional；
Fig. 8 is a kind of low-pressure delivery spray equipment yet another construction schematic diagram (wherein, static mixer of the present invention
Feed-inputing branched pipe quantity be 3)；
Fig. 9 is also a kind of static mixer structure schematic diagram in a kind of low-pressure delivery spray equipment of the present invention；
In figure: mouth 3, B component feed inlet 4, discharge port 5, air compressor, are sent at component A feed inlet 2 in mixed charge road 1
6, first pressure container 7, second pressure container 8, third pressure vessel 9, the first valve 10, the second valve 11, third valve 12,
Spray head 13, the 4th pressure vessel 14, the 4th valve 15, spiral flow deflector 16, component A feed-inputing branched pipe 17, B component feed-inputing branched pipe
18, shell 19, air compressor switch 20, power source switch 21, third component (C component) feed-inputing branched pipe 22, the first paint can
23, cleaning barrel 24, the second paint can 25, the first diaphragm pump module 26, cleaning membrane pump module 27, the second diaphragm pump module 28,
Inclination angle ∝, third component (C component) feed inlet 29, mixed charge road discharge port away from the distance d of nearest feed inlet；
The structure of low-pressure delivery spray equipment of the present invention is done further in conjunction with the embodiments below by attached drawing
It is described in detail.
Specific embodiment
Embodiment 1:
As shown in Figure 1, a kind of low-pressure delivery spray equipment, there are three sets of transportation systems with pressure, including air compressor 6,
First pressure container 7, second pressure container 8, third pressure vessel 9, there are also the first valves 10, the second valve 11, third valve
12, static mixer, spray head 13；
Air compressor 6 is connect with one end of first pressure container 7, second pressure container 8, third pressure vessel 9 respectively
And supply, form three sets of transportation systems with pressure；
First pressure container 7, third pressure vessel 9 volume be 0.01~15 cubic metre between, specifically may is that 0.01
Cubic meter, 0.02 cubic metre, 0.03 cubic metre, 0.04 cubic metre, 0.05 cubic metre, 0.06 cubic metre, 0.07 cubic metre, 0.08
Cubic meter, 0.09 cubic metre, 0.1 cubic metre, 0.2 cubic metre, 0.3 cubic metre, 0.4 cubic metre, 0.5 cubic metre, 0.6 cube
Rice, 0.7 cubic metre, 0.8 cubic metre, 0.9 cubic metre, 1 cubic metre or 1.5 cubic metres or 2 cubic metres or 2.5 cubic metres or
3 cubic metres or 3.5 cubic metres or 4 cubic metres or 4.5 cubic metres or 5 cubic metres or 5.5 cubic metres or 6 cubic metres or
6.5 cubic metres or 7 cubic metres or 7.5 cubic metres or 8 cubic metres or 8.5 cubic metres or 9 cubic metres or 9.5 cubic metres,
Or 10 cubic metres or 10.5 cubic metres or 11 cubic metres or 11.5 cubic metres or 12 cubic metres or 12.5 cubic metres or 13
Cubic meter or 13.5 cubic metres or 14 cubic metres or 14.5 cubic metres or 15 cubic metres or 0.01 cubic metre~15 cubic metres
Between any value；According to site operation situation, the pressure vessel dress base-material of not co-content can choose, and calculate every time
The time of feed supplement, place, position place fluid base-material in corresponding position in advance, base-material are facilitated to replace；
The volume of second pressure container 8 is that specifically may is that 0.01 cubic metre, 0.02 cube between 0.01~1 cubic metre
Rice, 0.03 cubic metre, 0.04 cubic metre, 0.05 cubic metre, 0.06 cubic metre, 0.07 cubic metre, 0.08 cubic metre, 0.09 cube
Rice, 0.1 cubic metre or 0.2 cubic metre or 0.3 cubic metre or 0.4 cubic metre or 0.5 cubic metre or 0.6 cubic metre or
Any value between 0.7 cubic metre or 0.8 cubic metre or 0.9 cubic metre or 1 cubic metre or 0.01~1 cubic metre；
Air compressor 6 is to first pressure container 7, the isobaric gas supply of third pressure vessel 9, and pressure limit is 0.3~10,000,000
Between pa, specifically may is that 0.3 megapascal or 0.4 megapascal or 0.5 megapascal or 0.6 megapascal or 0.7 megapascal or 0.8 megapascal,
Or 0.9 megapascal or 1 megapascal or 2 megapascal or 3 megapascal or 4 megapascal or 5 megapascal or 6 megapascal or 7 megapascal or 8 megapascal or 9
Any value between megapascal or 10 megapascal or 0.3~10 megapascal；
Can permit first pressure container 7,9 supply gas pressure of third pressure vessel has deviation, pressure divergence range 0~
Between 0.1 megapascal；
Can taking human as setting first pressure container 7 and third pressure vessel 9 between pressure difference 0.1~10 megapascal it
Between, it specifically may is that 0.1 megapascal or 0.2 megapascal or 0.3 megapascal or 0.4 megapascal or 0.5 megapascal or 0.6 megapascal or 0.7
Megapascal or 0.8 megapascal or 0.9 megapascal or 1 megapascal or 2 megapascal or 3 megapascal or 4 megapascal or 5 megapascal or 6 megapascal or 7
Any value between megapascal or 8 megapascal or 9 megapascal or 10 megapascal or 0.1~10 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure limit specifically may is that between 0.3~10 megapascal
0.3 megapascal or 0.4 megapascal or 0.5 megapascal or 0.6 megapascal or 0.7 megapascal or 0.8 megapascal or 0.9 megapascal or 1 megapascal,
Or 2 megapascal or 3 megapascal or 4 megapascal or 5 megapascal or 6 megapascal or 7 megapascal or 8 megapascal or 9 megapascal or 10 megapascal or
Any value between 0.3~10 megapascal；
The first pressure container 7, second pressure container 8, third pressure vessel 9 the other end connect first valve respectively
Door the 10, second valve 11, third valve 12 one end, first valve 10, the second valve 11, third valve 12 the other end
The component A feed-inputing branched pipe 17 of new structure static mixing device of the present invention is connect respectively, is sent into mouth 3, B component feed-inputing branched pipe
18；
Air compressor 6 can also provide pressed gas to spray head 13, quickly be sprayed mixture from spray head 13 with facilitating
Out, when adjusting the gas of the load different pressures of air compressor 6, or the size of adjustment air control valve door, it realizes with can be convenient
The coating for spraying different structure, meets the needs of different；The air pressure that air compressor 6 is transported to spray head 13 can be 0.3
Between~10 megapascal, 0.3 megapascal or 0.4 megapascal or 0.5 megapascal or 0.6 megapascal or 0.7 megapascal or 0.8 specifically may is that
Megapascal or 0.9 megapascal or 1 megapascal or 2 megapascal or 3 megapascal or 4 megapascal or 5 megapascal or 6 megapascal or 7 megapascal or 8,000,000
Any value between pa or 9 megapascal or 10 megapascal or 0.3~10 megapascal；
As shown in Fig. 2, static mixer include mixed charge road 1 and two component As being set on mixed charge road 1 into
Expect that (as shown in the figure, two feed-inputing branched pipes are set to mixed charge in a manner of staggeredly opposite direction for branch pipe 17 and B component feed-inputing branched pipe 18
On road 1)；Spiral flow deflector 16, A of the component A feed-inputing branched pipe 17 on mixed charge road 1 are fixedly installed in mixed charge road 1
Component feed inlet 2 and B component feed-inputing branched pipe 18 between the B component feed inlet 4 on mixed charge road 1 at least between across a circle spiral shell
Revolve flow deflector blade；
The central axes of component A feed-inputing branched pipe 17 and the axis angle (inclination angle ∝) in mixed charge road 1 are 10 °~75 °, tool
Body can be 10 ° or 15 ° or 20 ° or 25 ° or 30 ° or 35 ° or 40 ° or 45 ° or 50 ° or 55 ° or 60 ° or
Other any values between 65 ° or 70 ° or 75 ° or 10 °~75 °；
The central axes of B component feed-inputing branched pipe 18 and the axis angle (inclination angle ∝) in mixed charge road 1 are 10 °~75 °, tool
Body can be 10 ° or 15 ° or 20 ° or 25 ° or 30 ° or 35 ° or 40 ° or 45 ° or 50 ° or 55 ° or 60 ° or
Other any values between 65 ° or 70 ° or 75 ° or 10 °~75 °；
The total length in mixed charge road 1 is 10 centimetres~800 centimetres, specifically can be 10 centimetres or 15 centimetres or 20 lis
Rice or 25 centimetres or 30 centimetres or 35 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or
65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 105
Centimetre or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 centimetres or
145 centimetres or 150 centimetres or 155 centimetres or 160 centimetres or 165 centimetres or 170 centimetres or 175 centimetres or 180 lis
Rice or 185 centimetres or 190 centimetres or 195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or 215 centimetres or
220 centimetres or 225 centimetres or 230 centimetres or 235 centimetres or 240 centimetres or 245 centimetres or 250 centimetres or 255 lis
Rice or 260 centimetres or 265 centimetres or 270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or 290 centimetres or
295 centimetres or 300 centimetres or 305 centimetres or 310 centimetres or 315 centimetres or 320 centimetres or 325 centimetres or 330 lis
Rice or 335 centimetres or 340 centimetres or 345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or 365 centimetres or
370 centimetres or 375 centimetres or 380 centimetres or 385 centimetres or 390 centimetres or 395 centimetres or 400 centimetres or 405 lis
Rice or 410 centimetres or 415 centimetres or 420 centimetres or 425 centimetres or 430 centimetres or 435 centimetres or 440 centimetres or
445 centimetres or 450 centimetres or 455 centimetres or 460 centimetres or 465 centimetres or 470 centimetres or 475 centimetres or 480 lis
Rice or 485 centimetres or 490 centimetres or 495 centimetres or 500 centimetres or 505 centimetres or 510 centimetres or 515 centimetres or
520 centimetres or 525 centimetres or 530 centimetres or 535 centimetres or 540 centimetres or 545 centimetres or 550 centimetres or 555 lis
Rice or 560 centimetres or 565 centimetres or 570 centimetres or 575 centimetres or 580 centimetres or 585 centimetres or 590 centimetres or
595 centimetres or 600 centimetres or 605 centimetres or 610 centimetres or 615 centimetres or 620 centimetres or 625 centimetres or 630 lis
Rice or 635 centimetres or 640 centimetres or 645 centimetres or 650 centimetres or 655 centimetres or 660 centimetres or 665 centimetres or
670 centimetres or 675 centimetres or 680 centimetres or 685 centimetres or 690 centimetres or 695 centimetres or 700 centimetres or 705 lis
Rice or 710 centimetres or 715 centimetres or 720 centimetres or 725 centimetres or 730 centimetres or 735 centimetres or 740 centimetres or
745 centimetres or 750 centimetres or 755 centimetres or 760 centimetres or 765 centimetres or 770 centimetres or 775 centimetres or 780 lis
Rice or other any values between 785 centimetres or 790 centimetres or 795 centimetres or 800 centimetres or 10 centimetres~800 centimetres；
(that is: discharge port 5 as shown in Figure 2 is apart from nearest away from nearest feed inlet for the discharge port 5 in mixed charge road 1
Feed inlet is component A feed inlet 2) distance d be 5 centimetres~700 centimetres, specifically may is that 5 centimetres or 10 centimetres or 15 lis
Rice or 20 centimetres or 25 centimetres or 30 centimetres or 35 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or
60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 lis
Rice or 105 centimetres or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or
140 centimetres or 145 centimetres or 150 centimetres or 155 centimetres or 160 centimetres or 165 centimetres or 170 centimetres or 175 lis
Rice or 180 centimetres or 185 centimetres or 190 centimetres or 195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or
215 centimetres or 220 centimetres or 225 centimetres or 230 centimetres or 235 centimetres or 240 centimetres or 245 centimetres or 250 lis
Rice or 255 centimetres or 260 centimetres or 265 centimetres or 270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or
290 centimetres or 295 centimetres or 300 centimetres or 305 centimetres or 310 centimetres or 315 centimetres or 320 centimetres or 325 lis
Rice or 330 centimetres or 335 centimetres or 340 centimetres or 345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or
365 centimetres or 370 centimetres or 375 centimetres or 380 centimetres or 385 centimetres or 390 centimetres or 395 centimetres or 400 lis
Rice or 405 centimetres or 410 centimetres or 415 centimetres or 420 centimetres or 425 centimetres or 430 centimetres or 435 centimetres or
440 centimetres or 445 centimetres or 450 centimetres or 455 centimetres or 460 centimetres or 465 centimetres or 470 centimetres or 475 lis
Rice or 480 centimetres or 485 centimetres or 490 centimetres or 495 centimetres or 500 centimetres or 505 centimetres or 510 centimetres or
515 centimetres or 520 centimetres or 525 centimetres or 530 centimetres or 535 centimetres or 540 centimetres or 545 centimetres or 550 lis
Rice or 555 centimetres or 560 centimetres or 565 centimetres or 570 centimetres or 575 centimetres or 580 centimetres or 585 centimetres or
590 centimetres or 595 centimetres or 600 centimetres or 605 centimetres or 610 centimetres or 615 centimetres or 620 centimetres or 625 lis
Rice or 630 centimetres or 635 centimetres or 640 centimetres or 645 centimetres or 650 centimetres or 655 centimetres or 660 centimetres or
665 centimetres or 670 centimetres or 675 centimetres or 680 centimetres or 685 centimetres or 690 centimetres or 695 centimetres or 700 lis
Other any values between rice or 5 centimetres~700 centimetres；
The interior diameter in mixed charge road 1 be 1 centimetre~150 centimetres, specifically can be 1 centimetre or 2 centimetres or 3 centimetres,
Or 4 centimetres or 5 centimetres or 6 centimetres or 7 centimetres or 8 centimetres or 9 centimetres or 10 centimetres or 11 centimetres or 12 centimetres or
13 centimetres or 14 centimetres or 15 centimetres or 16 centimetres or 17 centimetres or 18 centimetres or 19 centimetres or 20 centimetres or 21 lis
Rice or 22 centimetres or 23 centimetres or 24 centimetres or 25 centimetres or 26 centimetres or 27 centimetres or 28 centimetres or 29 centimetres or
30 centimetres or 31 centimetres or 32 centimetres or 33 centimetres or 34 centimetres or 35 centimetres or 36 centimetres or 37 centimetres or 38 lis
Rice or 39 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or
75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 105 centimetres or 110 centimetres or
115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 centimetres or 145 centimetres or 150 lis
Other any values between rice or 1 centimetre~150 centimetres；
Not only it uniformly can effectively have been mixed with to ensure mixture in mixed charge road 1 but also the solidification that will not react；
The interior diameter of component A feed-inputing branched pipe 17 be 0.5 centimetre~100 centimetres, specifically can be 0.5 centimetre or 1 centimetre,
Or 2 centimetres or 3 centimetres or 4 centimetres or 5 centimetres or 6 centimetres or 7 centimetres or 8 centimetres or 9 centimetres or 10 centimetres or 11
Centimetre or 12 centimetres or 13 centimetres or 14 centimetres or 15 centimetres or 16 centimetres or 17 centimetres or 18 centimetres or 19 centimetres,
Or 20 centimetres or 21 centimetres or 22 centimetres or 23 centimetres or 24 centimetres or 25 centimetres or 26 centimetres or 27 centimetres or 28
Centimetre or 29 centimetres or 30 centimetres or 31 centimetres or 32 centimetres or 33 centimetres or 34 centimetres or 35 centimetres or 36 centimetres,
Or 37 centimetres or 38 centimetres or 39 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65
Centimetre or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 0.5 li
Rice~100 centimetres between other any values；
The interior diameter of B component feed-inputing branched pipe 18 be 0.5 centimetre~100 centimetres, specifically can be 0.5 centimetre or 1 centimetre,
Or 2 centimetres or 3 centimetres or 4 centimetres or 5 centimetres or 6 centimetres or 7 centimetres or 8 centimetres or 9 centimetres or 10 centimetres or 11
Centimetre or 12 centimetres or 13 centimetres or 14 centimetres or 15 centimetres or 16 centimetres or 17 centimetres or 18 centimetres or 19 centimetres,
Or 20 centimetres or 21 centimetres or 22 centimetres or 23 centimetres or 24 centimetres or 25 centimetres or 26 centimetres or 27 centimetres or 28
Centimetre or 29 centimetres or 30 centimetres or 31 centimetres or 32 centimetres or 33 centimetres or 34 centimetres or 35 centimetres or 36 centimetres,
Or 37 centimetres or 38 centimetres or 39 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65
Centimetre or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 0.5 li
Rice~100 centimetres between other any values；
The present embodiment concrete preferred structure can be with:
Or one:
The volume of first pressure container 7 is 1 cubic metre, the volume of second pressure container 8 is 0.1 cubic metre, third pressure
The volume of container 9 is 1 cubic metre；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 0.3 megapascal；Allow
There is the pressure divergence of 0.1 megapascal between first pressure container 7 and third pressure vessel 9；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.3 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 10 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 10 °；
The total length in mixed charge road 1 is 10 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 5 centimetres；
The interior diameter in mixed charge road 1 is 1 centimetre, and the interior diameter of component A feed-inputing branched pipe 17 is 0.5 centimetre, B component charging
The interior diameter of branch pipe 18 is 0.5 centimetre.
Or two:
The volume of first pressure container 7 is 15 cubic metres, the volume of second pressure container 8 is 1 cubic metre, third pressure is held
The volume of device 9 is 15 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 10 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 10 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 75 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 75 °；
The total length in mixed charge road 1 is 800 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 700 centimetres；
The interior diameter in mixed charge road 1 is 150 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 100 centimetres, B component into
The interior diameter for expecting branch pipe 18 is 100 centimetres；
Or three:
The volume of first pressure container 7 is 5 cubic metres, the volume of second pressure container 8 is 0.1 cubic metre, third pressure
The volume of container 9 is 10 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 1 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 1 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 35 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 550 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 500 centimetres；
The interior diameter in mixed charge road 1 is 10 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 5 centimetres, B component charging
The interior diameter of branch pipe 18 is 7 centimetres；
Or four:
The volume of first pressure container 7 is 10 cubic metres, the volume of second pressure container 8 is 0.5 cubic metre, third pressure
The volume of container 9 is 10 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 5 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 5 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 45 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 300 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 250 centimetres；
The interior diameter in mixed charge road 1 is 80 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 50 centimetres, B component charging
The interior diameter of branch pipe 18 is 50 centimetres；
Or five:
The volume of first pressure container 7 is 7 cubic metres, the volume of second pressure container 8 is 1 cubic metre, third pressure is held
The volume of device 9 is 7 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 3 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 4 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 45 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 200 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 150 centimetres；
The interior diameter in mixed charge road 1 is 40 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 20 centimetres, B component charging
The interior diameter of branch pipe 18 is 20 centimetres；
Or six:
The volume of first pressure container 7 is 6 cubic metres, the volume of second pressure container 8 is 1 cubic metre, third pressure is held
The volume of device 9 is 12 cubic metres；
Air compressor 6 is supplied to first pressure container 7, and pressure is 4 megapascal；Air compressor 6 is to third pressure vessel 9
Gas supply, pressure are 8 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 2 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 45 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 450 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 350 centimetres；
The interior diameter in mixed charge road 1 is 50 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 30 centimetres, B component charging
The interior diameter of branch pipe 18 is 30 centimetres；
Or seven:
The volume of first pressure container 7 is 4 cubic metres, the volume of second pressure container 8 is 0.3 cubic metre, third pressure
The volume of container 9 is 2 cubic metres；
Air compressor 6 is supplied to first pressure container 7, and pressure is 1 megapascal；Air compressor 6 is to third pressure vessel 9
Gas supply, pressure are 0.5 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 3 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 30 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 30 °；
The total length in mixed charge road 1 is 50 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 30 centimetres；
The interior diameter in mixed charge road 1 is 5 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 3 centimetres, B component charging branch
The interior diameter of pipe 18 is 3 centimetres；
Or eight:
The volume of first pressure container 7 is 8 cubic metres, the volume of second pressure container 8 is 0.8 cubic metre, third pressure
The volume of container 9 is 12 cubic metres；
Air compressor 6 is supplied to first pressure container 7, and pressure is 6 megapascal；Air compressor 6 is to third pressure vessel 9
Gas supply, pressure are 9 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 6 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 60 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 60 °；
The total length in mixed charge road 1 is 600 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 380 centimetres；
The interior diameter in mixed charge road 1 is 100 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 80 centimetres, B component into
The interior diameter for expecting branch pipe 18 is 80 centimetres；
Or nine:
The volume of first pressure container 7 is 3 cubic metres, the volume of second pressure container 8 is 0.7 cubic metre, third pressure
The volume of container 9 is 12 cubic metres；
Air compressor 6 is supplied to first pressure container 7, and pressure is 2 megapascal；Air compressor 6 is to third pressure vessel 9
Gas supply, pressure are 8 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 7 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 20 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 20 °；
The total length in mixed charge road 1 is 60 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 40 centimetres；
The interior diameter in mixed charge road 1 is 10 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 7 centimetres, B component charging
The interior diameter of branch pipe 18 is 7 centimetres；
Or ten:
The volume of first pressure container 7 is 9 cubic metres, the volume of second pressure container 8 is 0.65 cubic metre, third pressure
The volume of container 9 is 4.5 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 4 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 8 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 15 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 15 °；
The total length in mixed charge road 1 is 220 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 175 centimetres；
The interior diameter in mixed charge road 1 is 20 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 12.7 centimetres, B component into
The interior diameter for expecting branch pipe 18 is 9 centimetres；
Or 11:
The volume of first pressure container 7 is 5 cubic metres, the volume of second pressure container 8 is 0.2 cubic metre, third pressure
The volume of container 9 is 5 cubic metres；
Air compressor 6 is supplied to first pressure container 7, and pressure is 1.2 megapascal；Air compressor 6 holds to third pressure
Device 9 supplies, and pressure is 0.6 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.7 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 50 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 60 °；
The total length in mixed charge road 1 is 20 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 10 centimetres；
The interior diameter in mixed charge road 1 is 6 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 3 centimetres, B component charging branch
The interior diameter of pipe 18 is 4.2 centimetres；
Or 12:
The volume of first pressure container 7 is 12 cubic metres, the volume of second pressure container 8 is 0.9 cubic metre, third pressure
The volume of container 9 is 12 cubic metres；
Air compressor 6 is supplied to first pressure container 7, and pressure is 10 megapascal；Air compressor 6 is to third pressure vessel
9 gas supply, pressure are 8 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 9 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 15 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 700 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 500 centimetres；
The interior diameter in mixed charge road 1 is 150 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 60 centimetres, B component into
The interior diameter for expecting branch pipe 18 is 67.1 centimetres；
Or 13:
The volume of first pressure container 7 is 2 cubic metres, the volume of second pressure container 8 is 0.2 cubic metre, third pressure
The volume of container 9 is 10 cubic metres；
Air compressor 6 is supplied to first pressure container 7, and pressure is 0.3 megapascal；Air compressor 6 holds to third pressure
Device 9 supplies, and pressure is 1.5 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 1.5 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 75 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 75 °；
The total length in mixed charge road 1 is 15 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 12 centimetres；
The interior diameter in mixed charge road 1 is 2 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 1.5 centimetres, B component charging
The interior diameter of branch pipe 18 is 1.5 centimetres；
Or 14:
The volume of first pressure container 7 is 14 cubic metres, the volume of second pressure container 8 is 0.75 cubic metre, third pressure
The volume of force container 9 is 14.5 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 7 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 4.5 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 25 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 50 °；
The total length in mixed charge road 1 is 100 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 70 centimetres；
The interior diameter in mixed charge road 1 is 60 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 55 centimetres, B component charging
The interior diameter of branch pipe 18 is 55 centimetres；
Or 15:
The volume of first pressure container 7 is 6.5 cubic metres, the volume of second pressure container 8 is 0.35 cubic metre, third pressure
The volume of force container 9 is 6.4 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 2 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 2 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 25 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 25 °；
The total length in mixed charge road 1 is 45 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 40 centimetres；
The interior diameter in mixed charge road 1 is 30 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 15 centimetres, B component charging
The interior diameter of branch pipe 18 is 15 centimetres；
Or 16:
The volume of first pressure container 7 is 13 cubic metres, the volume of second pressure container 8 is 1 cubic metre, third pressure is held
The volume of device 9 is 13 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 5.5 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 5 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 60 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 30 °；
The total length in mixed charge road 1 is 770 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 700 centimetres；
The interior diameter in mixed charge road 1 is 70 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 70 centimetres, B component charging
The interior diameter of branch pipe 18 is 70 centimetres；
Or 17:
The volume of first pressure container 7 is 0.09 cubic metre, the volume of second pressure container 8 is 0.03 cubic metre, third
The volume of pressure vessel 9 is 0.09 cubic metre；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 0.6 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.6 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 45 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 50 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 40 centimetres；
The interior diameter in mixed charge road 1 is 3.34 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 1.9 centimetres, B component
The interior diameter of feed-inputing branched pipe 18 is 1.9 centimetres；
Or 18:
The volume of first pressure container 7 is 1 cubic metre, the volume of second pressure container 8 is 0.1 cubic metre, third pressure
The volume of container 9 is 1 cubic metre；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 0.6 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.6 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 35 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 35 °；
The total length in mixed charge road 1 is 80 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 70 centimetres；
The interior diameter in mixed charge road 1 is 10 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 6 centimetres, B component charging
The interior diameter of branch pipe 18 is 6 centimetres；
Or 19:
The volume of first pressure container 7 is 0.15 cubic metre, the volume of second pressure container 8 is 0.15 cubic metre, third
The volume of pressure vessel 9 is 0.15 cubic metre；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 0.5 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.5 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 45 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 50 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 40 centimetres；
The interior diameter in mixed charge road 1 is 1.9 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 1.25 centimetres, B component
The interior diameter of feed-inputing branched pipe 18 is 1.25 centimetres；
Or 20:
The volume of first pressure container 7 is 0.06 cubic metre, the volume of second pressure container 8 is 0.03 cubic metre, third
The volume of pressure vessel 9 is 0.06 cubic metre；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 0.6 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.6 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 45 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 45 °；
The total length in mixed charge road 1 is 50 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 40 centimetres；
The interior diameter in mixed charge road 1 is 1.9 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 1.25 centimetres, B component
The interior diameter of feed-inputing branched pipe 18 is 1.25 centimetres；
Or 21:
The volume of first pressure container 7 is 0.5 cubic metre, the volume of second pressure container 8 is 0.1 cubic metre, third pressure
The volume of force container 9 is 0.5 cubic metre；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 0.7 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.7 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 47 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 47 °；
The total length in mixed charge road 1 is 100 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 90 centimetres；
The interior diameter in mixed charge road 1 is 8 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 5 centimetres, B component charging branch
The interior diameter of pipe 18 is 5 centimetres；
Or 22:
The volume of first pressure container 7 is 2 cubic metres, the volume of second pressure container 8 is 0.1 cubic metre, third pressure
The volume of container 9 is 2 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 0.7 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 0.7 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 30 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 30 °；
The total length in mixed charge road 1 is 120 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 100 centimetres；
The interior diameter in mixed charge road 1 is 15 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 8 centimetres, B component charging
The interior diameter of branch pipe 18 is 8 centimetres；
Or 23:
The volume of first pressure container 7 is 3 cubic metres, the volume of second pressure container 8 is 0.5 cubic metre, third pressure
The volume of container 9 is 3 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 1 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 1 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 31 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 32 °；
The total length in mixed charge road 1 is 130 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 110 centimetres；
The interior diameter in mixed charge road 1 is 20 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 10 centimetres, B component charging
The interior diameter of branch pipe 18 is 10 centimetres；
Or 24:
The volume of first pressure container 7 is 5 cubic metres, the volume of second pressure container 8 is 0.6 cubic metre, third pressure
The volume of container 9 is 5 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 2 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 1 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 33 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 33 °；
The total length in mixed charge road 1 is 150 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 130 centimetres；
The interior diameter in mixed charge road 1 is 30 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 15 centimetres, B component charging
The interior diameter of branch pipe 18 is 15 centimetres；
Or 25:
The volume of first pressure container 7 is 6 cubic metres, the volume of second pressure container 8 is 0.6 cubic metre, third pressure
The volume of container 9 is 6 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 4 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 1 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 36 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 36 °；
The total length in mixed charge road 1 is 200 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 150 centimetres；
The interior diameter in mixed charge road 1 is 40 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 20 centimetres, B component charging
The interior diameter of branch pipe 18 is 20 centimetres；
Or 26:
The volume of first pressure container 7 is 8 cubic metres, the volume of second pressure container 8 is 0.5 cubic metre, third pressure
The volume of container 9 is 8 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 5 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 1 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 41 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 41 °；
The total length in mixed charge road 1 is 300 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 250 centimetres；
The interior diameter in mixed charge road 1 is 80 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 40 centimetres, B component charging
The interior diameter of branch pipe 18 is 40 centimetres；
Or 27:
The volume of first pressure container 7 is 7 cubic metres, the volume of second pressure container 8 is 0.1 cubic metre, third pressure
The volume of container 9 is 7 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 5 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 5 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 50 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 50 °；
The total length in mixed charge road 1 is 300 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 250 centimetres；
The interior diameter in mixed charge road 1 is 70 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 35 centimetres, B component charging
The interior diameter of branch pipe 18 is 35 centimetres；
Or 28:
The volume of first pressure container 7 is 12 cubic metres, the volume of second pressure container 8 is 1 cubic metre, third pressure is held
The volume of device 9 is 12 cubic metres；
Air compressor 6 is supplied to first pressure container 7 and third pressure vessel 9 are isobaric, and pressure is 10 megapascal；
Air compressor 6 is supplied to second pressure container 8, and pressure is 1 megapascal；
The axis angle (inclination angle ∝) in the central axes of component A feed-inputing branched pipe 17 and mixed charge road 1 is 60 °, B component into
The axis angle (inclination angle ∝) of the central axes and mixed charge road 1 of expecting branch pipe 18 is 60 °；
The total length in mixed charge road 1 is 500 centimetres；The discharge port 5 in mixed charge road 1 is away from nearest feed inlet
The distance of (that is: discharge port 5 as shown in Figure 2 is component A feed inlet 2 apart from nearest feed inlet) is 400 centimetres；
The interior diameter in mixed charge road 1 is 130 centimetres, and the interior diameter of component A feed-inputing branched pipe 17 is 70 centimetres, B component into
The interior diameter for expecting branch pipe 18 is 70 centimetres；
As shown in fig. 7, a kind of low-pressure delivery spray equipment of the present invention, air compressor 6, first pressure container
7, second pressure container 8, third pressure vessel 9, the first valve 10, the second valve 11, third valve 12, static mixer, spray
First 13 connect to be placed in shell 19 and are moved easily.Wherein, air compressor switch 20, power source switch 21, the first valve
10, the second valve 11, third valve 12, spray head 13 pass through shell 19 and are placed on shell outside plate, and operator is facilitated to operate；Shell 19
It can be placed on various mobile platforms or 19 lower part of shell is provided with wheel arbitrarily to move；A kind of low-pressure delivery
Spray equipment can self-powered or external power supply or the power supply of included solar panels, or carry other power sources, it is ensured that pneumatics
Machine starting is normal.
First pressure container 7 be provided with fluid constituents base-material one (component A base-material, such as it is so available on the market that plug with molten metal board
660A), the component A feed-inputing branched pipe 17 of connection static mixer is controlled by the first valve 10；
Third pressure vessel 9 be provided with fluid constituents base-material two (B component base-material, such as it is so available on the market that plug with molten metal board
660B), the B component feed-inputing branched pipe 18 of connection static mixer is controlled by third valve 12；
Cleaning agent can be housed in second pressure container 8, the feeding of connection static mixer is controlled by the second valve 11
Mouth 3；
In spraying operation, opens power source switch 21, opens air compressor switch 20, the first valve 10 and third valve
Door 12 closes the second valve 11 (at this point, second pressure container 8 built-in be cleaning solution)；To first pressure container 7, third pressure
9 pressure supply of force container, so that two kinds of fluid constituents base-materials (such as: component A base-material, B component base-material) pass through static mixer two respectively
The different pressures that the feed-inputing branched pipe of side is arranged with uniform pressure (allowing to have pressure divergence) or on demand are pushed into mixed charge road 1
Interior, along spiral flow deflector 16, rotational flow is sufficiently mixed in mixed charge road 1, and is finally realized and sprayed by spray head 13；
As long as two kinds of component base-materials are constantly by injection mixed charge road 1, which can meet two
The real-time continuous mixing of component base-material sprays, and then realizes and do not block the quick pavement construction operation of high-quality and high-efficiency continuously；
When terminating spraying, the first valve 10 and third valve 12 are closed, the second valve 11 is opened, pressure is supplied second
Pressure vessel 8, so that cleaning agent therein (such as dimethylbenzene) enters static mixer and cleans the remaining fluid mixture in it.
It is also possible that identical with above embodiment, only air compressor 6 can also connect spray head 13, convenient
Mixture is quickly sprayed from spray head 13, when adjusting the gas of the load different pressures of air compressor 6, or adjustment air control valve
The size of door realizes the coating for spraying different structure, meets the needs of different in which can be convenient；Air compressor 6 is transported to spray
First 13 air pressure can be 0.3~10 megapascal, specifically may is that 0.3 megapascal or 0.4 megapascal or 0.5 megapascal or 0.6
Megapascal or 0.7 megapascal or 0.8 megapascal or 0.9 megapascal or 1 megapascal or 2 megapascal or 3 megapascal or 4 megapascal or 5 megapascal or
Any value between 6 megapascal or 7 megapascal or 8 megapascal or 9 megapascal or 10 megapascal or 0.3~10 megapascal, different pressure
It is worth the coating of corresponding different structure state.
It is also possible that cleaning solution is not only filled in second pressure container 8 under identical with above two implementation,
Only reservoir pressure air, air pressure range between 0.3~10 megapascal, specifically may is that 0.3 megapascal or 0.4 megapascal or
0.5 megapascal or 0.6 megapascal or 0.7 megapascal or 0.8 megapascal or 0.9 megapascal or 1 megapascal or 2 megapascal or 3 megapascal or 4,000,000
Any number between pa or 5 megapascal or 6 megapascal or 7 megapascal or 8 megapascal or 9 megapascal or 10 megapascal or 0.3~10 megapascal
Value；In spraying operation, while opening air compressor 6, the first valve 10, third valve 12, the second valve 11 is also opened,
Compressed gas enters static mixer by being sent into mouth 3, on the one hand helps the mixed liquor in mixed charge road 1 by discharge port 5 through spraying
First 13 spray, on the other hand, when adjusting the gas of the load different pressures of air compressor 6, or the size of adjustment air control valve door,
The coating that can form different structure can be sprayed, different pressure values corresponds to the coating of different structure, meets the needs of different；It is tying
When beam sprays, the first valve 10 and third valve 12 are closed, the second valve 11 is kept to open, at this point, air with pressure is mixed by static state
Clutch is sent into mouth 3 and is gone successively to, and the mixed liquor in mixed charge road 1 is blown out by spray head 13, it is ensured that without stagnant in mixed charge road 1
After the mixed liquor stayed, the second valve 11 is closed.
It is also possible that being sent into 3 pairs of mouth then threeway delivery outlet, when terminating spraying, the first valve 10 and third valve are closed
Door 12 keeps the second valve 11 to open, at this point, air with pressure is sent into through the input port of threeway supplied gas by static mixer
Mouth 3 is gone successively to, and the mixture in mixed charge road 1 is blown out by spray head 13, closes the input port supplied gas, then open three
The input port of logical cleaning is sent into cleaning solution, is cleaned the mixture in mixed charge road 1 thoroughly.
Embodiment 2
As shown in figure 3, a kind of low-pressure delivery spray equipment, structure and structure described in embodiment 1 are essentially identical, different
Only that first pressure container 7 is substituted by the first paint can 23, the first diaphragm pump module 26, second pressure container 8 by cleaning barrel 24,
Cleaning membrane pump module 27 substitutes, and third pressure vessel 9 is substituted by the second paint can 25, the second diaphragm pump module 28；
Diaphragm pump module can be a diaphragm pump or be connected in parallel two diaphragm pumps composition or be connected in parallel three
The more diaphragm pumps composition that platform diaphragm pump is formed or is connected in parallel；
Coating is added in real time in each paint can, and it is synchronous with spraying operating vehicle to be equipped with material supply vehicle simultaneously, to protect
Hinder the material supply to feed in real time, to effectively realize continuous spray operation.
Diaphragm pump can also be substituted by gear pump or centrifugal pump.
Embodiment 3
As shown in figure 8, a kind of low-pressure delivery spray equipment, structure and the basic phase of structure described in embodiment 1 or embodiment 2
Together, different is only that there are three feed inlets on static mixer, as shown in fig. 6, each feed-inputing branched pipe is opposite in a manner of leaf alternate
(each feed-inputing branched pipe is staggered on the same plane for being set to mixed charge road 1) is set on mixed charge road 1, each feed-inputing branched pipe
Feed inlet corresponds respectively to the different location of spiral flow deflector, the low-pressure delivery spray equipment further include the 4th pressure vessel 14,
4th valve 15；
Third component (C component) (or other feed-inputing branched pipes) interior diameter of feed-inputing branched pipe 22 is 0.5 centimetre~100 centimetres, tool
Body can be 0.5 centimetre or 1 centimetre or 2 centimetres or 3 centimetres or 4 centimetres or 5 centimetres or 6 centimetres or 7 centimetres or 8 lis
Rice or 9 centimetres or 10 centimetres or 11 centimetres or 12 centimetres or 13 centimetres or 14 centimetres or 15 centimetres or 16 centimetres or
17 centimetres or 18 centimetres or 19 centimetres or 20 centimetres or 21 centimetres or 22 centimetres or 23 centimetres or 24 centimetres or 25 lis
Rice or 26 centimetres or 27 centimetres or 28 centimetres or 29 centimetres or 30 centimetres or 31 centimetres or 32 centimetres or 33 centimetres or
34 centimetres or 35 centimetres or 36 centimetres or 37 centimetres or 38 centimetres or 39 centimetres or 40 centimetres or 45 centimetres or 50 lis
Rice or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or
Other any values between 95 centimetres or 100 centimetres or 0.5 centimetre~100 centimetres；
The feed-inputing branched pipe central axes of third component (C component) feed inlet 29 newly increased and the axis in mixed charge road 1 press from both sides
Angle (inclination angle ∝) be 10 °~75 °, specifically can be 10 ° or 15 ° or 20 ° or 25 ° or 30 ° or 35 ° or 40 ° or
Other any values between 45 ° or 50 ° or 55 ° or 60 ° or 65 ° or 70 ° or 75 ° or 10 °~75 °；
The total length in mixed charge road 1 is 20 centimetres~800 centimetres, specifically can be 20 centimetres or 25 centimetres or 30 lis
Rice or 35 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or
75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 105 centimetres or 110 centimetres or
115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 centimetres or 145 centimetres or 150 lis
Rice or 155 centimetres or 160 centimetres or 165 centimetres or 170 centimetres or 175 centimetres or 180 centimetres or 185 centimetres or
190 centimetres or 195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or 215 centimetres or 220 centimetres or 225 lis
Rice or 230 centimetres or 235 centimetres or 240 centimetres or 245 centimetres or 250 centimetres or 255 centimetres or 260 centimetres or
265 centimetres or 270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or 290 centimetres or 295 centimetres or 300 lis
Rice or 305 centimetres or 310 centimetres or 315 centimetres or 320 centimetres or 325 centimetres or 330 centimetres or 335 centimetres or
340 centimetres or 345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or 365 centimetres or 370 centimetres or 375 lis
Rice or 380 centimetres or 385 centimetres or 390 centimetres or 395 centimetres or 400 centimetres or 405 centimetres or 410 centimetres or
415 centimetres or 420 centimetres or 425 centimetres or 430 centimetres or 435 centimetres or 440 centimetres or 445 centimetres or 450 lis
Rice or 455 centimetres or 460 centimetres or 465 centimetres or 470 centimetres or 475 centimetres or 480 centimetres or 485 centimetres or
490 centimetres or 495 centimetres or 500 centimetres or 505 centimetres or 510 centimetres or 515 centimetres or 520 centimetres or 525 lis
Rice or 530 centimetres or 535 centimetres or 540 centimetres or 545 centimetres or 550 centimetres or 555 centimetres or 560 centimetres or
565 centimetres or 570 centimetres or 575 centimetres or 580 centimetres or 585 centimetres or 590 centimetres or 595 centimetres or 600 lis
Rice or 605 centimetres or 610 centimetres or 615 centimetres or 620 centimetres or 625 centimetres or 630 centimetres or 635 centimetres or
640 centimetres or 645 centimetres or 650 centimetres or 655 centimetres or 660 centimetres or 665 centimetres or 670 centimetres or 675 lis
Rice or 680 centimetres or 685 centimetres or 690 centimetres or 695 centimetres or 700 centimetres or 705 centimetres or 710 centimetres or
715 centimetres or 720 centimetres or 725 centimetres or 730 centimetres or 735 centimetres or 740 centimetres or 745 centimetres or 750 lis
Rice or 755 centimetres or 760 centimetres or 765 centimetres or 770 centimetres or 775 centimetres or 780 centimetres or 785 centimetres or
Other any values between 790 centimetres or 795 centimetres or 800 centimetres or 20 centimetres~800 centimetres；
(that is: the discharge port 5 in mixed charge road 1 is apart from it away from nearest feed inlet for the discharge port 5 in mixed charge road 1
Nearest feed inlet is C component feed inlet) distance d be 10 centimetres~700 centimetres, specifically may is that 10 centimetres or 15 lis
Rice or 20 centimetres or 25 centimetres or 30 centimetres or 35 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or
60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 lis
Rice or 105 centimetres or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or
140 centimetres or 145 centimetres or 150 centimetres or 155 centimetres or 160 centimetres or 165 centimetres or 170 centimetres or 175 lis
Rice or 180 centimetres or 185 centimetres or 190 centimetres or 195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or
215 centimetres or 220 centimetres or 225 centimetres or 230 centimetres or 235 centimetres or 240 centimetres or 245 centimetres or 250 lis
Rice or 255 centimetres or 260 centimetres or 265 centimetres or 270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or
290 centimetres or 295 centimetres or 300 centimetres or 305 centimetres or 310 centimetres or 315 centimetres or 320 centimetres or 325 lis
Rice or 330 centimetres or 335 centimetres or 340 centimetres or 345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or
365 centimetres or 370 centimetres or 375 centimetres or 380 centimetres or 385 centimetres or 390 centimetres or 395 centimetres or 400 lis
Rice or 405 centimetres or 410 centimetres or 415 centimetres or 420 centimetres or 425 centimetres or 430 centimetres or 435 centimetres or
440 centimetres or 445 centimetres or 450 centimetres or 455 centimetres or 460 centimetres or 465 centimetres or 470 centimetres or 475 lis
Rice or 480 centimetres or 485 centimetres or 490 centimetres or 495 centimetres or 500 centimetres or 505 centimetres or 510 centimetres or
515 centimetres or 520 centimetres or 525 centimetres or 530 centimetres or 535 centimetres or 540 centimetres or 545 centimetres or 550 lis
Rice or 555 centimetres or 560 centimetres or 565 centimetres or 570 centimetres or 575 centimetres or 580 centimetres or 585 centimetres or
590 centimetres or 595 centimetres or 600 centimetres or 605 centimetres or 610 centimetres or 615 centimetres or 620 centimetres or 625 lis
Rice or 630 centimetres or 635 centimetres or 640 centimetres or 645 centimetres or 650 centimetres or 655 centimetres or 660 centimetres or
665 centimetres or 670 centimetres or 675 centimetres or 680 centimetres or 685 centimetres or 690 centimetres or 695 centimetres or 700 lis
Other any values between rice or 10 centimetres~700 centimetres, to ensure that mixture both can have been mixed effectively in mixed charge road 1
Will not react solidification again；
4th pressure vessel 14 is provided with fluid constituents base-material, is controlled the of connection static mixer by the 4th valve 15
Three component feed-inputing branched pipes 22；
The present embodiment 3 can be realized to three kinds of different fluid component base-materials or two kinds of same fluid component base-materials and another kind
Different fluid component base-material is sufficiently mixed spraying in real time.
In addition, the quantity of the feed-inputing branched pipe of the static mixer in low-pressure delivery spray equipment of the present invention can also be according to
According to needing to be set as multiple, and it is corresponding respectively be equipped with pressure vessel and valve, to realize more ratios of multiple fluid component
Mixing spraying in real time.
The set-up mode of static mixer in low-pressure delivery spray equipment of the present invention in addition to above-mentioned feed-inputing branched pipe
Outside, three feed-inputing branched pipes (component A feed-inputing branched pipe 17, B component feed-inputing branched pipe 18, third component (C component) feed-inputing branched pipe 22)
Preferred structure can also be that projection of the central axes of each feed-inputing branched pipe on the cross section in mixed charge road 1 is mutually in 120 ° of angles
Mode be arranged, as shown in Figure 5.This set-up mode can be in conveying each component material with pressure, so that static mixer center of gravity
It is more stable.
Alternatively, another preferred structure is that three feed-inputing branched pipes are staggered in the Different Plane for being set to mixed charge road 1, wherein
One feed-inputing branched pipe (third component (C component) feed-inputing branched pipe 22) is set on the face perpendicular with mixed charge road 1, other two
Feed-inputing branched pipe (component A feed-inputing branched pipe 17, B component feed-inputing branched pipe 18) is staggeredly arranged oppositely in face identical with mixed charge road 1
On, as shown in Figure 4.
If the set-up mode of Fig. 4, Fig. 5 can make full use of the periphery solid space in mixed charge road 1, so that the low pressure is defeated
Send the interior layout of spray equipment more various, reasonable.
Embodiment 4
As shown in figure 9, a kind of low-pressure delivery spray equipment, with 3 structure base of embodiment 1 or embodiment 2 or embodiment
This is identical, and only the feed end of component A feed-inputing branched pipe 17, B component feed-inputing branched pipe 18 (and other feed-inputing branched pipes) is led with mixing
Pipeline 1 is arranged in parallel, and to realize that minimum occupies plane space position, structure is facilitated to design, and land occupation is few.
Embodiment 5
A kind of low-pressure delivery spray equipment, with embodiment 1 or embodiment 2 or embodiment 3 or 4 structure base of embodiment
This is identical, and different is only to be connected between the discharge port 5 of static mixer and spray head 13 with hose；
The length of hose can specifically may is that 10 centimetres or 15 centimetres or 20 between 10 centimetres to 5000 centimetres
Centimetre or 25 centimetres or 30 centimetres or 35 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres,
Or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or
105 centimetres or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 lis
Rice or 145 centimetres or 150 centimetres or 155 centimetres or 160 centimetres or 165 centimetres or 170 centimetres or 175 centimetres or
180 centimetres or 185 centimetres or 190 centimetres or 195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or 215 lis
Rice or 220 centimetres or 225 centimetres or 230 centimetres or 235 centimetres or 240 centimetres or 245 centimetres or 250 centimetres or
255 centimetres or 260 centimetres or 265 centimetres or 270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or 290 lis
Rice or 295 centimetres or 300 centimetres or 305 centimetres or 310 centimetres or 315 centimetres or 320 centimetres or 325 centimetres or
330 centimetres or 335 centimetres or 340 centimetres or 345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or 365 lis
Rice or 370 centimetres or 375 centimetres or 380 centimetres or 385 centimetres or 390 centimetres or 395 centimetres or 400 centimetres or
450 centimetres or 500 centimetres or 550 centimetres or 600 centimetres or 650 centimetres or 700 centimetres or 750 centimetres or 800 lis
Rice or 850 centimetres or 900 centimetres or 950 centimetres or 1000 centimetres or 1100 centimetres or 1200 centimetres or 1300 centimetres,
Or 1400 centimetres or 1500 centimetres or 1600 centimetres or 1700 centimetres or 1800 centimetres or 1900 centimetres or 2000 centimetres,
Or 2100 centimetres or 2200 centimetres or 2300 centimetres or 2400 centimetres or 2500 centimetres or 2600 centimetres or 2700 centimetres,
Or 2800 centimetres or 2900 centimetres or 3000 centimetres or 3100 centimetres or 3200 centimetres or 3300 centimetres or 3400 centimetres,
Or 3500 centimetres or 3600 centimetres or 3700 centimetres or 3800 centimetres or 3900 centimetres or 4000 centimetres or 4100 centimetres,
Or 4200 centimetres or 4300 centimetres or 4400 centimetres or 4500 centimetres or 4600 centimetres or 4700 centimetres or 4800 centimetres,
Or other any values between 4900 centimetres or 5000 centimetres or 10 centimetres~5000 centimetres；
Hose can be fixed the control for receiving positioning device on the positioning device, realize that six faces of front and back are moved up and down
Dynamic, the movement of positioning device can receive automation control, realize that space freely shifts.
Embodiment 6
A kind of low-pressure delivery spray equipment, with embodiment 1 or embodiment 2 or embodiment 3 or embodiment 4 or implementation
5 structure of example is essentially identical, and different is only that the feeding mouth 3 of static mixer connects pressurizing device, and pressurizing device can be air compressor machine.
The air of certain pressure is imposed by air compressor machine, the size of air pressure can be adjusted according to the viscosity of fluid and the flow of requirement,
In the longer situation in mixed charge road, time of the control mixed material in mixed charge road can be convenient.
Content of the present invention is not limited in embodiment content of the present invention.
Specific case used herein is expounded structure of the invention and embodiment, the explanation of above embodiments
It is merely used to help understand the core idea of the present invention.It should be pointed out that for those skilled in the art,
Without departing from the principles of the invention, can be with several improvements and modifications are made to the present invention, these improvement and modification are also fallen
Enter in the protection scope of the claims in the present invention.
Claims (10)
1. a kind of low-pressure delivery spray equipment, it is characterised in that: the low-pressure delivery spray equipment includes first set conveying with pressure
System, second set of transportation system with pressure, third cover transportation system with pressure, the first valve (10), the second valve (11), third valve
(12), static mixer, spray head (13)；Static mixer is that component A feed inlet (2), B group are provided on mixed charge road (1)
Part feed inlet (4), mixed charge road (1) one end are to be sent into mouth (3), and the other end is discharge port (5), first set transportation system with pressure
Output terminate the first valve (10), the component A feed inlet (2) on another termination static mixer of the first valve (10), the
The output of two sets of transportation systems with pressure terminates the second valve (11), sending on another termination static mixer of the second valve (11)
Entrance (3), third cover output termination third valve (12) of transportation system with pressure, and another termination static state of third valve (12) is mixed
B component feed inlet (4) in clutch, the discharge port (5) on static mixer connect spray head (13).
Or: the low-pressure delivery spray equipment there are also the 4th set of transportation system with pressure, the 4th valve (15), static mixer it is mixed
It closes and is provided with third component feed inlet (29) on main pipeline (1), the output of the 4th set of transportation system with pressure terminates the 4th valve (15),
Third component feed inlet (29) on another termination static mixer of 4th valve (15).
Or: the low-pressure delivery spray equipment has four sets or more of transportation system with pressure, the output end of every set transportation system with pressure
Corresponding control valve is connect, is provided with corresponding component feed inlet, each control valve on the mixed charge road (1) of static mixer
Another termination static mixer on correspondence component feed inlet.
2. a kind of low-pressure delivery spray equipment as described in claim 1, it is characterised in that: the mixed charge road of static mixer
(1) it is fixedly installed with spiral flow deflector (16) between the feeding mouth (3) and discharge port (5) at both ends, it is each on static mixer
It is separated by flow deflector between a component feed inlet.
3. a kind of low-pressure delivery spray equipment as claimed in claim 1 or 2, it is characterised in that: first set transportation system with pressure
It is that air compressor (6) connects first pressure container (7) composition, second set of transportation system with pressure is that air compressor (6) connects second
Pressure vessel (8) is constituted, and it is that air compressor (6) connects third pressure vessel (9) composition that third, which covers transportation system with pressure,.
Or: the 4th set of transportation system with pressure is that air compressor (6) connects the 4th pressure vessel (14) composition.
Or: every set transportation system with pressure is that air compressor (6) connects corresponding pressure vessel composition.
The volume of first pressure container (7) is 0.01~15 cubic metre.
Wherein, the volume of first pressure container (7) be 0.01 cubic metre, 0.02 cubic metre, 0.03 cubic metre, 0.04 cubic metre,
0.05 cubic metre, 0.06 cubic metre, 0.07 cubic metre, 0.08 cubic metre, 0.09 cubic metre, 0.1 cubic metre, 0.2 cubic metre,
0.3 cubic metre, 0.4 cubic metre, 0.5 cubic metre, 0.6 cubic metre, 0.7 cubic metre, 0.8 cubic metre, 0.9 cubic metre, 1 cube
Rice or 1.5 cubic metres or 2 cubic metres or 2.5 cubic metres or 3 cubic metres or 3.5 cubic metres or 4 cubic metres are 4.5 vertical
Square rice or 5 cubic metres or 5.5 cubic metres or 6 cubic metres or 6.5 cubic metres or 7 cubic metres or 7.5 cubic metres are 8 vertical
Square rice or 8.5 cubic metres or 9 cubic metres or 9.5 cubic metres or 10 cubic metres or 10.5 cubic metres or 11 cubic metres or
11.5 cubic meter or 12 cubic metres or 12.5 cubic metres or 13 cubic metres or 13.5 cubic metres or 14 cubic metres or 14.5
Any value between cubic meter or 15 cubic metres or 0.01 cubic metre~15 cubic metres.
The volume of third pressure vessel (9) is 0.01~15 cubic metre.
The volume of third pressure vessel (9) is 0.01 cubic metre, 0.02 cubic metre, 0.03 cubic metre, 0.04 cubic metre, it is 0.05 vertical
Square rice, 0.06 cubic metre, 0.07 cubic metre, 0.08 cubic metre, 0.09 cubic metre, 0.1 cubic metre, 0.2 cubic metre, 0.3 cube
Rice, 0.4 cubic metre, 0.5 cubic metre, 0.6 cubic metre, 0.7 cubic metre, 0.8 cubic metre, 0.9 cubic metre, 1 cubic metre or 1.5
Cubic meter or 2 cubic metres or 2.5 cubic metres or 3 cubic metres or 3.5 cubic metres or 4 cubic metres or 4.5 cubic metres or 5
Cubic meter or 5.5 cubic metres or 6 cubic metres or 6.5 cubic metres or 7 cubic metres or 7.5 cubic metres or 8 cubic metres or
8.5 cubic metres or 9 cubic metres or 9.5 cubic metres or 10 cubic metres or 10.5 cubic metres or 11 cubic metres or 11.5 cubes
Rice or 12 cubic metres or 12.5 cubic metres or 13 cubic metres or 13.5 cubic metres or 14 cubic metres or 14.5 cubic metres or
Any value between 15 cubic metres or 0.01 cubic metre~15 cubic metres.
The volume of second pressure container (8) is that volume is between 0.01~1 cubic metre.
The volume of second pressure container (8) is: 0.01 cubic metre, 0.02 cubic metre, 0.03 cubic metre, 0.04 cubic metre, 0.05
Cubic meter, 0.06 cubic metre, 0.07 cubic metre, 0.08 cubic metre, 0.09 cubic metre, 0.1 cubic metre or 0.2 cubic metre or
0.3 cubic metre or 0.4 cubic metre or 0.5 cubic metre or 0.6 cubic metre or 0.7 cubic metre or 0.8 cubic metre or 0.9 vertical
Any value between square rice or 1 cubic metre or 0.01~1 cubic metre.
4. a kind of low-pressure delivery spray equipment as claimed in claim 1 or 2, it is characterised in that: first set transportation system with pressure
It is the gas supply end that air compressor (6) connects the first diaphragm pump module (26), the first paint can (23) connects the first diaphragm pump module
(26) input terminal is constituted, and second set of transportation system with pressure is the gas supply that air compressor (6) connects cleaning membrane pump module (27)
End, the input terminal that cleaning barrel (24) connects cleaning membrane pump module (27) are constituted, and it is air compressor that third, which covers transportation system with pressure,
(6) the gas supply end of the second diaphragm pump module (28) is connect, the second paint can (25) connects the input terminal structure of the second diaphragm pump module (28)
At.
Every set transportation system with pressure is the gas supply end that air compressor (6) connects corresponding diaphragm pump module, and corresponding paint can connects correspondence
The input terminal of diaphragm pump module is constituted.
Diaphragm pump module is substituted by gear pump module.Gear pump module is substituted by centrifugation pump module.
Diaphragm pump module can be one or the two diaphragm pumps composition being connected in parallel or three diaphragm pump groups being connected in parallel
At or be connected in parallel more diaphragm pumps composition.
Gear pump module can be one or the two gear pumps composition being connected in parallel or three gear pump groups being connected in parallel
At or be connected in parallel more gear pumps composition.
Centrifugation pump module can be one or two centrifugal pump groups being connected in parallel at or three centrifugal pump groups being connected in parallel
At or more centrifugal pump groups being connected in parallel at.
5. a kind of low-pressure delivery spray equipment as claimed in claim 1 or 2 or 3 or 4, it is characterised in that: mixed charge road (1)
Axis and each component feed-inputing branched pipe central axes between angle be 10 °~75 °.
Angle between the axis and each component feed-inputing branched pipe central axes in mixed charge road (1) be 10 ° or 15 ° or 20 ° or
Between 25 ° or 30 ° or 35 ° or 40 ° or 45 ° or 50 ° or 55 ° or 60 ° or 65 ° or 70 ° or 75 ° or 10 °~75 °
Other any values.
The total length in mixed charge road (1) is 10 centimetres~800 centimetres.
The total length in mixed charge road (1) is 10 centimetres or 15 centimetres or 20 centimetres or 25 centimetres or 30 centimetres or 35 lis
Rice or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or
80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 105 centimetres or 110 centimetres or 115 centimetres or
120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or 140 centimetres or 145 centimetres or 150 centimetres or 155 lis
Rice or 160 centimetres or 165 centimetres or 170 centimetres or 175 centimetres or 180 centimetres or 185 centimetres or 190 centimetres or
195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or 215 centimetres or 220 centimetres or 225 centimetres or 230 lis
Rice or 235 centimetres or 240 centimetres or 245 centimetres or 250 centimetres or 255 centimetres or 260 centimetres or 265 centimetres or
270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or 290 centimetres or 295 centimetres or 300 centimetres or 305 lis
Rice or 310 centimetres or 315 centimetres or 320 centimetres or 325 centimetres or 330 centimetres or 335 centimetres or 340 centimetres or
345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or 365 centimetres or 370 centimetres or 375 centimetres or 380 lis
Rice or 385 centimetres or 390 centimetres or 395 centimetres or 400 centimetres or 405 centimetres or 410 centimetres or 415 centimetres or
420 centimetres or 425 centimetres or 430 centimetres or 435 centimetres or 440 centimetres or 445 centimetres or 450 centimetres or 455 lis
Rice or 460 centimetres or 465 centimetres or 470 centimetres or 475 centimetres or 480 centimetres or 485 centimetres or 490 centimetres or
495 centimetres or 500 centimetres or 505 centimetres or 510 centimetres or 515 centimetres or 520 centimetres or 525 centimetres or 530 lis
Rice or 535 centimetres or 540 centimetres or 545 centimetres or 550 centimetres or 555 centimetres or 560 centimetres or 565 centimetres or
570 centimetres or 575 centimetres or 580 centimetres or 585 centimetres or 590 centimetres or 595 centimetres or 600 centimetres or 605 lis
Rice or 610 centimetres or 615 centimetres or 620 centimetres or 625 centimetres or 630 centimetres or 635 centimetres or 640 centimetres or
645 centimetres or 650 centimetres or 655 centimetres or 660 centimetres or 665 centimetres or 670 centimetres or 675 centimetres or 680 lis
Rice or 685 centimetres or 690 centimetres or 695 centimetres or 700 centimetres or 705 centimetres or 710 centimetres or 715 centimetres or
720 centimetres or 725 centimetres or 730 centimetres or 735 centimetres or 740 centimetres or 745 centimetres or 750 centimetres or 755 lis
Rice or 760 centimetres or 765 centimetres or 770 centimetres or 775 centimetres or 780 centimetres or 785 centimetres or 790 centimetres or
Other any values between 795 centimetres or 800 centimetres or 10 centimetres~800 centimetres.
The distance of discharge port (5) away from nearest feed inlet in mixed charge road (1) is 5 centimetres~700 centimetres.
The distance of discharge port (5) away from nearest feed inlet in mixed charge road (1) is 5 centimetres or 10 centimetres or 15 lis
Rice or 20 centimetres or 25 centimetres or 30 centimetres or 35 centimetres or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or
60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or 90 centimetres or 95 centimetres or 100 lis
Rice or 105 centimetres or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres or 130 centimetres or 135 centimetres or
140 centimetres or 145 centimetres or 150 centimetres or 155 centimetres or 160 centimetres or 165 centimetres or 170 centimetres or 175 lis
Rice or 180 centimetres or 185 centimetres or 190 centimetres or 195 centimetres or 200 centimetres or 205 centimetres or 210 centimetres or
215 centimetres or 220 centimetres or 225 centimetres or 230 centimetres or 235 centimetres or 240 centimetres or 245 centimetres or 250 lis
Rice or 255 centimetres or 260 centimetres or 265 centimetres or 270 centimetres or 275 centimetres or 280 centimetres or 285 centimetres or
290 centimetres or 295 centimetres or 300 centimetres or 305 centimetres or 310 centimetres or 315 centimetres or 320 centimetres or 325 lis
Rice or 330 centimetres or 335 centimetres or 340 centimetres or 345 centimetres or 350 centimetres or 355 centimetres or 360 centimetres or
365 centimetres or 370 centimetres or 375 centimetres or 380 centimetres or 385 centimetres or 390 centimetres or 395 centimetres or 400 lis
Rice or 405 centimetres or 410 centimetres or 415 centimetres or 420 centimetres or 425 centimetres or 430 centimetres or 435 centimetres or
440 centimetres or 445 centimetres or 450 centimetres or 455 centimetres or 460 centimetres or 465 centimetres or 470 centimetres or 475 lis
Rice or 480 centimetres or 485 centimetres or 490 centimetres or 495 centimetres or 500 centimetres or 505 centimetres or 510 centimetres or
515 centimetres or 520 centimetres or 525 centimetres or 530 centimetres or 535 centimetres or 540 centimetres or 545 centimetres or 550 lis
Rice or 555 centimetres or 560 centimetres or 565 centimetres or 570 centimetres or 575 centimetres or 580 centimetres or 585 centimetres or
590 centimetres or 595 centimetres or 600 centimetres or 605 centimetres or 610 centimetres or 615 centimetres or 620 centimetres or 625 lis
Rice or 630 centimetres or 635 centimetres or 640 centimetres or 645 centimetres or 650 centimetres or 655 centimetres or 660 centimetres or
665 centimetres or 670 centimetres or 675 centimetres or 680 centimetres or 685 centimetres or 690 centimetres or 695 centimetres or 700 lis
Other any values between rice or 5 centimetres~700 centimetres.
6. a kind of low-pressure delivery spray equipment as described in claims 1 or 2 or 3 or 4 or 5, it is characterised in that: mixed charge road
(1) interior diameter is 1 centimetre~150 centimetres.
The interior diameter in mixed charge road (1) is 1 centimetre or 2 centimetres or 3 centimetres or 4 centimetres or 5 centimetres or 6 centimetres or 7
Centimetre or 8 centimetres or 9 centimetres or 10 centimetres or 11 centimetres or 12 centimetres or 13 centimetres or 14 centimetres or 15 centimetres or
16 centimetres or 17 centimetres or 18 centimetres or 19 centimetres or 20 centimetres or 21 centimetres or 22 centimetres or 23 centimetres or 24 lis
Rice or 25 centimetres or 26 centimetres or 27 centimetres or 28 centimetres or 29 centimetres or 30 centimetres or 31 centimetres or 32 centimetres or
33 centimetres or 34 centimetres or 35 centimetres or 36 centimetres or 37 centimetres or 38 centimetres or 39 centimetres or 40 centimetres or 45 lis
Rice or 50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres or 85 centimetres or
90 centimetres or 95 centimetres or 100 centimetres or 105 centimetres or 110 centimetres or 115 centimetres or 120 centimetres or 125 centimetres,
Or other between 130 centimetres or 135 centimetres or 140 centimetres or 145 centimetres or 150 centimetres or 1 centimetre~150 centimetres
One numerical value.
The interior diameter of component feed-inputing branched pipe is 0.5 centimetre~100 centimetres.
The interior diameter of each component feed-inputing branched pipe be 0.5 centimetre or 1 centimetre or 2 centimetres or 3 centimetres or 4 centimetres or 5 centimetres,
Or 6 centimetres or 7 centimetres or 8 centimetres or 9 centimetres or 10 centimetres or 11 centimetres or 12 centimetres or 13 centimetres or 14 centimetres,
Or 15 centimetres or 16 centimetres or 17 centimetres or 18 centimetres or 19 centimetres or 20 centimetres or 21 centimetres or 22 centimetres or 23
Centimetre or 24 centimetres or 25 centimetres or 26 centimetres or 27 centimetres or 28 centimetres or 29 centimetres or 30 centimetres or 31 centimetres,
Or 32 centimetres or 33 centimetres or 34 centimetres or 35 centimetres or 36 centimetres or 37 centimetres or 38 centimetres or 39 centimetres or 40
Centimetre or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80 centimetres,
Or other any values between 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 0.5 centimetre~100 centimetres.
7. a kind of low-pressure delivery spray equipment as described in claims 1 or 2 or 3 or 4 or 5 or 6, it is characterised in that: discharge port
(5) spray head (13) are connected to by hose.
8. a kind of low-pressure delivery spray equipment as described in claims 1 or 2 or 3 or 4 or 5 or 6 or 7, it is characterised in that: hose
Length be 10 centimetres~5000 centimetres.
The specific length of hose may is that 10 centimetres or 15 centimetres or 20 centimetres or 25 centimetres or 30 centimetres or 35 centimetres,
Or 40 centimetres or 45 centimetres or 50 centimetres or 55 centimetres or 60 centimetres or 65 centimetres or 70 centimetres or 75 centimetres or 80
Centimetre or 85 centimetres or 90 centimetres or 95 centimetres or 100 centimetres or 105 centimetres or 110 centimetres or 115 centimetres or 120
Centimetre or 125 centimetres or 130 centimetres or 135 centimetres or 140 centimetres or 145 centimetres or 150 centimetres or 155 centimetres or
160 centimetres or 165 centimetres or 170 centimetres or 175 centimetres or 180 centimetres or 185 centimetres or 190 centimetres or 195 lis
Rice or 200 centimetres or 205 centimetres or 210 centimetres or 215 centimetres or 220 centimetres or 225 centimetres or 230 centimetres or
235 centimetres or 240 centimetres or 245 centimetres or 250 centimetres or 255 centimetres or 260 centimetres or 265 centimetres or 270 lis
Rice or 275 centimetres or 280 centimetres or 285 centimetres or 290 centimetres or 295 centimetres or 300 centimetres or 305 centimetres or
310 centimetres or 315 centimetres or 320 centimetres or 325 centimetres or 330 centimetres or 335 centimetres or 340 centimetres or 345 lis
Rice or 350 centimetres or 355 centimetres or 360 centimetres or 365 centimetres or 370 centimetres or 375 centimetres or 380 centimetres or
385 centimetres or 390 centimetres or 395 centimetres or 400 centimetres or 450 centimetres or 500 centimetres or 550 centimetres or 600 lis
Rice or 650 centimetres or 700 centimetres or 750 centimetres or 800 centimetres or 850 centimetres or 900 centimetres or 950 centimetres or
1000 centimetres or 1100 centimetres or 1200 centimetres or 1300 centimetres or 1400 centimetres or 1500 centimetres or 1600 centimetres or
1700 centimetres or 1800 centimetres or 1900 centimetres or 2000 centimetres or 2100 centimetres or 2200 centimetres or 2300 centimetres or
2400 centimetres or 2500 centimetres or 2600 centimetres or 2700 centimetres or 2800 centimetres or 2900 centimetres or 3000 centimetres or
3100 centimetres or 3200 centimetres or 3300 centimetres or 3400 centimetres or 3500 centimetres or 3600 centimetres or 3700 centimetres or
3800 centimetres or 3900 centimetres or 4000 centimetres or 4100 centimetres or 4200 centimetres or 4300 centimetres or 4400 centimetres or
4500 centimetres or 4600 centimetres or 4700 centimetres or 4800 centimetres or 4900 centimetres or 5000 centimetres or 10 centimetres~
Other any values between 5000 centimetres.
9. a kind of low-pressure delivery spray equipment as described in claims 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8, it is characterised in that:
Spray head (13) is controlled by positioning device and is moved.
10. a kind of low-pressure delivery spray equipment as described in claims 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 or 9, feature exist
In: spray head (13) connects pressurizing device.Pressurizing device can be air compressor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810037683.6A CN110042738A (en) | 2018-01-15 | 2018-01-15 | A kind of low-pressure delivery spray equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810037683.6A CN110042738A (en) | 2018-01-15 | 2018-01-15 | A kind of low-pressure delivery spray equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110042738A true CN110042738A (en) | 2019-07-23 |
Family
ID=67272825
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810037683.6A Pending CN110042738A (en) | 2018-01-15 | 2018-01-15 | A kind of low-pressure delivery spray equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110042738A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112663442A (en) * | 2020-12-17 | 2021-04-16 | 林长安 | Paving equipment |
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|---|---|---|---|---|
| CN2067607U (en) * | 1989-11-01 | 1990-12-19 | 国营山东化工厂 | Static mixer for spraying coatings |
| CN2846479Y (en) * | 2005-12-06 | 2006-12-13 | 王健懿 | Multiple component road marking line paint spray marker |
| CN201132143Y (en) * | 2007-09-30 | 2008-10-15 | 李国起 | Pressurizing coating spraying machine |
| KR20110110439A (en) * | 2010-04-01 | 2011-10-07 | 이강국 | Apparatus for mixing and splaying materials |
| KR101570708B1 (en) * | 2015-04-06 | 2015-11-20 | (유) 이성안전건설 | Traffic lane painting device with two liquid type |
| KR101570710B1 (en) * | 2015-04-09 | 2015-11-20 | (유) 이성알엠에스 | Flow velocity controllable mixing apparatus with two liquid type and traffic lane painting apparatus comprising that |
| CN208362878U (en) * | 2018-01-15 | 2019-01-11 | 林长安 | A kind of low-pressure delivery spray equipment |
-
2018
- 2018-01-15 CN CN201810037683.6A patent/CN110042738A/en active Pending
Patent Citations (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2067607U (en) * | 1989-11-01 | 1990-12-19 | 国营山东化工厂 | Static mixer for spraying coatings |
| CN2846479Y (en) * | 2005-12-06 | 2006-12-13 | 王健懿 | Multiple component road marking line paint spray marker |
| CN201132143Y (en) * | 2007-09-30 | 2008-10-15 | 李国起 | Pressurizing coating spraying machine |
| KR20110110439A (en) * | 2010-04-01 | 2011-10-07 | 이강국 | Apparatus for mixing and splaying materials |
| KR101570708B1 (en) * | 2015-04-06 | 2015-11-20 | (유) 이성안전건설 | Traffic lane painting device with two liquid type |
| KR101570710B1 (en) * | 2015-04-09 | 2015-11-20 | (유) 이성알엠에스 | Flow velocity controllable mixing apparatus with two liquid type and traffic lane painting apparatus comprising that |
| CN208362878U (en) * | 2018-01-15 | 2019-01-11 | 林长安 | A kind of low-pressure delivery spray equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112663442A (en) * | 2020-12-17 | 2021-04-16 | 林长安 | Paving equipment |
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Application publication date: 20190723 |