CN203695294U - Automatic oil injection device - Google Patents
Automatic oil injection device Download PDFInfo
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- CN203695294U CN203695294U CN201320879961.5U CN201320879961U CN203695294U CN 203695294 U CN203695294 U CN 203695294U CN 201320879961 U CN201320879961 U CN 201320879961U CN 203695294 U CN203695294 U CN 203695294U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
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Abstract
The utility model discloses an automatic oil injection device. The automatic oil injection device comprises an airtight oil injection room, a spray system, an oil recovery system and a control system; the spray system comprises a main air source, a supercharging mechanism, an oil barrel, an electromagnetic valve and spray valves; the main air source is connected with the supercharging mechanism, and the oil barrel, the supercharging mechanism and the spray valves are orderly connected together by use of oil pipes; the electromagnetic valve comprises an air inlet connected with the main air source by virtue of a pipeline, a first air outlet connected with each spray valve by virtue of a driving air source pipeline, and a second air outlet connected with each spray valve by virtue of an atomized air source pipeline; a first pressure regulating mechanism and a second pressure regulating mechanism are arranged on the driving air source pipeline and the atomized air source pipeline, respectively; the electromagnetic valve and the oil recovery system both are connected with the control system, respectively; the oil recovery system is connected with the airtight oil injection room. The automatic oil injection device is capable of realizing quick and safe rust-proof treatment and also the rust-proof treatment of lots of plates, avoiding the operation risk of the personnel, and recovering and reusing waste oil.
Description
Technical field
The utility model relates to a kind of fueling injection equipment, relates in particular to a kind of automatic fuel spray device for punching press plate spray anti-rust oil.
Background technology
At present, in punching press field, for avoiding stock's plate to occur in enormous quantities corrosion, often adopt the mode of hand spray antirust oil to realize antirust, instrument is the simple combination body of oil drum, air driven pump and hand lance often.The Chinese utility model patent that application number is " 03233557.1 " discloses a kind of motorcycle spray antirust oil device, comprise the structures such as oil spout room, light and electricity detector, electric control box, spray gun, although this device is realized spray antirust oil automatically to a certain extent, but oil spout room does not adopt seal isolation measure, operating personnel directly contacts with spraying, easily produces employment injuries; And unnecessary fluid or the waste oil that can not utilize completely that also spraying are not produced are recycled, and easily cause environmental pollution, not environmental protection.
Therefore, there is following defect in existing spraying technology: (1) spraying process, and omnidistance on-the-spot participation of operating personnel, and directly contact with spraying, make operating personnel suck a large amount of mist of oils, easily produce employment injuries; Spraying process can only fix a point to spray simultaneously, can not spray in enormous quantities, and efficiency is lower; (2) cannot independently realize the automatic coating of overlapping plate lap; (3) after spraying, the chassis of depositing plate has mist of oil to adhere to, and easily produces drippage and pollute after accumulation; (4) when single sprays plate in a large number, need special frock to carry out clamping to plate, frock is directly exposed in mist of oil environment, cannot avoid mist of oil to adhere to, and then affects the use of frock; (5) existing oil spout room can only be fixed on a position use, can not move according to actual conditions, has and uses the shortcomings such as inconvenient, dismounting is inconvenient; (6) existing spraying operation does not purify recovery to waste oil, thereby easily causes environmental pollution, not environmental protection; (7) adopt hand spray, oil plant is wayward, easily causes oil plant waste, and pol loss is large, and spraying effect is inhomogeneous, and rust-proof effect is poor.
Utility model content
The purpose of this utility model is to overcome the deficiencies in the prior art, provide a kind of rational in infrastructure, simple, not only can realize that liquidating overstocks and deposit plate and carry out automatic coating antirust oil in enormous quantities, and can make the isolation of operating personnel and mist of oil, the automatic fuel spray device that simultaneously can recycle waste oil or unnecessary fluid again.
For achieving the above object, the utility model adopts following scheme:
A kind of automatic fuel spray device, comprise airtight oil spout room, spraying system, oil recovery system and control system, described spraying system comprises that gas source, booster body, oil drum, magnetic valve and several are arranged on the spray valve on airtight oil spout room, described gas source is connected with booster body, and described oil drum, booster body, spray valve connect by oil pipe successively; Described magnetic valve comprises the air inlet being connected with gas source by pipeline, the first gas outlet being connected with each spray valve by driving source of the gas pipeline and the second gas outlet being connected with each spray valve by atomization gas source capsule road; On described driving source of the gas pipeline, be provided with the first pressure regulating device, on atomization gas source capsule road, be provided with the second pressure regulating device; Described magnetic valve, oil recovery system are connected with control system respectively; Described oil recovery system is also connected with airtight oil spout room.
As preferably, described airtight oil spout room comprises the chassis body that is provided with base plate, the left of chassis body, rear, right-hand and above be all coated with sunlight board, be coated with sealing in the front of chassis body and pull door; Each spray valve is separately positioned on left side, rear side, right side and the upside in airtight oil spout room.
Described sealing pulls door and is preferably one and draws curtain.
As preferably, described oil recovery system comprises oil-recovery tank, scavenge oil pump and water-oil separating bucket, and the bottom in described airtight oil spout room is provided with surface groove, and the lower end of surface groove is provided with outlet, and described outlet is connected with oil-recovery tank by pipeline; Described oil-recovery tank, scavenge oil pump, water-oil separating bucket connect by pipeline successively, and scavenge oil pump is connected with control system;
Described water-oil separating bucket is connected with booster body by pipeline, and like this, the fluid after separating in water-oil separating bucket can be pumped to oil pipe by booster body, is reused, to form a loop, recycling by oil pipe by spraying system; Or, described water-oil separating bucket is connected with oil drum by pipeline, and on the pipeline between water-oil separating bucket and oil drum, be also connected with oil well pump, like this, fluid after separating in water-oil separating bucket can be pumped to oil drum by oil well pump, reused by spraying system by oil drum, to form a loop, recycling.
In described water-oil separating bucket, be provided with filtration web, the periphery of described filtration web is connected on the inwall of water-oil separating bucket; As preferably, the periphery of described filtration web is connected on the inwall of water-oil separating bucket by the mode of welding or clamping.
The bottom of described water-oil separating bucket is provided with discharge outlet, and this discharge outlet place is also provided with drainage ball valve (when this not draining of discharge outlet, drainage ball valve is in closed condition, and while needing draining, drainage ball valve is opened again).
As preferably, the top of described surface groove is also provided with grid, and when oil spout, unnecessary fluid is flowed in surface groove by the small opening of grid.
Preferably, described surface groove is the groove of offering on chassis body base plate being located at.
This automatic fuel spray device also comprises the mist system of taking out, described in take out mist system and comprise the oil mist separator being connected with control system, be provided with several suction opeings at the upside in airtight oil spout room, and described suction opeing is connected with the air inlet of oil mist separator by pipeline; The oil drain out connecting pipe of oil mist separator also extends on described surface groove.
Described oil mist separator comprises oil mist separator main body, single filter cotton, liquefaction plate, blower fan and cascade filtration cotton, and described single filter cotton, liquefaction plate, blower fan are successively set on oil mist separator body interior from front to back along the center line of oil mist separator main body (or along oil mist separator main body laterally); Described air inlet is arranged on the sidewall in the cotton front of the described single filter of being positioned at of oil mist separator main body; Described oil mist separator main body is provided with exhaust outlet in the back side top of blower fan, and described cascade filtration cotton covers exhaust outlet outside; Described liquefaction plate is provided with guiding gutter, is provided with remittance oil groove in oil mist separator main body, and the end of guiding gutter joins and is communicated with remittance oil groove; Described oil drain out is opened in and converges on oil groove; Described blower fan is connected with control system.
Described liquefaction plate is preferably iron plate.
Described blower fan is preferably axial flow blower.
Preferably, described spray valve comprises the first air inlet, the second air inlet and oil pipe import, the first air inlet of each spray valve is by driving source of the gas pipeline to be connected with the first gas outlet of magnetic valve, the second air inlet of each spray valve is connected with the second gas outlet of magnetic valve by atomization gas source capsule road, and the oil pipe import of spray valve is connected with booster body by oil pipe.
Described the first pressure regulating device is preferably the first pressure regulator valve, and the second pressure regulating device is preferably the second pressure regulator valve.
Particularly, the first pressure regulator valve is connected on the driving source of the gas pipeline at the first gas outlet place of magnetic valve, and the second pressure regulator valve is connected on the atomization gas source capsule road at the second gas outlet place of magnetic valve.
The bottom in described airtight oil spout room is provided with several castors.Adopt such structure, whole fueling injection equipment arbitrarily can be moved, it is flexible, convenient to use.
Described booster body is a booster pump.
Described control system is a controller.
While using above-mentioned automatic fuel spray device to spray, these need spray punching press plates etc. object and be placed in airtight oil spout room, can be by being arranged on grid or the support such as workbench, desk above airtight oil spout room base plate, the nozzle of each spray valve is aimed at punching press plate etc. from all directions, and these need spray object.Only need opening control system, these need spray object and carry out spray anti-rust oil operation to punching press plate etc. can automatically to control spraying system.The automatic oil spout method being realized by above-mentioned fueling injection equipment, comprises the following steps:
(1) initialize and arrange:
Open gas source, started the booster body of spraying system by gas source, by booster body, the fluid in oil drum is sucked to oil pipe, and the oil liquid pressure that makes to suck after oil pipe is increased to setup pressure value (1Mpa to 2Mpa, be preferably 1.4Mpa) so that fluid remains in oil pipe; The output pressure of the first pressure regulating device is adjusted to and sets driving pressure value (0.3MPa to 0.6Mpa, preferably 0.5Mpa), make in the time of spraying operation, drive the driving bleed pressure in source of the gas pipeline to reach setting driving pressure value (0.3MPa to 0.6Mpa, preferably 0.5Mpa); The output pressure of the second pressure regulating device is adjusted to and sets atomizing pressure value (0.1Mpa to 0.2MPa, preferably 0.15Mpa), make in the time of spraying operation, the atomization bleed pressure in atomization gas source capsule road reaches sets atomizing pressure value (0.1Mpa to 0.2MPa, preferably 0.15Mpa);
(2) start spraying operation:
Air inlet and each gas outlet of being opened magnetic valve by control system control, under the effect of pressure, fluid flows into spray valve from oil pipe; Simultaneously, after magnetic valve is opened, the Compressed Gas of gas source enters respectively and drives that in source of the gas pipeline, atomization gas source capsule road, (air inlet by magnetic valve enters magnetic valve via magnetic valve, and flow into respectively in driving source of the gas pipeline, atomization gas source capsule road by the first gas outlet and second gas outlet of magnetic valve), enter and drive the Compressed Gas of source of the gas pipeline for driving source of the gas, the Compressed Gas entering in atomization gas source capsule road is atomization source of the gas; Under the regulating action of the first governor motion and the second governor motion, the pressure of described driving source of the gas reaches sets driving pressure value, and the pressure of described atomization source of the gas reaches sets atomizing pressure value; Now, drive source of the gas to be entered in spray valve by the first air inlet of spray valve, atomization source of the gas is entered in spray valve by the second air inlet of spray valve; Described spray valve is driving under the pressure-acting of source of the gas, and spray valve is opened; Meanwhile, under the pressure-acting of atomization source of the gas, the fluid in spray valve is atomized rear ejection, and then sprays on thereunder corresponding need spraying objects (punching press plate);
(3) close spraying operation:
The air inlet of control system control shut electromagnetic valve and each gas outlet, driving bleed pressure and the atomization bleed pressure of spray valve inside are released, thereby spray valve cuts out, and stop fluid spraying, complete spraying operation;
(4) take out mist operation:
Control system control starts the blower fan of taking out in mist system, and mist of oil is drawn in oil mist separator through suction opeing; Enter the mist of oil of oil mist separator through the liquefaction of liquefaction plate, part mist of oil is liquefied as fluid; Fluid after liquefaction flows into guiding gutter, more successively via converging in oil groove, oil drain out inflow surface groove; Residue mist of oil is discharged in air via single filter cotton, exhaust outlet, cascade filtration cotton successively; Described single filter cotton, cascade filtration cotton carry out adsorption filtration to mist of oil respectively; Like this, most mist of oil can be absorbed by described filter cotton, finally only has a small amount of mist of oil to be discharged in air, and to reduce pollution, and the effect that mist of oil separates can reach more than 95%;
(5) fluid reclaims operation:
(5-1) fluid converges: in airtight oil spout room, unnecessary mist of oil deposits in the surface groove of its bottom, and flow to oil-recovery tank along surface groove, meanwhile, the fluid that described step (4) flows out from oil drain out flows into surface groove along pipeline, and then also flows to oil-recovery tank along surface groove;
(5-2) fluid detaches: start scavenge oil pump by control system control, the fluid in oil-recovery tank is pumped to water-oil separating bucket by scavenge oil pump;
(5-3) water-oil separating: enter the fluid in water-oil separating bucket, the moisture in fluid is under Gravitative Loads, and to water-oil separating bottom of the barrel deposition, the oil content in fluid is suspended in the upper strata of moisture, realizes the separation of profit; Moisture, in the process depositing downwards, adsorbs via the filtration web in water-oil separating bucket, to remove impurity; Meanwhile, described filtration web also to by bottom upwards the moisture of convection current stop absorption; Fluid after separation treats that used next time.Wherein, the moisture that is deposited on water-oil separating bottom of the barrel can be discharged by the discharge outlet of opening water-oil separating bucket termly.By the simple separation of this step, can be by moisture unnecessary in fluid and impurity absorption, guarantee that the fluid after reclaiming can be utilized again.
Water-oil separating realizes by three steps: the first, and water density is greater than fluid density, under Action of Gravity Field, can realize automatic separation, and deposit of moisture is in the lower floor of water-oil separating bucket, and fluid floats over the upper strata of water-oil separating bucket; Second, use booster body or oil well pump to extract the fluid filtering more than web, moisture is filtering under web, lower floor's fluid (in fluid, moisture be'ss few, therefore there is fluid filtering between web and moisture) inhibition, can not be pressurized mechanism or oil well pump is taken away; The 3rd, regularly discharge lower floor's fluid of water-oil separating bucket, guarantee that the total body burden of moisture is in low-level.
Fluid after separating in water-oil separating bucket can be pumped to oil pipe by booster body, is reused by spraying system by oil pipe; Or the fluid after separating in water-oil separating bucket can be pumped to the oil drum of this device by oil well pump, the oil drum of this device reuses, and to form a loop, recycles; Or the fluid after separation is pumped to other oil drums by pump, be transported to other local recyclings.
Described fluid is antirust oil.
Adopt the utility model device, can be fast, resolve safely the automobile production industry head operation punching press long-time stock of field plate and the plate problem of rustiness that causes.
Implement the utility model, there is following beneficial effect:
(1) spraying system that the utility model employing is controlled automatically, can realize automatic coating, and the mist of oil spraying is attached on plate automatically, to realize the effect of quick, even oiling, has the advantages such as materials'use rate is high, saving cost; Meanwhile, due to automatic coating technology, can realize single spraying simultaneously in enormous quantities, spray efficiency is high;
(2) the more existing artificial oiling mode of the utility model has realized antirust processing quick, safe, a large amount of plates, has greatly improved personnel's operating risk, while reducing rust-proofer, enhances productivity;
(3) oil spout room adopts airtight oil spout room, and good airproof performance can be isolated the mist of oil of operating personnel and sprinkling, stops mist of oil and sucks injury, effectively solves the problem of employment injuries, has advantages of safe;
(4) airtight oil spout room adopts transparent sunlight board and sealing to pull door to be combined with, not only can guarantee the sealing that it is good, and operating personnel also can to carry out Real-Time Monitoring to the operation situation of the inside outside, guarantee spraying effect; Meanwhile, adopt sealing to pull the structure of door, can be convenient to operating personnel's turnover, there is the advantages such as easy to use;
(5) the utility model arranges oil recovery system, can recycle spraying remaining waste oil, reduces environmental pollution, has the advantages such as environmental protection; Meanwhile, the water-oil separating bucket of oil recovery system adopts easy oil-water separating structure, can effectively the small part water in mist of oil be separated, and then recycle better;
(6) mist system is taken out in the utility model setting, can extract mist of oil unnecessary in oil spout room, that be attached on ground or miscellaneous part, these are taken out to mist and detach oil spout room, and carry out adsorption cleaning, recovery, avoid mist of oil drippage to pollute, reduce environmental pollution and waste, can guarantee again the clean and tidy and safety of whole oil spout room environment simultaneously;
(7) airtight oil spout of the present utility model room is provided with castor, makes oil spout room movably, has and uses the advantages such as flexible;
(8) the utility model adopt control system to spraying system, take out mist system and oil recovery system is controlled, control more convenient;
(9) spray by control system control, can realize quantitative constant speed spraying, make mist of oil to adhere to plate surface evenly, rapidly, reach good oil spout rust-proof effect.
Accompanying drawing explanation
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is overall structure schematic diagram of the present utility model;
Fig. 2 is the structural representation of the bucket of water-oil separating shown in Fig. 1;
Fig. 3 is the water-oil separating schematic diagram of the bucket of water-oil separating shown in Fig. 2;
Fig. 4 is the structural representation of oil mist separator shown in Fig. 1;
Fig. 5 is the operation principle schematic diagram of oil mist separator shown in Fig. 4.
The specific embodiment
Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is only the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the utility model protection.
Embodiment 1
Referring to Fig. 1 to Fig. 5, this automatic fuel spray device comprises airtight oil spout room 1, spraying system, oil recovery system and control system 36, described spraying system comprises that gas source 11, booster body 7, oil drum 18, magnetic valve 12 and several are arranged on the spray valve 17 on airtight oil spout room 1, described gas source 11 is connected with booster body 7, and described oil drum 18, booster body 7, spray valve 17 connect by oil pipe 8 successively; Described magnetic valve 12 comprises the air inlet being connected with gas source 11 by pipeline, the first gas outlet 19 being connected with each spray valve 17 by driving source of the gas pipeline 13 and the second gas outlet 20 being connected with each spray valve 17 by atomization gas source capsule road 14; On described driving source of the gas pipeline 13, be provided with the first pressure regulating device, on atomization gas source capsule road 14, be provided with the second pressure regulating device; Described magnetic valve 12, oil recovery system are connected with control system 36 respectively; Described oil recovery system is also connected with airtight oil spout room 1, as shown in Figure 1.
Described airtight oil spout room 1 comprises the chassis body that is provided with base plate, the left of chassis body, rear, right-hand and above be all coated with sunlight board, be coated with sealing in the front of chassis body and pull door; Each spray valve 17 is separately positioned on left side, rear side, right side and the upside in airtight oil spout room 1.
Described sealing pulls door and is preferably one and draws curtain.
Particularly, can adopt square steel to be welded into main body frame, the left and right directions of main body frame, top, rear are used respectively transparent sunlight board to cover, and glass cement is smeared by lap-joint; Bottom (base plate of main body frame) is used Plate Welding; Dead ahead is used draws curtain to block.And then form an airtight entirety, play isolation mist of oil and operating personnel's effect.
Described oil recovery system comprises oil-recovery tank 4, scavenge oil pump 5 and water-oil separating bucket 6, and the bottom in described airtight oil spout room is provided with surface groove 2, and the lower end of surface groove 2 is provided with outlet, and described outlet is connected with oil-recovery tank 4 by pipeline; Described oil-recovery tank 4, scavenge oil pump 5, water-oil separating bucket 6 connect by pipeline successively, and scavenge oil pump 5 is connected with control system 36;
Described water-oil separating bucket 6 is connected with booster body 7 by pipeline, and like this, the fluid after the interior separation of water-oil separating bucket 6 can be pumped to oil pipe 8 by booster body 7, is reused, to form a loop, recycling by oil pipe 8 by spraying system.
As shown in Figure 2, be provided with and filter web 21 in described water-oil separating bucket 6, the periphery of described filtration web 21 is connected on the inwall of water-oil separating bucket 6 by the mode of welding or clamping.
The bottom of described water-oil separating bucket 6 is provided with discharge outlet, and when this discharge outlet place is also provided with this not draining of discharge outlet of drainage ball valve 22(, drainage ball valve is in closed condition, and while needing draining, drainage ball valve is opened again).
The top of described surface groove 2 is also provided with grid, and when oil spout, unnecessary fluid is flowed in surface groove 2 by the small opening of grid.
Described surface groove 2 is for to be located at the groove of offering on chassis body base plate.
This automatic fuel spray device also comprises the mist system of taking out, the described mist system of taking out comprises the oil mist separator 15 being connected with control system 36, be provided with several suction opeings 16 at the upside in airtight oil spout room 1, and described suction opeing 16 is connected with the air inlet 34 of oil mist separator 15 by pipeline; Oil drain out 32 connecting pipes of oil mist separator 15 also extend on described surface groove 2.
As shown in Figure 4, described oil mist separator 15 comprises oil mist separator main body 25, single filter cotton 27, liquefaction plate 26, blower fan 28 and cascade filtration cotton 29, and described single filter cotton 27, liquefaction plate 26, blower fan 28 are successively set on oil mist separator main body 25 inside from front to back along the center line of oil mist separator main body 25 (or along oil mist separator main body 25 laterally); Described air inlet 34 is arranged on the sidewall in cotton 27 fronts of the described single filter of being positioned at of oil mist separator main body 25; Described oil mist separator main body 25 is provided with exhaust outlet 30 in the back side top of blower fan 28, and described cascade filtration cotton 29 covers exhaust outlet 30 outsides; Described liquefaction plate 26 is provided with guiding gutter 33, is provided with remittance oil groove 31 in oil mist separator main body 25, and the end of guiding gutter 33 joins and is communicated with remittance oil groove 31; Described oil drain out 32 is opened in and converges on oil groove 31; Described blower fan 28 is connected with control system 36.
Described liquefaction plate 26 is iron plate.
Described blower fan 28 is axial flow blower.
Described spray valve 17 comprises the first air inlet, the second air inlet and oil pipe import, the first air inlet of each spray valve 17 is by driving source of the gas pipeline 13 to be connected with the first gas outlet 19 of magnetic valve 12, the second air inlet of each spray valve 17 is connected with the second gas outlet 20 of magnetic valve 12 by atomization gas source capsule road 14, and the oil pipe import of spray valve 17 is connected with booster body 7 by oil pipe 8.
Described pressure regulating device is pressure regulator valve, and particularly, the first pressure regulating device is the first pressure regulator valve, and the second pressure regulating device is the second pressure regulator valve.
Particularly, the first pressure regulator valve is connected on the driving source of the gas pipeline 13 at 19 places, the first gas outlet of magnetic valve 12, and the second pressure regulator valve is connected on the atomization gas source capsule road 14 at 20 places, the second gas outlet of magnetic valve 12.
The bottom in described airtight oil spout room 1 is provided with several castors 3.Adopt such structure, whole fueling injection equipment arbitrarily can be moved, it is flexible, convenient to use.
Described booster body 7 is a booster pump.
Described control system 36 is a controller, described controller comprises PLC control module and connected control button, in described PLC control module, comprise spray module, take out mist module, fluid recycling module etc., by these modules can control spraying, take out mist, the operation such as fluid recovery.
On the pipeline between gas source 11 and magnetic valve 12, be provided with successively ball valve 10 and the moisture separator 9 of controlling gas source 11 switches.
While using above-mentioned automatic fuel spray device to spray, these need spray punching press plates etc. object and be placed in airtight oil spout room, can support to place and need spraying object by being arranged on workbench, desk etc. above grid, the nozzle of each spray valve is aimed at punching press plate etc. from all directions, and these need spray object.Only need opening control system 36, these need spray object and carry out spray anti-rust oil operation to punching press plate etc. can automatically to control spraying system.
The automatic oil spout method being realized by above-mentioned fueling injection equipment, comprises the following steps:
(1) initialize and arrange:
Open gas source 11, started the booster body 7 of spraying system by gas source 11, by booster body 7, fluid in oil drum 18 is sucked to oil pipe 8, and the oil liquid pressure that makes to suck after oil pipe 8 is increased to setup pressure value (1.4Mpa), so that fluid remains in oil pipe 8; The output pressure of the first pressure regulating device is adjusted to and sets driving pressure value (0.5Mpa), make in the time of spraying operation, drive the driving bleed pressure in source of the gas pipeline 13 to reach setting driving pressure value (0.5Mpa); The output pressure of the second pressure regulating device is adjusted to and sets atomizing pressure value (0.15Mpa), make in the time of spraying operation, the atomization bleed pressure in atomization gas source capsule road 14 reaches sets atomizing pressure value (0.15Mpa);
(2) start spraying operation:
Control air inlet and each gas outlet of opening magnetic valve 12 by control system 36, under the effect of pressure, fluid flows into spray valve 17 from oil pipe 8; Simultaneously, after magnetic valve 12 is opened, the Compressed Gas of gas source 11 enters respectively to drive in source of the gas pipeline 13, atomization gas source capsule road 14 via magnetic valve 12 and (enters magnetic valve 12 by the air inlet of magnetic valve 12, and flow into respectively in driving source of the gas pipeline 13, atomization gas source capsule road 14 by the first gas outlet 19 and second gas outlet 20 of magnetic valve 12), enter and drive the Compressed Gas of source of the gas pipeline 13 for driving source of the gas, the Compressed Gas entering in atomization gas source capsule road 14 is atomization source of the gas; Under the regulating action of the first governor motion and the second governor motion, the pressure of described driving source of the gas reaches sets driving pressure value, and the pressure of described atomization source of the gas reaches sets atomizing pressure value; Now, drive source of the gas to be entered in spray valve 17 by the first air inlet of spray valve 17, atomization source of the gas is entered in spray valve 17 by the second air inlet of spray valve 17; Described spray valve 17 is driving under the pressure-acting of source of the gas, and spray valve 17 is opened; Meanwhile, under the pressure-acting of atomization source of the gas, the fluid in spray valve 17 is atomized rear ejection, and then sprays on thereunder corresponding need spraying object;
(3) close spraying operation:
Control system 36 is controlled air inlet and each gas outlet of shut electromagnetic valve 12, and driving bleed pressure and the atomization bleed pressure of spray valve 17 inside are released, thereby spray valve 17 cuts out, and stops fluid spraying, completes spraying operation;
(4) take out mist operation:
Control system 36 is controlled and is started the blower fan 28 of taking out in mist system, and mist of oil is drawn in oil mist separator 15 through suction opeing 16; The mist of oil that enters oil mist separator 15 flows on liquefaction plate 26 along the direction shown in haircut 35 shown in Fig. 5, liquefies through liquefaction plate 26, and part mist of oil is liquefied as fluid; Fluid after liquefaction flows into guiding gutter 33, then flows in surface groove 2 via remittance oil groove 31, oil drain out 32 successively; As shown in Figure 5, residue mist of oil is discharged in air via single filter cotton 27, exhaust outlet 30, cascade filtration cotton 29 successively; Described single filter cotton 27, cascade filtration cotton 29 carry out adsorption filtration to mist of oil respectively; Like this, most mist of oil can be absorbed by described filter cotton, finally only has a small amount of mist of oil to be discharged in air, and to reduce pollution, and the effect that mist of oil separates can reach more than 95%;
(5) fluid reclaims operation:
(5-1) fluid converges: in airtight oil spout room 1, unnecessary mist of oil deposits in the surface groove 2 of its bottom, and flow to oil-recovery tank 4 along surface groove 2, meanwhile, the fluid that described step (4) flows out from oil drain out 32 flows into surface groove 2 along pipeline, and then also flows to oil-recovery tank 4 along surface groove 2;
(5-2) fluid detaches: in the time that described step (5-1) flows to fluid in oil-recovery tank 4 and reaches a certain amount of, controlled and started scavenge oil pump 5 by control system 36, the fluid in oil-recovery tank 4 is pumped to water-oil separating bucket 6 by scavenge oil pump 5;
(5-3) water-oil separating: as shown in Figure 3, enter the fluid in water-oil separating bucket 6, the moisture in fluid is under Gravitative Loads, and to water-oil separating bucket 6 bottom depositions, the oil content 23 in fluid is suspended in the upper strata of moisture 24, realizes the separation of profit; Moisture 24, in the process depositing downwards, adsorbs via the filtration web 21 in water-oil separating bucket 6, to remove impurity; Meanwhile, described filtration web 21 also to by bottom upwards the moisture 24 of convection current stop absorption; Fluid after separation treats that used next time.Wherein, the moisture 24 that is deposited on water-oil separating bucket 6 bottoms can be discharged by the discharge outlet of opening water-oil separating bucket 6 termly.By the simple separation of this step, can be by moisture unnecessary in fluid and impurity absorption, guarantee that the fluid after reclaiming can be utilized again.
Water-oil separating realizes by three steps: the first, and water density is greater than fluid density, under Action of Gravity Field, can realize automatic separation, and deposit of moisture is in the lower floor of water-oil separating bucket 6, and fluid floats over the upper strata of water-oil separating bucket 6; Second, use booster body 7 or oil well pump to extract and filter more than 21 fluid of web, moisture, filtering under the inhibition of web 21, lower floor's fluid (in fluid, moisture is few, therefore there is fluid between filtration web 21 and moisture), can not be pressurized mechanism 7 or oil well pump and take away; The 3rd, regularly discharge lower floor's fluid of water-oil separating bucket 6, guarantee that the total body burden of moisture is in low-level.
Fluid after the interior separation of water-oil separating bucket 6 can be pumped to oil pipe 8 by booster body 7, is reused by spraying system by oil pipe 8.
Described fluid is antirust oil.
Embodiment 2
The present embodiment is except following characteristics, and other features are with embodiment 1: described water-oil separating bucket is connected with oil drum by pipeline, and is also connected with oil well pump on the pipeline between water-oil separating bucket and oil drum.Like this, the fluid after separating in water-oil separating bucket can be pumped to oil drum by oil well pump, is reused, to form a loop, recycling by oil drum by spraying system.
Embodiment 3
The present embodiment is except following characteristics, and other features are with embodiment 1: in the step (1) of described automatic oil spout method, the setup pressure value of described oil liquid pressure is 1Mpa, and described setting driving pressure value is 0.3MPa, and described setting atomizing pressure value is 0.1Mpa.
Embodiment 4
The present embodiment is except following characteristics, and other features are with embodiment 1: in the step (1) of described automatic oil spout method, the setup pressure value of described oil liquid pressure is 2Mpa, and described setting driving pressure value is 0.6Mpa, and described setting atomizing pressure value is 0.2MPa.
Above disclosed is only a kind of preferred embodiment of the utility model, certainly can not limit with this interest field of the utility model, and the equivalent variations of therefore doing according to the utility model claim, still belongs to the scope that the utility model is contained.
Claims (10)
1. an automatic fuel spray device, it is characterized in that, comprise airtight oil spout room, spraying system, oil recovery system and control system, described spraying system comprises that gas source, booster body, oil drum, magnetic valve and several are arranged on the spray valve on airtight oil spout room, described gas source is connected with booster body, and described oil drum, booster body, spray valve connect by oil pipe successively; Described magnetic valve comprises the air inlet being connected with gas source by pipeline, the first gas outlet being connected with each spray valve by driving source of the gas pipeline and the second gas outlet being connected with each spray valve by atomization gas source capsule road; On described driving source of the gas pipeline, be provided with the first pressure regulating device, on atomization gas source capsule road, be provided with the second pressure regulating device; Described magnetic valve, oil recovery system are connected with control system respectively; Described oil recovery system is also connected with airtight oil spout room.
2. fueling injection equipment according to claim 1, it is characterized in that, described airtight oil spout room comprises the chassis body that is provided with base plate, the left of chassis body, rear, right-hand and above be all coated with sunlight board, be coated with sealing in the front of chassis body and pull door; Each spray valve is separately positioned on left side, rear side, right side and the upside in airtight oil spout room.
3. fueling injection equipment according to claim 2, is characterized in that, described sealing pulls Men Weiyi and draws curtain.
4. fueling injection equipment according to claim 1, it is characterized in that, described oil recovery system comprises oil-recovery tank, scavenge oil pump and water-oil separating bucket, and the bottom in described airtight oil spout room is provided with surface groove, the lower end of surface groove is provided with outlet, and described outlet is connected with oil-recovery tank by pipeline; Described oil-recovery tank, scavenge oil pump, water-oil separating bucket connect by pipeline successively, and scavenge oil pump is connected with control system;
Described water-oil separating bucket is connected with booster body by pipeline, or described water-oil separating bucket is connected with oil drum by pipeline, and is also connected with oil well pump on the pipeline between water-oil separating bucket and oil drum.
5. fueling injection equipment according to claim 4, is characterized in that, in described water-oil separating bucket, is provided with filtration web, and the periphery of described filtration web is connected on the inwall of water-oil separating bucket.
6. fueling injection equipment according to claim 4, is characterized in that, the bottom of described water-oil separating bucket is provided with discharge outlet.
7. fueling injection equipment according to claim 4, it is characterized in that, also comprise the mist system of taking out, the described mist system of taking out comprises the oil mist separator being connected with control system, upside in airtight oil spout room is provided with several suction opeings, and described suction opeing is connected with the air inlet of oil mist separator by pipeline; The oil drain out connecting pipe of oil mist separator also extends on described surface groove.
8. fueling injection equipment according to claim 7, it is characterized in that, described oil mist separator comprises oil mist separator main body, single filter cotton, liquefaction plate, blower fan and cascade filtration cotton, and described single filter cotton, liquefaction plate, blower fan are successively set on oil mist separator body interior from front to back along the center line of oil mist separator main body; Described air inlet is arranged on the sidewall in the cotton front of the described single filter of being positioned at of oil mist separator main body; Described oil mist separator main body is provided with exhaust outlet in the back side top of blower fan, and described cascade filtration cotton covers exhaust outlet outside; Described liquefaction plate is provided with guiding gutter, is provided with remittance oil groove in oil mist separator main body, and the end of guiding gutter joins and is communicated with remittance oil groove; Described oil drain out is opened in and converges on oil groove; Described blower fan is connected with control system.
9. according to the fueling injection equipment described in claim 1 to 8 any one, it is characterized in that, the bottom in described airtight oil spout room is provided with several castors.
10. according to the fueling injection equipment described in claim 1 to 8 any one, it is characterized in that, described booster body is a booster pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320879961.5U CN203695294U (en) | 2013-12-30 | 2013-12-30 | Automatic oil injection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320879961.5U CN203695294U (en) | 2013-12-30 | 2013-12-30 | Automatic oil injection device |
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| Publication Number | Publication Date |
|---|---|
| CN203695294U true CN203695294U (en) | 2014-07-09 |
Family
ID=51045793
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320879961.5U Withdrawn - After Issue CN203695294U (en) | 2013-12-30 | 2013-12-30 | Automatic oil injection device |
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| Country | Link |
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| CN (1) | CN203695294U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103657941A (en) * | 2013-12-30 | 2014-03-26 | 广州汽车集团乘用车有限公司 | Automatic oil spraying device and method |
| CN104259035A (en) * | 2014-09-22 | 2015-01-07 | 成都市新都区鑫悦空气净化设备厂 | Paint mist processing device |
| CN104549822A (en) * | 2014-12-31 | 2015-04-29 | 广东东华光电科技有限公司 | Full-automatic anti-fog pre-drying production line |
| CN107051800A (en) * | 2017-06-07 | 2017-08-18 | 明光市留香泵业有限公司 | A kind of adjustable mobile and combined paint spray booth |
| CN107486366A (en) * | 2017-08-25 | 2017-12-19 | 重庆友擘机械制造有限公司 | The fast equipment for drying of oil paint coating |
-
2013
- 2013-12-30 CN CN201320879961.5U patent/CN203695294U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103657941A (en) * | 2013-12-30 | 2014-03-26 | 广州汽车集团乘用车有限公司 | Automatic oil spraying device and method |
| CN103657941B (en) * | 2013-12-30 | 2016-08-24 | 广州汽车集团乘用车有限公司 | A kind of automatic fuel spray device and automatic oil spout method thereof |
| CN104259035A (en) * | 2014-09-22 | 2015-01-07 | 成都市新都区鑫悦空气净化设备厂 | Paint mist processing device |
| CN104549822A (en) * | 2014-12-31 | 2015-04-29 | 广东东华光电科技有限公司 | Full-automatic anti-fog pre-drying production line |
| CN104549822B (en) * | 2014-12-31 | 2017-05-03 | 广东东华光电科技有限公司 | Full-automatic anti-fog pre-drying production line |
| CN107051800A (en) * | 2017-06-07 | 2017-08-18 | 明光市留香泵业有限公司 | A kind of adjustable mobile and combined paint spray booth |
| CN107486366A (en) * | 2017-08-25 | 2017-12-19 | 重庆友擘机械制造有限公司 | The fast equipment for drying of oil paint coating |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20140709 Effective date of abandoning: 20160824 |
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