CN2246541Y - Mixed gas spraying machine - Google Patents
Mixed gas spraying machine Download PDFInfo
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- CN2246541Y CN2246541Y CN 95215356 CN95215356U CN2246541Y CN 2246541 Y CN2246541 Y CN 2246541Y CN 95215356 CN95215356 CN 95215356 CN 95215356 U CN95215356 U CN 95215356U CN 2246541 Y CN2246541 Y CN 2246541Y
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Abstract
The utility model relates to a mixed gas spray painting machine which belongs to the technical field of material dispersion and centralization. The utility model is composed of a power source (1a), a paint hydraulic pump (17a), a mixed-gas hand-driven spraying gun (6a), filters (7a) and (11a), guide pipes (2a), (10a) and (13a), a discharge pipe (14a), a suction pipe (16) a, a filter screen (15a), a joint head (4a), isolating valves (12a) and (18a), pressure reducing valves (8a) and (9a), pressure gauges (3a) and (5a), a sealing element and a fastening element. The utility model is characterized in that a piston in the pump (17a) adopts a static seal structure (73) which can be automatically compensated and sealed; the spraying gun (6a) is provided with a paint spray nozzle and an air hood assembly (91) which can be sprayed by the compressed air; the power source adopts a pneumatic motor (1a) and an air distributing device (E); the air distributing device (E) is composed of a valve body (40), a fan-shaped housing plate (54), a distributor plate (39) and a crank connecting rod (41).
Description
Mix the gas flush coater and belong to material dispersion and concentration field, relate to a kind of mixed gas flush coater of coating.
The pistol type aerial spraying machine of known normal use mainly comprises manual air gun, the compressed-air hose that is connected with rifle, be contained in paint can on the rifle, be contained in the coating suction pipe that inserts on the rifle in the paint can.Compressed air is by source of the gas supply station or air pump supply.Press spray gun and remove behind the machine air by producing at a high speed at the nozzle place, and the nozzle place form vacuum with paint can in coating suck in the rifle to expand by the coating suction pipe and reach the purpose of coating atomizing at the muzzle place, at last coating is spread on workpiece.Ordinary circumstance compressed air per minute consumes 0. 625 cubic metres, and compressed air pressure is 0. 5 MPas.As seen compressed air pressure height and consumption are big.Paint particles flies to workpiece with very high speed, and only some is penetrated on workpiece, and most of quilt bounce-back is returned to loss all around.Therefore utilization efficiency of coatings causes the waste and the energy loss of coating less than half, and contaminated environment and infringement workers ' health.Because the structure and the workpiece principle features of aerial spraying machine have determined it to be unsuitable for spreading the high coating of viscosity.It is different to occur shade easily after dried the making an uproar of aerial spraying machine film coated surface.
The purpose of this utility model provides the weak point that a kind of novel mixed gas flush coater overcomes the known air flush coater; Improve spray efficiency and utilization efficiency of coatings; Improve the film coated surface quality; Cut down the consumption of energy, reduce pollution; Can be suitable for spreading the high coating of viscosity.
The utility model is achieved in that referring to accompanying drawing 1 to 48 (each figure implication sees the description of drawings part for details) mainly by power source 1a, coating hydraulic pump 17a, mixed-gas type manual spray gun 6a, filter 7a, 11a, pipeline 2a, 10a, 13a, comb 14a, suction pipe 16a, filter screen 15a, joint 4a, isolating valve 12a, 18a, air reducing valve 8a, 9a, Pressure gauge 3a, 5a, the mixed gas flush coater that seal and securing member are formed, it is characterized in that (A) adopts coating hydraulic pump 17a, the end sealing of the valve stem piston of pump 17a is adopted and is regulated the structure that friction top 68 compresses black box 71 outward by pumping cylinder, pumping cylinder inner carrier sealing adopts black box not move static seal structure 73 by spring compression black box automatic compensation sealing with piston, inhale, the steel ball 78 of valve, 76 by heavily being located in carbide alloy valve seat 79 automatically, on 77, (B) adopt mixed-gas type manual spray gun 6a, rifle 6a has paint guide adapter assembly 100, remove machine air switch assembly 102, remove machine nozzle coating switch module 103, the Arming Assembly 96 that prevents the misoperation of coating switch is arranged, the adjusting compressed air pressure is arranged, the air conditioning valve module 95 of flow, paint spray nozzle is arranged, the airhood assembly 91 of compressed air ejection, the sealing shroud structure 104 that the political affairs integral disassembly, assembly of paint valve stem tip seal is arranged, (C) power source adopts air motor 1a, motor 1a is mainly by cover 24, lower cover 15, loam cake 25, cylinder 22, feeder sleeve 33, hood 1, clutch axle 23, connector 12, piston 21, by axle 28, hook arm 3, the cranse B that rivet 30 is formed, by valve body 40, lid 38, fan-shaped cover plate 54 dispenser panel 39, crank connecting link 41, spring 53, spring base 51, sleeve 46, circlip 2, block 47, plug 44, alignment pin 45, the air distributing device E that seal and securing member are formed, distributing valve pedestal 6, anchor clamps 4,29, spring 5, seal and securing member are formed, there is securing member to use the hole on the lower cover 15, the hole 15F of piston cavity of resorption compressed air turnover cylinder, the centre bore 65 that clutch axle 23 is passed through, the securing member syndeton is arranged on the loam cake 25, the hole 25D of piston upper chamber compressed air turnover cylinder, the hole 25F of piston cavity of resorption compressed air turnover cylinder and piston cavity of resorption, compressed air gas source enters hole 25H, compressed air tap 61, axle 28 centre bores that pass through 62, have on the distributing valve pedestal 6 with loam cake 25 and be connected with hole 58, be connected with hole 57 with valve body 40, with loam cake hole 25D, the piston upper chamber compressed air air inlet/outlet 6D that the corresponding connection of 25F25H cooperates, the hole 6F of piston cavity of resorption compressed air turnover cylinder, compressed air gas source enters hole 6H, anchor clamps 29 1 ends have with axle 28 and are connected and use the hole, the other end has the structure that is connected with spring 5 one ends, anchor clamps 4 one ends have with the axle C of crank connecting link 41 and are connected and use the hole, the other end has the structure that is connected with spring 5 other ends, have on the hook arm 3 to be connected with the hole with axle 28 and to force on the reciprocating valve body 40 that angles arm air distributing device E of crank 41 realizations of crank connecting link compressed air tap 40G is arranged, the groove of circlip is installed, crank connecting link sleeve 46 installing hole 40Z, the structure that valve body 40 is connected with pedestal 6, the structure that dispenser panel 39 is connected with valve body 40, lid 38 structures that are connected with valve body 40, have on the valve body 40 with distribution pedestal 6 on hole 6D, 6F, the hole 40D of the piston upper chamber compressed air turnover cylinder that the corresponding connection of 6H cooperates, the hole 40F of piston cavity of resorption compressed air turnover cylinder piston cavity of resorption, compressed air gas source enters hole 40H, have on the centre bore dispenser panel 39 that compressed air tap 40G and crank connecting link sleeve 46 pass with valve body 40 on hole 40D, 40F, 40G, the hole 39D of the piston upper chamber compressed air turnover cylinder that the corresponding connection of 40Z cooperates, the hole 39F of piston cavity of resorption compressed air turnover cylinder, compressed air gas source enters hole 39H, compressed air tap 39G, the hole 39Z that crank connecting link axle K end sleeve 46 passes, syndeton 40Y with the F side of valve body 40 is arranged on the dispenser panel 39, have and to realize to realize again after dispenser panel 39 piston upper chamber compressed air manhole appendix 40D and the rotation that compressed air tap 40G is communicated with the hole that has crank connecting link axle K end to pass on the fan-shaped cover plate 54 of the X2 of sealed chamber that dispenser panel 39 piston cavity of resorption compressed air manhole appendix 40F are communicated with compressed air tap 40G, cylinder 22 and loam cake 25, lower cover 15 is tightly connected, by securing member fastening on, cover 24 is arranged on the external cylindrical surface of lower cover, connect loam cake 25, lower cover 15 piston cavity of resorption compressed air manhole appendix 25F
1, 15F
1Feeder sleeve 33 with last, lower cover is tightly connected, piston 21 in the cylinder 22 is connected with clutch axle 23 1 ends, the other end of clutch axle [A] passes down the centre bore 65 that is stamped sealing ring and is connected with the axle M end of coating hydraulic pump, one end of connector 12 is connected with clutch axle 23 piston ends, the connector other end is connected with an end of axle 28, the hole that the other end b of axle 28 passes the sleeve that sealing ring is arranged 27 in loam cake 25 centre bores 62 is connected with hook arm 3, axle 28 is connected with anchor clamps 29 ends that connecting hole is arranged, the other end of anchor clamps 29 is connected with spring 5, the end that connecting hole is arranged of anchor clamps 4 is connected with crank connecting link axle C end, the other end of anchor clamps 4 is connected with the other end of spring 5, hood 1 is connected with loam cake outside G, distribution pedestal 6 is connected with loam cake outside G, compressed air gas source on the distribution pedestal 6 and the loam cake outside enters the hole, piston upper chamber compressed air manhole appendix, corresponding respectively connection of piston cavity of resorption compressed air manhole appendix is connected, the compressed air gas source of the valve body 40 of distribution pedestal 6 and the air distributing device on it enters the hole, piston upper chamber compressed air manhole appendix, corresponding respectively connection of piston cavity of resorption compressed air manhole appendix is connected, dispenser panel 39 is connected with the F side of valve body 40, compressed air gas source on dispenser panel and the valve body enters the hole, piston upper chamber compressed air manhole appendix, piston cavity of resorption compressed air manhole appendix, the compressed air tap, corresponding respectively connection the in the hole that crank connecting link axle K end passes is connected, plane one side of dispenser panel opposite side H and fan-shaped cover plate 54 compresses sliding connection by spring 53, pass valve body cylindrical central sleeve 46, sealing ring, dispenser panel 39, the axle K end of the centre bore crank connecting link 41 of fan-shaped cover plate 54 is connected with spring base 51, axle K end is connected with fan-shaped cover plate 54, cover 38 and dispenser panel, valve seal connects, the tailpiece of the piston rod M of coating hydraulic pump 17a is connected with the end A of the clutch axle 23 of motor 1a, the suction valve 80 of pump bottom connects with the suction pipe 16a that the other end is connected with filter screen 15a, pressure regulator valve 18 1 ends are connected with pump discharge and filter 11a, the other end is connected with comb 14a, the filter other end is connected with pressure regulator valve 12a, the other end of pressure regulator valve 12 is connected with conduit 13a, the other end of conduit 13a is connected with the coating inlet attack 99 of spray gun, the end of filter 7a is connected with motor 1a by conduit 2a, the other end with its on have the pressure regulator valve 8a of Pressure gauge 3a to be connected, the other end of pressure regulator valve 8a is connected with joint 4a one end, the joint other end with its on have the pressure regulator valve 9a of Pressure gauge 5a to be connected, the other end of pressure regulator valve 9a is connected with conduit 10a, the conduit other end is connected with the pneumatic fitting 98 of spray gun, and snap joint 4a is connected with extraneous compressed air gas source.Power source can be with pneumatic or electro-motor, this machine air motor.Air motor is connected with the coating hydraulic pump.Delivery side of pump is connected with mixed-gas type manual spray gun head with conduit, stop valve, paint filter, stop valve, conduit, last conduit successively.Extraneous compressed air is connected with air motor by snap joint one path air valve, air cleaner, conduit, and another road is connected with mixed-gas type manual spray gun pneumatic fitting with air valve, conduit, last conduit successively.The ferrule structure that the hook arm is arranged of the steam-matching device of air motor has commutation and memory function rapidly, finishes timing reversing with crank connecting link, fan-shaped cover plate mating reaction, realizes the reciprocal continuous motion of motor piston.
Described mixed gas flush coater is characterized in that valve body 40 is connected with dispenser panel 39 usefulness pins, and crank connecting link axle K end is connected with split pin with spring base, and axle K end is connected with fan-shaped cover plate 54 usefulness blocks 47.
Described mixed gas flush coater is characterized in that the annular groove 60,64 that cylinder 22 is installed is arranged on loam cake 25, the lower cover 15.
Described mixed gas flush coater is characterized in that the centre bore 62,65 on loam cake 25, the lower cover 15 has the groove that sealing ring is installed.
Characteristics of the present utility model: the spray gun figure material spray volume of known PQ-2 type large-scale air flush coater is a per minute point two liter, and the utility model spray gun coating maximum spout output is two liters of per minutes to the maximum; It is three to five times of known air spray gun that the utility model spray gun moves speed; The breadth width of spray paint spray of the present utility model can reach 400 millimeters, and the breadth width of the spray paint spray of known technology is 200 millimeters to the maximum; The utility model once can spray 400 millimeters band shapes films, and only needs to overlap ten to 20 millimeters when spraying for the second time, does not need to repeat coating; Known technology once can spray 200 millimeters band shapes films, and will overlap 1/3rd to 1/2nd band widish for the second time, will back and forth apply during spraying; The utility model utilizes the coating hydraulic pump the coating supercharging, helps coating ejection like this, thereby coating can reduce the diluent consumption, has improved execution of coating viscosity relatively; The utility model spreads one coat thickness can reach 20 to 25 microns.And known technology has only ten to 15 microns, therefore can reduce the construction number of plies of coating to increase work efficiency when formulating coating process; The utility model sprays the coating spray by nozzle after adopting the special coating hydraulic pump of certain pressure that coating is pressurized to four to eight MPas; The compressed air of sending here through the external world after the filtration pressure regulation is sent to the through hole ejection of airhood from covering, the atomization process that part compressed air has been participated in coating makes coating refinement and being more evenly distributed more, promptly realized dual atomizing, another part compressed air forms air curtain to limit the coating spray to loss all around around the fan-shaped coating atomizing of coating, retrain it and apply, thereby improved the quality of film coated surface to workpiece; The used compressed air pressure of known air spray gun is generally 0. 5 MPas; And the utility model spray gun compressed air pressure is 0. 1 to the point two MPa; Thereby the initial velocity of the utility model compressed air when spraying from the airhood hole is low, make the coating spray of low speed arrive workpiece after bounce-back few, have again in the outside of coating spray simultaneously the constraint of oval ring air curtain, restriction spray to around loss; More than two kinds of factors reduced flying upward of loss coating mist significantly, reduce more than 20 times than known technology.Save the coating purpose thereby reach, save 20 to 40 percent coating than known technology; Also having reached simultaneously to reduce pollutes, improves working conditions, makes the reduction of spray booth ventilation speed to save electric energy, saved the compressed air consumption, improved economic benefit; The utility model goes for the spraying of the coating of multiple viscosity, and the viscosity maximum can reach and be coated with four glasss in 100 seconds one, and known technology is higher than the coating ejection that was coated with four glasss in 25 seconds for viscosity and has any problem, and also is idea even gush out; Can use multiple coating such as spraying alkyd resin coating, amino lacquer, nitrate paint, acrylic acid lacquer type organic coating, acrylic acid chlorinated polyvinyl chloride paints, chlorinated rubber paint, epoxy bituminous lacquer, novelty finish; Can reduce the diluent consumption; Require low to workman's skilled operation degree; Equipment easily uses, good maintenance; Be suitable for spreading of multiple products such as aircraft, vehicle, boats and ships, lathe, chemical industry equipment, furniture, musical instrument, electric equipment products, container; The utility model is seriation, selects for use for different needs, and the volume of the series of different series of jets, different airhoods, different paint pumps, different pressure ratios are promptly arranged.
Description of drawings: Fig. 1 to Figure 48 is an accompanying drawing of the present utility model, and part, parts, structure in addition identical among each figure are represented with identical sequence number and code name, understand so that the utility model is expressed consistent, complete and is convenient to.Figure mesopore own centre line, the spring strut technique of painting is represented.For clear, be decorated with partial view or enlarged drawing.Partial structurtes disconnect with double dot dash line or wave.
Fig. 1. the air motor structural representation.
Fig. 2. be that the A of Fig. 1 is to view and there is partly cut-away to represent internal structure signal.
Fig. 3. the structural representation of air distributing device E, there is partly cut-away to represent internal structure signal.
Fig. 4. be the A-A cutaway view of Fig. 3.
Fig. 5. the B that is Fig. 6 is to view.
Fig. 6. the C that is Fig. 5 represents the structural representation of valve body 40 to view.
Fig. 7. be the B-B cutaway view of Fig. 6.
Fig. 8. be the C-C cutaway view of Fig. 6.
Fig. 9. the D that is Fig. 5 is to view.
Figure 10. be the G-G cutaway view of Fig. 9.
Figure 11. be the E-E cutaway view of Fig. 5.
Figure 12. be the DF-DF cutaway view of Fig. 5, two place's air duct structures are the same, and for saving breadth, figure is general, analyse and observe with a diagrammatic representation signal for two.
Figure 13. the F-F that is Fig. 6 analyses and observe postrotational position.
Figure 14. be the structural representation of dispenser panel 39.
Figure 15. be the H-H cutaway view of Figure 14.
Figure 16. be the I-I cutaway view of Figure 14.
Figure 17. be distributing valve pedestal 6 structural representations.
Figure 18. be the J-J cutaway view of Figure 17.
Figure 19. be the side view of Figure 20.
Figure 20. be the structural representation of crank 41.
Figure 21. be the vertical view of Figure 20.
Figure 22. the F that is Figure 23 is to view.
Figure 23. be the K-K cutaway view of the fan-shaped cover plate 54 of Figure 24.
Figure 24. the E that is Figure 23 is to view.
Figure 25. be the structural representation of loam cake 25.
Figure 26. be the L-L cutaway view of Figure 25.
Figure 27. be the N-N cutaway view of Figure 25.
Figure 28. be the M-M cutaway view of Figure 25.
Figure 29. be the Q-Q cutaway view of Figure 25.
Figure 30. be the P-P cutaway view of Figure 25.
Figure 31. be the structural representation of lower cover 15.
Figure 32. be the R-R cutaway view of Figure 31.
Figure 33. be the S-S cutaway view of Figure 31.
Figure 34. be loam cake centre bore inner sleeve 27 structural representations.
Figure 35. be the postrotational position of T-T cutaway view of Figure 31.
Figure 36. be the assembly structure schematic diagram of cylinder 22, feeder sleeve 33 and lower cover 15.
Figure 37. be the connection diagram of piston 21, connector 12, axle 23.
Figure 38. be the connection diagram of connector 12, axle 28.
Figure 39. be the structural representation of coating hydraulic pump 17a.
Figure 40. be Figure 39 upper end hermetically-sealed construction enlarged diagram.
Figure 41. be Figure 39 substructure enlarged diagram.
Figure 42. be the structural representation of mixed-gas type manual spray gun 6a.
Figure 43. be the structure partial schematic diagram of Figure 42 paint guide adapter assembly 100.
Figure 44. be the structure partial schematic diagram of Figure 42 paint guide adapter assembly 100.
Figure 45. be the structure partial schematic diagram of the air switch assembly 102 of Figure 42.
Figure 46. be nozzle switch assembly 103, the safety structure 96 of Figure 42, the structure partial schematic diagram of valve assembly 95.
Figure 47. be the structure partial schematic diagram of nozzle switch assembly 103, nozzle and the airhood assembly 91 of Figure 42.
Figure 48. be the formation schematic diagram of this mixed gas flush coater.
In sequence number that has among the figure or the symbol unquote another sequence number or symbolic representation have been arranged and represented different parts or parts, position.Hood 1 among Fig. 1, check ring 2, hook arm 3, anchor clamps 4,29, spring 5, distributing valve pedestal 6, pad 7, bolt 7, sealing ring 9, cylinder 10,22, bolt 11, pad 13, sealing ring 14,17,18,20, lower cover 15, sealing ring 16, nut 19, piston 21, clutch axle 23, cover 24, loam cake 25, screw 26, sleeve 27, axle 28, cranse B, one end b of axle 28, rivet 30, clutch axle lower end A, suspension ring 31, the pump of the different pressures ratio of the two kinds of cylinder piston schemes of having drawn among the figure, the scheme of a side is the structure of cylinder 10, the scheme of opposite side is the structure of cylinder 22, and on the piston that drawn among the figure, the structure of upper/lower positions, double dot dash line have been represented the diverse location of hook arm 3.Nut 32 among Fig. 2, feeder sleeve 33, and sealing ring 34, plug 35, pad 36, screw 37, lid 38, dispenser panel 39, valve body 40, air distributing device E, crank connecting link one axle head C, piston bottom compressed air access way 15F, part is cut open with the explanation internal structure among the figure.Crank 41 among Fig. 3, sealing ring 42, and screw 43, plug 44, the H arrow is represented the compressed air source approach axis, and the D arrow represents that compressed air enters the piston upper direction, and the F arrow represents that compressed air enters the direction of piston bottom, has partly cut-away among the figure.Pin 45 among Fig. 4, sleeve 46, block 47, sealing ring 48, pad 49,50, spring base 51, split pin 52, spring 53, fan-shaped cover plate 54, the K axle head of crank connecting link 41, compressed air tap 40G.Fig. 5 to Figure 13 is valve body 40 structural representations.D-D among Fig. 5, DF-DF two place's compressed air channel structures are identical, and section is drawn on same figure of Figure 12, and wherein 40D represents the piston top compressed air channel on the D-D section, and 40F represents the piston bottom compressed air channel on the DF-DF section.40H represents the compressed air gas source admission passage, and 40Z represents the centre bore that sleeve 46 inserts, and 40Y represents the groove of pin 45 usefulness, screw 55,56, and F represents the contact-making surface with dispenser panel 39.Figure 14,15, the 16th, dispenser panel 39 structural representations, compressed air source admission passage 39H, the passage 39F of compressed air turnover piston bottom, the passage 39D on compressed air turnover piston top, the structure of 39D is identical with 39F, do not cut expression open, piston upper and lower part compressed air passing away 39G, the centre bore 39E that sleeve 46 inserts, pin 45 groove 39Y.Figure 17,18 is the structural representation of distributing valve pedestal 6, compressed air gas source admission passage 6H, piston top compressed air access way 6D, piston bottom compressed air access way 6F connecting hole 58,57.Figure 19 to Figure 21 is the structural representation of crank connecting link 41, axle C, K end, groove X.Figure 22,23, the 24th, the structural representation of fan-shaped cover plate 54, groove X
1, X
2Figure 25,26,27,28,29, the 30th, loam cake 25 structural representations, attachment screw 59, centre bore 62, connecting hole 63, compressed air tap 61, compressed air gas source admission passage 25H, piston top compressed air channel 25D, piston bottom compressed air channel 25F, feeder sleeve mounting groove 25F
1, cylinder mounting groove 60, loam cake top G.Figure 31,32,33, the 35th, lower cover 15 structural representations, centre bore 65, the groove 64 of installation cylinder, installing hole 66, piston bottom compressed air channel 15F installs feed tube seat 15F
1Figure 34 is a loam cake centre bore assembly structure schematic diagram, sealing ring 65C.Nut 67 among Figure 38.Figure 39,40, the 41st, coating hydraulic pump 17a structural representation, friction top 68, handle 69, pad 70.Black box 71, hermetically-sealed construction 73, upper cylinder 72, lower cylinder 74, piston rod 75, steel ball 76,78, carbide alloy valve seat 77,79 is inhaled valve 80, inhale valve N end, piston rod M end, stopper ring 81, V-shaped seal ring 82, compacting ring 83, back-up ring 84, pad 85, spring 86, compacting ring 87, V-shaped seal ring 88, stopper ring 89, seal 90.Figure 42,43,44,45,46, the 47th, mixed-gas type manual spray gun structural representation, nozzle and airhood assembly 91, hook 92, axle 93, rifle body 94, air conditioning valve module 95, safety structure assembly 96, handle 97, air hose joint 98, paint guide joint 99, paint guide adapter assembly 100, spanner 101, air switch assembly 102, nozzle switch assembly 103, sealing shroud 104, screw 105, filter screen 106, filter 107, conduit 111, base 121, pipe joint 108, nut 109, joint 110, push rod 112, nut 113, recessed sealing gasket 114, V-shaped seal ring 115, protruding sealing gasket 116, valve seat 117, sealing ring 118, valve rod 119, spring 120, compressed air chamber R, Q, P, R
1, R
2, R
3, R
4, S
1, S
2, S
3, coating chamber T
1, T
2, arrow is represented fluid flow direction, sealing ring 123,132,142,139,137,151, back-up ring 122, tailstock 124,127, nut 125, screw 126, spring 128,147, arresting lever 129, lock nut 130, spring base 131, ball valve bar 134, valve rod 135, airhood 136, nozzle carrier 138, back-up ring 141, sealing shroud 140, recessed sealing gasket 143, V-shaped seal ring 144, protruding sealing ring 145, spring base 146, nut 148, valve seat 149, nozzle 150.Figure 48 medium power source 1a, conduit 2a, 10a, 13a, filter 7a, 11a, air valve 8a, 9a, Pressure gauge 3a, 5a, joint 4a, mixed-gas type manual spray gun 6a, stop valve 1ga, 12a, comb 14a, coating hydraulic pump 17a, suction pipe 16a, filter screen 15a.
Embodiment: it is embodiment of the present utility model that the HQ16.35 type mixes the gas flush coater.Fig. 1 to Figure 48 is the accompanying drawing of present embodiment.Each figure implication sees the description of drawings part for details.Letter HQ is: abandon first monogram of sound of the Chinese of " mix gas " each word." 16 " are flush coater pressure ratio (being upper piston and the ratio of lower cylinder piston effective area) in " 16.35 ", i.e. 16 times of figure material pressure superchargings after the supercharging, and " 35 " are that the volume of coating hydraulic pump is 35 cubic centimetres.Sequence number 1a is 500 h type engine hs, is power source that " 500 " are the cylinder volume, and unit is a cubic centimetre.Sequence number 17a is " a H35 coating hydraulic pump ".Sequence number 6a is that " HQ200 mixed-gas type manual spray gun " " 200 " are " bar " for coating maximum pressure, unit.Sequence number 8a is the 5.5bar air reducing valve.Sequence number 9a is the 3.5bar air reducing valve.Sequence number 3a is that range zero is to five bar Pressure gauges.Sequence number 5a is that range zero is to two five bar Pressure gauges.Sequence number 12a is the 250bar stop valve.Sequence number 14a is discharging hose (10 millimeters of an internal diameter).Sequence number 16a is soft suction pipe (25 millimeters of an internal diameter).Sequence number 13a is paint guide (6.3 millimeters of an internal diameter).Airhood is " a BX8 type " on the spray gun, promptly has 8 compressed air ejection ducts, spraying width to regulate.The spray gun top nozzle is " 14/133 type ", 0.7 liter/minute of " 14 " expression flow, and it is 24 centimetres that the fan-shaped coating spray of " 133 " expression is located width at 250 millimeters at distance nozzle.This flush coater is used for the spraying of multiple coating.The part that some numeral is easily mixed in the article adopts capitalization and textual representation, is write as " zero to two five " as " 0-2.5 " in the hope of clear.
Claims (4)
1. mainly by power source [1a], coating hydraulic pump [17a], mixed-gas type manual spray gun [6a], filter [7a], [11a], pipeline [2a], [10a], [13a], comb [14a], suction pipe [16a], filter screen [15a], joint [4a], isolating valve [12a], [18a], air reducing valve [8a], [9a], Pressure gauge [3a], [5a], the mixed gas flush coater that seal and securing member are formed, it is characterized in that (A) adopts coating hydraulic pump [17a], the end sealing of the valve stem piston of pump [17a] is adopted and is regulated the structure that friction top [68] compresses black box [71] outward by pumping cylinder, pumping cylinder inner carrier sealing adopts black box not move static seal structure [73] by spring compression black box automatic compensation sealing with piston, inhale, the steel ball of valve [78], [76] by heavily being located in carbide alloy valve seat [79] automatically, [77] on, (B) adopt mixed-gas type manual spray gun [6a], rifle [6a] has paint guide adapter assembly [100], remove machine air switch assembly [102], remove machine nozzle coating switch module [103], the Arming Assembly [96] that prevents the misoperation of coating switch is arranged, the adjusting compressed air pressure is arranged, the air conditioning valve module [95] of flow, paint spray nozzle is arranged, the airhood assembly [91] of compressed air ejection, the sealing shroud structure [104] that the political affairs integral disassembly, assembly of paint valve stem tip seal is arranged, (C) power source adopts air motor [1a], motor [1a] is mainly by cover [24], lower cover [1 5], loam cake [25], cylinder [22], feeder sleeve [33], hood [1], clutch axle [23], connector [1 2], piston [21], by axle [28], hook arm [3], the cranse [B] that rivet [30] is formed, by valve body [40], lid [38], fan-shaped cover plate [54] dispenser panel [39], crank connecting link [41], spring [53], spring base [51], sleeve [46], circlip [2], block [47], plug [44], alignment pin [45], the air distributing device [E] that seal and securing member are formed, distributing valve pedestal [6], anchor clamps [4], [29], spring [5], seal and securing member are formed, lower cover has securing member to use the hole on [15], the hole [15F] of piston cavity of resorption compressed air turnover cylinder, the centre bore [65] that clutch axle [23] is passed through, loam cake has the securing member syndeton on [25], the hole [25D] of piston upper chamber compressed air turnover cylinder, the hole [25F] of piston cavity of resorption compressed air turnover cylinder and piston cavity of resorption, compressed air gas source enters hole [25H], compressed air tap [61], the centre bore [62] that axle [28] passes through, have on the distributing valve pedestal [6] with loam cake [25] and be connected with hole [58], be connected with hole [57] with valve body [40], with loam cake hole [25D], the piston upper chamber compressed air air inlet/outlet [6D] that the corresponding connection of [25F] [25H] cooperates, the hole [6F] of piston cavity of resorption compressed air turnover cylinder, compressed air gas source enters hole [6H], anchor clamps [29] one ends have with axle [28] and are connected and use the hole, the other end has the structure that is connected with spring [5] one ends, anchor clamps [4] one ends have with the axle [C] of crank connecting link [41] and are connected and use the hole, the other end has the structure that is connected with spring [5] other end, have on the hook arm [3] to be connected with the hole with axle [28] and to force on the reciprocating valve body [40] that angles arm air distributing device [E] of crank [41] realization of crank connecting link compressed air tap [40G] is arranged, the groove of circlip is installed, crank connecting link sleeve [46] installing hole [40Z], the structure that valve body [40] is connected with pedestal [6], the structure that dispenser panel [39] is connected with valve body [40], the structure that lid [38] is connected with valve body [40], have on the valve body [40] with distribution pedestal [6] on hole [6D], [6F], the hole [40D] of the piston upper chamber compressed air turnover cylinder that [6H] corresponding connection cooperates, the hole [40F] of piston cavity of resorption compressed air turnover cylinder piston cavity of resorption, compressed air gas source enters hole [40H], have on the centre bore dispenser panel [39] that compressed air tap [40G] and crank connecting link sleeve [46] pass with valve body [40] and go up hole [40D], [40F], [40G], the hole [39D] of the piston upper chamber compressed air turnover cylinder that [40Z] corresponding connection cooperates, the hole [39F] of piston cavity of resorption compressed air turnover cylinder, compressed air gas source enters hole [39H], compressed air tap [39G], the hole [39Z] that crank connecting link axle [K] end sleeve [46] passes, syndeton [40Y] with [F] side of valve body [40] is arranged on the dispenser panel [39], have and to realize to realize [the X of sealed chamber that dispenser panel [39] piston cavity of resorption compressed air manhole appendix [40F] is communicated with compressed air tap [40G] again after dispenser panel [39] piston upper chamber compressed air manhole appendix [40D] and the rotation that compressed air tap [40G] is communicated with
2] fan-shaped cover plate [54] on have crank connecting link axle [K] end to pass the hole, cylinder [22] is tightly connected with loam cake [25], lower cover [15], cover [24] is arranged on the external cylindrical surface by the fastening upper and lower cover of securing member, connect loam cake [25], lower cover [15] piston cavity of resorption compressed air manhole appendix [25F
1], [15F
1] feeder sleeve [33] with last, lower cover is tightly connected, piston [21] in the cylinder [22] is connected with clutch axle [23] one ends, the other end of clutch axle [A] passes down the centre bore [65] that is stamped sealing ring and is connected with axle [M] end of coating hydraulic pump, one end of connector [12] is connected with clutch axle [23] piston end, the connector other end is connected with an end of axle [28], the hole that the other end [b] of axle [28] passes the sleeve that sealing ring is arranged [27] in loam cake [25] centre bore [62] is connected with hook arm [3], axle [28] is connected with the anchor clamps that connecting hole is arranged [29] end, the other end of anchor clamps [29] is connected with spring [5], the end that connecting hole is arranged of anchor clamps [4] is connected with crank connecting link axle [C] end, the other end of anchor clamps [4] is connected with the other end of spring [5], hood [1] is connected with the loam cake outside [G], distribution pedestal [6] is connected with the loam cake outside [G], compressed air gas source on the distribution pedestal [6] and the loam cake outside enters the hole, piston upper chamber compressed air manhole appendix, corresponding respectively connection of piston cavity of resorption compressed air manhole appendix is connected, the compressed air gas source of the valve body [40] of distribution pedestal [6] and the air distributing device on it enters the hole, piston upper chamber compressed air manhole appendix, corresponding respectively connection of piston cavity of resorption compressed air manhole appendix is connected, dispenser panel [39] is connected with [F] side of valve body [40], compressed air gas source on dispenser panel and the valve body enters the hole, piston upper chamber compressed air manhole appendix, piston cavity of resorption compressed air manhole appendix, the compressed air tap, corresponding respectively connection the in the hole that crank connecting link axle [K] end passes is connected, dispenser panel opposite side [H] compresses sliding connection with plane one side of fan-shaped cover plate [54] by spring [53], pass valve body cylindrical central sleeve [46], sealing ring, dispenser panel [39], axle [K] end of the centre bore crank connecting link [41] of fan-shaped cover plate [54] is connected with spring base [51], axle [K] end is connected with fan-shaped cover plate [54], cover [38] and dispenser panel, valve seal connects, the tailpiece of the piston rod [M] of coating hydraulic pump [17a] is connected with the end [A] of the clutch axle [23] of motor [1a], the suction valve [80] of pump bottom connects with the suction pipe [16a] that the other end is connected with filter screen [15a], pressure regulator valve [18] one ends are connected with pump discharge and filter [11a], the other end is connected with comb [14a], the filter other end is connected with pressure regulator valve [12a], the other end of pressure regulator valve [12] is connected with conduit [13a], the other end of conduit [13a] is connected with the coating inlet attack [99] of spray gun, one end of filter [7a] is connected with motor [1a] by conduit [2a], the other end with its on have the pressure regulator valve [8a] of Pressure gauge [3a] to be connected, the other end of pressure regulator valve [8a] is connected with joint [4a] end, the joint other end with its on have the pressure regulator valve [9a] of Pressure gauge [5a] to be connected, the other end of pressure regulator valve [9a] is connected with conduit [10a], the conduit other end is connected with the pneumatic fitting [98] of spray gun, and snap joint [4a] is connected with extraneous compressed air gas source.
2. mixed gas flush coater as claimed in claim 1 is characterized in that valve body [40] is connected with pin with dispenser panel [39], and crank connecting link axle [K] end is connected with split pin with spring base, and axle [K] end is connected with block [47] with fan-shaped cover plate [54].
3. mixed gas flush coater as claimed in claim 1 is characterized in that having on loam cake [25], the lower cover [15] annular groove [60], [64] of installation cylinder [22].
4. as claim 1,2,3 described mixed gas flush coaters, it is characterized in that there is the groove that sealing ring is installed centre bore [62], [65] on loam cake [25], the lower cover [15].
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 95215356 CN2246541Y (en) | 1995-07-10 | 1995-07-10 | Mixed gas spraying machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 95215356 CN2246541Y (en) | 1995-07-10 | 1995-07-10 | Mixed gas spraying machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2246541Y true CN2246541Y (en) | 1997-02-05 |
Family
ID=33864734
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 95215356 Expired - Fee Related CN2246541Y (en) | 1995-07-10 | 1995-07-10 | Mixed gas spraying machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2246541Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102166631A (en) * | 2010-11-25 | 2011-08-31 | 苏州苏铸成套装备制造有限公司 | Paint supplementing device |
| CN102580878A (en) * | 2012-02-10 | 2012-07-18 | 北京九门电力设备有限公司 | Anti-pollution flashover coating spraying device and method and anti-pollution flashover coating protective coating |
| CN105149127A (en) * | 2015-09-29 | 2015-12-16 | 苏州工业园区传世汽车电子有限公司 | Coating device and method for inner electrode of zirconium element of oxygen sensor |
| CN107537307A (en) * | 2016-06-24 | 2018-01-05 | 上海守望者喷雾智能***有限公司 | A kind of desulfuring spray gun |
| CN108273674A (en) * | 2017-01-06 | 2018-07-13 | 波音公司 | Automation paints applicator without masking |
| CN108716277A (en) * | 2018-07-27 | 2018-10-30 | 彭守晔 | A kind of multifunctional coating flush coater |
-
1995
- 1995-07-10 CN CN 95215356 patent/CN2246541Y/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102166631A (en) * | 2010-11-25 | 2011-08-31 | 苏州苏铸成套装备制造有限公司 | Paint supplementing device |
| CN102580878A (en) * | 2012-02-10 | 2012-07-18 | 北京九门电力设备有限公司 | Anti-pollution flashover coating spraying device and method and anti-pollution flashover coating protective coating |
| CN102580878B (en) * | 2012-02-10 | 2014-06-18 | 北京九门电力设备有限公司 | Anti-pollution flashover coating spraying device and method and anti-pollution flashover coating protective coating |
| CN105149127A (en) * | 2015-09-29 | 2015-12-16 | 苏州工业园区传世汽车电子有限公司 | Coating device and method for inner electrode of zirconium element of oxygen sensor |
| CN107537307A (en) * | 2016-06-24 | 2018-01-05 | 上海守望者喷雾智能***有限公司 | A kind of desulfuring spray gun |
| CN107537307B (en) * | 2016-06-24 | 2023-09-29 | 上海守望者喷雾智能***有限公司 | Desulfurization spray gun |
| CN108273674A (en) * | 2017-01-06 | 2018-07-13 | 波音公司 | Automation paints applicator without masking |
| CN108273674B (en) * | 2017-01-06 | 2021-09-24 | 波音公司 | Automated maskless paint applicator |
| CN108716277A (en) * | 2018-07-27 | 2018-10-30 | 彭守晔 | A kind of multifunctional coating flush coater |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |