CN100544833C - Auto-revolving screw immersion plating machine - Google Patents
Auto-revolving screw immersion plating machine Download PDFInfo
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- CN100544833C CN100544833C CNB200810018425XA CN200810018425A CN100544833C CN 100544833 C CN100544833 C CN 100544833C CN B200810018425X A CNB200810018425X A CN B200810018425XA CN 200810018425 A CN200810018425 A CN 200810018425A CN 100544833 C CN100544833 C CN 100544833C
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Abstract
The invention provides a kind of auto-revolving screw immersion plating machine, it has a casing, one immersion plating device is set in the casing, in the casing side one lowering or hoisting gear is set, the immersion plating device has mother and sons' bucket, lowering or hoisting gear can drive the lifting of immersion plating device, and one whirligig is set on the casing top, and one feeding device is set at the casing side, tilting device, push-pull device at fixed, centrifugal device, charging basket is set on the feeding device, the screw for the treatment of immersion plating is inserted in the charging basket of feeding device, and charging basket and utilize push-pull device at fixed charging basket to be pushed the immersion plating operation of carrying out antirust paint vehicle in the casing rises, in this simultaneously, be seated in the charging basket on the tilting device in the feeding device and make it and descend, after immersion plating is intact charging basket is pulled out by push-pull device at fixed, and pour the screw that paint vehicle is crossed in immersion plating into centrifugal device and be rotated and stir, make the antirust paint vehicle can be, thereby reach the good antirust paint vehicle of immersion plating, to reach the effect that promotes product quality uniformly attached to the screw surface.
Description
Technical field
The present invention relates to a kind of auto-revolving screw immersion plating machine, relate in particular to a kind of pan feeding, immersion plating, discharging, pour out and the operation of the whole-course automation of centrifugal shake-off, cut and make the antirust paint vehicle can more uniform auto-revolving screw immersion plating machine attached to the screw surface.
Background technology
After the screw moulding, carry out immersion plating and just can form protective filmy layer on the screw surface, for reaching rust-proof effect, existing screw immersion plating method is that the screw of forming is inserted in the charging basket, this charging basket surface is laid with perforation, charging basket is inserted in the bath of antirust paint vehicle, make antirust paint vehicle be attached to the screw surface via perforation, charging basket is taken out to insert again and carry out getting rid of of antirust paint vehicle in the dewaterer and take off processing, unnecessary antirust paint vehicle is got rid of take off, thereby finish the antirust work of treatment on screw surface.
The surface treatment work of above-mentioned screw immersion plating, comprise screw is inserted charging basket, entered bath, takes out and insert to get rid of in the dewaterer to take off and handle and take out the charging basket of handling well, all be to finish by manual operation, this processing mode is difficult to carry out programme-control in time, thereby be difficult to obtain ideal parameters, and only, also be difficult to grasp quality, thereby be unfavorable for promoting operating efficiency with traditional experience of master worker.
Moreover, charging basket immersed the bath of antirust paint vehicle and take out after insert and carry out getting rid of of unnecessary antirust paint vehicle in the dewaterer and take off processing, be subject to the plane rotation of dewaterer tank again, the screw that is in the charging basket to be put can be close to the charging basket internal face, thereby make antirust paint vehicle concentrate on the thread one side cambered surface place of screw or nut, cause adhering to of antirust paint vehicle inhomogeneous, and after antirust paint vehicle is dry, because of being coated on antirust paint vehicle internal water steam pressure expanded at thicker position, this film of locating antirust paint vehicle formation protuberance is come off easily, so the defective products ratio of its antirust processing is higher, becomes denouncing of industry.
Summary of the invention
The present invention seeks to provide in order to overcome the deficiencies in the prior art a kind of make antirust paint vehicle can be uniformly attached on the screw surface and the auto-revolving screw immersion plating machine of operating efficiency is provided greatly.
For achieving the above object, technical scheme of the present invention is: a kind of auto-revolving screw immersion plating machine, and it comprises:
One casing, its inside is formed with accommodation space;
One immersion plating device, it is arranged in the described casing, and it comprises a son bucket and be used to pack into female barrel of antirust paint vehicle;
One lowering or hoisting gear, it is arranged on around the described casing, and the son bucket and the female bucket that are used to drive the immersion plating device carry out the oscilaltion operation;
One feeding device, it is arranged on the described casing periphery outside, and it comprises and is used for the charging basket that splendid attire is treated the screw of immersion plating paint vehicle;
One push-pull device at fixed, it is arranged on by the described feeding device, it has a board, be provided with on the board one can move back and forth catch and get device, thereby described catching got the charging basket turnover casing that device is used for the described feeding device of push-and-pull the screw of charging basket institute splendid attire immersed in female bucket of immersion plating device;
One whirligig, it is arranged on the described casing, is used for charging basket is rotated operation;
One tilting device, it is arranged on the described casing outside and is positioned at the motion track top that catching of push-pull device at fixed got device, and described tilting device is used for the clamping charging basket and topples over operation;
One centrifugal device, it is arranged on the described casing outside, pours out the screw of the good paint vehicle of immersion plating and carries out the centrifugal dehydration operation thereby be used to accept described tilting device.
The present invention compared with prior art, has following advantage: when in use, the screw for the treatment of immersion plating is inserted in the charging basket of feeding device, and charging basket and utilize push-pull device at fixed charging basket to be pushed the immersion plating operation of carrying out antirust paint vehicle in the casing rises, in this simultaneously, be seated in the charging basket on the tilting device in the feeding device and make it and descend, after immersion plating is intact charging basket is pulled out by push-pull device at fixed, and pour the screw that paint vehicle is crossed in immersion plating into centrifugal device and be rotated and stir, the antirust paint vehicle that the screw adhering on surface can be uniformly attached to the screw surface, thereby reach the good antirust paint vehicle of immersion plating, to reach the effect that promotes product quality.
Description of drawings
Accompanying drawing 1 is schematic perspective view of the present invention;
The side view that accompanying drawing 2 rises for the present invention's first charging basket sidespin;
Accompanying drawing 3 is inserted schematic diagram in the casing for the present invention's first charging basket;
Accompanying drawing 4 makes first charging basket immersion schematic diagram wherein for immersion plating device of the present invention rises;
Accompanying drawing 5 is finished the schematic diagram of immersion plating operation for immersion plating device of the present invention descends;
Accompanying drawing 6 puts down schematic diagram () for second charging basket of the present invention's preparation;
Accompanying drawing 7 puts down schematic diagram (two) for second charging basket of the present invention's preparation;
Accompanying drawing 8 puts down schematic diagram (three) for second charging basket of the present invention's preparation;
Accompanying drawing 9 takes out the schematic diagram of first charging basket for the present invention;
Accompanying drawing 10 enters and gets rid of the schematic diagram that takes off operation in the centrifugal device for the present invention pours out screw in first charging basket;
Accompanying drawing 11 is for centrifugal device rotation inclination stirring of the present invention and carry out the schematic diagram that screw is poured out;
Wherein:
10, casing; 101, backboard; 11, top board; 12, side plate; 121, opening; 13, side plate; 131, grooving; 14, base plate; 15, corner bracket; 16, track; 17, pulley;
20, immersion plating device; 21, female bucket; 22, perforation; 23, continue the ring limit; 231, ring; 24, son bucket; 25, return duct; 26, pump; 27, return duct;
30, lowering or hoisting gear; 31, cylinder pressure; 32, cylinder pressure; 33, crossbearer assembly; 34, pulley; 35, lifter plate;
40, whirligig; 401, locating rack; 41, motor; 42, belt; 43, driven pulley; 44, rotary sleeve; 45, track; 46, pulley;
50, board; 51, frame plate; 52, bogie side frame; 53, the collar; 54, underframe; 55, control cabinet; 56, switch-box;
60, feeding device; 61, parallel arms; 611, cross bar; 62, pin joint seat; 63, rely on framework; 64, pulley; 65, fixed mount; 66, motor; 67, wheel disc; 68, hawser; 601, first charging basket; 6011, side; 6012, button portion; 6013, mast; 6014, fin; 602, second charging basket; 6021, side; 6022, button portion; 6024, fin;
70, tilting device; 701, bracing frame; 702, motor; 703, pin joint seat; 704, axostylus axostyle; 705, pin joint seat; 71, cantilever frame; 711, funnel; 72, substrate; 721, link stopper; 73, breach; 74, dividing plate; 75, cylinder pressure; 751, the cylinder heart; 76, connecting rod; 77, swing arm; 78, wheel carrier; 79, pulley;
80, push-pull device at fixed; 801, joining rod; 81, cylinder pressure; 82, the cylinder heart; 83, catch and get device; 84, plectrum; 85, pull bar;
90, centrifugal device; 91, base; 92, cylinder pressure; 921, the cylinder heart; 93, framework; 931, pulley; 94, fixed mount; 95, motor; 96, staving; 961, inside groove; 97, underframe; 98, motor; 99, batch turning bucket.
The specific embodiment
Below in conjunction with accompanying drawing embodiments of the present invention are described in detail:
To shown in Figure 3, auto-revolving screw immersion plating machine of the present invention comprises referring to Fig. 1:
One casing 10, its inside is formed with accommodation space;
One immersion plating device 20, it is arranged in the casing 10, and it has a son bucket 24 and one female bucket 21, the antirust paint vehicle of packing in female bucket 21;
One lowering or hoisting gear 30, its be arranged on casing 10 around, son bucket 24 and female bucket 21 that can drive immersion plating device 20 carry out the oscilaltion action;
One feeding device 60, it is arranged at the casing 10 periphery outsides, and it has first charging basket 601 and second charging basket, 602, the first charging baskets 601 and second charging basket 602 and is used for the screw that splendid attire is treated the immersion plating paint vehicle, and feeding device 60 can be in casing 10 outside liftings;
One push-pull device at fixed 80, it continues and is arranged on feeding device 60 sides, it has a board 50, be provided with on the board 50 one can move back and forth catch and get device 83, but this catches first charging basket 601, second charging basket, the 602 turnover casings 10 of getting device 83 push-and-pull feeding devices 60, thereby the screw of institute's splendid attire in first charging basket 601, second charging basket 602 can be immersed respectively in female bucket 21 of immersion plating device 20;
One whirligig 40, it is arranged on the casing 10, and it is used for first charging basket 601, second charging basket 602 are rotated operation;
One tilting device 70, it is arranged at around the casing 10 outside and continues above catching of push-pull device at fixed 80 got the motion track of device 83, and tilting device 70 is used for clamping first charging basket 601, second charging basket 602 is toppled over operation;
One centrifugal device 90, it is arranged at the outside around the casing 10, and its screw that is used to accept the good paint vehicle of immersion plating that tilting device 70 pours out is to carry out the centrifugal dehydration operation.
Described casing 10 has a base plate 14, two side plates 12,13 are set in base plate 14 both sides, at side plate 12,13 rears one backboard 101 is set, and a top board 11 is set on side plate 12,13 and backboard 101, one opening 121 is set on side plate 12, opening 121 both sides are provided with a corner bracket 15, and a track 16 is set on corner bracket 15, and several pulleys 17 are set on the track 16;
Described lowering or hoisting gear 30 has two cylinder pressures 31,32, two cylinder pressures 31,32 are arranged on the surface of side plate 13, the cylinder heart of one cylinder pressure 31 up, and cylinder heart end is hubbed on side plate 13 apical margins, the cylinder heart of another cylinder pressure 32 down, and cylinder heart end is provided with a crossbearer assembly 33, crossbearer assembly 33 two ends are provided with pulley 34, thereby crossbearer assembly 33 passes grooving set on the side plate 13 131 makes pulley 34 be resisted against grooving 131 sides, pass grooving 131 sides at crossbearer assembly 33 one lifter plate 35 also is set, when starting lowering or hoisting gear 30, cylinder pressure 31,32 the cylinder heart stretches and drives lifter plate 35 and carry out lifting action in casing 10.
Described immersion plating device 20 is arranged on the lifter plate 35, female bucket 21 side faces of immersion plating device 20 are provided with several perforation 22, the one ring limit 23 of continuing is set on female bucket 21 side faces of perforation 22 lower edges, and one ring that centers on 231 is set in ring limit 23 outer rims that continue, son bucket 24 is arranged on the front end of female bucket 21, and son bucket 24 top end openings connect and run through the ring limit 23 of continuing, the antirust paint vehicle of can packing in female bucket 21, antirust paint vehicle can see through perforation 22 and flow out when charging basket enters and rise, and antirust paint vehicle flows in the son bucket 24 via 23 backs, ring limit of continuing, in son bucket 24 bottoms filter can be set carries out overanxious, and on son bucket 24 root edge side faces, a return duct 25 is set, return duct 25 ends are provided with a pump 26, at pump 26 ports of export one return duct 27 is set, return duct 27 ends continue and penetrate in female bucket 21, thereby the antirust paint vehicle in the feasible inflow bucket 24 is via return duct 25, pump 26 and return duct 27 pass back in female bucket 21.
Described whirligig 40 is arranged on casing 10 top boards 11, it has a motor 41, one belt 42 and a driven pulley 43, top board 11 is provided with two locating racks 401, motor 41 is erected on this locating rack 401, on motor 41 axles driving wheel is set, the rotating shaft 431 of driven pulley 43 is hubbed on the top board 11, belt 42 windings are on driving wheel and driven pulley 43, rotating shaft 431 is hubbed at top board 11 and penetrates downwards, in rotating shaft 431 bottoms one rotary sleeve 44 is set also, these both sides, rotary sleeve 44 bottom are provided with two relative tracks 45, and track 45 is provided with several pulleys 46.
One frame plate 51 is set on the board 50 of described push-pull device at fixed 80, and frame plate 51 front and back ends are provided with bogie side frame 52, and several collars 53 are set on bogie side frame 52, also are provided with a underframe 54 in board 50 adjacent sides.
Described feeding device 60 is arranged on the underframe 54, it comprises two groups of parallel relative pin joint seats 62 that are arranged on top, underframe 54 both sides, a parallel arms 61 is pivoted on each pin joint seat 62, parallel arms 61 tops are pivoted and one rely on framework 63, underframe 54, parallel arms 61 and support framework 63 form parallel four connection rod set, cross bar 611 is set between relative one group parallel arms 61, one fixed mount 65 is set between board 50 and casing 10, one motor 66 is set on the fixed mount 65, one rotating disk 67 is set on motor 66 axles, winding one hawser 68 on the rotating disk 67, hawser 68 ends are right after and are relying on the framework 63, when motor 66 starts, can rotary turnplate 67 twine hawser 68, thereby make hawser 68 make hawser 68 be with parallel arms 61 upwards swing one angle or downward parallel storings afterwards to relying on framework 63 to spur or loosening.
Described tilting device 70 is arranged on board 50 top rear sides, it comprises a bracing frame 701 that is arranged at board 50 top rear sides, one motor 702 is set on bracing frame 701, also be provided with one on the bracing frame 701 and articulate frame 703, articulate on the frame 703 axostylus axostyle 704 and a cantilever frame 71 are set, one substrate 72 with opening is set in the cantilever frame 71, this substrate 72 is provided with a link stopper 721 in open side, cantilever frame 71 1 sides are installed in axostylus axostyle 704 side faces, axostylus axostyle 704 1 sides are connected with motor 702, and the opposite side of axostylus axostyle 704 is hubbed on the pin joint seat 705 of side plate 12.
The above-mentioned cantilever frame 71 leading edges swing arm 77 that is pivoted, at cantilever frame 71 sides one dividing plate 74 is set, dividing plate 74 both sides are provided with a cylinder pressure 75 respectively, the cylinder heart 751 ends of cylinder pressure 75 connecting rod 76 that is pivoted, connecting rod 76 sides are installed on the swing arm 77, several pieces wheel carriers 78 are set on the swing arm 77, one pulley 79 is set on each wheel carrier 78, and be pivoted adjacent to swing arm 77 and several be set on the substrate 72 of position and pulley 79 forms relative breach 73, when cylinder pressure 75 startups make the 751 flexible operations of the cylinder heart, can promote connecting rod 76 and drive swing arms 77, swing arm 77 can be changed in each breach 73, be provided with funnel 711 at the opening periphery of substrate 72.
Described push-pull device at fixed 80, it is arranged at board 50 tops, be that a frame plate 51 is set on board 50, one cylinder pressure 81 is set on the frame plate 51, the cylinder heart 82 front ends of cylinder pressure 81 are provided with an extractor 83, catch to get device 83 2 sides pull bar 85 is set, and pull bar 85 is located in the collar 53, and in pull bar 85 ends one joining rod 801 is set and is connected, this is caught and gets the plectrum 84 that a control lifting is set in the device 83.
Described centrifugal device 90 is arranged on place, feeding device 60 rears, it has a base 91, on base 91, be provided with a framework 93, framework 93 bottoms are provided with pulley 931, and one cylinder pressure 92 is set at base 91 rear sides, the cylinder heart 921 ends of cylinder pressure 92 connect and are located at framework 93 bottoms, one fixed mount 94 also is set on the framework 93, one motor 95 is set on the fixed mount 94, and a staving 96 is pivoted on framework 93, one inside groove 961 is set in the staving 96, and as Fig. 2 and shown in Figure 6, staving 96 bottoms are provided with a underframe 97, one motor 98 is set on the underframe 97, one driving wheel (not shown) is set on motor 98 axles, and, the driven pulley (not shown) that an axle is hubbed on staving 96 bottoms and is piercing in inside groove 961 downwards is set also in inside groove 961 bottoms with this driving wheel of belt winding, make belt energy winding driven pulley, when motor 98 starts, can drive inside groove 961 rotations, pour into wherein and the screw of the antirust paint vehicle of surface attachment can carry out antirust paint vehicle in inside groove 961 rotation is got rid of and taken off operation thereby make to enter.
Said motor 95 axles connect with staving 96 axostylus axostyles that are pivoted, thereby can drive staving 96 rotations one angle by starter 95, so above-mentioned inside groove 961 can be to pouring into wherein and the rotation of the screw of the antirust paint vehicle of surface attachment is got rid of and taken off, add the free degree of upset staving 96, make screw in the inside groove 961 except obtaining rotary centrifugal force, more can overturn, as further being stirred, thereby allow the antirust paint vehicle can be uniformly attached to the screw surface to it.
And a switch-box 56 and a control cabinet 55 are set at board 50 places, it forms electric control loop, switch-box 56 is used to open and close operation, and various controllers and control element are set in control cabinet 55, control and write down various operating parameters, the usefulness of long-term observation is provided for the startup of each device, the various control devices that it is set, by this field personage is known, non-architectural feature of the present invention does not repeat them here.
It is of the present invention that to manipulate step as follows:
Cooperation can be inserted the screw for the treatment of the immersion plating rush-resisting material in first charging basket 601 referring to shown in Figure 1;
As shown in Figure 2, starter 66 drives rotating disk 67 rotation and coiling hawsers 68, hawser 68 is upwards drawn high the parallel arms 61 and support framework 63 sidespins of parallel four connection rod set, thereby allow first charging basket 601 be positioned at opening 121 sides of side plate 12;
As shown in Figure 1 to Figure 3, start the cylinder pressure 81 of push-pull device at fixed 80, the cylinder heart 82 is stretched out and promote first charging basket 601, make the pulley 17 of the track 16 that the side 6011 of first charging basket 601 can be provided with via side plate 12 openings 121 places accept and enter in the casing 10, and the side 6011 of first charging basket 601 obtain the accepting of pulley 46 of rotary sleeves 44 bottom tracks 45.
As shown in Figure 4, start lowering or hoisting gear 30 and drive lifter plates 35 and rise, make immersion plating device 20 cover on first charging basket, 601 peripheries, first charging basket 601 is immersed in female bucket 21, thus antirust paint vehicle can attached in first charging basket 601 ccontaining screw surface.
As shown in Figure 5, after one default immersion plating period, lowering or hoisting gear 30 drives lifter plate 35 and descends, make the antirust paint vehicle of immersion plating device 20 inside can descend one highly, soaking the unnecessary antirust paint vehicle that is attached to the screw surface can be dropped in downwards in female bucket 21, and, can start whirligig 40 driven rotary cover 44 rotation slowly, thereby drive 601 rotations of first charging basket, make the screw of first charging basket, 601 inside can obtain a preliminary whipping strength, the unnecessary antirust paint vehicle that the screw surface can be attached gets rid of to female bucket 21 afterwards.
In the above-mentioned immersion plating operation, immersion plating device 20 rises, first charging basket 601 is entered in female bucket 21, and antirust paint vehicle can raise and via the perforation 22, continue and encircle in limit 23 and the inflow bucket 24, and, antirust paint vehicle can be via pump 26 primings, and filter via the set filter in son bucket 24 bottoms, again via return duct 25, pump 26 and return duct 27 pass back in female bucket 21 and re-use, the setting of this child bucket 24, when the antirust paint materials flow is gone into wherein, can make things convenient for the concentration of the antirust paint vehicle of staff's sampling and testing and antirust paint vehicle to pour into and to squeeze in female bucket 21 by son bucket 24, also can reach the convenient practical effect that replenishes antirust paint vehicle.
With reference to Fig. 1 and Fig. 6, when first charging basket 601 enters the immersion plating operation of carrying out screw in the casing 10, start the motor 702 of tilting device 70, make its rotating band moving axis bar 704, thereby make second charging basket 602 can be placed on support framework 63 tops of feeding device 60 to turning down cantilever frame 71.
As shown in Figure 7, when second charging basket 602 is placed on support framework 63 tops of feeding device 60, start cylinder pressure 75 and retract the cylinder heart 751, make connecting rod 76 drive swing arm 77 rotations one angle, thereby wheel carrier set on the swing arm 77 78 can outwards be opened, the buckleing of side 6021 of second charging basket 602 held and unclamp.
As shown in Figure 8, the motor 66 that starts feeding device 60 drives rotating disk 67 rotations to put down hawser 68, thereby make hawser 68 can fall the support framework 63 and the parallel arms 61 of parallel four connection rod set, start cylinder pressure 75 and release the cylinder hearts 751, swing arm 77 is changed over to wheel carrier 78 form in the breach 73 of substrate 72 and await orders to promote connecting rod 76.
As Fig. 1 and shown in Figure 9, after the above-mentioned steps, start the cylinder pressure 81 of push-pull device at fixed 80, make set the catching of the cylinder heart 82 front ends get device 83 and stretch into casing 10, and fall plectrum 84 and stretch into the portion that buckles 6012 of first charging basket 601 to regain the cylinder heart 82, thereby first charging basket 601 is outwards pulled out, and pulley 79 upper limbs that the side 6011 of first charging basket slips into the wheel carrier 78 of tilting device 70 are held to be buckled.
Referring to Figure 10 and Figure 11, starter 702 hinged cantilever frameworks 71, make first charging basket 601 topple over an angle, the screw of institute's immersion plating is outwards poured out by funnel 711 openings in first charging basket 601, the screw of the antirust paint vehicle of surface immersion plating is just poured in staving 96 inside grooves 961 of centrifugal device 90, afterwards starter 98 drives inside groove 961 rotations, it is got rid of the unnecessary antirust paint vehicle in screw surface with action of centrifugal force take off operation, and, starter 95 back and forth rotates staving 96 1 angles simultaneously, make it carry out comprehensive whipping and stirring to screw, thereby antirust paint vehicle can be more uniform attached on the screw surface, avoid antirust paint vehicle to adhere to inequality or formed bubble on screw surface, afterwards, motor 95 drives staving 96 rotations and topples over an angle, screw after the processing is outwards poured out via batch turning bucket 99, finish the antirust processing operation of screw, subsequently, the screw for the treatment of immersion plating can be inserted in second charging basket 602, the state of this moment promptly is returned to state as shown in Figure 1, thereby carries out the immersion plating operation of next circulation.
For another shown in Figure 11, one hollow pillar canal 6015 is set in first charging basket 601, hollow pillar canal 6015 side faces are laid perforation, the purpose that hollow pillar canal 6015 is provided with can make the screw that is positioned in first charging basket 601 via the centrifugal shake-off operation time, avoid a large amount of screws to concentrate on first charging basket, 601 centers, make screw can be distributed in distance first charging basket 601 centers one segment distance is arranged, thereby can obtain bigger centrifugal force carrying out the centrifugal shake-off operation of antirust paint vehicle, above-mentioned explanation also is useful in and in second charging basket 602 hollow pillar canal is set and can reaches identical purpose.
Claims (9)
1, a kind of auto-revolving screw immersion plating machine, it comprises:
One casing (10), its inside is formed with accommodation space;
One immersion plating device (20), it is arranged in the described casing (10), and it comprises a son bucket (24) and be used to pack into female barrel (21) of antirust paint vehicle;
One lowering or hoisting gear (30), it is arranged on described casing (10) on every side, and the son bucket (24) and the female bucket (21) that are used to drive immersion plating device (20) carry out the oscilaltion operation;
One feeding device (60), it is arranged on described casing (10) the periphery outside, and it comprises that being used for splendid attire treats the charging basket of the screw of immersion plating paint vehicle (601,602);
One push-pull device at fixed (80), it is other that it is arranged on described feeding device (60), it has a board (50), be provided with on the board (50) one can move back and forth catch and get device (83), described catch charging basket (601,602) the turnover casing (10) of getting device (83) and being used for the described feeding device of push-and-pull (60) thus the screw of charging basket (601,602) institute's splendid attire is immersed in female barrel (21) of immersion plating device (20);
One whirligig (40), it is arranged on the described casing (10), is used for charging basket (601,602) is rotated operation;
One tilting device (70), it is arranged on described casing (10) outside and is positioned at the motion track top that catching of push-pull device at fixed (80) got device (83), and described tilting device (70) is used for clamping charging basket (601,602) and topples over operation;
One centrifugal device (90), it is arranged on described casing (10) outside, be used to accept described tilting device (70) thus the screw of pouring out the good paint vehicle of immersion plating carries out the centrifugal dehydration operation.
2, auto-revolving screw immersion plating machine according to claim 1, it is characterized in that: described casing (10) comprises base plate (14), be positioned at the side plate (13) of base plate (14) both sides, be arranged on side plate (13) rear backboard (101), be arranged on the top board (11) on side plate (13) and the backboard (101), offer an opening (121) on the described side plate (13), in the both sides of opening (121) corner bracket (15) is set, and a track (16) is set on described corner bracket (15), and track (16) is provided with several pulleys (17).
3, auto-revolving screw immersion plating machine according to claim 2, it is characterized in that: described lowering or hoisting gear (30) comprises two cylinder pressures (31,32) that are arranged on side plate (13) surface, is arranged on the lifter plate (35) in the casing (10), the cylinder heart of a described cylinder pressure (31) up and cylinder heart end be hubbed on side plate (13) apical margin, the cylinder heart of another cylinder pressure (32) down and cylinder heart end be arranged on the crossbearer assembly (33), offer grooving (131) on side plate (13), described crossbearer assembly (33) passes grooving (131) and is connected with lifter plate (35).
4, auto-revolving screw immersion plating machine according to claim 1, it is characterized in that: described whirligig (40) comprises that motor (41) on the top board (11) that is arranged on casing (10), the driving wheel, the rotating shaft that are connected with motor (41) axle are hubbed on driven pulley (43), the belt (42) of winding on described driving wheel and driven pulley (43) on the top board (11), and the rotating shaft of described driven pulley (43) penetrates in described casing (10) and connects a rotary sleeve (44) in the bottom of rotating shaft.
5, auto-revolving screw immersion plating machine according to claim 1, it is characterized in that: described feeding device (60) is arranged on the underframe (54) of the adjacent side of described board (50), it also comprises the two groups of parallel relative pin joint seats (62) that are fixed in top, underframe (54) both sides, the parallel arms (61) that is pivoted mutually with described pin joint seat (62), the support framework (63) that is pivoted mutually with parallel arms (61) top, described underframe (54), parallel arms (61) and support framework (63) form parallel four connection rod set, between board (50) and casing (10), a fixed mount (65) is set also, one motor (66) is set on the described fixed mount (65), the rotating disk (67) that is connected with motor (66) axle, the hawser (68) of winding on rotating disk (68), described hawser (68) end is tightly tied on described support framework (63).
6, auto-revolving screw immersion plating machine according to claim 1 is characterized in that: described push-pull device at fixed (80) also comprises the frame plate (51) that is arranged on the board (50), be arranged on that described frame plate (51) is gone up and describedly catch the cylinder pressure (81) getting device (83) and be arranged in its cylinder heart front end, be arranged on and catch pull bar (85), the joining rod (801) of fixedlying connected with described pull bar (85) end of getting device (83) both sides, be arranged on described catching and get the plectrum (84) that device (83) is used to control lifting.
7, auto-revolving screw immersion plating machine according to claim 1 is characterized in that: the fixed mount (94) that described centrifugal device (90) comprises the base (91) that is arranged on described feeding device (60) rear, be arranged on framework (93) on the base (91), be positioned at the cylinder pressure (92) of base (91) rear side, be fixedly connected with framework (93), the staving with inside groove (961) (96) that is arranged on motor (95) on the described fixed mount (94), is pivoted mutually with motor (95).
8, auto-revolving screw immersion plating machine according to claim 1, it is characterized in that: the charging basket of described feeding device (60) (601,602) bung periphery is provided with side (6011,6021), mast (6013,6023) is set below side (6011,6021), and one fin (6014,6024) is set, and on side (6013,6023) side face, a button portion (6012,6022) is set in mast (6013,6023) bottom.
9, auto-revolving screw immersion plating machine according to claim 8 is characterized in that: in charging basket (601,602) hollow pillar canal (6015) is set also, described hollow pillar canal (6015) side face is laid with perforation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB200810018425XA CN100544833C (en) | 2008-01-31 | 2008-01-31 | Auto-revolving screw immersion plating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB200810018425XA CN100544833C (en) | 2008-01-31 | 2008-01-31 | Auto-revolving screw immersion plating machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101224449A CN101224449A (en) | 2008-07-23 |
| CN100544833C true CN100544833C (en) | 2009-09-30 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB200810018425XA Expired - Fee Related CN100544833C (en) | 2008-01-31 | 2008-01-31 | Auto-revolving screw immersion plating machine |
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| Country | Link |
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| CN (1) | CN100544833C (en) |
Families Citing this family (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101722133B (en) * | 2008-11-03 | 2012-01-18 | 王荣南 | Metal surface treating machine |
| CN101823037B (en) * | 2010-03-30 | 2011-10-26 | 日泰（上海）汽车标准件有限公司 | Novel coating system |
| CN104801460B (en) * | 2014-01-23 | 2017-11-24 | 王荣南 | Coating machine is got rid of in full-automatic leaching |
| CN104437967A (en) * | 2014-12-01 | 2015-03-25 | 齐齐哈尔市金车工业公司 | Dacromet surface treatment device applied to metal fittings |
| CN104959277A (en) * | 2015-06-04 | 2015-10-07 | 肖叶 | Simple steeping machine rack |
| CN108636724B (en) * | 2018-03-23 | 2019-12-10 | 舟山市宏基工业产品设计研究所 | gluing device for bolt thread |
| CN110787954B (en) * | 2018-06-28 | 2020-12-11 | 博兴兴业精细化工产业发展有限公司 | Gear oil immersion equipment and use method thereof |
| CN109395955A (en) * | 2018-12-17 | 2019-03-01 | 青岛科技大学 | A kind of vertical uninterrupted comprehensive automatic roller coating device |
| CN112547384B (en) * | 2020-11-30 | 2021-07-20 | 广州众山精密科技有限公司 | Full-automatic spraying device |
| TWI821904B (en) * | 2022-02-11 | 2023-11-11 | 金協鑫科技股份有限公司 | Discharging mechanism of surface treatment equipment |
-
2008
- 2008-01-31 CN CNB200810018425XA patent/CN100544833C/en not_active Expired - Fee Related
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| Publication number | Publication date |
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| CN101224449A (en) | 2008-07-23 |
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