CN203899818U - Inner wall spray finishing gyroscope of pneumatic-lifting-type cylinder workpiece - Google Patents
Inner wall spray finishing gyroscope of pneumatic-lifting-type cylinder workpiece Download PDFInfo
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- CN203899818U CN203899818U CN201420356061.7U CN201420356061U CN203899818U CN 203899818 U CN203899818 U CN 203899818U CN 201420356061 U CN201420356061 U CN 201420356061U CN 203899818 U CN203899818 U CN 203899818U
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- reducing motor
- guide pin
- framework
- bearing block
- roller track
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Abstract
The utility model discloses an inner wall spray finishing gyroscope of a pneumatic-lifting-type cylinder workpiece, and relates to an inner wall spray finishing gyroscope of a cylinder workpiece, aiming at solving the problems that when the inner wall of a cylinder workpiece is subjected to spray finishing in the prior art, the cylinder workpiece cannot autorotate, the spray finishing efficiency is low, the spray finishing layer is nonuniform, and a spray gun is needed to carry out spray finishing in a swinging mode along the circumference direction of the workpiece, so inconvenience is brought to operators. Guide sleeve bases are welded on a framework, and are internally provided with guide sleeves; a driving chain wheel is fixed on a driving rotary wheel shaft, and forms a drive pair together with a speed reduction motor chain wheel by a chain; bearings and rotary wheels are fixed on two ends of the driving rotary wheel shaft and a driven rotary wheel shaft; the bearings are connected with the framework by bearing seat bases; a rolling track connecting beam and rolling tracks are welded; upper ends of guide columns are fixed in the rolling tracks, and lower ends of the guide columns are arranged in the guide sleeves in a sliding mode; the rolling track connecting beam is fixed on an air cylinder piston rod by an air cylinder connecting jacket casing; the speed reduction motor is connected with the framework; a chain wheel of the speed reduction motor is fixedly connected with a speed reduction motor shaft by a chain wheel connecting shaft. The inner wall spray finishing gyroscope of the pneumatic-lifting-type cylinder workpiece, which is disclosed by the utility model, is used for performing spray finishing on inner walls of cylinder workpieces.
Description
Technical field
The utility model relates to a kind of cylindrical workpieces inner-wall spraying whirler.
Background technology
Inner-wall spraying is the processing mode that industrial production often runs into, and is shaped as parabola shapedly for one end axial cross section, and the other end is columnar workpiece, is defined as cylindrical workpieces here, and its axial length of this cylindrical workpieces is longer, axial length is diameter 4～5 times.This cylindrical workpieces inwall need to spray two kinds of paints.While adopting prior art to spray cylindrical workpieces inner surface, for cylindrical workpieces circumferencial direction can be sprayed to, want on the one hand rotor workpiece, want on the other hand rotary spray gun, the spraying work of need to stopping of rotor workpiece, after cylindrical workpieces being rotated to an angle with hand, then takes spray gun to continue spray, need to repeat like this three to four times could spray whole cylindrical workpieces inwall circumference, and spray efficiency is low.In addition, rotary spray gun needs counterclockwise and clockwise reciprocally swinging, and spraying operation is very inconvenient, and the end of spray gun is provided with canister, and high-pressure air hose is also installed simultaneously, and rotation is got up more difficult, is unfavorable for spraying work.In addition, due to the sealing of cylindrical workpieces one end, during spraying, visual effect is very poor, and coating quality can only lean on operator's sensation to control, and makes sprayed coating be difficult to guarantee uniformity.
Utility model content
The purpose of this utility model is to provide a kind of pneumatic lifting cylindrical workpieces inner-wall spraying whirler, while adopting prior art spraying cylindrical workpieces inwall to solve, cylindrical workpieces can not automatic rotation, can only lean on rotation manually, spray efficiency is low, sprayed coating is difficult to guarantee uniformity and spray gun need to swing spraying, the problem of making troubles to operation along workpiece circumferencial direction.
The technical solution of the utility model is: pneumatic lifting cylindrical workpieces inner-wall spraying whirler, and it comprises runner frame assembly, lifting roller track mechanism assembly and reducing motor assembly; Described runner frame assembly comprises framework, chain, drive sprocket, four guide pin bushing seats, four guide pin bushings, two rotary shafts, four swiveling wheels, four bearing block upper covers, four bearings and four bearing block bases, and two described rotary shafts are respectively active rotation wheel shaft and driven rotary shaft; Described lifting roller track mechanism assembly comprises cylinder branch sleeve, cylinder piston rod, four guide pillars, two roller tracks and three roller track tie-beams; Described reducing motor assembly comprises reducing motor, reducing motor fixed head, sprocket wheel connecting axle and reducing motor sprocket wheel;
Four described guide pin bushing seats are welded on framework, four rectangular settings of guide pin bushing seat, and the geometric center lines of four guide pin bushing seats of rectangular setting and the geometric center lines of framework overlap; The guide pin bushing that an interference fit is housed in each guide pin bushing seat, described guide pin bushing uprightly arranges; Described drive sprocket is fixedly mounted on one end of active rotation wheel shaft, and drive sprocket forms a transmission by chain and reducing motor sprocket wheel; Described active rotation wheel shaft and driven rotary shaft be arranged in parallel and are positioned at the top of guide pin bushing, active rotation wheel shaft and driven rotary shaft two ends respectively fixedly mount a bearing and a swiveling wheel, and described swiveling wheel is arranged on the bearing inner side being adjacent, each bearing is contained in bearing block base, bearing block base and framework upper end removably connect, and each bearing block base unloads and is connected with bearing block detachable upper cover; Described two roller tracks and two perpendicular settings of rotary shaft, three described roller track tie-beams are vertically set between two roller tracks, three roller track tie-beams are along roller track long side surface spaced set, and three roller track tie-beam two ends and two roller track welding form a track framework, and four described guide pillar upper ends penetrate in two roller tracks and adopt welding manner to be fixedly connected with; And four guide pillars and the corresponding setting one by one of four guide pin bushings, four guide pillar lower ends are slidably arranged in four guide pin bushings, roller track tie-beam lower surface middle part in the middle of being positioned in three roller track tie-beams and the welding of cylinder branch sleeve upper end, cylinder adapter sleeve jacket casing lower end is fixedly set on cylinder piston rod; Described reducing motor is fixed on the one end on reducing motor fixed head, and described sprocket wheel connecting axle is fixed on reducing motor axle, and described reducing motor sprocket wheel is fixed on sprocket wheel connecting axle, and reducing motor fixed head and framework removably connect.
The utlity model has following beneficial effect:
1, adopt manually rotor workpiece of pneumatic lifting cylindrical workpieces inner-wall spraying whirler of the present utility model, spray gun need not swing along cylindrical workpieces circumferencial direction, only need axially move horizontally and can complete spraying work along cylindrical workpieces, production efficiency improves more than at least one times, spray-on coating uniformity, without drain spray phenomenon, occur, improved coating quality.
2, pneumatic lifting cylindrical workpieces inner-wall spraying whirler of the present utility model, by reducing motor, drive, by electric energy conversion, be kinetic energy, drive swiveling wheel to rotate, swiveling wheel drives cylindrical workpieces to rotate, make to be sprayed cylindrical workpieces automatic rotation in the above, operator only vertically mobile spray gun can complete the work of cylindrical workpieces inner-wall spraying, both convenient, reduce labor intensity again, cylindrical workpieces rises and declines does not need crane, only needs to rise or decline cylinder piston rod.By production line transmission track, cylindrical workpieces is rolled and can complete the cylindrical workpieces work that moves up and down on roller track.
Accompanying drawing explanation
Fig. 1 is the utility model general assembly front view;
Fig. 2 is Fig. 1 top view;
Fig. 3 is the left view removing in Fig. 1 after reducing motor assembly;
Fig. 4 is the utility model runner frame assembly front view;
Fig. 5 is Fig. 4 top view;
Fig. 6 is Fig. 4 left view;
Fig. 7 is the utility model lifting roller track mechanism assembly front view;
Fig. 8 is Fig. 7 top view;
Fig. 9 is Fig. 7 left view;
Figure 10 is the utility model reducing motor assembly front view;
Figure 11 is Figure 10 top view;
Figure 12 is A place partial enlarged drawing in Fig. 1;
Figure 13 is B place partial enlarged drawing in Fig. 4.
Component names in above-mentioned accompanying drawing and label are as follows respectively:
Lower longeron 1-1, sill 1-2, vertical beam 1-3, guide pin bushing seat 1-4, guide pin bushing 1-5, bearing block fixed head 1-6, drive sprocket locking nut 1-7, chain 1-8, drive sprocket 1-9, drive sprocket key 1-10, active rotation wheel shaft 1-11, driven rotary shaft 1-12, swiveling wheel 1-13, swiveling wheel key 1-14, swiveling wheel locking nut 1-15, bearing block upper cover 1-16, bearing 1-19, bolt one 1-20, bearing block base 1-21, entablature 1-22, upper longeron 1-23, framework 1-24, guide pillar 2-1, roller track 2-2, roller track tie-beam 2-3, cylinder branch sleeve 2-4, cylinder piston rod 2-6, reducing motor 3-1, reducing motor fixed head 3-5, sprocket wheel connecting axle 3-6, reducing motor sprocket wheel 3-8, reducing motor steering sprocket key 3-9, reducing motor sprocket wheel locking nut 3-10, connecting bolt 3-11, strengthen backing plate 3-12.
The specific embodiment
The specific embodiment one: as shown in Fig. 1～Figure 13, pneumatic lifting cylindrical workpieces inner-wall spraying whirler, comprises runner frame assembly, lifting roller track mechanism assembly and reducing motor assembly; Described runner frame assembly comprises framework 1-24, chain 1-8, drive sprocket 1-9, four guide pin bushing seat 1-4, four guide pin bushing 1-5, two rotary shafts, four swiveling wheel 1-13, four bearing block upper cover 1-16, four bearing 1-19 and four bearing block base 1-21, and two described rotary shafts are respectively active rotation wheel shaft 1-11 and driven rotary shaft 1-12; Described lifting roller track mechanism assembly comprises cylinder branch sleeve 2-4, cylinder piston rod 2-6, four guide pillar 2-1, two roller track 2-2 and three roller track tie-beam 2-3; Described reducing motor assembly comprises reducing motor 3-1, reducing motor fixed head 3-5, sprocket wheel connecting axle 3-6 and reducing motor sprocket wheel 3-8;
It is upper that four described guide pin bushing seat 1-4 are welded on framework 1-24, the rectangular setting of four guide pin bushing seat 1-4, and the geometric center lines of four guide pin bushing seat 1-4 of rectangular setting overlaps with the geometric center lines of framework 1-24; The guide pin bushing 1-5 that an interference fit is housed in each guide pin bushing seat 1-4, described guide pin bushing 1-5 uprightly arranges; Described drive sprocket 1-9 is fixedly mounted on one end of active rotation wheel shaft 1-11, and drive sprocket 1-9 forms a transmission by chain 1-8 and reducing motor sprocket wheel 3-8; Described active rotation wheel shaft 1-11 and driven rotary shaft 1-12 be arranged in parallel and are positioned at the top of guide pin bushing 1-5, active rotation wheel shaft 1-11 and driven rotary shaft 1-12 two ends respectively fixedly mount a bearing 1-19 and a swiveling wheel 1-13, and described swiveling wheel 1-13 is arranged on the bearing 1-19 inner side being adjacent, each bearing 1-19 is contained in bearing block base 1-21, bearing block base 1-21 and framework 1-24 upper end removably connect, and each bearing block base 1-21 and bearing block upper cover 1-16 removably connect by bolt and spring washer circle; Described two roller track 2-2 and two perpendicular settings of rotary shaft, three described roller track tie-beam 2-3 are vertically set between two roller track 2-2, three roller track tie-beam 2-3 are along roller track 2-2 long side surface spaced set, and three roller track tie-beam 2-3 two ends and two roller track 2-2 welding form a track framework, and four described guide pillar 2-1 upper ends penetrate in two roller track 2-2 and adopt welding manner to be fixedly connected with; And four guide pillar 2-1 and four guide pin bushing 1-5 corresponding setting one by one, four guide pillar 2-1 lower ends are slidably arranged in four guide pin bushing 1-5, guarantee that roller track 2-2 keeps level, roller track tie-beam 2-3 lower surface middle part in the middle of being positioned in three roller track tie-beam 2-3 and the welding of cylinder branch sleeve 2-4 upper end, cylinder adapter sleeve jacket casing 2-4 lower end is fixedly set on cylinder piston rod 2-6 with bolt; Described reducing motor 3-1 by nut, spring washer, be bolted to the one end on reducing motor fixed head 3-5, described sprocket wheel connecting axle 3-6 is bolted on reducing motor axle 3-1, it is upper that described reducing motor sprocket wheel 3-8 is fixed on sprocket wheel connecting axle 3-6, and reducing motor fixed head 3-5 and framework 1-24 removably connect.
Because pneumatic lifting cylindrical workpieces inner-wall spraying whirler frequency of utilization is higher, can there is wear phenomenon in bearing 1-19, and bearing block base 1-21 and bearing block upper cover 1-16 are bolted fixing, can easy maintenance and replacement.
When described cylinder piston rod 2-6 rises to peak, the upper plane of described roller track 2-2 exceeds 4.5～5.5mm than the upper summit of four swiveling wheel 1-13.
The specific embodiment two: as shown in Fig. 1～Fig. 6, Figure 12 and Figure 13, pneumatic lifting cylindrical workpieces inner-wall spraying whirler described in the specific embodiment one, described framework 1-24 comprises two lower longeron 1-1, two sill 1-2, four vertical beam 1-3, two bearing block fixed head 1-6, three entablature 1-22 and two upper longeron 1-23, described two lower longeron 1-1 two ends and two sill 1-2 two ends are welded to form rectangle framework, four described vertical beam 1-3 vertical weldings are in four jiaos of places of described rectangle framework upper surface, a upper longeron 1-23 is set directly over every lower longeron 1-1, and on this, longeron 1-23 is arranged in the top of vertical beam 1-3, longeron 1-23 two ends and corresponding two vertical beam 1-3 welding on this, two entablature 1-22 in three described entablature 1-22 and two sill 1-2 corresponding setting one by one, and be positioned at directly over two sill 1-2, the upper surface welding of every sill 1-2 and corresponding two vertical beam 1-3, each welds these two entablature 1-22 upper surfaces with a bearing block fixed head 1-6, in three entablature 1-22, a remaining entablature 1-22 is arranged on wherein directly over a sill 1-2, weld with two corresponding vertical beam 1-3 at entablature 1-22 two ends of this remainder, and an entablature 1-22 and two upper longeron 1-23 upper surfaces of this remainder are positioned in same level, every upper longeron 1-23 upper surface welds with the guide pin bushing seat 1-4 described in two, each described bearing block base 1-21 removably connects by bolt one 1-20 and spring washer one 1-18 and bearing block fixed head 1-6.
The specific embodiment three: as shown in Figure 1, Figure 2, shown in Fig. 4, Fig. 5, Figure 10 and Figure 11, pneumatic lifting cylindrical workpieces inner-wall spraying whirler described in the specific embodiment one, described drive sprocket 1-9 is fixedly mounted on one end of active rotation wheel shaft 1-11 by drive sprocket key 1-10 and drive sprocket locking nut 1-7.Described reducing motor sprocket wheel 3-8 is fixed on sprocket wheel connecting axle 3-6 by reducing motor steering sprocket key 3-9, reducing motor sprocket wheel locking nut 3-10.The effect of this technical scheme is: before cylindrical workpieces rotates and after rotating, cylindrical workpieces is implemented to supporting role.
The specific embodiment four: as shown in Fig. 1～Fig. 6 and Figure 12, pneumatic lifting cylindrical workpieces inner-wall spraying whirler described in the specific embodiment one, is arranged on two swiveling wheel 1-13 on described active rotation wheel shaft 1-11 and by swiveling wheel key 1-14 and swiveling wheel locking nut 1-15 and active rotation wheel shaft 1-11 two ends, fixes respectively; Being arranged on two swiveling wheel 1-13 on described driven rotary shaft 1-12 fixes by swiveling wheel key 1-14 and swiveling wheel locking nut 1-15 and driven rotary shaft 1-12 two ends respectively.The effect of this technical scheme is: driven rotary shaft 1-12 and two swiveling wheel 1-13 on it are a set of auxiliary bodies, auxiliary active rotation wheel shaft 1-11 and two swiveling wheel 1-13 on it implement to rotate to cylindrical workpieces, in addition, before cylindrical workpieces rotates and after rotating, auxiliary active rotation wheel shaft 1-11 and two swiveling wheel 1-13 on it play the effect to cylindrical workpieces supporting.
The specific embodiment five: as shown in Fig. 1, Fig. 4, Figure 10 and Figure 11, pneumatic lifting cylindrical workpieces inner-wall spraying whirler described in the specific embodiment one, a described remaining entablature 1-22 lower surface is provided with a reinforcement backing plate 3-12, the described reducing motor fixed head 3-5 other end is arranged on an entablature 1-22 upper surface of this remainder, entablature 1-22 of reducing motor fixed head 3-5, this remainder and strengthen backing plate 3-12 three and removably connect by connecting bolt 3-11.The effect of this technical scheme is: can make the power of reducing motor 3-1 pass to the close together of active rotation wheel shaft 1-11, reduce kinetic equation loss, make again compact equipment.
The pneumatic lifting cylindrical workpieces inner-wall spraying whirler course of work of the present utility model (participate in Fig. 1～Figure 13): described roller track 2-2 can vertical up-or-down movement by cylinder piston rod 2-6, when inflate cylinder piston lower end, cylinder piston promotes cylinder piston rod 2-6, cylinder piston rod 2-6 promotes lifting roller track mechanism assembly and rises, by four guide pillar 2-1 and four guide pin bushing 1-5, lead, guarantee not deflection of lifting roller track mechanism assembly.When cylinder piston rod 2-6 rises to summit, roller track 2-2 is concordant with production line transmission track, the cylindrical workpieces being placed in advance on production line transmission track is passed through to roll, be rolled into roller track 2-2 top until behind active rotation wheel shaft 1-11 and driven rotary shaft 1-12 centre position, by scavenging air valve, make the inflation of cylinder piston top, cylinder piston drives cylinder piston rod 2-6, cylinder piston rod 2-6 drives lifting roller track mechanism assembly to decline, cylindrical workpieces declines thereupon, until cylindrical workpieces contacts with four swiveling wheel 1-13, cylindrical workpieces and roller track 2-2 throw off simultaneously, starting reducing motor 3-1 drives reducing motor sprocket wheel 3-8 to rotate, by chain 1-18 transmission, drive the drive sprocket 1-9 on active rotation wheel shaft 1-11 to rotate, by active rotation wheel shaft 1-11, drive swiveling wheel 1-13 to rotate, swiveling wheel 1-13 on active rotation wheel shaft 1-11 drives cylindrical workpieces rotation, cylindrical workpieces rotarily drives driven rotary shaft 1-12 and rotates, spray operator starts cylindrical workpieces inwall to spray this moment.During spraying, the nozzle of spray gun and cylindrical workpieces radially consistent down, spray gun need not swing along cylindrical workpieces circumferencial direction, only need move axially along cylindrical workpieces.After spraying finishes, reducing motor 3-1 power-off is stopped operating, cylinder piston rod 2-6 is risen to peak, the raised lifting roller track mechanism assembly of cylindrical workpieces holds up and exceeds the peak of four swiveling wheel 1-13, cylindrical workpieces is rolled to another direction of production line transmission track, complete the spraying process of a cylindrical workpieces.
Claims (6)
1. a pneumatic lifting cylindrical workpieces inner-wall spraying whirler, is characterized in that: it comprises runner frame assembly, lifting roller track mechanism assembly and reducing motor assembly; Described runner frame assembly comprises framework (1-24), chain (1-8), drive sprocket (1-9), four guide pin bushing seats (1-4), four guide pin bushings (1-5), two rotary shafts, four swiveling wheels (1-13), four bearing block upper covers (1-16), four bearings (1-19) and four bearing block bases (1-21), and two described rotary shafts are respectively active rotation wheel shaft (1-11) and driven rotary shaft (1-12); Described lifting roller track mechanism assembly comprises cylinder branch sleeve (2-4), cylinder piston rod (2-6), four guide pillars (2-1), two roller tracks (2-2) and three roller track tie-beams (2-3); Described reducing motor assembly comprises reducing motor (3-1), reducing motor fixed head (3-5), sprocket wheel connecting axle (3-6) and reducing motor sprocket wheel (3-8);
Described four guide pin bushing seats (1-4) are welded on framework (1-24), the rectangular setting of four guide pin bushing seats (1-4), and the geometric center lines of four guide pin bushing seats (1-4) of rectangular setting overlaps with the geometric center lines of framework (1-24); The guide pin bushing (1-5) that an interference fit is housed in each guide pin bushing seat (1-4), described guide pin bushing (1-5) uprightly arranges; Described drive sprocket (1-9) is fixedly mounted on one end of active rotation wheel shaft (1-11), and drive sprocket (1-9) forms a transmission by chain (1-8) and reducing motor sprocket wheel (3-8); described active rotation wheel shaft (1-11) and driven rotary shaft (1-12) be arranged in parallel and are positioned at the top of guide pin bushing (1-5), active rotation wheel shaft (1-11) and driven rotary shaft (1-12) two ends respectively fixedly mount a bearing (1-19) and a swiveling wheel (1-13), and described swiveling wheel (1-13) is arranged on bearing (1-19) inner side being adjacent, each bearing (1-19) is contained in bearing block base (1-21), bearing block base (1-21) removably connects with framework (1-24) upper end, each bearing block base (1-21) removably connects with bearing block upper cover (1-16), described two roller tracks (2-2) and two perpendicular settings of rotary shaft, described three roller track tie-beams (2-3) are vertically set between two roller tracks (2-2), three roller track tie-beams (2-3) are along roller track (2-2) long side surface spaced set, and three roller track tie-beam (2-3) two ends and two roller tracks (2-2) welding form a track framework, and described four guide pillars (2-1) upper end penetrates in two roller tracks (2-2) and adopts welding manner to be fixedly connected with, and four guide pillars (2-1) and four guide pin bushings (1-5) corresponding setting one by one, four guide pillars (2-1) lower end is slidably arranged in four guide pin bushings (1-5), roller track tie-beam (2-3) lower surface middle part in the middle of being positioned in three roller track tie-beams (2-3) and the welding of cylinder branch sleeve (2-4) upper end, cylinder adapter sleeve jacket casing (2-4) lower end is fixedly set on cylinder piston rod (2-6), described reducing motor (3-1) is fixed on the one end on reducing motor fixed head (3-5), described sprocket wheel connecting axle (3-6) is fixed on reducing motor axle (3-1), it is upper that described reducing motor sprocket wheel (3-8) is fixed on sprocket wheel connecting axle (3-6), and reducing motor fixed head (3-5) removably connects with framework (1-24).
2. pneumatic lifting cylindrical workpieces inner-wall spraying whirler according to claim 1, is characterized in that: described framework (1-24) comprises two lower longerons (1-1), two sills (1-2), four vertical beams (1-3), two bearing block fixed heads (1-6), three entablatures (1-22) and two upper longerons (1-23), described two lower longeron (1-1) two ends and two sills (1-2) two ends are welded to form rectangle framework, described four vertical beams (1-3) vertical welding is in four jiaos of places of described rectangle framework upper surface, a upper longeron (1-23) is set directly over every lower longeron (1-1), and longeron on this (1-23) is arranged in the top of vertical beam (1-3), (1-23) two ends of longeron on this and corresponding two vertical beams (1-3) welding, two entablatures (1-22) in described three entablatures (1-22) and two sills (1-2) corresponding setting one by one, and be positioned at directly over two sills (1-2), the upper surface welding of every sill (1-2) and corresponding two vertical beams (1-3), each welds this two entablatures (1-22) upper surface with a bearing block fixed head (1-6), a remaining entablature (1-22) is arranged on wherein directly over a sill (1-2) in three entablatures (1-22), weld with corresponding two vertical beams (1-3) at an entablature (1-22) two ends of this remainder, and an entablature (1-22) of this remainder is positioned in same level with two upper longeron (1-23) upper surfaces, every upper longeron (1-23) upper surface welds with the guide pin bushing seat (1-4) described in two, described each bearing block base (1-21) removably connects with bearing block fixed head (1-6).
3. pneumatic lifting cylindrical workpieces inner-wall spraying whirler according to claim 1, is characterized in that: described drive sprocket (1-9) is fixedly mounted on one end of active rotation wheel shaft (1-11) by drive sprocket key (1-10) and drive sprocket locking nut (1-7).
4. pneumatic lifting cylindrical workpieces inner-wall spraying whirler according to claim 3, is characterized in that: described reducing motor sprocket wheel (3-8) is fixed on sprocket wheel connecting axle (3-6) by reducing motor steering sprocket key (3-9), reducing motor sprocket wheel locking nut (3-10).
5. pneumatic lifting cylindrical workpieces inner-wall spraying whirler according to claim 1, is characterized in that: two swiveling wheels (1-13) that are arranged on described active rotation wheel shaft (1-11) are fixed with active rotation wheel shaft (1-11) two ends by swiveling wheel key (1-14) and swiveling wheel locking nut (1-15) respectively; Two swiveling wheels (1-13) that are arranged on described driven rotary shaft (1-12) are fixed with driven rotary shaft (1-12) two ends by swiveling wheel key (1-14) and swiveling wheel locking nut (1-15) respectively.
6. pneumatic lifting cylindrical workpieces inner-wall spraying whirler according to claim 2, it is characterized in that: a described remaining entablature (1-22) lower surface is provided with a reinforcement backing plate (3-12), described reducing motor fixed head (3-5) other end is arranged on an entablature (1-22) upper surface of this remainder, and an entablature (1-22) of reducing motor fixed head (3-5), this remainder and reinforcement backing plate (3-12) three removably connect by connecting bolt (3-11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420356061.7U CN203899818U (en) | 2014-06-30 | 2014-06-30 | Inner wall spray finishing gyroscope of pneumatic-lifting-type cylinder workpiece |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420356061.7U CN203899818U (en) | 2014-06-30 | 2014-06-30 | Inner wall spray finishing gyroscope of pneumatic-lifting-type cylinder workpiece |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203899818U true CN203899818U (en) | 2014-10-29 |
Family
ID=51774108
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420356061.7U Withdrawn - After Issue CN203899818U (en) | 2014-06-30 | 2014-06-30 | Inner wall spray finishing gyroscope of pneumatic-lifting-type cylinder workpiece |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203899818U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104056747A (en) * | 2014-06-30 | 2014-09-24 | 哈尔滨建成集团有限公司 | Pneumatic lift type cylindrical workpiece inner wall-spraying rotating machine |
| CN104437935A (en) * | 2014-12-03 | 2015-03-25 | 贵州长征中压开关设备有限公司 | Device for spraying annular workpiece |
| CN114433431A (en) * | 2022-01-19 | 2022-05-06 | 武汉材料保护研究所有限公司 | Pipeline inner wall coating device based on friction drive |
| CN114453202A (en) * | 2022-01-19 | 2022-05-10 | 武汉材料保护研究所有限公司 | Pipeline inner wall coating device suitable for liquid coating |
-
2014
- 2014-06-30 CN CN201420356061.7U patent/CN203899818U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104056747A (en) * | 2014-06-30 | 2014-09-24 | 哈尔滨建成集团有限公司 | Pneumatic lift type cylindrical workpiece inner wall-spraying rotating machine |
| CN104437935A (en) * | 2014-12-03 | 2015-03-25 | 贵州长征中压开关设备有限公司 | Device for spraying annular workpiece |
| CN114433431A (en) * | 2022-01-19 | 2022-05-06 | 武汉材料保护研究所有限公司 | Pipeline inner wall coating device based on friction drive |
| CN114453202A (en) * | 2022-01-19 | 2022-05-10 | 武汉材料保护研究所有限公司 | Pipeline inner wall coating device suitable for liquid coating |
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