CN105328058A - Automatic pipe-expanding machine - Google Patents
Automatic pipe-expanding machine Download PDFInfo
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- CN105328058A CN105328058A CN201510913137.0A CN201510913137A CN105328058A CN 105328058 A CN105328058 A CN 105328058A CN 201510913137 A CN201510913137 A CN 201510913137A CN 105328058 A CN105328058 A CN 105328058A
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- push rod
- pipe
- dip mold
- plate
- steel pipe
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Abstract
The invention discloses an automatic pipe-expanding machine. The automatic pipe-expanding machine comprises a feeding device, a compressing device, a pipe-expanding device and a material falling device. According to the automatic pipe-expanding machine, materials are stored and conveyed through the feeding device; the feeding device is connected with the compressing device in a butt joint mode; a pipe in the feeding device is smoothly conveyed into the compressing device to be compressed through the compressing device; the pipe-expanding technique is conducted on a compressed pipe through pipe-expanding device; and after the pipe-expanding action is completed, compression of the compressing device on the pipe is removed, and the pipe-expanded steel pipe is conveyed to the material falling device to fall down. Accordingly, the full-automation production is completed, and the production efficiency is high.
Description
Technical field
The present invention relates to pipe fitting process equipment, especially a kind of automatic tube expander.
Background technology
In prior art, to the processing of pipe fitting two-port as expander or punching, need to carry out respectively, first be fixedly clamped in the middle part of pipe fitting, then utilize expander mould to carry out expander to pipe fitting one end mouth of pipe, then utilize punch mechanism to carry out punching to the pipe fitting other end mouth of pipe again, complete operation thus.In order to improve the production efficiency of pipe expander, there is the pipe expander that a kind of automaticity is higher, as a kind of pipe fitting automatic pipe expanding hole punched device that China Patent Publication No. is 102009348, comprise the clamp system in the middle part of the pipe fitting that is fixedly clamped and be located at expander mechanism and the punch mechanism of these clamp system both sides respectively, this clamp system has a pair clamping of the pipe fitting that is fixedly clamped; This expander mechanism comprises expanding die and drives this expanding die to the expander cylinder of pipe fitting mouth expander; This punch mechanism comprises punching mould, a pair respectively with fixed block and the dual stroke cylinder of punching needle, this punching mould is fixed on the center cylinder rod of this dual stroke cylinder, Bing Yougai center cylinder rod drives and is positioned this pipe fitting mouth, this to fixed block respectively this two punching needle related be located at this punching mould both sides side by side, and driven by the outside cylinder rod on this dual stroke cylinder and slide along vertical tube direction.This pipe expander can carry out expander, punch operation respectively to pipe fitting two-port, improves production efficiency to a certain extent.But the full automation that can't realize of this equipment is produced, and does not at least realize automation in the link of the storing of pipe fitting, material loading and blanking, is difficult in other words and other link automatic butt.So for current pipe expander, need to improve its automaticity further to obtain higher production efficiency.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of automatic tube expander, realizes full-automatic production, enhances productivity.
For solving the problems of the technologies described above, technical scheme of the present invention is: a kind of automatic tube expander, comprises feeding device, hold down gag, pipe expander and doffer;
Described feeding device comprises two pieces of baffle plates and the transfer passage between two pieces of baffle plates, described transfer passage comprises reclaiming plate and storage device, described reclaiming plate is inclined to set, and the output of reclaiming plate docks with hold down gag, and the input of reclaiming plate docks with the output of storage device; Described storage device is docked by some head and the tail and storing swash plate set up and down forms, the incline direction of adjacent storing swash plate is contrary, the described input of storing swash plate and the baffle plate of side are close to, and are provided with the gap passed through for pipe between the output of storing swash plate and the baffle plate of opposite side;
Described hold down gag comprises dip mold, be positioned at top die directly over dip mold, drive driving mechanism for compressing and material jacking mechanism that top die moves up and down, the side of described dip mold is input and docks with the output of reclaiming plate, the input of dip mold forms blocking mechanism higher than the output of reclaiming plate, and the opposite side of described dip mold is output and docks with doffer; Described dip mold is provided with semicircular low groove, and described top die is provided with semicircular upper groove, and upper groove coordinates with low groove and forms columniform cavity; The liftout driving mechanism that described material jacking mechanism comprises push rod component and drives described push rod component to move up and down, described push rod component comprises holder and is located at the plural push rod combination on described holder, described push rod combination comprises the first push rod and the second push rod, the corresponding described first push rod place of output of described reclaiming plate is provided with first and ejects hole, described first push rod ejects hole by first and stretches out, the end face of described first push rod is provided with the first inclined-plane, and this first inclined-plane is downward-sloping from dip mold direction reclaiming plate direction; On described dip mold, corresponding described second push rod place is provided with second and ejects hole, described second push rod ejects hole by second and stretches out, the end face of described second push rod is compound curved surface, described compound curved surface comprises arc surface and the second inclined-plane, and described arc surface is connected with the second inclined-plane and dropping material device direction tilts gradually;
Described pipe expander comprises the gag lever post being positioned at dip mold one end, the expansion head being positioned at the dip mold other end and drives the translational drive mechanism expanding head and move horizontally;
Described doffer comprises blanking swash plate, and the input of described blanking swash plate docks with dip mold.
Operation principle of the present invention: storing and conveying: be placed in the storage device of transfer passage by needing the steel pipe of expander, due to the docking up and down that storing swash plate is on zigzag, so the mass transport of feeding device is zigzag trend, this kind of storing mode of movement effectively can save space, the arrangement that steel pipe in transfer passage is in good order, make operator can get information about the state of storing, be convenient to reinforced or eliminating material loading fault in time; In addition, be obliquely installed because storing swash plate is, steel pipe can rely on the gravity of self to move, and this structure is simple, can save driving mechanism, reduces production cost; Material loading: first steel pipe being positioned at reclaiming plate output is steel pipe to be processed, after the steel pipe just at expander completes processing, Lifting Device starts, first push rod and the second push rod rise simultaneously, first push rod is by steel pipe jack-up to be processed, due to the inclined-plane of the first push rod end face, making band process steel pipe can only roll in lower side and hold down gag direction towards inclined-plane; While like this, second push rod will be positioned at the steel pipe jack-up machined of low groove, and roll according to the curved surface incline direction at the second push rod top, eventually with processing steel pipe can roll in the low groove of dip mold, and the steel pipe having completed processing can carry out blanking and collection by blanking swash plate; Compress: steel pipe to be processed enters after in low groove, driving mechanism for compressing drives top die to move down finally and dip mold merges, and steel pipe to be processed just in time wraps up by the circular cylindrical cavity that upper groove and groove groups are shaped as, and applies certain extruding force to it; Expander: start pipe expander, translational drive mechanism drives expansion head to move to one end of steel pipe, because the point diameter expanding head is less than the internal diameter of steel pipe, so can insert in steel pipe, hand over the larger second half section namely will enter in steel pipe when expansion head diameter to make, steel pipe is subject to thrust and moves to gag lever post direction until offset with gag lever post; Under the effect of gag lever post, steel pipe can not carry out translation again, can go deep in steel pipe by force, complete the expander action to steel pipe head so expand head; Blanking: pipe expander resets, hold down gag resets, and Lifting Device starts again, and the position realizing the steel pipe and steel pipe to be processed having completed processing replaces, and realizes automated production.
As improvement, described dip mold is formed by connecting by some molding unit, can according to the length of the length setting dip mold of pipe, universal stronger.
As improvement, described upper groove and low groove correspondence expand one end of head and are provided with expansion groove, tube head to be expanded after distortion can with described expansion slot form fit.
As improvement, described molding unit is provided with screw, and molding unit is bolted on stamper seat.
As improvement, described stamper seat is provided with the escape groove of accommodating push rod component.
As improvement, in described low groove, be provided with suction hole, in described air entry, be provided with vacuum noz(zle), described vacuum noz(zle) is connected with vacuum machine by gas tank, when steel pipe to be processed is rolled in low groove, if fixed by steel pipe not in time, steel pipe likely rolls out outside low groove under effect of inertia.
The beneficial effect that the present invention is compared with prior art brought is:
The present invention to be stored material by feeding device and carries, feeding device docks with hold down gag, bar in feeding device to be transported in hold down gag and to compress by hold down gag smoothly, pipe expander carries out expander technique to compacted pipe, after expander action completes, pressing and the steel pipe transporting completing expander is carried out blanking to doffer pipe removed by hold down gag, thus complete full-automatic production, and production efficiency is high.
Accompanying drawing explanation
Fig. 1 is structural representation I of the present invention.
Fig. 2 is structural representation II of the present invention.
Fig. 3 is structural representation III of the present invention.
Fig. 4 is feeding device structural representation.
Fig. 5 is that hold down gag coordinates schematic diagram with pipe expander.
Fig. 6 is pipe expander structural representation.
Fig. 7 is hold down gag structural representation.
Fig. 8 is material jacking mechanism structural representation.
Fig. 9 is support frame structure schematic diagram.
Figure 10 is doffer structural representation.
Detailed description of the invention
Below in conjunction with Figure of description, the invention will be further described.
As shown in Figures 1 to 3, a kind of automatic tube expander, comprises bracing frame 1, is provided with roller 11 bottom bracing frame 1, and bracing frame 1 is provided with feeding device 2, hold down gag 3, pipe expander 7 and doffer 4.Described hold down gag 3 is positioned at the centre position of bracing frame 1, and feeding device 2 and blanking device lay respectively at the both sides of hold down gag 3 longitudinal direction, and described pipe expander 7 is distributed in the both sides of hold down gag 3 horizontal direction.Steel pipe enters after hold down gag 3 accepts the processing of pipe expander 7 from feeding device 2, carries out blanking by doffer 4.
As shown in Figure 4, described feeding device 2 comprises storage rack 24, two pieces of baffle plates 21 and the transfer passage between two pieces of baffle plates 21.Described storage rack 24 main body is frame structure, and its lower end part is fixed with bracing frame 1, and another portion is unsettled; Wherein one piece of baffle plate 21 is fixed on storage rack 24, and the top of described storage rack 24 is inclined-plane.Described transfer passage comprises reclaiming plate 25 and storage device, and described reclaiming plate 25 is fixed on the top bevel of storage rack 24, so reclaiming plate 25 is inclined to set, its angle tilted is 15 ~ 45 °.The output of reclaiming plate 25 docks with hold down gag 3, and the output of described reclaiming plate 25 is bent to form installing plate 252 downwards, and described installing plate 252 is connected and fixed with hold down gag 3; The input of reclaiming plate 25 docks with the output of storage device.Described storage device is docked by some head and the tail and storing swash plate 22 set up and down forms, the incline direction of adjacent storing swash plate 22 is contrary, but each storing swash plate 22 is consistent with horizontal sextant angle, be 15 ~ 45 °, make steel pipe self gravitation can be relied on to move forward on storing swash plate 22 and reclaiming plate 25.The input of described storing swash plate 22 and the baffle plate 21 of side are close to, and are unlikely to be stuck when making this storing swash plate 22 receive the steel pipe fallen from lastblock storing swash plate 22; Be provided with the gap 23 passed through for pipe between the output of storing swash plate 22 and the baffle plate 21 of opposite side, this gap 23 distance is greater than the diameter of steel pipe, and steel pipe can fall into lower one deck storing swash plate 22 by this gap, proceeds conveying.The both sides of described storing swash plate 22 are provided with rib 221, and described rib 221 is bent to form by the edge of storing swash plate 22; Spacing between the rib 221 of storing swash plate 22 both sides is a bit larger tham the length of pipe, can limit steel pipe in storing swash plate 22 axial movement; The height of rib 221 approximates the diameter of steel pipe, can prevent steel pipe from surprisingly dropping at course of conveying.The both sides of described reclaiming plate 25 are provided with backplate 251, can limit steel pipe in storing swash plate 22 axial movement.The both sides of described storage device are provided with two connecting plates 26 vertically arranged, because the width of each storing swash plate 22 is consistent, so connecting plate 26 can be connected with the rib 221 of described storing swash plate 22; The lower end of described connecting plate 26 extends downward backplate 251 place of reclaiming plate 25 side and is connected with backplate 251; Storing swash plate 22 and reclaiming plate 25 are connected in one by connecting plate 26, are convenient to integral disassembly, assembly.
As shown in Fig. 5,7, described hold down gag 3 comprises dip mold 31, is positioned at the top die 34 directly over dip mold 31, the driving mechanism for compressing 35 driving top die 34 to move up and down and material jacking mechanism 32.The side of described dip mold 31 is input and docks with the output of reclaiming plate 25, the installing plate 252 of reclaiming plate 25 output is bolted to connection with the side of the input of dip mold 31, and the input of dip mold 31 forms blocking mechanism higher than the output of reclaiming plate 25; The opposite side of described dip mold 31 is output and docks with doffer 4.Described dip mold 31 is formed by connecting by some molding unit, can according to the length of the length setting dip mold 31 of pipe; Described molding unit is provided with screw, and molding unit is bolted on stamper seat 33, and described stamper seat 33 is fixed on bracing frame 1.Described dip mold 31 is provided with semicircular low groove 311, and described top die 34 is provided with semicircular upper groove 341, and upper groove 341 coordinates with low groove 311 and forms columniform cavity; One end that described upper groove 341 and low groove 311 correspondence expand 72 is provided with expansion groove, and the diameter expanding groove is greater than the diameter of groove, tube head to be expanded after distortion can with described expansion slot form fit.Suction hole is provided with in described low groove 311, be provided with vacuum noz(zle) in described air entry, described vacuum noz(zle) is connected with vacuum machine by gas tank, when steel pipe to be processed is rolled in low groove 311, if fixed by steel pipe not in time, steel pipe likely rolls out outside low groove 311 under effect of inertia.The liftout driving mechanism 321 that described material jacking mechanism 32 comprises push rod component 322 and drives described push rod component 322 to move up and down, described push rod component 322 comprises holder 3223 and is located at two push rod combinations on described holder 3223, and push rod group is positioned at the two ends of holder 3223.Described push rod combination comprises the first push rod 3221 and the second push rod 3222, because the first push rod 3221 and the second push rod 3222 lay respectively at the both sides of dip mold 31, so stamper seat 33 needs the escape groove being provided with accommodating push rod component 322, this dodges space can make the second push rod 3222 pass on the one hand, push rod component 322 can be made to move up and down on the other hand not interrupted.Corresponding described first push rod 3221 place of output of described reclaiming plate 25 is provided with first and ejects hole, described first push rod 3221 ejects hole by first and stretches out, the end face of described first push rod 3221 is provided with the first inclined-plane 3224, and this first inclined-plane 3224 is downward-sloping from dip mold 31 direction reclaiming plate 25 direction.On described dip mold 31, corresponding described second push rod 3222 place is provided with second and ejects hole, described second push rod 3222 ejects hole by second and stretches out, the end face of described second push rod 3222 is compound curved surface, described compound curved surface comprises arc surface 3225 and the second inclined-plane 3226, and described arc surface 3225 is connected with the second inclined-plane 3226 and dropping material device 4 direction tilts gradually.
As shown in Figure 5,6, described pipe expander 7 comprises the gag lever post 73 being positioned at dip mold 31 one end, the expansion being positioned at dip mold 31 other end 72 and drives and expands 72 translational drive mechanism moved horizontally 71.Described translation mechanism is flat-removing air cyclinder, and the cylinder seat of flat-removing air cyclinder is fixed on riser 5; Described expansion 72 is fixed on the second mount pad 76, and the expansion link of flat-removing air cyclinder is connected with the second mount pad 76 through riser 5; Second mount pad 76 is provided with the second guide post 75, and riser 5 is provided with the second pilot hole, and the second guide post 75 coordinates with the second pilot hole.
As shown in Fig. 2,9, support frame as described above 1 is provided with two pieces of risers 5, and the lower end of described riser 5 is fixed on bracing frame 1, is provided with support bar 9 and connects between two pieces of riser 5 upper ends, and the distance between two pieces of risers 5 can limit by support bar 9.Another block baffle plate 21 of feeding device 2 is fixed on the side of riser 5, and reclaiming plate 25 can pass from the below of this baffle plate 21.Described hold down gag 3, between two pieces of risers 5, is provided with crossbeam 6 between two pieces of risers 5, and described driving mechanism for compressing 35 is fixed on described crossbeam 6; Described driving mechanism for compressing 35 is compression cylinder, and the cylinder seat of compression cylinder is fixing on the cross beam 6, and its expansion link passes downwardly through ring flange and is connected with top die 34; Described top die 34 is provided with the first guide post 35, and on described crossbeam 6, corresponding described first guide post 35 place is provided with the first pilot hole, and the first guide post 35 stretches in described first pilot hole.Described riser 5 is provided with trapezoidal reinforcing plate 8 with the junction of crossbeam 6, and the side of described trapezoidal reinforcement 8 plate is connected with crossbeam 6, and opposite side is connected with riser 5.Wherein one piece of riser 5 is provided with the first mount pad 52, on described riser 5, corresponding described first mount pad 52 place is provided with the first mounting groove 51, first mount pad 52 is placed in the first mounting groove 51, the both sides extension of the first mount pad 52 is provided with the first mounting ear, and described first mounting ear is fixed by bolt and riser 5; Described gag lever post 73 is fixed on described first mount pad.Described first mount pad is provided with the first screw, and gag lever post 73 comprises plug and screw rod, and described screw rod is threaded with described first screwed hole; Described first screwed hole is connected with clamp nut 74 through described first screw for perforation, screw rod one end, can pass through adjusting nut 74, changes the distance between gag lever post 73 and compacting device, thus adapts to the process requirements of the steel pipe of different length.
As shown in Figure 10, described doffer 4 comprises blanking swash plate 41 and blowpit 42.The input of described blanking swash plate 41 docks with dip mold 31, and the input height of blanking swash plate 41 is substantially concordant with the height of dip mold 31 output; Described blowpit 42 is formed by steel plate bending, be fixed on the side of bracing frame 1 by support column bottom blowpit 42, it second side plate 421 comprising base plate 422, be positioned at the first side plate 423 of base plate 422 side and be positioned at base plate 422 opposite side of blowpit 42, the width of base plate 422 and the equal diameters of pipe, first side plate 423 is positioned at the inner side of blowpit 42 and is b with the angle of base plate 422, second side plate 421 is positioned at the outside of blowpit 42 and is that c, c are greater than b with the angle of base plate 422; The width of the second side plate 421 is greater than the width of the first side plate 423.
Operation principle of the present invention: storing and conveying: be placed in the storage device of transfer passage by needing the steel pipe of expander, due to the docking up and down that storing swash plate 22 is on zigzag, so the mass transport of feeding device 2 is zigzag trend, this kind of storing mode of movement effectively can save space, the arrangement that steel pipe in transfer passage is in good order, make operator can get information about the state of storing, be convenient to reinforced or eliminating material loading fault in time; In addition, be obliquely installed because storing swash plate 22 is, steel pipe can rely on the gravity of self to move, and this structure is simple, can save driving mechanism, reduces production cost; Material loading: first steel pipe being positioned at reclaiming plate 25 output is steel pipe to be processed, after the steel pipe just at expander completes processing, Lifting Device starts, first push rod 3221 and the second push rod 3222 rise simultaneously, first push rod 3221 is by steel pipe jack-up to be processed, due to the inclined-plane of the first push rod 3221 end face, making band process steel pipe can only roll in lower side and hold down gag 3 direction towards inclined-plane; While like this, second push rod 3222 will be positioned at the steel pipe jack-up machined of low groove 311, and roll according to the curved surface incline direction at the second push rod 3222 top, eventually with processing steel pipe can roll in the low groove 311 of dip mold 31, and the steel pipe having completed processing can carry out blanking and collection by blanking swash plate 41; Compress: steel pipe to be processed enters after in low groove 311, driving mechanism for compressing 35 drives top die 34 to move down finally and dip mold 31 merges, upper groove 341 and upper groove 341 form the circular cylindrical cavity formed and are just in time wrapped up by steel pipe to be processed, and apply certain extruding force to it; Expander: start pipe expander 7, translational drive mechanism 71 drives and expands 72 and move to one end of steel pipe, because the point diameter expanding 72 is less than the internal diameter of steel pipe, so can insert in steel pipe, hand over the larger second half section namely will enter in steel pipe when expansion 72 diameter to make, steel pipe is subject to thrust and moves to gag lever post 73 direction until offset with gag lever post 73; Under the effect of gag lever post 73, steel pipe can not carry out translation again, can go deep in steel pipe by force, complete the expander action to steel pipe head so expand 72; Blanking: pipe expander 7 resets, hold down gag 3 resets, and Lifting Device starts again, and the position realizing the steel pipe and steel pipe to be processed having completed processing replaces, and realizes automated production.
Claims (6)
1.
a kind of automatic tube expander, is characterized in that: comprise feeding device, hold down gag, pipe expander and doffer;
described feeding device comprises two pieces of baffle plates and the transfer passage between two pieces of baffle plates, described transfer passage comprises reclaiming plate and storage device, described reclaiming plate is inclined to set, and the output of reclaiming plate docks with hold down gag, and the input of reclaiming plate docks with the output of storage device; Described storage device is docked by some head and the tail and storing swash plate set up and down forms, the incline direction of adjacent storing swash plate is contrary, the described input of storing swash plate and the baffle plate of side are close to, and are provided with the gap passed through for pipe between the output of storing swash plate and the baffle plate of opposite side;
described hold down gag comprises dip mold, is positioned at the top die directly over dip mold, the driving mechanism for compressing driving top die to move up and down and material jacking mechanism, the side of described dip mold is input and docks with the output of reclaiming plate, the input of dip mold forms blocking mechanism higher than the output of reclaiming plate, and the opposite side of described dip mold is output and docks with doffer; Described dip mold is provided with semicircular low groove, and described top die is provided with semicircular upper groove, and upper groove coordinates with low groove and forms columniform cavity; The liftout driving mechanism that described material jacking mechanism comprises push rod component and drives described push rod component to move up and down, described push rod component comprises holder and is located at the plural push rod combination on described holder, described push rod combination comprises the first push rod and the second push rod, the corresponding described first push rod place of output of described reclaiming plate is provided with first and ejects hole, described first push rod ejects hole by first and stretches out, the end face of described first push rod is provided with the first inclined-plane, and this first inclined-plane is downward-sloping from dip mold direction reclaiming plate direction; On described dip mold, corresponding described second push rod place is provided with second and ejects hole, described second push rod ejects hole by second and stretches out, the end face of described second push rod is compound curved surface, described compound curved surface comprises arc surface and the second inclined-plane, and described arc surface is connected with the second inclined-plane and dropping material device direction tilts gradually;
described pipe expander comprises the gag lever post being positioned at dip mold one end, the expansion head being positioned at the dip mold other end and drives the translational drive mechanism expanding head and move horizontally;
described doffer comprises blanking swash plate, and the input of described blanking swash plate docks with dip mold.
2.
a kind of automatic tube expander according to claim 1, is characterized in that: described dip mold is formed by connecting by some molding unit.
3.
a kind of automatic tube expander according to claim 1, is characterized in that: one end that described upper groove and low groove correspondence expand head is provided with expansion groove.
4.
a kind of automatic tube expander according to claim 2, is characterized in that: described molding unit is provided with screw, and molding unit is bolted on stamper seat.
5.
a kind of automatic tube expander according to claim 4, is characterized in that: described stamper seat is provided with the escape groove of accommodating push rod component.
6.
a kind of automatic tube expander according to claim 1, is characterized in that: be provided with suction hole in described low groove, is provided with vacuum noz(zle) in described air entry, and described vacuum noz(zle) is connected with vacuum machine by gas tank.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510913137.0A CN105328058A (en) | 2015-12-11 | 2015-12-11 | Automatic pipe-expanding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510913137.0A CN105328058A (en) | 2015-12-11 | 2015-12-11 | Automatic pipe-expanding machine |
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| CN105328058A true CN105328058A (en) | 2016-02-17 |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106311915A (en) * | 2016-10-08 | 2017-01-11 | 温州职业技术学院 | Automatic hole expanding equipment for taper holes in end parts of pipes |
| CN106493242A (en) * | 2016-11-29 | 2017-03-15 | 苏州工业职业技术学院 | A kind of automatic tube expander |
| CN106583573A (en) * | 2016-11-29 | 2017-04-26 | 苏州工业职业技术学院 | Automatic pipe expanding device for blank pipe |
| CN108326166A (en) * | 2018-03-09 | 2018-07-27 | 三峡大学 | A kind of sprocket-type Automatic reamer and operating method |
| CN108971366A (en) * | 2018-07-30 | 2018-12-11 | 东莞理工学院 | A kind of automatic pipe expanding device with detection function |
| CN112719105A (en) * | 2020-12-11 | 2021-04-30 | 侯春燕 | Aluminum pipe front end reaming equipment for industrial production |
| CN113182433A (en) * | 2021-05-10 | 2021-07-30 | 盐城查尔斯机电有限公司 | Full-automatic generating set spark plug sleeve production facility |
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| CN204584095U (en) * | 2015-04-09 | 2015-08-26 | 瑞智(青岛)精密机电有限公司 | A kind of compressor case reaming station automatic charging machine |
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Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106311915A (en) * | 2016-10-08 | 2017-01-11 | 温州职业技术学院 | Automatic hole expanding equipment for taper holes in end parts of pipes |
| CN106493242A (en) * | 2016-11-29 | 2017-03-15 | 苏州工业职业技术学院 | A kind of automatic tube expander |
| CN106583573A (en) * | 2016-11-29 | 2017-04-26 | 苏州工业职业技术学院 | Automatic pipe expanding device for blank pipe |
| CN108326166A (en) * | 2018-03-09 | 2018-07-27 | 三峡大学 | A kind of sprocket-type Automatic reamer and operating method |
| CN108971366A (en) * | 2018-07-30 | 2018-12-11 | 东莞理工学院 | A kind of automatic pipe expanding device with detection function |
| CN112719105A (en) * | 2020-12-11 | 2021-04-30 | 侯春燕 | Aluminum pipe front end reaming equipment for industrial production |
| CN113182433A (en) * | 2021-05-10 | 2021-07-30 | 盐城查尔斯机电有限公司 | Full-automatic generating set spark plug sleeve production facility |
| CN113182433B (en) * | 2021-05-10 | 2022-05-27 | 盐城查尔斯机电有限公司 | Full-automatic generating set spark plug sleeve production facility |
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Application publication date: 20160217 |