CN207628981U - Cylindrical flange turner and cylinder Combined machining device with punching and flange function - Google Patents
Cylindrical flange turner and cylinder Combined machining device with punching and flange function Download PDFInfo
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- CN207628981U CN207628981U CN201721803143.1U CN201721803143U CN207628981U CN 207628981 U CN207628981 U CN 207628981U CN 201721803143 U CN201721803143 U CN 201721803143U CN 207628981 U CN207628981 U CN 207628981U
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Abstract
A kind of cylindrical flange turner and the cylinder Combined machining device with punching and flange function, wherein cylindrical flange turner includes rack and flange body, the center of rack is equipped with drives the Locating driver component being rotatably connected with cylinder, the flange support component using the center of rack to be uniformly placed with several and cylinder support cooperation on the circumference in the center of circle；Framework platform is sequentially installed with along the direction that cylinder rotates to be turned over straight flange component and turns over vertical edge component；Wherein cylinder Combined machining device, it includes the cylindrical flange turner of punching assembly and above structure, and the punching assembly is mounted on to be mounted on along cylinder direction of rotation and turns over straight flange component and turn on the framework platform between vertical edge component.The utility model can be when cylinder be rotated along direction initialization, it will be successively by turning over straight flange component, punching assembly and turning over vertical edge component, and it is sequentially completed the Continuous maching process turned over straight flange, punching and turn over vertical edge, the efficiency for substantially increasing cylinder flange processing realizes the continuity of cylinder flange.
Description
Technical field
The utility model is related to flange processing field, especially a kind of cylindrical flange turner and with punching and flange function
Cylinder Combined machining device.
Background technology
The use scope of cylindrical element is very wide, and since many fields can use cylindrical element；During use, need by
Required length is determined according to construction requirement, and then cylindrical element is cut, and the open-ended place of cylindrical element is carried out at flange
Reason, plays preferable guiding role when being matched with other elements in order to pipe fitting；Nozzle flange before is by artificial
It beats or manual expression is prepared, since man efficiency is low, labor intensity is big, and the round metal processed
The quality of cylinder part can not also ensure, so thus hemmer generates.
Hemmer in the prior art is molding for mouth cylinder progress flange by molding structure, usually includes
Four compression knives, a full circle flange knife, realize that flange is molding by way of extruding.
But hemmer in the prior art is complicated, four compression knives, a full circle flange knife, which can seem, to be turned over
Side device is very heavy；Moreover, because be extrusion forming, so the compact dimensions of product are highly unstable；In addition, with cylindrical element
Generally use, and cylindrical element flange quality requirement is higher and higher, hemmer production efficiency in the prior art and production
Quality cannot be satisfied modern cylindrical element requirement.
Utility model content
The purpose of this utility model is to provide a kind of cylindrical flange turner and is combined with the cylinder of punching and flange function
Processing unit (plant), it has structure reliable, the easy to operate and efficient advantage of flange processing.
The utility model is achieved like this, a kind of cylindrical flange turner, it include rack and be mounted on framework platform
On flange body, which is characterized in that the center of rack is equipped with drives the Locating driver component that is rotatably connected with cylinder, with rack
Center be the center of circle circumference on be uniformly placed with the flange support component of several and cylinder support cooperation；Framework platform is along circle
The direction of cylinder rotation, which is sequentially installed with, to be turned over straight flange component and turns over vertical edge component.
It is described turn over straight flange component include close to the setting of flange support component turn over straight flange upper roller and with turn over straight flange upper roller
Straight flange bottom roller is turned in cooperation；Straight flange upper roller is turned in the driving lower swing for turning over the first cylinder of straight flange；Straight flange bottom roller is turned over to turn over
Horizontal stretching motion under the driving of the second cylinder of straight flange.
It is described turn over vertical edge component include close to the setting of flange support component turn over vertical edge upper roller and with turn over vertical edge upper roller
Vertical edge bottom roller is turned in cooperation；It turns over vertical edge upper roller and turns over vertical edge bottom roller and turning over the first cylinder of vertical edge respectively and turning over vertical edge second
Vertical stretching motion under the driving of cylinder；Vertical edge upper roller is turned over, vertical edge bottom roller is turned over, turn over the first cylinder of vertical edge and turns over vertical edge second
Cylinder is installed on sliding seat, sliding seat horizontal stretching motion under the driving for turning over vertical edge third cylinder.
The Locating driver component includes the expanding die coaxially connected with cylinder and the band that is connected under expanding die
The mandrel of taper；Servo motor drives the mandrel rotary motion with taper by tooth driving member；The heart of the Driven by Hydraulic Cylinder with taper
The vertical stretching motion of axis.
The flange support component includes the rotation positioned at the support wheel of cylinder lower bottom part and for adjusting support wheel position
Arm, the spiral arm are mounted on by supporting rod on framework platform.
Preferably：It is described that turn over straight flange upper roller, turn over straight flange bottom roller and turn over vertical edge upper roller be taper cone pulley.
The utility model also describes a kind of cylinder Combined machining device with punching and flange function, it includes punching
Component, which is characterized in that it further includes the cylindrical flange turner of above structure, and the punching assembly is mounted on along cylinder direction of rotation
Mounted on turning over straight flange component and turn on the framework platform between vertical edge component.
The punching assembly includes punching head and drives the hydraulic cylinder of punching head punching；It further includes driving punching head water
The punching position of flat stretching motion adjusts cylinder.
The punching head is fixed on punch mounting plate, and connecting rod machine is sequentially connected between punch mounting plate and hydraulic cylinder
Structure；The upright guide rail being slidably matched with the punch mounting plate is installed outside hydraulic cylinder；Punching head, hydraulic cylinder, erects link mechanism
Straight guide and punch mounting plate are installed on the punching pedestal of lower section, and punching pedestal adjusts cylinder-driven with punching position and connects
It connects, horizontal guide rail is slidably connected below punching pedestal.
Preferably：The framework platform and cylinder Locating driver component, flange support component, turn over straight flange component, turn over it is perpendicular
Side component and punching assembly corresponding position are additionally provided with several position adjustment holes.
The beneficial effects of the utility model are：The utility model can continuously be reliably completed bottom of cylinder straight flange,
Punching and perpendicular flange；It, will be successively by turning over straight flange component, punching assembly and turning over vertical edge when cylinder is rotated along direction initialization
Component, and it is sequentially completed the Continuous maching process turned over straight flange, punching and turn over vertical edge, substantially increase the effect of cylinder flange processing
Rate；Simultaneously using the flange position of flange support component adjustment cylinder, and there is good supporting role；It is turned in this way in rotation
The process of side and punching realizes the continuity of cylinder flange, ensure that the quality of flange, easy to operate simple, clamping and
Processing efficiency significantly improves.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model cylinder Combined machining device one embodiment.
Fig. 2 is the structural side view of the utility model embodiment illustrated in fig. 1.
Fig. 3 is the structure top view of the utility model embodiment illustrated in fig. 1.
Fig. 4 is the structure front view of the utility model embodiment illustrated in fig. 1 and the sectional view of punching assembly.
Fig. 5 is the structural schematic diagram that the utility model turns over straight flange component one embodiment.
Fig. 6 is the structural schematic diagram that the utility model turns over vertical edge component one embodiment.
Fig. 7 is the structural schematic diagram of the utility model cylinder Locating driver component one embodiment.
Fig. 8 is the structural schematic diagram of the utility model punching assembly one embodiment.
Fig. 9 is schematic diagram when the utility model cylinder turns over straight flange.
Figure 10 is schematic diagram when the utility model cylinder turns over straight flange punching.
Figure 11 is schematic diagram when the utility model cylinder turns over vertical edge.
In the figure 1, rack 2, cylinder 3, cylinder Locating driver component 4, flange support component 5, straight flange component is turned over
6, vertical edge component 7, punching assembly 8, position adjustment hole are turned over.
Specific implementation mode
Specific embodiment of the present utility model is described further below in conjunction with the accompanying drawings.
As shown in figs. 1-11, the cylindrical flange turner in the utility model is achieved in that it includes rack 1 and installation
Flange body on framework platform, is structurally characterized in that, the center of rack 1 is equipped with drives the positioning being rotatably connected with cylinder 2
Drive component 3, the flange branch using the center of rack 1 to be uniformly placed with several and the support cooperation of cylinder 2 on the circumference in the center of circle
Support component 4；Framework platform is sequentially installed with along the direction that cylinder 2 rotates to be turned over straight flange component 5 and turns over vertical edge component 6；This practicality is new
Type can continuously be reliably completed the straight flange of bottom of cylinder and perpendicular flange；In operation, cylinder 2 passes through Locating driver component 3
Positioning is fixed, and cylinder 2 is driven to rotate, and the flange position of cylinder 2 is adjusted using flange support component 4, and with branch well
Support acts on, and then as the rotation of cylinder 2, by turning over the edge of 5 extrusion cylinder 2 of straight flange component, it is made to translate into straight flange outward, and
Turn over vertical edge component 6 then can further be bent to turning over straight flange, complete vertical bending；In this way with the rotation of cylinder 2, cylinder is realized
The continuity of flange ensure that the quality of flange.
The key structure of the utility model be cylinder Locating driver component 3, flange support component 4, turn over straight flange component 5,
Turn over vertical edge component 6；
The wherein described structure for turning over straight flange component 5 is as shown in figure 5, it includes straight close to turning over for 4 setting of flange support component
Side upper roller 501 and with turn over straight flange upper roller 501 cooperation turn over straight flange bottom roller 502；It turns over straight flange upper roller 501 and is turning over straight flange
The driving lower swing of one cylinder 503；Turn over the horizontal stretching motion under the driving for turning over the second cylinder of straight flange 504 of straight flange bottom roller 502.
In the specific implementation, it turns over the first cylinder of straight flange 503 and turns over and be connected with swing connector between straight flange upper roller 501, turning over straight flange
Under the drive of first cylinder 503, the locating shaft swing that connector driving turns over straight flange upper roller 501 along swing connector is swung,
And turn over 501 plane of oscillation of straight flange upper roller be sector, but turn over when straight flange upper roller 501 is swung at the symmetrical centre of the sector with turn over
Straight flange bottom roller 502 is turned over straight flange upper roller 501 and is in stable structure state, as long as by turning over straight flange second at this time apart from nearest
Cylinder 504 adjusts the position for turning over straight flange bottom roller 502, will be pulled outwardly, makes positioned at the straight flange bottom roller 502 that turns over of 2 madial wall of cylinder
It turns over straight flange bottom roller 502 and turns over straight flange upper roller 501 and be in suitable processing flange position, you can as the rotation of cylinder 2 is complete
It is processed at straight flange is turned over.
The wherein described structure for turning over vertical edge component 6 is as shown in fig. 6, it includes perpendicular close to turning over for 4 setting of flange support component
Side upper roller 601 and with turn over vertical edge upper roller 601 cooperation turn over vertical edge bottom roller 602；It turns over vertical edge upper roller 601 and turns under vertical edge
Idler wheel 602 respectively turn over the first cylinder of vertical edge 603 and turn over the second cylinder of vertical edge 604 driving under vertical stretching motion；Turn over vertical edge
Upper roller 601 turns over vertical edge bottom roller 602, turns over the first cylinder of vertical edge 603 and turns over the second cylinder of vertical edge 604 and is installed in sliding seat
On 605, the horizontal stretching motion under the driving for turning over vertical edge third cylinder 606 of sliding seat 605；When it is implemented, turning over straight flange group
Part 5 complete to cylinder 2 turn over straight flange processing after, by turn over vertical edge component 6 completion turn over vertical edge processing, as shown in figures 9 and 11, pacifying
When dress, sliding seat 605 is slidably connected with two parallel guide rails 607, the central symmetry of the two parallel guide rails 607 about rack 1；Operation
When, it turns over the drive of vertical edge third cylinder 606 and turns over vertical edge upper roller 601 and turn over the suitable position that vertical edge bottom roller 602 is moved to straight flange,
Vertical edge upper roller 601 is turned at this time and pushes down the upper surface of straight flange, and turns over the lower surface that vertical edge bottom roller 602 is then close to straight flange, as long as
It turns over vertical edge upper roller 601 by turning over the control of the first cylinder of vertical edge 603 and moves down, while turning over the control of the second cylinder of vertical edge 604 and turning over vertical edge
Bottom roller 602, which moves up, to force straight flange to be bent upwards, and turning over vertical edge third cylinder 606 then can be by adjusting turning over vertical edge upper roller
It 601 and turns over the relative position control of vertical edge bottom roller 602 and straight flange and turns over the height h of vertical edge.
Wherein the structure of the Locating driver component 3 is as shown in fig. 7, it includes the expanding die coaxially connected with cylinder 2
305 and the mandrel 301 with taper that is connected under expanding die 305；Servo motor 302 drives band by tooth driving member 303
301 rotary motion of mandrel of taper；Hydraulic cylinder 304 drives the 301 vertical stretching motion of mandrel with taper.In the specific implementation,
Tooth driving member 303 be with mandrel 301 be co-axially mounted fluted disc together and with the fluted disc meshed gears, gear is mounted on and watches
On the output shaft for taking motor 302, hydraulic cylinder 304 is mounted on the lower section of mandrel 301, and passes through the drive shaft of fluted disc to drive by one
301 vertical stretching motion of mandrel；In control, first expanding die 305 is fixed in the mandrel 301 with taper, then will be justified
Cylinder 2 is coaxially mounted on 305 periphery of expanding die, by the flexible of the aroused in interest axis of the telescopic band of hydraulic cylinder 304 301, mandrel 301
It is flexible that its taper inclined surface will be made to change with the cooperation of expanding die 305, to control tensioner and the contracting of expanding die 305
It is small, and then realize the adjusting for fixing and loosening state of expanding die 305 and cylinder 2；When cylinder 2 is because of 305 tensioner of expanding die
And when fixing, cylinder 2 and expanding die 305 can be driven to rotate together by servo motor 302, complete flange processing；When
It when completing processing, is then reduced by the action control expanding die 305 of mandrel 301, expanding die 305 is made to be detached from cylinder 2, with
It is taken out convenient for cylinder 2；Easy to operate simple, clamping fixed efficiency is high.
Wherein the flange support component 4 includes positioned at the support wheel 401 of 2 lower bottom part of cylinder and for adjusting support wheel
The spiral arm 402 of 401 positions, the spiral arm 402 are mounted on by supporting rod 403 on framework platform.When mounted, support wheel 401 is stretched
Enter at the madial wall of cylinder 2, and the top face of support wheel 401 and the bottom surface of expanding die 305 are kept at a distance, which is
Length of straight flange is turned over for cylinder 2；Its with to turn over the compounding practice process of straight flange component 5 be such, first, in accordance with the rule of production and processing
Lattice design, and adjust the position of support wheel 401 and support wheel 401 and expanding die 305, the reserved setting in the bottom of cylinder 2
Processing length；Then it adjusts and turns over the first cylinder of straight flange 503 and turn over the second cylinder of straight flange 504 so that turn over the swing of straight flange upper roller 501
It to resisting cylinder 2, while turning over straight flange bottom roller 502 and being displaced outwardly, push cylinder 2 to be bent outwardly, turning over 501 He of straight flange upper roller
It turns under the cooperation of straight flange bottom roller 502 until straight, straight flange is turned in completion.
When in order to ensure flange, turns over straight flange component 5 and turn over the goodness of fit that vertical edge component 6 is engaged with cylinder 2, specific
When implementation, described to turn over straight flange upper roller 501, turn over straight flange bottom roller 502 and turn over vertical edge upper roller 601 be taper cone pulley.
The utility model also describes a kind of cylinder Combined machining device with punching and flange function, it includes punching
Component 7, which is characterized in that it further includes the cylindrical flange turner of above structure, and the punching assembly 7 is mounted on to be rotated along cylinder 2
Direction is mounted on and turns over straight flange component 5 and turn on the framework platform between vertical edge component 6；When cylinder 2 is rotated along direction initialization,
It will turn over straight flange, punching by turning over straight flange component 5, punching assembly 7 and turning over vertical edge component 6, and be sequentially completed successively and turn over vertical edge
Continuous maching process, substantially increase the efficiency of cylinder flange processing.
One of the punching assembly 7 implements structure as shown in figure 8, it includes punching head 701 and driving punching head 701
The hydraulic cylinder 703 of punching；It further includes that the punching position of 701 horizontal stretching motion of punching head is driven to adjust cylinder 705；The punching
Hole head 701 is fixed on punch mounting plate 706, and link mechanism is sequentially connected between punch mounting plate 706 and hydraulic cylinder 703
702；The upright guide rail 704 being slidably matched with the punch mounting plate 706 is installed outside hydraulic cylinder 703；Punching head 701, connecting rod
Mechanism 702, hydraulic cylinder 703, upright guide rail 704 and punch mounting plate 706 are installed on the punching pedestal 707 of lower section, punching
Hole pedestal 707 adjusts cylinder 705 with punching position and is sequentially connected, and the lower section of punching pedestal 707 slidably connects horizontal guide rail
708；Adjusting cylinder 705 by punching position in this way drives punching pedestal 707 to be moved along horizontal guide rail 708, makes punching head 701
Suitable punching position is kept with straight flange is turned over, then drives punching head 701 to complete punching by hydraulic cylinder 703, as shown in Figure 10,
It is easy to operate, flexible adjustment.
Certainly, in order to adapt to the processing needs of different size cylinder, the framework platform and cylinder Locating driver component 3,
Flange support component 4 turns over straight flange component 5, turns over vertical edge component 6 and 7 corresponding position of punching assembly is additionally provided with the position of divergent shape
Adjustment hole 8, in this way by the connection of position adjustment hole 8 and bolt etc. cooperation can be adjusted flexibly cylinder Locating driver component 3,
Flange support component 4, the position turned over straight flange component 5, turn over vertical edge component 6 and punching assembly 7 make cylinder Combined machining device use
It is more flexible.
Claims (10)
1. a kind of cylindrical flange turner, it includes rack (1) and the flange body on framework platform, which is characterized in that
The center of rack (1) is equipped with drives the Locating driver component (3) being rotatably connected with cylinder (2), using the center of rack (1) as the center of circle
Circumference on be uniformly placed with the flange support component (4) of several and cylinder (2) support cooperation；Framework platform is along cylinder (2)
The direction of rotation, which is sequentially installed with, to be turned over straight flange component (5) and turns over vertical edge component (6).
2. cylindrical flange turner as described in claim 1, which is characterized in that the straight flange component (5) that turns over includes close to flange branch
Support component (4) setting turn over straight flange upper roller (501) and with turn over straight flange upper roller (501) cooperation turn over straight flange bottom roller (502)；
Straight flange upper roller (501) is turned in the driving lower swing for turning over the first cylinder of straight flange (503)；
Turn over straight flange bottom roller (502) horizontal stretching motion under the driving for turning over the second cylinder of straight flange (504).
3. cylindrical flange turner as claimed in claim 2, which is characterized in that the vertical edge component (6) that turns over includes close to flange branch
Support component (4) setting turn over vertical edge upper roller (601) and with turn over vertical edge upper roller (601) cooperation turn over vertical edge bottom roller (602)；
It turns over vertical edge upper roller (601) and turns over vertical edge bottom roller (602) and turning over the first cylinder of vertical edge (603) respectively and turning over vertical edge second
Vertical stretching motion under the driving of cylinder (604)；
Vertical edge upper roller (601) is turned over, vertical edge bottom roller (602) is turned over, turn over the first cylinder of vertical edge (603) and turns over the second cylinder of vertical edge
(604) it is installed on sliding seat (605), sliding seat (605) horizontal extension under the driving for turning over vertical edge third cylinder (606) is transported
It is dynamic.
4. cylindrical flange turner as claimed in claim 3, which is characterized in that the Locating driver component (3) includes and cylinder (2)
Coaxially connected expanding die (305) and the mandrel (301) with taper being connected under expanding die (305)；
Servo motor (302) drives mandrel (301) rotary motion with taper by tooth driving member (303)；
Hydraulic cylinder (304) drives mandrel (301) vertical stretching motion with taper.
5. cylindrical flange turner as claimed in claim 4, which is characterized in that the flange support component (4) includes being located at cylinder
(2) support wheel (401) of lower bottom part and the spiral arm (402) for adjusting support wheel (401) position, the spiral arm (402) pass through
Supporting rod (403) is mounted on framework platform.
6. cylindrical flange turner as claimed in claim 5, which is characterized in that described to turn over straight flange upper roller (501), turn over and rolled under straight flange
It is taper cone pulley to take turns (502) and turn over vertical edge upper roller (601).
7. a kind of cylinder Combined machining device with punching and flange function, it includes punching assembly (7), which is characterized in that
It further includes the cylindrical flange turner described in any one of claim 1-6, and the punching assembly (7) is mounted on along cylinder (2)
Direction of rotation is mounted on and turns over straight flange component (5) and turn on the framework platform between vertical edge component (6).
8. the cylinder Combined machining device with punching and flange function as claimed in claim 7, which is characterized in that the punching
Component (7) includes punching head (701) and drives the hydraulic cylinder (703) of punching head (701) punching；
It further includes that the punching position of punching head (701) horizontal stretching motion is driven to adjust cylinder (705).
9. the cylinder Combined machining device with punching and flange function as claimed in claim 8, which is characterized in that the punching
Head (701) is fixed on punch mounting plate (706), and connecting rod is sequentially connected between punch mounting plate (706) and hydraulic cylinder (703)
Mechanism (702)；The upright guide rail (704) being slidably matched with the punch mounting plate (706) is installed outside hydraulic cylinder (703)；
Punching head (701), link mechanism (702), hydraulic cylinder (703), upright guide rail (704) and punch mounting plate (706) are equal
On the punching pedestal (707) of lower section, punching pedestal (707) adjusts cylinder (705) with punching position and is sequentially connected, punching
Horizontal guide rail (708) is slidably connected below pedestal (707).
10. the cylinder Combined machining device with punching and flange function as claimed in claim 9, which is characterized in that the machine
Body panel and cylinder Locating driver component (3), flange support component (4) turn over straight flange component (5), turn over vertical edge component (6) and punching
Component (7) corresponding position is additionally provided with several position adjustment holes (8).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721803143.1U CN207628981U (en) | 2017-12-21 | 2017-12-21 | Cylindrical flange turner and cylinder Combined machining device with punching and flange function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721803143.1U CN207628981U (en) | 2017-12-21 | 2017-12-21 | Cylindrical flange turner and cylinder Combined machining device with punching and flange function |
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| Publication Number | Publication Date |
|---|---|
| CN207628981U true CN207628981U (en) | 2018-07-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721803143.1U Active CN207628981U (en) | 2017-12-21 | 2017-12-21 | Cylindrical flange turner and cylinder Combined machining device with punching and flange function |
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| Country | Link |
|---|---|
| CN (1) | CN207628981U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107855408A (en) * | 2017-12-21 | 2018-03-30 | 广州百海工程机械有限公司 | Cylindrical flange turner and the cylinder Combined machining device with punching and flange function |
| CN110963129A (en) * | 2019-12-14 | 2020-04-07 | 佛山市南海峰德义机电设备有限公司 | Bobbin double-folding machine and double-folding method |
-
2017
- 2017-12-21 CN CN201721803143.1U patent/CN207628981U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107855408A (en) * | 2017-12-21 | 2018-03-30 | 广州百海工程机械有限公司 | Cylindrical flange turner and the cylinder Combined machining device with punching and flange function |
| CN110963129A (en) * | 2019-12-14 | 2020-04-07 | 佛山市南海峰德义机电设备有限公司 | Bobbin double-folding machine and double-folding method |
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