CN207288608U - A kind of flanging and restriking mechanism - Google Patents
A kind of flanging and restriking mechanism Download PDFInfo
- Publication number
- CN207288608U CN207288608U CN201721149385.3U CN201721149385U CN207288608U CN 207288608 U CN207288608 U CN 207288608U CN 201721149385 U CN201721149385 U CN 201721149385U CN 207288608 U CN207288608 U CN 207288608U
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- CN
- China
- Prior art keywords
- connecting rod
- flange
- briquetting
- slide block
- hinged
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The problem of a kind of flanging and restriking mechanism, solves flange existing in the prior art to different shaped face, needs use different moulds, increase production cost, adaptability is weak, high failure rate, use reliability is poor.Including Connection Bracket, it is characterised in that：The first connecting rod driving mechanism and second connecting rod driving mechanism that setting structure is identical respectively for Connection Bracket both sides, is arranged symmetrically；The driving cylinder of first, second bar-link drive is hinged with connecting lateral plate lower part；One end of drive link and spacing connecting rod is hinged with driving Telescopic-cylinder bar respectively；The rail plate of first slide block mechanism and the second slide block mechanism is connected with the upper end of connecting lateral plate；The lower part of the sliding shoe set on each rail plate, respectively the other end with drive link be hinged；The convex briquetting of flange and the recessed briquetting of flange are respectively arranged with the sliding shoe of first, second slide block mechanism.It is reasonable that it is designed, compact-sized, and operating efficiency is high, applied widely, easy to maintain, cost-effective, highly practical.
Description
Technical field
The utility model belongs to metal plate flanging plastic operation engineering device technique field, and in particular to one kind can to sheet metal component into
Row flanging and restriking, cost-effective, operating efficiency is high, flanging and restriking mechanism easy to maintain, highly practical.
Background technology
The prior art is usually completed for the flanging and restriking of sheet metal component using dedicated flanging and restriking mould.It is this kind of
Particular manufacturing craft is bulky, and using flexible is poor；Also, when being processed to the flange in different shaped face, it is necessary to using different
Mould, increases production cost.Traditional mode that metal plate flanging re-shaping exercise is carried out using mould, adaptability is weak, failure rate
Height, difficult in maintenance, use reliability is poor.Therefore it is necessary to be improved the metal plate flanging plastic operation device of the prior art.
Utility model content
The utility model is aiming at the above problem, there is provided one kind can carry out sheet metal component flanging and restriking, cost-effective, make
Industry is efficient, easy to maintain, highly practical flanging and restriking mechanism.
Technical solution is used by the utility model：The flanging and restriking mechanism includes Connection Bracket, it is characterised in that：
The both sides of the Connection Bracket, are respectively arranged with structure is identical, is arranged symmetrically first connecting rod driving mechanism and second connecting rod
Driving mechanism；First connecting rod driving mechanism and second connecting rod driving mechanism are by driving cylinder, drive link and spacing connecting rod structure
Into driving cylinder is arranged vertically at the sidepiece of Connection Bracket by connecting lateral plate, and drives the lower cylinders of cylinder to pass through hinge
Switch through axis to be hinged with connecting lateral plate lower part；One end of drive link and spacing connecting rod respectively with drive Telescopic-cylinder bar upper end
It is hinged, the outer end of the other end of spacing connecting rod then with connecting lateral plate top, away from Connection Bracket is hinged；Described first
The top of bar-link drive and second connecting rod driving mechanism, is respectively arranged with the first slide block mechanism positioned opposite and second and slides
Block mechanism；First slide block mechanism and the second slide block mechanism include the rail plate arranged in the horizontal direction, and rail plate passes through
The support baseboard of lower part is connected with the upper end of connecting lateral plate；Sliding shoe, the lower part of sliding shoe are respectively arranged with each rail plate
It is hinged with the other end of drive link；The convex briquetting of flange, the second slide block mechanism are provided with the sliding shoe of first slide block mechanism
Sliding shoe on be provided with the recessed briquetting of flange, the recessed briquetting of flange and the convex briquetting of flange are positioned opposite；The convex briquetting of flange is by convex briquetting
Main body is formed, and one end of convex briquetting main body is provided with flange plush copper；The recessed briquetting of flange is made of recessed briquetting main body, recessed briquetting main body
Upper, one end opposite with the convex briquetting flange plush copper of flange is provided with flange recess.
The sliding shoe set respectively on the rail plate of first slide block mechanism and the second slide block mechanism includes sliding block master
Body, the top of slider body one end are provided with briquetting mounting groove, and the lower part of slider body is provided with the connecting rod arranged straight down
Hinge bar；The connecting rod hinge bar of sliding shoe passes through the middle part long through-hole of rail plate lower support bottom plate, and connecting rod hinge bar
Lower end, is hinged with the one end not being connected with driving Telescopic-cylinder bar in drive link,.With using driving the flexible come band of cylinder
Dynamic drive link and spacing link rotatable, and then sliding shoe is moved back and forth along rail plate, realize to sheet metal component to be processed
Flanging and restriking operation；And facilitate the installation and removal of the convex briquetting of flange and the recessed briquetting of flange on corresponding sliding shoe.
On the spacing connecting rod of the first connecting rod driving mechanism and second connecting rod driving mechanism, with connecting lateral plate outer end phase
Hinged one end, is respectively arranged with limit card block；On connecting lateral plate, with being set at limit card block bottom position corresponding
There is spacing jacking block.With being used cooperatively by bar-link drive limit card block and the spacing jacking block that is arranged on connecting lateral plate,
Carry out the extreme position that limit slippage block extrudes forward flange along rail plate, lift use reliability.
On the connecting lateral plate and swing up position of spacing interlinking lever end limit card block and corresponding two of bottom position
At position, Magnetic Induction device is respectively arranged with.With the swinging up and down with spacing connecting rod using limit card block, correspondingly to send
One slide block mechanism and the second slide block mechanism move towards the signal for carrying out extruding flange or being resetted backwards to Mobile backhaul, easy to certainly
Dynamic control, effectively improves operating efficiency；And play the role of to slide block mechanism sliding shoe movement position auxiliary stopper.
The rear end of the rail plate of first slide block mechanism and the second slide block mechanism, is respectively arranged with slip limited block.
With extreme position of the limit slippage block along rail plate return backward.
The beneficial effects of the utility model：Since the utility model is using the both sides difference setting structure phase of Connection Bracket
First connecting rod driving mechanism and second connecting rod driving mechanism same, be arranged symmetrically；First connecting rod driving mechanism and second connecting rod drive
The lower cylinders of the driving cylinder of motivation structure, are hinged by hinged shaft and connecting lateral plate lower part；Drive link and spacing company
One end of bar is hinged with driving Telescopic-cylinder bar respectively, and the other end and the connecting lateral plate outer end of spacing connecting rod are hinged；The
Above one bar-link drive and second connecting rod driving mechanism, the cunning of the first slide block mechanism for setting respectively and the second slide block mechanism
Dynamic guide rail, is connected by the support baseboard of lower part with the upper end of connecting lateral plate；The lower part of the sliding shoe set on each rail plate,
The other end with drive link is hinged respectively；The convex briquetting of flange, the second sliding block are provided with the sliding shoe of first slide block mechanism
The recessed briquetting of flange, the recessed briquetting of flange and the convex briquetting of flange structure type positioned opposite are provided with the sliding shoe of mechanism, so
It has the following advantages that：1st, using flexible；When being processed to the flange in different shaped face, the recessed briquetting of corresponding flange is only needed to change
It is good, versatile with the convex briquetting of flange, the reusing of mechanism.2nd, production efficiency is high；The flanging and restriking mechanism designs
Rationally, compact-sized, the degree of automation is high, can be obviously improved the work efficiency of flanging and restriking operation, connects for the high-volume of product
Continuous production provides safeguard.3rd, in terms of post-production and maintenance；The each several part component of mechanism is using easy-to-dismount independent knot
Configuration formula；When component wear needs replacing or is safeguarded, corresponding assembly need only be individually unloaded, is reduced middle because replacing
It is the time of wait, time saving and energy saving；Also brought to post-production conveniently.4th, production cost is saved；The flanging and restriking mechanism is answered
With, the manufacturing cost of all kinds of different shaped faces shaping mould can be saved, and reduce art shapes, machine adds, group is stood and pincers worker
The work time costs such as lapping-in.
Brief description of the drawings
Fig. 1 is a kind of structure diagram of the utility model.
Fig. 2 is the A direction views of Fig. 1.
Fig. 3 is a kind of structure diagram of the first slide block mechanism in Fig. 1.
Fig. 4 is the B direction views of Fig. 3.
Fig. 5 is a kind of structure diagram of the sliding shoe in Fig. 3.
Fig. 6 is a kind of structure diagram of the convex briquetting of flange in Fig. 2.
Fig. 7 is a kind of structure diagram of the recessed briquetting of flange in Fig. 2.
Fig. 8 is use state diagram when the utility model carries out flanging and restriking operation.
Number explanation in figure：1 first connecting rod driving mechanism, 2 first slide block mechanisms, 3 second slide block mechanisms, 4 second connecting rods
Driving mechanism, 5 Connection Brackets, 6 connecting lateral plates, 7 driving cylinders, 8 hinged shafts, 9 drive links, 10 Magnetic Induction devices, 11
Spacing connecting rod, 12 spacing jacking blocks, 13 limit card blocks, 14 rail plates, 15 sliding shoes, the convex briquetting of 16 flange, the recessed briquetting of 17 flange,
Limited block, 20 middle part long through-holes, 21 slider bodies, 22 connecting rod hinge bars, 23 briquetting mounting grooves, 24 are slided in 18 support baseboards, 19
Convex briquetting main body, 25 flange plush coppers, 26 recessed briquetting main bodys, 27 flange recesses.
Embodiment
Describe the concrete structure of the utility model in detail according to Fig. 1~8.The flanging and restriking mechanism is set respectively including both sides
There is the Connection Bracket 5 of first connecting rod driving mechanism 1 and second connecting rod driving mechanism 4, first connecting rod driving mechanism 1 and second connects
The structure of bar driving mechanism 4 is identical and is symmetrically arranged along the center line of Connection Bracket 5.The identical first connecting rod of structure
Driving mechanism 1 and second connecting rod driving mechanism 4, include driving cylinder 7, drive link 9 and spacing connecting rod 11, drive cylinder 7
By the connecting lateral plate 6 of both sides, it is vertically disposed at the sidepiece of Connection Bracket 5.Drive the lower cylinders of cylinder 7 to pass through to be hinged
Shaft 8, is hinged with the lower part of both sides connecting lateral plate 6, so that driving cylinder 7 drives drive link 9 and spacing connecting rod 11 to rotate
When, its own can realize the driving to slide block mechanism sliding shoe 15 around hinged 8 reciprocating rotating of shaft.Drive link 9 and limit
Position connecting rod 11 lower end, respectively with drive 7 telescopic rod of cylinder upper end be hinged；The upper end of spacing connecting rod 11 and connecting lateral plate 6
Top, the outer end away from Connection Bracket 5 are hinged；The upper end of the drive link 9 then lower part with slide block mechanism sliding shoe 15
It is hinged.
The top of first connecting rod driving mechanism 1 and second connecting rod driving mechanism 4, is respectively arranged with along Connection Bracket 5
Heart line, opposite the first slide block mechanism 2 and the second slide block mechanism 3 to arrangement.First slide block mechanism 2 and the second slide block mechanism 3 are equal
The support baseboard 18 and connecting lateral plate 6 for passing through its underpart including the rail plate 14 arranged in the horizontal direction, rail plate 14
Upper end is connected.On the rail plate 14 of first connecting rod driving mechanism 1 and second connecting rod driving mechanism 4, it is separately provided for
The sliding shoe 15 being connected with bar-link drive drive link 9.Sliding shoe 15 include be used for in 14 two slides of rail plate
Groove is connected, realizes the slider body 21 slided；The top of 21 one end of slider body, is provided with and is turned over for detachable installation
The briquetting mounting groove 23 of the convex briquetting 16 in side and the recessed briquetting 17 of flange；The lower part of slider body 21, then be provided with straight down arrangement,
For the connecting rod hinge bar 22 being hinged with bar-link drive drive link 9.The connecting rod hinge bar of slide block mechanism sliding shoe 15
22nd, through the lower end of 14 lower support bottom plate of rail plate, 18 middle part long through-hole 20, with bar-link drive drive link 9,
The one end not being connected with driving 7 telescopic rod of cylinder is hinged.With using driving the flexible of cylinder 7 to drive 9 He of drive link
Spacing connecting rod 11 rotates, and then the sliding shoe 15 of slide block mechanism is moved back and forth along rail plate 14, realizes to metal plate to be processed
The flanging and restriking operation of golden part.
In the briquetting mounting groove 23 of first slide block mechanism, 2 sliding shoe 15, detachable connection has the convex briquetting 16 of flange；Second
In the briquetting mounting groove 23 of 3 sliding shoe 15 of slide block mechanism, detachable connection has the recessed briquetting 17 of flange；And the recessed briquetting 17 of flange with
The convex briquetting 16 of flange is opposite to arrangement.To facilitate the installation and removal of the convex briquetting 16 of flange and the recessed briquetting 17 of flange, strengthen to not
The applicability of homotype face flanging and restriking operation, using flexible.The convex briquetting 16 of flange includes convex briquetting main body 24, convex briquetting main body 24
One end be provided with flange plush copper 25；The recessed briquetting 17 of flange includes recessed briquetting main body 26, in recessed briquetting main body 26, with the convex pressure of flange
The opposite one end of 16 flange plush copper 25 of block is provided with flange recess 27.The flange recess 27 of the recessed briquetting 17 of flange and the convex briquetting of flange
The shape of 16 flange plush copper 25 is mutually matched（According to PRODUCT FORM DESIGN after flange）, for extruding sheet metal component, turned over
Side shaping., it is understood that for extreme position of the limit slippage block 15 along the return backward of rail plate 14, the first sliding block machine
The rear end of the rail plate 14 of 2 and second slide block mechanism 3 of structure, is respectively arranged with and slides limited block 19.
In order to which limit slippage block 15 extrudes forward along rail plate 14 extreme position of flange, first connecting rod driving mechanism 1
One end with being hinged on the spacing connecting rod 11 of second connecting rod driving mechanism 4, with 6 outer end of connecting lateral plate, is respectively arranged with length
The limit card block 13 of handle.Correspondingly, on connecting lateral plate 6, with the position of 13 bottom position correspondence of limit card block, being provided with use
In the spacing jacking block 12 of limitation 13 swing position of limit card block.To be connected by bar-link drive limit card block 13 with being arranged in
The cooperation of spacing jacking block 12 on side plate 6 is spacing, the use reliability of hoisting mechanism.In addition, for the mesh for improving operating efficiency
, corresponding two positions of swing up position and bottom position on connecting lateral plate 6, with spacing 11 end limit card block 13 of connecting rod
Place, is separately provided for the Magnetic Induction device 10 of 13 extreme position of sensing metal spacing fixture block.To utilize metal spacing fixture block
13 swinging up and down with spacing connecting rod 11, progress is moved towards correspondingly to send the first slide block mechanism 2 and the second slide block mechanism 3
Flange or the coherent signal resetted backwards to Mobile backhaul are extruded, easy to automatically controlling for mechanism；And Magnetic Induction device 10 can be right
15 movement position of slide block mechanism sliding shoe carries out auxiliary stopper.
The flanging and restriking mechanism is in use, first, need the position of flanging and restriking to be arranged in the first cunning sheet metal component to be processed
Between 2 and second slide block mechanism 3 of block mechanism；Then, first connecting rod driving mechanism 1 and second connecting rod driving mechanism 4 are driven while
Driving cylinder 7 stretch out, drive spacing connecting rod 11 to fix hinged end, drive link 9 around it and be hinged around itself and 15 connecting rod of sliding shoe
One end that bar 22 is hinged, rotates up respectively；And then make on the first slide block mechanism 2, be disposed with the slip of the convex briquetting 16 of flange
On block 15, and the second slide block mechanism 3, the sliding shoe 15 of the recessed briquetting 17 of flange is disposed with, along rail plate 14, together in
Between sheet metal component to be processed move toward one another, to be extruded using the cooperation of the recessed briquetting 17 of flange and the convex briquetting 16 of flange, to sheet metal component
Carry out flanging and restriking.After the flanging and restriking work of sheet metal component is completed, driving cylinder 7 is withdrawn, drives first connecting rod driving mechanism 1
Rotated separately down with the spacing connecting rod 11 and drive link 9 of second connecting rod driving mechanism 4, make the slip of the first slide block mechanism 2
The sliding shoe of block and the second slide block mechanism 3, towards the direction away from sheet metal component to be processed backwards to mobile.After mechanism back resetting,
The sheet metal component of flange completion is unloaded, is prepared for next flange work cycle.
Claims (5)
1. a kind of flanging and restriking mechanism, including Connection Bracket（5）, it is characterised in that：The Connection Bracket（5）Both sides,
It is respectively arranged with the first connecting rod driving mechanism that structure is identical, is arranged symmetrically（1）With second connecting rod driving mechanism（4）；First connects
Bar driving mechanism（1）With second connecting rod driving mechanism（4）By driving cylinder（7）, drive link（9）With spacing connecting rod（11）Structure
Into driving cylinder（7）Pass through connecting lateral plate（6）It is arranged vertically at Connection Bracket（5）Sidepiece, and drive cylinder（7）Under
Portion's cylinder body passes through hinged shaft（8）With connecting lateral plate（6）Lower part is hinged；Drive link（9）With spacing connecting rod（11）One end
Respectively with driving cylinder（7）The upper end of telescopic rod is hinged, spacing connecting rod（11）The other end then with connecting lateral plate（6）Top,
Away from Connection Bracket（5）Outer end be hinged；The first connecting rod driving mechanism（1）With second connecting rod driving mechanism（4）
Top, be respectively arranged with the first slide block mechanism positioned opposite（2）With the second slide block mechanism（3）；First slide block mechanism（2）With
Second slide block mechanism（3）Include the rail plate arranged in the horizontal direction（14）, rail plate（14）Pass through the support of lower part
Bottom plate（18）With connecting lateral plate（6）Upper end be connected；Each rail plate（14）On be respectively arranged with sliding shoe（15）, sliding shoe
（15）Lower part and drive link（9）The other end be hinged；First slide block mechanism（2）Sliding shoe（15）On be provided with flange
Convex briquetting（16）, the second slide block mechanism（3）Sliding shoe（15）On be provided with the recessed briquetting of flange（17）, the recessed briquetting of flange（17）With
The convex briquetting of flange（16）It is positioned opposite；The convex briquetting of flange（16）By convex briquetting main body（24）Form, convex briquetting main body（24）One
End is provided with flange plush copper（25）；The recessed briquetting of flange（17）By recessed briquetting main body（26）Form, recessed briquetting main body（26）Above, with turning over
The convex briquetting in side（16）Flange plush copper（25）Opposite one end is provided with flange recess（27）.
2. flanging and restriking mechanism according to claim 1, it is characterised in that：First slide block mechanism（2）Slided with second
Block mechanism（3）Rail plate（14）The upper sliding shoe set respectively（15）Including slider body（21）, slider body（21）One
The top at end is provided with briquetting mounting groove（23）, slider body（21）Lower part be provided with the connecting rod hinge bar arranged straight down
（22）；Sliding shoe（15）Connecting rod hinge bar（22）Through rail plate（14）Lower support bottom plate（18）Middle part long through-hole
（20）, and connecting rod hinge bar（22）Lower end, with drive link（9）Above, not with driving cylinder（7）One end phase that telescopic rod is connected
It is hinged.
3. flanging and restriking mechanism according to claim 1, it is characterised in that：The first connecting rod driving mechanism（1）With
Two bar-link drives（4）Spacing connecting rod（11）Upper and connecting lateral plate（6）One end that outer end is hinged, is respectively arranged with
Limit card block（13）；Connecting lateral plate（6）Upper and limit card block（13）Spacing jacking block is provided with bottom position corresponding
（12）.
4. flanging and restriking mechanism according to claim 3, it is characterised in that：The connecting lateral plate（6）Upper and spacing connecting rod
（11）End limit card block（13）Corresponding two positions of swing up position and bottom position at, be respectively arranged with Magnetic Induction
Device（10）.
5. flanging and restriking mechanism according to claim 1, it is characterised in that：First slide block mechanism（2）Slided with second
Block mechanism（3）Rail plate（14）Rear end, be respectively arranged with slip limited block（19）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721149385.3U CN207288608U (en) | 2017-09-08 | 2017-09-08 | A kind of flanging and restriking mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721149385.3U CN207288608U (en) | 2017-09-08 | 2017-09-08 | A kind of flanging and restriking mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207288608U true CN207288608U (en) | 2018-05-01 |
Family
ID=62446207
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721149385.3U Expired - Fee Related CN207288608U (en) | 2017-09-08 | 2017-09-08 | A kind of flanging and restriking mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207288608U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109127833A (en) * | 2018-09-07 | 2019-01-04 | 嘉兴维恩机械有限公司 | A kind of flanging and restriking machine |
-
2017
- 2017-09-08 CN CN201721149385.3U patent/CN207288608U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109127833A (en) * | 2018-09-07 | 2019-01-04 | 嘉兴维恩机械有限公司 | A kind of flanging and restriking machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180501 Termination date: 20210908 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |