CN207563557U - A kind of processing mold of seat slide stent - Google Patents
A kind of processing mold of seat slide stent Download PDFInfo
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- CN207563557U CN207563557U CN201721026013.1U CN201721026013U CN207563557U CN 207563557 U CN207563557 U CN 207563557U CN 201721026013 U CN201721026013 U CN 201721026013U CN 207563557 U CN207563557 U CN 207563557U
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Abstract
The utility model provides a kind of processing mold of seat slide stent, can solve the technical issues of existing mold can not ensure the position degree in stent size and hole.It includes apparatus for shaping, and apparatus for shaping includes the main body reshaping device that shaping is carried out to the main body of stent, it is characterised in that：Apparatus for shaping further includes the side reshaping device that inside shaping is carried out to the side of stent.
Description
Technical field
The utility model is related to technical field of mold, and in particular to a kind of processing mold of seat slide stent.
Background technology
A kind of stent, structure is as shown in figure 11, and side is connected with top by bending part, since the stent is general
To process in pairs, i.e., bow character form structure as shown in figure 12 is formed before cutting, which easily springs back outward, does not only result in branch
The size of frame is undesirable, and causes the position degree in the hole of stent side portion also undesirable.
Utility model content
In view of the above-mentioned problems, the utility model provides a kind of processing mold of seat slide stent, can solve existing
Mold can not ensure the technical issues of position degree in stent size and hole.
Its technical solution is such, and including apparatus for shaping, the apparatus for shaping includes carrying out the main body of stent whole
The main body reshaping device of shape, it is characterised in that：The side that the apparatus for shaping further includes the inside shaping of side progress to stent is whole
Shape mechanism.
Further, the processing mold includes upper mold seat and die holder, and stripper plate is equipped under the upper mold seat；It is described
Main body reshaping device includes shaping upper module and shaping lower module, and the shaping upper module is fixed under the stripper plate, described
Shaping lower module is fixed on the die holder and coordinates with the shaping upper module；The side reshaping device drives including side shaping
Motion block, side shaping inclined wedge, side shaping forming blocks and side shaping lower die enter son, and the side shaping drive block is fixed under upper mold seat,
The side shaping inclined wedge is slidably mounted on die holder and is coordinated with the side shaping drive block by inclined-plane, and the side is shaped to
Type block is fixed on the side shaping inclined wedge, the side shaping lower die enter son be fixed on the shaping lower module side and with it is described
Shaping forming blocks in side coordinate.
Further, the side reshaping device is equipped with two groups, is divided into the main body reshaping device both sides.
Further, punching guiding aperture apparatus, shear are equipped between the upper mold seat and die holder and along charging side
To molding machine, apparatus for shaping, lateral incision device, side-stamping device and the disconnecting device set gradually.
Further, the punching guiding aperture apparatus includes rushing guide hole punch, it is described rush guide hole punch be fixed on it is described
Lower bolster is fixed under upper mold seat and on the stripper plate, the die holder, the corresponding guide hole that rushes fills on the lower bolster
It puts and is fixed with lower template, the lower template is equipped with rushes that guide hole punch is corresponding to rush the guide hole edge of a knife with described.
Further, shear is corresponded on the die holder and is fixed with lower bolster, lower die is fixed on the lower bolster
Plate simultaneously passes through nitrogen gas spring and is equipped with buoyant plate；
Shear includes the first shear, the second shear, third shear, the 4th shear and the 5th
Shear, first shear, the second shear, third shear, the 4th shear are set to the punching
It guides between aperture apparatus and the molding machine, the 5th shear is set to the molding machine and the apparatus for shaping
Between；
First shear, the second shear, third shear, the 4th shear and the 5th shear
Include cutting punch, each cutting punch is fixed under the upper mold seat and through the stripper plate, and the lower template is equipped with
The shear knife coordinated with the first shear, the second shear, third shear, the 4th shear relevant shear punch
Mouth, the 5th shear further include shearing upper module and shearing lower module, and the shearing upper module, which is fixed on, wears described take off
Under flitch, the shearing lower module is fixed on the die holder and coordinates with the shearing upper module, the shearing lower module
It is equipped with the shearing edge of a knife coordinated with the cutting punch of the 5th shear.
Further, the molding machine includes forming punching head and lower forming mould block, and the forming punching head is fixed on described
Under upper mold seat and through the stripper plate, the lower forming mould block is fixed on the die holder and matches with the forming punching head
It closes.
Further, the lateral incision device includes lateral incision detent mechanism and lateral incision mechanism, and the lateral incision detent mechanism includes
Lateral incision upper module and lateral incision lower module, the lateral incision upper module are fixed under the stripper plate, and the lateral incision lower module is fixed on
Coordinate on the die holder and with the lateral incision upper mold, the lateral incision mechanism includes lateral incision drive block, lateral incision inclined wedge, lateral incision punch
Enter son with lateral incision lower die, the lateral incision drive block is fixed under upper mold seat, and the lateral incision inclined wedge is slidably mounted on die holder simultaneously
Coordinated with the lateral incision drive block by inclined-plane, the lateral incision punch is fixed on the lateral incision inclined wedge, and the lateral incision lower die enters
Son is fixed on the lateral incision lower module side and coordinates with the lateral incision punch.
Further, the lateral incision device is equipped with a pair, and lateral incision is carried out respectively for the left and right sides to flitch.
Further, side-stamping device includes side blow detent mechanism and side blow mechanism, and the side blow detent mechanism includes side blow
Upper module and side blow lower module, the side blow upper module are fixed under the stripper plate, and the side blow lower module is fixed on described
Coordinate on die holder and with the side blow upper module, the side blow mechanism includes side blow drive block, side blow punch, punch support group
Part and side blow lower die enter son, and the side blow drive block is fixed under upper mold seat, described side blow punch one end and the punch support
Component is fixedly connected, its other end is through the side blow upper module, and the punch support component slippage is set to side blow upper module
Skewed slot in and with the side blow drive block coordinate, the side blow lower die enter son be fixed on the side blow lower module and with it is described
Side blow punch coordinates.
Further, the support component includes side blow punch clamping plate, side blow punch backing plate and guide post, the side blow punch
Upper end and the guide post upper end are fixed by the side blow punch clamping plate and the side blow punch backing plate clamping, the side blow punch
The inclined-plane of backing plate and the side blow drive block coordinates, and the skewed slot bottom of the side blow upper module is fixed with resetting spring and guiding
Hole, the resetting spring coordinate against the side blow punch clamping plate, the pilot hole with the guide post.
Further, the disconnecting device includes cut-out detent mechanism and cutting mechanism, and the cut-out detent mechanism includes
Upper module and cut-out lower module are cut off, the cut-out upper module is fixed under the stripper plate, and the cut-out lower module is fixed on
Coordinate on the die holder and with the cut-out upper module, the cutting mechanism includes cut-out punch and cut-out lower die enters son, institute
State cut-out punch be fixed under the upper mold seat, it is described cut-out lower die enter son be fixed on it is described cut-out lower module and with the cut-out
Punch coordinates.
The processing mold of the utility model, by adding side reshaping device in apparatus for shaping, and then to the side of stent
Carrying out inside shaping so that after the stent in bow character form structure being arranged in pairs is sprung back outward, stent is of the required size,
Ensure that the position degree in the hole of stent side portion meets the requirements simultaneously.
Description of the drawings
Fig. 1 is the structure diagram of the utility model.
Fig. 2 is the structure diagram after i.e. the second shear partial enlargement in Fig. 1 at A.
Fig. 3 is the structure diagram that is, after third shear partial enlargement in Fig. 1 at B.
Fig. 4 is the structure diagram after i.e. the 4th shear partial enlargement in Fig. 1 at C.
Fig. 5 is the structure diagram that is, after molding machine partial enlargement in Fig. 1 at D.
Fig. 6 is the structure diagram after i.e. the 5th shear partial enlargement in Fig. 1 at E.
Fig. 7 is the structure diagram that is, after apparatus for shaping partial enlargement in Fig. 1 at F.
Fig. 8 is the structure diagram that is, after lateral incision device partial enlargement in Fig. 1 at G.
Fig. 9 is the structure diagram that is, after side-stamping device partial enlargement in Fig. 1 at H.
Figure 10 is the structure diagram that is, after disconnecting device partial enlargement in Fig. 1 at I.
Figure 11 is the side structure schematic view of stent.
Figure 12 is the schematic diagram that stent is processed in pairs under non-dissengaged positions.
Figure 13 a are the schematic diagram of STA #1 ~ STA #7 material strip Continuous machings.
Figure 13 b are the schematic diagram of the corresponding material strip Continuous machings of STA #8 ~ STA #11.
Reference numeral:1- upper mold seats；2- die holders；3- stripper plates；4- buoyant plates；5- lower templates；6- lower bolsters；7-
Two cutting punches；8- the second cutting punch clamping plates；9- the second cutting punch backing plates；10- stripper plate mold inserts；The second shear knives of 11-
Mouthful；12- third cutting punches；13- third cutting punch clamping plates；14- third cutting punch backing plates；15- stripper plate mold inserts；16-
Third shears the edge of a knife；The 4th cutting punches of 17-；The 4th cutting punch clamping plates of 18-；The 4th cutting punch backing plates of 19-；20- is sheared
The edge of a knife enters son；21- forming punching heads；22- forming punching head mold inserts；23- keels；24- lower forming mould blocks；The 5th cutting punches of 25-；
The 5th cutting punch clamping plates of 26-；The 5th cutting punch backing plates of 27-；28- shears upper module；29- shears lower module；Under 30- shearings
Mould enters son；31- shaping upper modules；32- sides shaping drive block；33- keels；34- shaping lower modules；Shaping lower die in 35- sides enters
Son；36- sides shaping forming blocks；37- sides shaping inclined wedge；38- sides shaping limited block；39- lateral incision upper modules；40- lateral incision drive blocks；
41- keels；42- lateral incision lower modules；43- lateral incision lower dies enter son；44- lateral incision inclined wedges；45- lateral incision punches；46- lateral incisions limit
Block；47- side blow upper modules；48- side blow lower modules；49- side blow punches；50- side blow drive blocks；51- side blow punch clamping plates；52-
Side blow punch backing plate；53- side blow lower dies enter son；54- cuts off punch；55- cuts off punch clamping plate；56- cuts off punch backing plate；57-
Cut off upper module；58- cuts off lower module；59- cut-outs lower die enters son.
Specific embodiment
As shown in Figure 1, it includes apparatus for shaping, apparatus for shaping includes the main body trimmer that shaping is carried out to the main body of stent
Structure, apparatus for shaping further include the side reshaping device that inside shaping is carried out to the bending part of stent both sides.
Shown in Fig. 7, processing mold includes upper mold seat 1 and die holder 2, and upper mold seat 1 and die holder 2 are oriented to by guiding mechanism
It molds, stripper plate 3 is installed under upper mold seat 1；Main body reshaping device includes shaping upper module 31 and shaping lower module 34, in shaping
Module 31 is fixed under stripper plate 3, and shaping lower module 34 is fixed on die holder 2；Side reshaping device is equipped with two groups, is divided into master
Body reshaping device both sides（Since stent is processed in pairs, therefore side reshaping device is also arranged in pairs）, side reshaping device include side shaping
Drive block 32, side shaping inclined wedge 37, side shaping forming blocks 36 and side shaping lower die enter son 35, and shaping drive block 32 in side is by padded
Block 33 is fixed under upper mold seat 1, and side shaping inclined wedge 37 is slidably mounted on die holder 2 and passes through inclined-plane with side shaping drive block 32
Cooperation, side shaping forming blocks 36 are fixed on side shaping inclined wedge 37, and side shaping lower die enters son 35 and is fixed on 34 side of shaping lower module
Portion, 38 be limited block in figure, is fixed on 37 lower part of side shaping inclined wedge, and die holder 2 is equipped with the nitrogen coordinated with side shaping inclined wedge
Spring promotes shaping inclined wedge in side to be molded block reset together with side shaping.Shaping lower module 34 coordinates with shaping upper module 31 to flitch
Main body carries out shaping；Side shaping lower die enters son 35 and coordinates with side shaping forming blocks 36 to flitch progress shaping inwardly.Wherein, side
Shaping lower die, which enters son, can set multiple, the different zones of corresponding stent side portion, and the replacement adjusting of son is entered by offside shaping lower die,
It can effectively ensure product size, reduce scrappage and reprocess cost.
As shown in Figure 1, being equipped with punching guiding aperture apparatus, shear between upper mold seat 1 and die holder 2 and along charging side
To molding machine, apparatus for shaping, lateral incision device, side-stamping device and the disconnecting device set gradually；Side-stamping device is placed in molding
After device, first molding rear side rushes, and can effectively avoid the deformation of hole position.
Lower bolster 6 is fixed on die holder 2, corresponding rush guides aperture apparatus, shear to be fixed with lower template on lower bolster 6
5 and pass through nitrogen gas spring buoyant plate 4 is installed；
Punching guiding aperture apparatus includes rushing guide hole punch, rushes guide hole punch and is fixed on upper mold seat 1 time and through stripper plate
3, lower template 5 rushes the guide hole edge of a knife equipped with corresponding with rushing guide hole punch, rushes guide hole punch and rushes the guide hole edge of a knife and matches
Conjunction carries out material strip both sides to rush guide hole, and punching guiding aperture apparatus is not shown, and mounting structure can refer to following second and cut
Cutting apparatus.
Shear includes the first shear, the second shear, third shear, the 4th shear and the 5th
Shear, the first shear, the second shear, third shear, the 4th shear, which are set to, rushes guide hole dress
It puts between molding machine, the 5th shear is set between molding machine and apparatus for shaping；
First shear includes the first cutting punch, and the first cutting punch is cut by the first cutting punch clamping plate, first
It cuts punch backing plate to be fixed under upper mold seat and through stripper plate, stripper plate mold insert, lower template is equipped with matches with the first cutting punch
The first shearing edge of a knife closed, first shear are not shown, and mounting structure can refer to following second shears；
As shown in Fig. 2, the second shear includes the second cutting punch 7, the second cutting punch 7 passes through the second cutting punch
Clamping plate 8, the second cutting punch backing plate 9 are fixed on upper mold seat 1 time and are set on stripper plate 3, stripper plate mold insert 10, lower template 2
There is the second shearing edge of a knife 11 coordinated with the second cutting punch 7；
As shown in figure 3, third shear includes third cutting punch 12, third cutting punch 12 is sheared by third and rushed
Head clamping plate 13, third cutting punch backing plate 14 are fixed on upper mold seat 1 time and through stripper plate 3, stripper plate mold insert 15, lower templates 2
It is equipped with the third coordinated with third cutting punch 12 and shears the edge of a knife 16；
As shown in figure 4, the 4th shear includes the 4th cutting punch 17, the 4th cutting punch 17 is rushed by the 4th shearing
Head clamping plate 18, the 4th cutting punch backing plate 19 are fixed on upper mold seat 1 time and through stripper plates 3, and lower template 2 is equipped with and is cut with the 4th
The 4th shearing edge of a knife of punch cooperation is cut, 20 be to form the 4th shearing edge of a knife for shearing the edge of a knife to enter son in figure；
As shown in fig. 6, the 5th shear includes the 5th cutting punch 25, shearing upper module 28 and shearing lower module 29,
5th cutting punch 25 is fixed on upper mold seat 1 time by the 5th cutting punch clamping plate 26, the 5th cutting punch backing plate 27 and runs through
Stripper plate 3, shearing upper module 28, shearing upper module 28 are fixed under stripper plate 3, and shearing lower module is fixed on die holder 2 simultaneously
With shearing upper module cooperation, shear lower module on be fixed with shearing lower die enter son 30, shearing lower die enter son be equipped with and the 5th shearing
The 5th shearing edge of a knife of punch cooperation；
As shown in figure 5, molding machine includes forming punching head 21 and lower forming mould block 24, forming punching head 21 passes through keel 23
It is fixed on upper mold seat 1 time and through stripper plate 3, lower forming mould block 24 is fixed on die holder 2 and coordinates with forming punching head 21, schemes
In 22 be forming punching head mold insert；
Each cutting punch coordinates with the corresponding edge of a knife, and material strip is sheared.
As shown in figure 8, lateral incision device is equipped with two groups（Since stent is processed in pairs, therefore lateral incision mechanism is also arranged in pairs）, use
Lateral incision is carried out respectively in the left and right sides to flitch；Lateral incision device includes lateral incision detent mechanism and lateral incision mechanism, lateral incision localization machine
Structure includes lateral incision upper module 39 and lateral incision lower module 42, and lateral incision upper module 39 is fixed under stripper plate 3, and lateral incision lower module 42 is fixed
In on die holder 2, lateral incision mechanism enters son 43, side including lateral incision drive block 40, lateral incision inclined wedge 44, lateral incision punch 45 and lateral incision lower die
It cuts drive block 40 to be fixed under upper mold seat 1 by keel 41, lateral incision inclined wedge 44 is slidably mounted on die holder 2 and drives with lateral incision
Motion block 40 is coordinated by inclined-plane, and lateral incision punch 45 is fixed on lateral incision inclined wedge 44, and lateral incision lower die enters son 43 and is fixed on lateral incision lower die
42 side of block.Lateral incision lower module 42 coordinates with lateral incision upper mold, and stent is fixed, and lateral incision lower die enters son 43 and lateral incision punch 45
Cooperation, cuts off the redundance of stent side portion, and 46 be limited block in figure, is fixed on 44 lower part of lateral incision inclined wedge, die holder 2
The nitrogen gas spring coordinated with lateral incision inclined wedge is equipped with, lateral incision inclined wedge is promoted to be resetted together with lateral incision punch.
As shown in figure 9, side-stamping device includes side blow detent mechanism and side blow mechanism, side blow detent mechanism includes side blow upper mold
Block 47 and side blow lower module 48, side blow upper module 47 are fixed under stripper plate 3, and side blow lower module 48 is fixed on die holder 2, side
Punch mechanism includes side and enters son 53 from drive block 50, side blow punch 49, punch support component and side blow lower die, and side is solid from drive block 50
Due under upper mold seat 1,49 one end of side blow punch is fixedly connected with punch support component, its other end is through side blow upper module 47,
Punch support component slippage is set in the skewed slot of side blow upper module 47 and coordinates with side from drive block 50, and side blow lower die enters son 53
It is fixed on side blow lower module 48 and coordinates with side blow punch 49.Side blow lower module 48 coordinates with side blow upper module 47, to stent
It is fixed, side blow punch 49 coordinates with side blow drive block 50, and stent side portion is punched out.Support component includes side blow punch
Clamping plate 51, side blow punch backing plate 52 and guide post, 49 upper end of side blow punch and guide post upper end are rushed by 51 side blow of side blow punch clamping plate
52 clamping of hook plate is fixed, and side blow punch clamping plate is fixedly connected with side blow punch backing plate, and side blow punch backing plate 52 and side are from driving
The inclined-plane cooperation of block 50, the skewed slot bottom of side blow upper module 47 are fixed with resetting spring and pilot hole, and resetting spring is against side blow
Punch clamping plate 51, pilot hole coordinate with guide post.
As shown in Figure 10, disconnecting device includes cut-out detent mechanism and cutting mechanism, and cut-out detent mechanism is included in cut-out
Module 57 and cut-out lower module 58, cut-out upper module 57 is by cutting off punch clamping plate 55, cut-out punch backing plate 56 is fixed on de- material
Under plate 3, cut-out lower module 58 is fixed on die holder 2, and cutting mechanism includes cut-out punch 54 and cut-out lower die enters son 59, cut-out
Punch 54 is fixed under upper mold seat 1, and cut-out lower die enters son 59 and is fixed on cut-out lower module 58.Cut off lower module 58 and cut-out upper mold
Block 57 coordinates, and stent is fixed, and cut-out lower die enters son 59 and coordinates with cut-out punch 54, by the coupling part of stent and material strip
Cut-out.
Wherein, each device is equipped with the positioning component coordinated with the guide hole of material strip, is not shown, can be pilot pin
Or similar component, it is fixed on die holder.
In addition, apparatus for shaping, lateral incision device and side-stamping device both sides are respectively equipped with empty step, it is ensured that component assembling space is kept away
Exempt to interfere between component.
Stent is processed using the processing mold of the utility model, upper mold seat and die holder molding are primary, can be with
11 work steps are completed simultaneously, as shown in Figure 13 a, 13b（Material strip is divided into two parts, that is, schemed by the limitation of material feeding strip length
13a and Figure 13 b）：
First work step（STA #1）：Rushing guide hole punch and rushing the guide hole edge of a knife for punching guiding aperture apparatus coordinates, in material strip
Both sides are stamped and formed out guide hole；
The work step of second work step ~ the 5th（STA #2~ STA #5）：First shear, the second shear, third shearing
Each cutting punch of device and the 4th shear and corresponding shearing edge of a knife cooperation, shearing manipulation, preliminary shape are carried out to material strip
Into flitch shape corresponding with stent unfolded state；
6th work step（STA #6）：Forming punching head and the lower forming mould block cooperation of molding machine, molding behaviour is carried out to flitch
Make；
7th work step（STA #7）：The cutting punch of 5th shear and shearing edge of a knife cooperation, shear material strip
Operation, is further formed flitch shape corresponding with stent unfolded state；
8th work step（STA #8）：Apparatus for shaping, shaping upper module and shaping the lower module cooperation of main body reshaping device,
Shaping operation is carried out to rack body, the driving side shaping forming blocks of side reshaping device are by side shaping drive block, side shaping inclined wedge
Driving, enters sub- cooperation with side shaping lower die, and inside shaping is carried out to stent side portion；
9th work step（STA #9）：The lateral incision punch of lateral incision device is driven by lateral incision drive block, lateral incision inclined wedge, with lateral incision
Lower die enters sub- cooperation, and the redundance of stent side portion is cut off；
Tenth work step（STA #10）：The side blow punch of side-stamping device is driven by side blow drive block, enters son with side blow lower die
Cooperation, is punched out the side of stent；
11st work step（STA #11）：The cut-out punch of disconnecting device enters sub- cooperation with cut-out lower die, to stent and material strip
Connecting portion cut-out, formed stent finished product.
Claims (9)
1. a kind of processing mold of seat slide stent, including apparatus for shaping, the apparatus for shaping includes the main body to stent
Carry out the main body reshaping device of shaping, it is characterised in that：The apparatus for shaping is further included carries out inside shaping to the side of stent
Side reshaping device；
The processing mold includes upper mold seat and die holder, and stripper plate is equipped under the upper mold seat；The main body reshaping device
Including shaping upper module and shaping lower module, the shaping upper module is fixed under the stripper plate, and the shaping lower module is consolidated
Coordinate due on the die holder and with the shaping upper module；The side reshaping device includes side shaping drive block, side shaping
Inclined wedge, side shaping forming blocks and side shaping lower die enter son, and the side shaping drive block is fixed under upper mold seat, and the side shaping is oblique
Wedge is slidably mounted on die holder and is coordinated with the side shaping drive block by inclined-plane, and the side shaping forming blocks are fixed on institute
State on side shaping inclined wedge, the side shaping lower die enter son be fixed on the shaping lower module side and with the side shaping forming blocks
Cooperation.
2. a kind of processing mold of seat slide stent according to claim 1, it is characterised in that：The upper mold seat is under
Be equipped between die holder punching guiding aperture apparatus, shear and the molding machine set gradually along feedstock direction, apparatus for shaping,
Lateral incision device, side-stamping device and disconnecting device.
3. a kind of processing mold of seat slide stent according to claim 2, it is characterised in that：It is described to rush guide hole dress
It puts including rushing guide hole punch, the guide hole punch that rushes is fixed under the upper mold seat and runs through the stripper plate, under described
Lower bolster is fixed on die holder, corresponding punching guiding aperture apparatus is fixed with lower template on the lower bolster, and the lower template is equipped with
Rush that guide hole punch is corresponding to rush the guide hole edge of a knife with described.
4. a kind of processing mold of seat slide stent according to claim 2, it is characterised in that：It is right on the die holder
Shear is answered to be fixed with lower bolster, lower template is fixed on the lower bolster and passes through nitrogen gas spring buoyant plate is installed；
Shear includes the first shear, the second shear, third shear, the 4th shear and the 5th shearing
Device, first shear, the second shear, third shear, the 4th shear are set to the punching guiding
Between aperture apparatus and the molding machine, the 5th shear be set to the molding machine and the apparatus for shaping it
Between；
First shear, the second shear, third shear, the 4th shear and the 5th shear wrap
Include cutting punch, each cutting punch is fixed under the upper mold seat and through the stripper plate, and the lower template is equipped with and the
The shearing edge of a knife that one shear, the second shear, third shear, the 4th shear relevant shear punch coordinate,
5th shear further includes shearing upper module and shearing lower module, and the shearing upper module, which is fixed on, wears the stripper plate
Under, the shearing lower module is fixed on the die holder and coordinates with the shearing upper module, is set on the shearing lower module
There is the shearing edge of a knife coordinated with the cutting punch of the 5th shear.
5. a kind of processing mold of seat slide stent according to claim 2, it is characterised in that：The molding machine packet
Include forming punching head and lower forming mould block, the forming punching head is fixed under the upper mold seat and through the stripper plate, it is described into
Type lower module is fixed on the die holder and coordinates with the forming punching head.
6. a kind of processing mold of seat slide stent according to claim 2, it is characterised in that：The lateral incision device packet
Lateral incision detent mechanism and lateral incision mechanism are included, the lateral incision detent mechanism includes lateral incision upper module and lateral incision lower module, the lateral incision
Upper module is fixed under the stripper plate, and the lateral incision lower module is fixed on the die holder and matches with the lateral incision upper mold
It closes, the lateral incision mechanism enters son, the lateral incision drive block including lateral incision drive block, lateral incision inclined wedge, lateral incision punch and lateral incision lower die
It being fixed under upper mold seat, the lateral incision inclined wedge is slidably mounted on die holder and is coordinated with the lateral incision drive block by inclined-plane,
The lateral incision punch is fixed on the lateral incision inclined wedge, the lateral incision lower die enter son be fixed on the lateral incision lower module side and with
The lateral incision punch cooperation.
7. a kind of processing mold of seat slide stent according to claim 2, it is characterised in that：Side-stamping device includes side
Detent mechanism and side blow mechanism are rushed, the side blow detent mechanism includes side blow upper module and side blow lower module, the side blow upper mold
Block is fixed under the stripper plate, and the side blow lower module is fixed on the die holder and coordinates with the side blow upper module,
The side blow mechanism enters son, the side blow drive block including side blow drive block, side blow punch, punch support component and side blow lower die
It is fixed under upper mold seat, described side blow punch one end is fixedly connected with the punch support component, its other end runs through the side
Module is rushed to, the punch support component slippage is set in the skewed slot of side blow upper module and coordinates with the side blow drive block,
The side blow lower die enters son and is fixed on the side blow lower module and coordinates with the side blow punch.
8. a kind of processing mold of seat slide stent according to claim 7, it is characterised in that：The support component packet
Side blow punch clamping plate, side blow punch backing plate and guide post are included, the side blow punch upper end and the guide post upper end pass through side blow punch
Clamping plate is fixed with the side blow punch backing plate clamping, and the inclined-plane of the side blow punch backing plate and the side blow drive block coordinates, institute
The skewed slot bottom for stating side blow upper module is fixed with resetting spring and pilot hole, and the resetting spring is pressed from both sides against the side blow punch
Plate, the pilot hole coordinate with the guide post.
9. a kind of processing mold of seat slide stent according to claim 2, it is characterised in that：The disconnecting device packet
Cut-out detent mechanism and cutting mechanism are included, the cut-out detent mechanism includes cut-out upper module and cut-out lower module, the cut-out
Upper module is fixed under the stripper plate, and the cut-out lower module is fixed on the die holder and matches with the cut-out upper module
It closes, the cutting mechanism includes cut-out punch and cut-out lower die enters son, and the cut-out punch is fixed under the upper mold seat, described
Cut-out lower die enters son and is fixed on the cut-out lower module and coordinates with the cut-out punch.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721026013.1U CN207563557U (en) | 2017-08-16 | 2017-08-16 | A kind of processing mold of seat slide stent |
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| CN201721026013.1U CN207563557U (en) | 2017-08-16 | 2017-08-16 | A kind of processing mold of seat slide stent |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107470460A (en) * | 2017-08-16 | 2017-12-15 | 无锡威唐工业技术股份有限公司 | A kind of processing mold of seat slide support |
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2017
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107470460A (en) * | 2017-08-16 | 2017-12-15 | 无锡威唐工业技术股份有限公司 | A kind of processing mold of seat slide support |
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