CN209318552U - A kind of automobile back door lock stiffening plate continuous stamping die - Google Patents
A kind of automobile back door lock stiffening plate continuous stamping die Download PDFInfo
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- CN209318552U CN209318552U CN201821919573.4U CN201821919573U CN209318552U CN 209318552 U CN209318552 U CN 209318552U CN 201821919573 U CN201821919573 U CN 201821919573U CN 209318552 U CN209318552 U CN 209318552U
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Abstract
The utility model discloses a kind of automobile back door lock stiffening plate continuous stamping die, including upper pallet, top block, upper die holder, upper padding plate, upper clamp plate, upper mold insert, baffle plate, stripper plate and lower de- plate, lower mold insert, lower bolster, lower die holder, bottom seat pad, lower pallet.The continuous stamping die can meet a press machine Simulation Based On Multi-step while produce function, successively punching, mark knowledge, trimming, forming, shaping, side punching, cutting, feeder that the continuous stamping die is electrically connected with PLC control cabinet, correction feed device, press machine are integrated, feeder is connected with correction feed device and continuous stamping die, and press machine is placed in progressive die periphery.Feeder discharge end is connect with correction feed device, and the correction discharge port for correcting feed device is corresponding with the feed end of continuous stamping die through pressure machine inlet；The multiple groups die module for carrying out punch process to coil of strip is disposed on continuous stamping die, press machine switch button is used to control the work or stopping of press machine.
Description
Technical field
The utility model relates to mechanical frock apparatus fields, lock stiffening plate continuous punching more particularly to a kind of automobile back door
Mould.
Background technique
Currently, traditional stamping Die Design, generallys use the design structure of the more secondary molds of either simplex sequence.Such as production punching
Hole, mark knowledge, punching trimming, trimming, forming, shaping, side punching, punching, cutting etc. are respectively required for using 1 press machine and several
Manual operation, press machine is high with artificial use cost and security risk is big, can not meet the quality requirement of punching parts, while
Cause the increase of production site occupancy, process transfer container and comprehensive production cost.
Utility model content
The purpose of the utility model is to provide a kind of automobile back doors to lock stiffening plate continuous stamping die, to solve above-mentioned existing skill
Art there are the problem of, punching, mark knowledge, punching trimming, trimming, forming, shaping, side blow can be completed on a press machine
All work steps such as hole, punching, cutting, part is convenient out, time and labour saving, improves the continuous stamping die of comprehensive production efficiency.
To achieve the above object, the utility model provides following scheme: the utility model provides a kind of automobile back door lock
Stiffening plate continuous stamping die, including upper die and lower die, the upper die and lower die are sequentially correspondingly arranged on for rushing to coil of strip
The multiple groups die module of processing is pressed, die module described in multiple groups includes that component, punching are known in the punching mark being sequentially arranged from front to back
Hole trimming component, trimming component, forming assembly, shaping component, side blow aperture member, punching assembly and cutting assembly.
Preferably, the bottom end of the upper pallet has been sequentially connected with top block, upper die holder and upper padding plate, pressing mold group described in multiple groups
The cope plate of part is mounted on the bottom end of the upper padding plate.
Preferably, the cope plate of the die module includes the upper clamp plate for being sequentially connected setting, upper mold insert, baffle plate and takes off
Flitch.
Preferably, cutter block, bushing, spring and insert are installed on the upper mold insert.
Preferably, the top of the lower pallet has been sequentially connected with bottom seat pad, lower die holder and lower bolster, pressing mold group described in multiple groups
The lower template of part is mounted on the top of the lower bolster.
Preferably, the lower template of the die module includes the lower mold insert and lower de- plate for being sequentially connected setting.
Preferably, cutter block, bushing, spring and insert are installed on the lower mold insert.
Preferably, the stripper plate and the lower corresponding setting of de- plate, the upper mold insert and the lower corresponding setting of mold insert；It is described
The bottom end of upper mold insert is provided with baffle plate.
The utility model achieves following technical effect compared with the existing technology:
Automobile back door in the utility model locks stiffening plate continuous stamping die, can meet a press machine Simulation Based On Multi-step while life
Produce function, first punching, mark knowledge, trimming, forming, shaping, side punching, cutting are the feeder and correction feed device, continuous
Stamping die, press machine are integrated, and feeder is connected with correction feed device with continuous stamping die, and press machine is placed in outside the progressive die
It encloses.
The continuous stamping die saves production operation personnel, production site, process transfer container and production equipment, improves synthesis
The phenomenon that production efficiency avoids accumulated error caused by multiple bearing clamping, multiple computer desk operation, avoids leakage process generation, mentions
The guarantee of high product quality is horizontal.
Detailed description of the invention
In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Needed in attached drawing be briefly described, it should be apparent that, the accompanying drawings in the following description is only the utility model
Some embodiments for those of ordinary skill in the art without creative efforts, can also be according to this
A little attached drawings obtain other attached drawings.
Fig. 1 is that automobile back door locks stiffening plate continuous stamping die structural schematic diagram；
Fig. 2 is that automobile back door locks stiffening plate continuous stamping die work step schematic layout pattern；
Fig. 3 is actual production schematic diagram；
Wherein, 1 press machine switch button；2 press machines；3 feeders；4 correction feed devices；5PLC programmable control box；6
Coil of strip；7 continuous stamping dies；A00 upper pallet；B00 top block；100 upper die holders；200 upper padding plates；300 upper clamp plates；The upper mold insert of P00；
400 stop plates；500 stripper plates；C00 lower pallet；D00 bottom seat pad；800 lower die holders；700 lower bolsters；600 lower mold inserts；500 is lower de-
Plate.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
The purpose of the utility model is to provide a kind of automobile back doors to lock stiffening plate continuous stamping die, to solve above-mentioned existing skill
Art there are the problem of, punching, mark knowledge, punching trimming, trimming, forming, shaping, side blow can be completed on a press machine
All work steps such as hole, punching, cutting, part is convenient out, time and labour saving, improves the continuous stamping die of comprehensive production efficiency.
Based on this, automobile back door provided by the utility model locks stiffening plate continuous stamping die, including upper pallet, top block,
Upper die holder, upper padding plate, upper clamp plate, upper mold insert, baffle plate, stripper plate and lower de- plate, lower mold insert, lower bolster, lower die holder, underlay
Foot, lower pallet.The continuous stamping die can meet a press machine Simulation Based On Multi-step while produce function, and successively punching, mark are known, cut
Side, forming, shaping, side punching, cutting, feeder that the continuous stamping die and PLC control cabinet electrically connect, correction feeding dress
Set, press machine is integrated, the feeder that PLC control cabinet electrically connects is connected with correction feed device with continuous stamping die, pressure
Machine is placed in progressive die periphery.Feeder is fed for coil of strip, and discharge end is connect with correction feed device, corrects feed device
It is corresponding with the feed end of continuous stamping die through pressure machine inlet to correct discharge port；It is disposed with and is used on continuous stamping die
The multiple groups die module of punch process is carried out to coil of strip, press machine switch button is used to control the work or stopping of press machine.
To keep the above objects, features, and advantages of the utility model more obvious and easy to understand, with reference to the accompanying drawing and have
Body embodiment is described in further detail the utility model.
Please refer to Fig. 1-3, wherein Fig. 1 is that automobile back door locks stiffening plate continuous stamping die structural schematic diagram；Fig. 2 is automobile
Back door lock stiffening plate continuous stamping die work step schematic layout pattern；Fig. 3 is actual production schematic diagram.
As shown in Figure 1-3, the utility model provides a kind of automobile back door lock stiffening plate continuous stamping die.
Feeder 3, correction feed device 4, continuous stamping die 7 and the press machine 2 electrically connected with PLC programmable control box 5,
Feeder 3 is for carrying out the feed of coil of strip 6, and its discharge end is connect with correction feed device 4, and the correction of correction feed device 4 goes out
Feed inlet of the material mouth through press machine 2 is corresponding with the feed end of continuous stamping die 7；It is disposed with and is used on continuous stamping die 7
The multiple groups die module of punch process is carried out to coil of strip 6, press machine switch button 1 is used to control the work or stopping of press machine 2.
Multiple groups die module includes that component is known in the punching mark being sequentially arranged from front to back, punching is cut on continuous stamping die 7
Side component, trimming component, forming assembly, shaping component, side blow aperture member, punching assembly and cutting assembly.
Upper pallet A00 connection top block B00, top block B00 connection upper die holder 100；Upper die holder 100 connects upper padding plate 200,
Upper padding plate 200 connects upper clamp plate 300；Upper clamp plate 300 connects upper mold insert P00 (including cutter block, formed punch, spring, insert), upper mold insert
P00 (including cutter block, bushing, spring, insert) connection stop plate 400, stop plate 400 connect stripper plate 500, component described above
It is combined into upper mold.Lower pallet C00 connection bottom seat pad D00, bottom seat pad D00 connection lower die holder 800；Lower die holder 800 connects lower bolster
700, it includes cutter block, bushing, spring, insert that lower bolster 700, which connects lower mold insert 600,；Lower mold insert 600 includes cutter block, bushing, bullet
De- plate 500 under spring, insert connection, component described above are combined into lower die.
The course of work of the automobile back door lock stiffening plate continuous stamping die of the utility model is as follows:
As shown in Figure 1-3, pressing press machine switch button 1, upper mold is raised up to top dead centre by press machine 2, and feeder 3 receives
To 5 output signal of PLC programmable control box, 6 blank of coil of strip is sent into correction feed device 4 and entered along discharging guide plate by feeder 3
Down de- plate E00 1. rush guide hole, work step position is known in mark, press machine 2 drives the mobile stripper plate 500 of upper mold downwardly against base
Material；It continues traveling downwardly and is contacted with lower de- plate E00, at this time the upper mold insert P00 (including cutter block, formed punch, spring, insert) and lower die of upper mold
1. lower mold insert 600 (including cutter block, bushing, spring, insert) will rush guide hole, mark knowledge is gone out；Upper mold continues to be moved downward to
Lower dead center (baffle plate 400), upper mold insert P00 (including cutter block, formed punch, spring, insert) and (packet of mold insert 600 under lower die of upper mold
Containing cutter block, bushing, spring, insert) punching press 1. rush guide hole, mark knowledge go out to design requirement after upper mold go up；Band simultaneously
The dynamic upward return of upper mold, lower de- plate E00 return under the action of lower mold insert 600 (including cutter block, bushing, spring, insert)；Then
Blank goes successively to 1. rush guide hole, mark knowledge work step position.
Upper mold is raised up to top dead centre again by press machine 2, and then 6 blank of coil of strip is continued to be fed into correction feeding by feeder 3
1. device 4 rushes guide hole, mark knowledge work step position into lower de- plate E00 along discharging guide plate, 1. rush guide hole, work step is known in mark
It goes successively to 2. punching featherer step to set, press machine 2 drives the mobile stripper plate 500 of upper mold to push down 1. punching guiding simultaneously downwards
Hole, mark knowledge, 2. punching trimming blank；It continues traveling downwardly and is contacted with lower de- plate E00, the upper mold insert P00 of upper mold (includes knife at this time
Block, formed punch, spring, insert) it will 1. rush guide hole simultaneously with mold insert 600 under lower die (including cutter block, bushing, spring, insert), beat
Mark is gone out with 2. punching trimming blank；Upper mold continues to be moved downward to lower dead center, and the upper mold insert P00 of upper mold (includes cutter block, punching
Head, spring, insert) stamp out simultaneously with mold insert 600 under lower die (including cutter block, bushing, spring, insert) and 1. rush guide hole, beat
Upper mold is gone up after identifying 2. punching trimming to design requirement；The upward return of upper mold is driven simultaneously, lower de- plate E00 is in lower mold insert
Return under the action of 600 (including cutter block, bushing, spring, insert)；Then 2. punching trimming work step blank goes successively to 3. trimming
Work step position.
Upper mold is raised up to top dead centre again by press machine 2, and 6 blank of coil of strip is continued to be fed into correction feed device 4 by feeder 3
Guide hole, mark knowledge work step position are 1. rushed into lower de- plate E00 along discharging guide plate, 1. rushes guide hole, mark is known work step and continued
Set into 2. punching featherer step, 2. punching trimming work step goes successively to 3. featherer's step and sets, press machine 2 drives upper mold to move
Dynamic stripper plate 500 is pushed down simultaneously 1. rush guide hole downwards, 2. punching trimming 3. trimming blank is known in mark；It continues traveling downwardly and lower de- plate
E00 contact, at this time upper mold upper mold insert P00 (include cutter block, formed punch, spring, insert) with mold insert 600 under lower die (comprising cutter block,
Bushing, spring, insert) 1. rushing, guide hole, 2. 3. trimming blank is gone out for punching trimming for mark knowledge simultaneously；Upper mold continues to moving down
Move to lower dead center, the upper mold insert P00 (including cutter block, formed punch, spring, insert) of upper mold and mold insert 600 under lower die (comprising cutter block,
Bushing, spring, insert) stamp out simultaneously 1. rush guide hole, 2. punching trimming 3. upper mold after trimming to design requirement is known in mark
Go up；The upward return of upper mold, effect of the lower de- plate E00 in lower mold insert 600 (including cutter block, bushing, spring, insert) are driven simultaneously
Lower return；Then 3. trimming work step blank goes successively to 4. shape work step position.
Upper mold is raised up to top dead centre again by press machine 2, and 6 blank of coil of strip is continued to be fed into correction feed device 4 by feeder 3
Guide hole, mark knowledge work step position are 1. rushed into lower de- plate E00 along discharging guide plate, 1. rushes guide hole, mark is known work step and continued
Set into 2. punching featherer step, 2. punching trimming work step go successively to 3. featherer's step set, 3. trimming work step continue into
Enter 4. forming work step position, presses 1 press machine 2 of press machine switch button and drive the mobile stripper plate 500 of upper mold downwards while pushing down
1. rushing guide hole, 2. punching trimming 3. trimming 4. forming blank is known in mark；It continues traveling downwardly and is contacted with lower de- plate E00, at this time upper mold
Upper mold insert P00 (include cutter block, formed punch, spring, insert) and mold insert 600 under lower die (including cutter block, bushing, spring, insert)
Simultaneously will 1. rush guide hole, mark know 2. 3. 4. forming blank is gone out for trimming for punching trimming；Upper mold continues to be moved downward to down only
Point, the upper mold insert P00 (including cutter block, formed punch, spring, insert) of upper mold and mold insert 600 under lower die (include cutter block, bushing, bullet
Spring, insert) stamp out simultaneously 1. rush guide hole, mark knows 2. punching trimming 3. 4. trimming is shaped to upper mold after design requirement and returns
It rises；The upward return of upper mold is driven simultaneously, and lower de- plate E00 is under the action of lower mold insert 600 (including cutter block, bushing, spring, insert)
Return；Then 4. forming work step blank goes successively to 5. shaping work step position.
Upper mold is raised up to top dead centre again by press machine 2, and 6 blank of coil of strip is continued to be fed into correction feed device 4 by feeder 3
Guide hole, mark knowledge work step position are 1. rushed into lower de- plate E00 along discharging guide plate, 1. rushes guide hole, mark is known work step and entered
2. punching featherer's step sets, 2. punching trimming work step goes successively to that 3. featherer's step is set, 3. 4. trimming work step is gone successively to
Forming work step position, 4. forming work step goes successively to 5. shaping work step position, press machine 2 drive the mobile stripper plate 500 of upper mold to
1. lower push down simultaneously rushes that guide hole, 2. 3. 4. trimming shapes 5. shaping blank for punching trimming for mark knowledge；It continues traveling downwardly and lower de- plate
E00 contact, at this time upper mold upper mold insert P00 (include cutter block, formed punch, spring, insert) with mold insert 600 under lower die (comprising cutter block,
Bushing, spring, insert) will 1. rush guide hole simultaneously, mark knows 2. punching trimming 3. 4. trimming shapes 5. shaping blank and goes out；On
Mould continues to be moved downward to lower dead center, upper mold insert P00 (including cutter block, formed punch, spring, insert) and the mold insert under lower die of upper mold
600 (include cutter block, bushing, spring, insert) stamp out simultaneously 1. rush guide hole, mark knows that 2. 3. 4. trimming shapes for punching trimming
5. upper mold is gone up after shaping to design requirement；The upward return of upper mold is driven simultaneously, and lower de- plate E00 (includes knife in lower mold insert 600
Block, bushing, spring, insert) under the action of return；Then 5. shaping work step blank goes successively to 6. side punching work step position.
Upper mold is raised up to top dead centre again by press machine 2, and 6 blank of coil of strip is continued to be fed into correction feed device 4 by feeder 3
Guide hole, mark knowledge work step are 1. rushed into 2. punching featherer step is set, 2. punching is cut into lower de- plate E00 along discharging guide plate
Side work step goes successively to that 3. featherer's step is set, 3. trimming work step goes successively to 4. to shape that work step position, 4. forming work step continues
Into 5. shaping work step position, 5. shaping work step goes successively to 6. side punching work step position, and press machine 2 drives the mobile de- material of upper mold
Plate 500 is downwardly against blank；Continue traveling downwardly and contacted with lower de- plate E00, at this time upper mold upper mold insert P00 (comprising cutter block, formed punch,
Spring, insert) will 1. rush guide hole simultaneously with mold insert 600 under lower die (include cutter block, bushing, spring, insert), 2. mark knowledge is rushed
3. 4. trimming shapes 5. shaping 6. side punching blank is gone out for hole trimming；Upper mold continues to be moved downward to lower dead center, the upper edge of upper mold
Part P00 (including cutter block, formed punch, spring, insert) is rushed simultaneously with mold insert 600 under lower die (including cutter block, bushing, spring, insert)
1. guide hole is rushed in extrusion, mark knows 2. punching trimming 3. 4. trimming shapes 5. shaping 6. upper mold is returned after side punching to design requirement
It rises；The upward return of upper mold is driven simultaneously, and lower de- plate E00 is under the action of lower mold insert 600 (including cutter block, bushing, spring, insert)
Return；Then 6. side punching work step blank goes successively to 7. punching work step position.
Upper mold is raised up to top dead centre again by press machine 2, and 6 blank of coil of strip is continued to be fed into correction feed device 4 by feeder 3
Guide hole, mark knowledge work step position are 1. rushed into lower de- plate E00 along discharging guide plate, 1. rushes guide hole, mark is known work step and entered
2. punching featherer's step sets, 2. punching trimming work step goes successively to that 3. featherer's step is set, 3. 4. trimming work step is gone successively to
Forming work step position, 4. forming work step go successively to 5. shaping work step position, 5. shaping work step goes successively to 6. side punching work step
Position, 6. side punching work step go successively to 7. punching work step position, press machine 2 drive the mobile stripper plate 500 of upper mold downwardly against
Blank；It continues traveling downwardly and is contacted with lower de- plate E00, the upper mold insert P00 of upper mold (includes cutter block, punching with mold insert 600 under lower die at this time
Head, spring, insert) will 1. rush guide hole simultaneously, mark knows 2. punching trimming 3. 4. trimming shapes 5. shaping 6. 7. side punching rushes
Hole blank is gone out；Upper mold continues to be moved downward to lower dead center, the upper mold insert P00 (including cutter block, formed punch, spring, insert) of upper mold
Stamp out simultaneously with mold insert 600 under lower die (including cutter block, bushing, spring, insert) and 1. rushes guide hole, mark knowledge 2. punching trimming
3. 4. trimming shapes 5. shaping, 6. side punching 7. go up after punching to design requirement by upper mold；The upward return of upper mold is driven simultaneously,
De- plate E00 return under the action of lower mold insert 600 (including cutter block, bushing, spring, insert) down；Then 7. punching work step blank
It goes successively to 8. cut off work step position.
Upper mold is raised up to top dead centre again by press machine 2, and 6 blank of coil of strip is continued to be fed into correction feed device 4 by feeder 3
Guide hole, mark knowledge work step position are 1. rushed into lower de- plate E00 along discharging guide plate, 1. rushes guide hole, mark is known work step and continued
It is set into 2. punching featherer step, 2. punching trimming goes successively to that 3. featherer's step is set, 3. trimming goes successively to 4. shape
Work step position, 4. forming go successively to 5. shaping work step position, 5. shaping goes successively to 6. side punching work step position, 6. side punching
Go successively to 7. punching work step position, 7. punching goes successively to 8. cut off work step position, press machine 2 drives the mobile stripper plate of upper mold
500 downwardly against blank；It continues traveling downwardly and is contacted with lower de- plate E00, the upper mold insert P00 of upper mold (includes cutter block, formed punch, bullet at this time
Spring, insert) with lower die under 1. mold insert 600 (including cutter block, bushing, spring, insert) will rush guide hole simultaneously, 2. punching is known in mark
3. 4. trimming shapes 5. shaping 6. side punching 7. 8. cuts off blank and go out by punching for trimming；Upper mold continues to be moved downward to lower dead center,
The upper mold insert P00 (including cutter block, formed punch, spring, insert) of upper mold and mold insert 600 under lower die (include cutter block, bushing, spring, edge
Block) stamp out simultaneously 1. rush guide hole, mark knows 2. punching trimming 3. 4. trimming shapes 5. shaping 6. side punching 7. 8. cut by punching
Upper mold is gone up after breaking to design requirement；Drive the upward return of upper mold simultaneously, lower de- plate E00 lower mold insert 600 (comprising cutter block,
Bushing, spring, insert) under the action of return, stamp out 1. rush guide hole ,+2. punching trimming is known in mark+3. trimming+4. forming+
5. 8. the side punching+7. punching+of shaping+6. is cut off；Last metal plate part falls into slide plate and skids off taking-up tooling, and operation is completed.
Automobile back door in the utility model locks stiffening plate continuous stamping die, can meet a press machine Simulation Based On Multi-step while life
Produce function, first punching, mark knowledge, trimming, forming, shaping, side punching, cutting, feeder 3 and correction feed device 4, continuous punching
Pressing mold, press machine 2 are integrated, and feeder 3 is connected with correction feed device 4 with continuous stamping die, and press machine 2 is placed in the progressive die
Periphery.
It should be noted that the automobile back door in the utility model locks stiffening plate continuous stamping die, can not only apply
Function is produced simultaneously in the Simulation Based On Multi-step of a press machine of automobile back door lock stiffening plate, integrated punching can also be needed according to other
Component need also to be able to carry out punch forming, as long as the basic principle with the utility model is identical, be only single component
Simple substitute or additions and deletions, it is also within the protection scope of the present utility model.
Specific case is applied in the utility model to be expounded the principles of the present invention and embodiment, it is above
The explanation of embodiment is merely used to help understand the method and its core concept of the utility model；Meanwhile for the one of this field
As technical staff, based on the idea of the present invention, there will be changes in the specific implementation manner and application range.To sum up
Described, the content of the present specification should not be construed as a limitation of the present invention.
Claims (8)
1. a kind of automobile back door locks stiffening plate continuous stamping die, it is characterised in that: including upper die and lower die, the upper die and lower die
It is sequentially correspondingly arranged on the multiple groups die module for carrying out punch process to coil of strip, die module described in multiple groups includes in the past extremely
Component, punching trimming component, trimming component, forming assembly, shaping component, side punching group are known in the punching mark being sequentially arranged afterwards
Part, punching assembly and cutting assembly.
2. automobile back door according to claim 1 locks stiffening plate continuous stamping die, it is characterised in that: upper in the upper mold
The bottom end of supporting plate has been sequentially connected with top block, upper die holder and upper padding plate, and the cope plate of die module described in multiple groups is mounted on described
The bottom end of upper padding plate.
3. automobile back door according to claim 1 locks stiffening plate continuous stamping die, it is characterised in that: the die module
Cope plate includes the upper clamp plate for being sequentially connected setting, upper mold insert, baffle plate and stripper plate.
4. automobile back door according to claim 3 locks stiffening plate continuous stamping die, it is characterised in that: pacify on the upper mold insert
Equipped with cutter block, bushing, spring and insert.
5. automobile back door according to claim 4 locks stiffening plate continuous stamping die, it is characterised in that: under in the lower die
The top of supporting plate has been sequentially connected with bottom seat pad, lower die holder and lower bolster, and the lower template of die module described in multiple groups is mounted on described
The top of lower bolster.
6. automobile back door according to claim 5 locks stiffening plate continuous stamping die, it is characterised in that: the die module
Lower template includes the lower mold insert and lower de- plate for being sequentially connected setting.
7. automobile back door according to claim 6 locks stiffening plate continuous stamping die, it is characterised in that: pacify on the lower mold insert
Equipped with cutter block, bushing, spring and insert.
8. automobile back door according to claim 7 locks stiffening plate continuous stamping die, it is characterised in that: the stripper plate is under
The de- corresponding setting of plate, the upper mold insert and the lower corresponding setting of mold insert；The bottom end of the upper mold insert is provided with the baffle plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821919573.4U CN209318552U (en) | 2018-11-21 | 2018-11-21 | A kind of automobile back door lock stiffening plate continuous stamping die |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821919573.4U CN209318552U (en) | 2018-11-21 | 2018-11-21 | A kind of automobile back door lock stiffening plate continuous stamping die |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209318552U true CN209318552U (en) | 2019-08-30 |
Family
ID=67710915
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821919573.4U Active CN209318552U (en) | 2018-11-21 | 2018-11-21 | A kind of automobile back door lock stiffening plate continuous stamping die |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209318552U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109290441A (en) * | 2018-11-21 | 2019-02-01 | 海南宇龙汽车部件有限公司 | Continuous stamping die for reinforcing plate of automobile rear door lock |
-
2018
- 2018-11-21 CN CN201821919573.4U patent/CN209318552U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109290441A (en) * | 2018-11-21 | 2019-02-01 | 海南宇龙汽车部件有限公司 | Continuous stamping die for reinforcing plate of automobile rear door lock |
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