CN208178229U - Automobile gusset tablet continuous stamping die - Google Patents
Automobile gusset tablet continuous stamping die Download PDFInfo
- Publication number
- CN208178229U CN208178229U CN201820705606.9U CN201820705606U CN208178229U CN 208178229 U CN208178229 U CN 208178229U CN 201820705606 U CN201820705606 U CN 201820705606U CN 208178229 U CN208178229 U CN 208178229U
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- plate
- insert
- loading
- ejector pin
- unloading material
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Abstract
The utility model relates to auto parts processing technique fields, specially a kind of automobile gusset tablet continuous stamping die, including the upper positioning plate being arranged from top to bottom, cope plate, lower template and lower positioning plate, multiple top blocks are equipped between upper positioning plate and cope plate, multiple bottom seat pads are equipped between lower template and lower positioning plate, delivery sheet is successively arranged between cope plate and lower template from left to right, first time trimming process stamping die, chamfering process stamping die, molding procedure stamping die, raising process stamping die, first time overturning process stamping die, second of overturning process stamping die, first time trimming stamping die, second of trimming process stamping die, second of trimming stamping die, punching and trimming process stamping die, third time trimming stamping die, cut off operation stamping die；The utility model can be realized the finishing to automobile gusset tablet, simplify manufacturing procedure, improve machining accuracy and processing efficiency, so that production efficiency and product yield are improved.
Description
Technical field
The utility model relates to auto parts processing technique field more particularly to a kind of automobile gusset tablet continuous stamping dies
Tool and process for stamping.
Background technique
The structure of existing automobile gusset tablet is as shown in Figure 1, its structure is complicated, especially comprising a special-shaped pumping hole, together
When requirement on machining accuracy it is high so that manufacturing procedure is complicated and processing yields is lower, it is therefore desirable to its original processing technology into
Row improves, to simplify manufacturing procedure, improve machining accuracy, to improve product processing efficiency and product yield.
Utility model content
For the problems of the prior art, the utility model provides a kind of automobile gusset tablet continuous stamping die and punching press
Method.
To realize the above technical purpose, the technical solution of the utility model is:
A kind of automobile gusset tablet continuous stamping die, including upper positioning plate, the cope plate, lower template being arranged from top to bottom
With lower positioning plate, it is equipped with multiple top blocks between the upper positioning plate and cope plate, is set between the lower template and lower positioning plate
There are multiple bottom seat pads, it is characterised in that: be successively arranged delivery sheet between the cope plate and lower template from left to right, cut for the first time
Side process stamping die, chamfering process stamping die, molding procedure stamping die, raising process stamping die, first time overturning process punching press
Mould, second of overturning process stamping die, first time trimming stamping die, second trimming process stamping die, second of shaping
Process stamping die, punching and trimming process stamping die, third time trimming stamping die, cut off operation stamping die；
First time trimming process stamping die include the first upper padding plate being arranged from top to bottom, the second upper padding plate, upper mounted plate,
Loading and unloading material plate, lower die and lower bolster, the second upper padding plate bottom surface is disposed with formed punch from left to right, special-shaped plunger chip, on first
Special-shaped plunger chip on two, special-shaped plunger chip on special-shaped plunger chip and the 4th in third, formed punch, special-shaped plunger chip on first, special-shaped punching on second
Special-shaped plunger chip sequentially passes through upper mounted plate and loading and unloading material plate, loading and unloading material from top to bottom on special-shaped plunger chip and the 4th on head, third
Board bottom face is fixed with guide punch and is located on the 4th on the left of special-shaped plunger chip, is equipped with the on formed punch and first between special-shaped plunger chip
Ejecting mechanism on one, ejecting mechanism includes the first spring and the first upper ejector pin being arranged from top to bottom on first, the first spring
Top is fixed on positioning plate, and bottom is connected at the top of the first upper ejector pin in cope plate, the first upper ejector pin from upper and
Under after the first upper padding plate, the second upper padding plate, upper mounted plate its bottom be connected to loading and unloading material plate top surface, special-shaped plunger chip in third
Ejecting mechanism on second is equipped between upper guide punch, on second ejecting mechanism include the nitrogen gas spring being arranged from top to bottom and
Second upper ejector pin is fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected to the second upper ejector pin in cope plate
Top, its bottom is connected to loading and unloading material after the second upper ejector pin passes through the first upper padding plate, the second upper padding plate, upper mounted plate from top to bottom
Plate top surface is disposed with pressing plate, recessed set, the first lower die insert, the second lower die insert, third lower die edge in lower die from left to right
Block and the 4th lower die insert, recessed set are located at immediately below formed punch, and the first lower die insert and the second lower die insert are located at abnormal shape on first
Below formed punch, below special-shaped plunger chip on special-shaped plunger chip on second and third, the 4th lower die insert is located at third lower die insert
Below 4th special-shaped plunger chip, it is successively arranged lower guide jacking block, second spring and plug screw, second spring bottom from top to bottom below pressing plate
Portion is fixed in lower template by plug screw, and pressing plate bottom surface is withstood at the top of lower guide jacking block, and bottom is supported after passing through lower bolster, lower template
It is connected at the top of second spring, equipped with lower jacking block, lower jacking block bottom and in lower template between recessed set and the first lower die insert
The connection of third spring, top flush after passing through lower bolster with lower die top surface；
Chamfering process stamping die includes the first upper padding plate, the second upper padding plate, upper mounted plate, loading and unloading material being arranged from top to bottom
Plate, lower die and lower bolster, are successively arranged lower ejector pin and lower jacking block in lower die from left to right, lower ejector pin bottom be located in lower template
The first spring connection, top pass through lower bolster after flushed with lower die top surface, lower jacking block bottom be located at lower template in second
Spring connection, top flush after passing through lower bolster with lower die top surface, further include upper ejecting mechanism, upper ejecting mechanism include from upper and
The third spring and upper ejector pin of lower setting are fixed on positioning plate at the top of third spring, and bottom is connected to positioned at cope plate
At the top of interior upper ejector pin, its bottom is connected to after upper ejector pin passes through the first upper padding plate, the second upper padding plate, upper mounted plate from top to bottom
Loading and unloading material plate top surface；
Molding procedure stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, loading and unloading material plate piece
And lower die, loading and unloading material board bottom face is equipped with upper guide punch and upper guide punch bottom passes through loading and unloading material block piece, upper guide punch
Right side be equipped with upper forming block, be fixed on upper padding plate bottom surface at the top of upper forming block, bottom across upper mounted plate, loading and unloading material plate,
It protrudes from loading and unloading material plate piece bottom surface after loading and unloading material plate piece, is equipped with ejecting mechanism on first above upper guide punch, on first
Ejecting mechanism includes the nitrogen gas spring being arranged from top to bottom and the first upper ejector pin, is fixed on positioning plate at the top of nitrogen gas spring
On, bottom is connected at the top of the first upper ejector pin in cope plate, and the first upper ejector pin passes through upper padding plate, upper fixation from top to bottom
Its bottom is connected to loading and unloading material plate top surface after plate, and the right side of upper forming block is equipped with ejecting mechanism on second, ejecting mechanism on second
Including the first spring and the second upper ejector pin being arranged from top to bottom, it is fixed on positioning plate at the top of the first spring, bottom is supported
It connects at the top of the second upper ejector pin being located in cope plate, the second upper ejector pin passes through its bottom after upper padding plate, upper mounted plate from top to bottom
Portion is connected to loading and unloading material plate top surface, and lower insert is equipped in lower die, and lower insert is located at below upper guide punch, and the is equipped in lower insert
Ejector pin once, the first lower ejector pin bottom are connect with the second spring being located in lower template, and the second lower top is equipped with below upper forming block
Pin, the second lower ejector pin bottom are connect with the third spring being located in lower template, and top is flushed with lower die top surface；
Raising process stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, the spelling of loading and unloading material plate
Block, lower die and lower bolster, upper padding plate bottom surface are successively arranged raising formed punch on first, raising formed punch and upper punching on second from left to right
Head, raising formed punch on first, on second raising formed punch, upper punch pass through from top to bottom upper mounted plate, loading and unloading material plate and on unload
Flitch piece is equipped with ejecting mechanism on first, ejecting mechanism on first on first between raising formed punch on raising formed punch and second
Including the nitrogen gas spring and the first upper ejector pin being arranged from top to bottom, it is fixed on positioning plate at the top of nitrogen gas spring, bottom is supported
It connects at the top of the first upper ejector pin being located in cope plate, the first upper ejector pin passes through its bottom after upper padding plate, upper mounted plate from top to bottom
Portion is connected to loading and unloading material plate top surface, is successively arranged from left to right under the first lower die insert, the second lower die insert and third in lower die
Mould insert, the first lower die insert are located on first below raising formed punch and inside and are equipped with the first lower insert, the second lower die insert position
Below raising formed punch and internal equipped with the second lower insert on second, the second lower die insert bottom surface is equipped with lower cushion block, lower cushion block top
Portion is located in lower bolster, and bottom is located in lower template, and third lower die insert is located at below upper punch, sets on the left of the first lower die insert
There are lower jacking block and the first spring, lower jacking block bottom is connect with the first spring being located in lower template, and top is flushed with lower die top surface；
First time overturning process stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, loading and unloading material
Plate piece and lower die, upper padding plate bottom surface are successively arranged the first upper overturning formed punch, the second upper overturning formed punch, third from left to right and turn over
Side formed punch, upper punch, loading and unloading material board bottom face are successively arranged on first guide punch in guide punch and second from left to right, and first
Upper guide punch is between the second upper overturning formed punch and third upper overturning formed punch, and guide punch is located at the right side of upper punch on second
Side, the first upper overturning formed punch left side are equipped with ejecting mechanism on first, and ejecting mechanism includes first be arranged from top to bottom on first
Spring and the first upper ejector pin are fixed on positioning plate at the top of the first spring, and bottom is connected to first in cope plate
At the top of upper ejector pin, its bottom is connected to loading and unloading material plate top surface after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, the
Ejecting mechanism on second is equipped on one above guide punch, on second ejecting mechanism include the nitrogen gas spring being arranged from top to bottom and
Second upper ejector pin is fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected to the second upper ejector pin in cope plate
Top, its bottom is connected to loading and unloading material plate top surface after the second upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, and lower die includes
Lower mould body, the first lower die insert and the second lower die insert set gradually from left to right, lower mould body, which is located on first, to be ejected
Below mechanism, the first upper overturning formed punch, the second upper overturning formed punch and third upper overturning formed punch, the first lower die insert and the second lower die
Insert is respectively positioned below upper punch, is equipped with the first lower ejector pin below the first upper overturning formed punch, the first lower ejector pin bottom and under being located at
Second spring connection in template, top are flushed with lower die top surface, ejector pin under being equipped with second below guide punch on second, and second
Lower ejector pin bottom connect with the third spring being located in lower template, and top is flushed with lower die top surface, and the left side is equipped with the on the outside of lower die
Backer once, backer under right side is equipped with second, the first lower backer are located on first below ejecting mechanism and internal equipped with lower backer
Insert, the second lower backer are located at below upper punch；
Second of overturning process stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, loading and unloading material
Plate piece and lower die, upper padding plate bottom surface be successively arranged from left to right trimming punch, the first upper overturning formed punch, upper pumping hole formed punch,
Upper forming block and the second upper overturning formed punch, are successively arranged on first from left to right between upper trimming punch and the first upper overturning formed punch
Ejecting mechanism on ejecting mechanism and second, ejecting mechanism includes the first spring and upper ejector pin being arranged from top to bottom on first, and
Be fixed on upper padding plate at the top of one spring, bottom is connected at the top of the upper ejector pin in loading and unloading material plate, upper ejector pin from upper and
Under after loading and unloading material plate, loading and unloading material plate piece its bottom protrude from loading and unloading material plate piece bottom surface, ejecting mechanism includes on second
The first nitrogen gas spring and the first upper ejector pin being arranged from top to bottom are fixed on positioning plate at the top of the first nitrogen gas spring, bottom
Portion is connected at the top of the first upper ejector pin in cope plate, after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
Its bottom is connected to loading and unloading material plate top surface, and ejecting mechanism in third, ejecting mechanism in third are equipped on the right side of the second upper overturning formed punch
Including the second spring being arranged from top to bottom and the second upper ejector pin, it is fixed on positioning plate at the top of second spring, bottom is supported
It connects at the top of the second upper ejector pin being located in cope plate, the second upper ejector pin passes through its bottom after upper padding plate, upper mounted plate from top to bottom
Portion is connected to loading and unloading material plate top surface, and lower die includes the first lower die insert set gradually from left to right, the second lower die insert, lower die
A, third lower die insert is equipped in lower die B, lower die B, the first lower die insert is located at below upper trimming punch and bottom is connected with down
Cushion block, the second lower die insert are located on second below ejecting mechanism, and third lower die insert is located at below the second upper overturning formed punch, under
The first lower jacking block is equipped in mould A, the first lower jacking block bottom is connect with the first lower push rod being located in lower template, and top is neat with lower die
Flat, the first lower push rod bottom is connect after being pierced by lower template with the second nitrogen gas spring being fixed on lower positioning plate, is set below lower die A
There is the second lower push rod, abutted after passing through lower die A at the top of the second lower push rod with upper pumping hole formed punch, bottom is pierced by after lower template and fixation
It is connected in the third nitrogen gas spring on lower positioning plate, lower die B is interior equipped with the second lower jacking block, the second lower jacking block bottom and positioned at lower die
Third spring connection in plate, top are equipped with pressing plate, and pressing plate is flushed with lower die；
First time trimming stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, loading and unloading material
Plate piece, lower die and bottom plate are successively arranged the first loading and unloading material plate insert in loading and unloading material plate piece from left to right, unload on second
Flitch insert, third loading and unloading material plate insert, loading and unloading material plate is equipped with upper reforming plunger, upper reforming plunger top and positioned at upper fixation
The first spring connection in plate, the first spring top are connected in the spring spool in upper padding plate, and loading and unloading material board bottom face is set
Loading and unloading material plate piece bottom surface is protruded from after having upper guide punch, upper guide punch to pass through loading and unloading material plate piece from top to bottom, it is upper whole
Ejecting mechanism on first is equipped on the left of shape formed punch, ejecting mechanism includes on the second spring being arranged from top to bottom and first on first
Mandril is fixed on positioning plate at the top of second spring, and bottom is connected at the top of the first upper ejector pin in cope plate, the
One upper ejector pin passes through its bottom after upper padding plate, upper mounted plate from top to bottom and is connected to loading and unloading material plate top surface, upper reforming plunger with it is upper
Ejecting mechanism on second is equipped between guide punch, ejecting mechanism includes the nitrogen gas spring being arranged from top to bottom and second on second
Upper ejector pin is fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected at the top of the second upper ejector pin in cope plate,
Its bottom is connected to loading and unloading material plate top surface after second upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, is equipped with down in lower die
Reforming plunger, lower reforming plunger are located at below upper reforming plunger, protrude from lower die at the top of lower reforming plunger, bottom is located at lower fixation
In plate, the first lower cushion block is equipped with below lower reforming plunger, the first lower cushion block is set in lower template, is equipped with down on the left of lower reforming plunger
Dressing stick, lower dressing stick are located in bottom plate, and the second lower cushion block is equipped with below lower dressing stick, and the second lower cushion block is set to lower template
It is interior, lower push rod is equipped on the left of lower dressing stick, the bottom of lower push rod is connect with the third spring in lower template, top with it is lower solid
Fixed board top surface flushes, and lower reforming plunger right side is equipped with the first lower ejector pin, the first lower ejector pin bottom and positioned at the interior and lower fixation of lower die
The 4th spring connection in plate, top are flushed with lower die top surface, and the second lower ejector pin, the second lower ejector pin are equipped on the right side of the first lower ejector pin
Below upper guide punch, the second lower ejector pin bottom is connect with the 5th spring being located in lower template, top and lower die top surface
It flushes；
Second of trimming process stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, loading and unloading material
Plate piece, lower die and lower bolster, upper padding plate bottom surface be successively arranged from left to right special-shaped plunger chip on first, special-shaped plunger chip on second,
Special-shaped plunger chip in third, special-shaped plunger chip on the 4th, special-shaped plunger chip on first, special-shaped plunger chip on second, special-shaped plunger chip, in third
Special-shaped plunger chip passes through upper mounted plate, loading and unloading material plate and loading and unloading material plate piece from top to bottom on four, sets in special-shaped plunger chip on first
There is ejecting mechanism on first, ejecting mechanism includes ejector pin on the first spring and first being arranged from top to bottom, the first bullet on first
It is fixed on upper mounted plate at the top of spring, bottom is connected on first at the top of ejector pin, and ejector pin passes through from top to bottom on first unloads
Its bottom is connected to lower die top surface after flitch, loading and unloading material plate piece, is equipped with ejecting mechanism on second on second in special-shaped plunger chip, the
Ejecting mechanism includes ejector pin on the second spring being arranged from top to bottom and second on two, and the top of second spring is fixed by plug screw
In on upper mounted plate, bottom is connected on second at the top of ejector pin, and ejector pin passes through loading and unloading material plate, loading and unloading material plate from top to bottom on second
Its bottom is connected to lower die top surface after piece, is equipped with ejecting mechanism in third, special-shaped plunger chip on the 4th in third in special-shaped plunger chip
Inside be equipped with ejecting mechanism on the 4th, ejecting mechanism is identical as ejecting mechanism structure on second in third, on the 4th ejecting mechanism with
Ejecting mechanism structure is identical on first, is successively arranged from left to right under the first lower die insert, the second lower die insert, third in lower die
Mould insert, the 4th lower die insert, the first lower die insert is located on first below special-shaped plunger chip, the second lower die insert is located on second
Below special-shaped plunger chip, third lower die insert is located in third below special-shaped plunger chip, the 4th lower die insert is located at special-shaped punching on the 4th
Head lower section；
Second of trimming stamping die include the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material backboard plate, on
Stripper and lower die are successively arranged insert on first, insert on second, insert and the 4th in third in loading and unloading material plate from left to right
Upper insert is equipped with ejecting mechanism on first on second above insert, ejecting mechanism includes the nitrogen being arranged from top to bottom on first
Spring and the first upper ejector pin are fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected to first in cope plate
At the top of upper ejector pin, its bottom is connected to loading and unloading material backboard plate top after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
Face is equipped with ejecting mechanism on second in third above insert, ejecting mechanism includes the first spring and the second upper ejector pin on second, the
It is fixed on positioning plate at the top of one spring, bottom is connected at the top of the second upper ejector pin in cope plate, is pushed up on second
Its bottom is connected to loading and unloading material backboard plate top surface after bar passes through upper padding plate, upper mounted plate from top to bottom, sets above insert on the 4th
There is ejecting mechanism in third, ejecting mechanism includes second spring and third upper ejector pin in third, is fixed at the top of second spring
In spring spool on upper mounted plate, bottom is connected at the top of the third upper ejector pin in loading and unloading material backboard plate, is pushed up in third
Its bottom protrudes from loading and unloading material board bottom face after bar passes through loading and unloading material backboard plate, loading and unloading material plate from top to bottom, on first on the left of insert
Equipped with guide punch on first, guide punch is fixed on loading and unloading material plate on first and bottom protrudes from loading and unloading material board bottom face, and
Guide punch on second is equipped on four on the right side of insert, guide punch is fixed on loading and unloading material plate on second and bottom protrudes from and unloads
Flitch bottom surface is successively arranged insert and the 4th lower insert under the first lower insert, the second lower insert, third in lower die from left to right,
First lower insert is located on first below insert, and the second lower insert is located on second below insert, and insert is located at third under third
Below upper insert, the 4th lower insert is located on the 4th below insert, and the first lower push rod, the first lower top are equipped on the left of the first lower insert
Bar is located on first below guide punch, and the first lower push rod bottom is connect with the third spring being located in lower template, and top is under
Mould flushes, and the second lower push rod is equipped on the right side of the 4th lower insert, and the second lower push rod is located on second below guide punch, the second lower top
Bar bottom is connect with the 4th spring being located in lower template, and top is flushed with lower die；
Punching and trimming process stamping die include the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, lower die and
Lower bolster is successively arranged locating piece, insert on first, insert and third on second from left to right between loading and unloading material plate and lower die
Upper insert, upper padding plate bottom surface are successively arranged the first formed punch, the second formed punch, special-shaped on special-shaped plunger chip and second on first from left to right
Formed punch, the first formed punch, the second formed punch, special-shaped plunger chip passes through upper mounted plate, loading and unloading material plate from top to bottom, inlays on first on first
Insert bottom surface on first is protruded from after block, special-shaped plunger chip passes through upper mounted plate, loading and unloading material plate from top to bottom, inlays in third on second
Insert bottom surface in third is protruded from after block, and guide punch on first is equipped in upper locating piece, guide punch bottom protrusion on first
In being equipped with guide punch on second in insert in upper bottom surface of positioning block, second, guide punch bottom is protruded from second on second
Insert bottom surface is equipped with upper ejecting mechanism on second between special-shaped plunger chip in guide punch and second, upper ejecting mechanism includes from upper
And the first spring and upper ejector pin of lower setting, it is fixed on positioning plate at the top of the first spring, bottom is connected to positioned at upper mold
At the top of upper ejector pin in plate, its bottom is connected to loading and unloading material plate top surface after upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom,
Be successively arranged insert under the first lower insert, the second lower insert, lower mould body, third in lower die from left to right, the first lower insert and
Second lower insert is located on first below insert, and insert is located in third below insert under third, is equipped on the left of the first lower insert
Lower push rod, lower push rod are located on first below guide punch, and lower push rod bottom is connect with the second spring being located in lower template, is pushed up
Portion is flushed with lower die, and lower jacking block is equipped in lower mould body, and lower jacking block is located on second below guide punch, lower jacking block bottom and position
In the third spring connection in lower template, top is flushed with lower die；
Third time trimming stamping die include the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material backboard plate, on
Stripper and lower die are successively arranged insert on first, insert on second, insert and the 4th in third in loading and unloading material plate from left to right
Upper insert is equipped with ejecting mechanism on first on second above insert, ejecting mechanism includes the nitrogen being arranged from top to bottom on first
Spring and the first upper ejector pin are fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected to first in cope plate
At the top of upper ejector pin, its bottom is connected to loading and unloading material backboard plate top after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
Face is equipped with ejecting mechanism on second in third above insert, ejecting mechanism includes the first spring and the second upper ejector pin on second, the
It is fixed on positioning plate at the top of one spring, bottom is connected at the top of the second upper ejector pin in cope plate, is pushed up on second
Bar passes through its bottom after upper padding plate, upper mounted plate from top to bottom and is connected to loading and unloading material backboard plate top surface, in lower die from left to right according to
Secondary to be equipped with insert and the 4th lower insert under the first lower insert, the second lower insert, third, the first lower insert is under insert on first
Side, the second lower insert are located on second below insert, and insert is located in third below insert under third, and the 4th lower insert is positioned at the
On four below insert, it is equipped with lower push rod on the left of the first lower insert, lower push rod bottom is connect with the second spring being located in lower template,
Top is flushed with lower die；
Cut off operation stamping die includes the first upper padding plate, the second upper padding plate, upper mounted plate, loading and unloading material being arranged from top to bottom
Plate, lower die and lower bolster, the second upper padding plate bottom surface are equipped with special-shaped plunger chip, and special-shaped plunger chip passes through upper mounted plate from top to bottom and above unloads
Loading and unloading material board bottom face is protruded from after flitch, upper mounted plate bottom surface is equipped with guide punch, and guide punch passes through loading and unloading material plate, guiding punching
Head is located at the left side of special-shaped plunger chip, and the left side of guide punch is equipped with ejecting mechanism on first, and ejecting mechanism includes from upper on first
And the spring of lower setting and the first upper ejector pin, it is fixed on positioning plate at the top of spring, bottom is connected in cope plate
The first upper ejector pin at the top of, the first upper ejector pin passes through its bottom after the first upper padding plate, the second upper padding plate, upper mounted plate from top to bottom
It is connected to loading and unloading material plate top surface, ejecting mechanism on second is equipped on the right side of special-shaped plunger chip, ejecting mechanism includes from top to bottom on second
The nitrogen gas spring of setting and the second upper ejector pin are fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected to positioned at upper mold
At the top of the second upper ejector pin in plate, the second upper ejector pin passes through after the first upper padding plate, the second upper padding plate, upper mounted plate it from top to bottom
Bottom is connected to loading and unloading material plate top surface, and lower push rod is equipped in lower die, and lower push rod is located on first below ejecting mechanism, lower push rod bottom
Portion is connect with the first spring being located in lower template, and top is flushed with lower die.
As an improvement, in raising process stamping die, it is equipped with ejecting mechanism on second on second on the right side of raising formed punch, on second
Ejecting mechanism includes the second spring being arranged from top to bottom and the second upper ejector pin, is fixed on positioning plate at the top of second spring
On, bottom is connected at the top of the second upper ejector pin in cope plate, and the second upper ejector pin passes through upper padding plate, upper fixation from top to bottom
Its bottom is connected to loading and unloading material plate top surface after plate.
As an improvement, loading and unloading material plate piece is equipped with upper guide punch, upper guiding punching in second of overturning process stamping die
Head bottom protrudes from loading and unloading material plate piece bottom surface, and third lower push rod is equipped in the second lower die insert, and third lower push rod, which is located at, above leads
Draw below formed punch, third lower push rod bottom is connect with the 4th spring being located in lower template, and top is flushed with lower die.
As an improvement, the left side of special-shaped plunger chip is equipped with ejector on the 5th on first in second of trimming process stamping die
Structure, ejecting mechanism includes the third spring and upper ejector pin being arranged from top to bottom on the 5th, and it is fixed to be fixed at the top of third spring
On the plate of position, bottom is connected at the top of the upper ejector pin in cope plate, after upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
Its bottom is connected to loading and unloading material plate top surface, is equipped with upper guide punch on the 5th below ejecting mechanism, and upper guide punch is fixed on
On stripper piece and bottom protrudes from loading and unloading material plate piece bottom surface, is equipped with lower push rod, lower push rod bottom below upper guide punch
It is connect with the 4th spring being located in lower template, top is flushed with lower die top surface.
As an improvement, being equipped with ejecting mechanism in third, ejecting mechanism in third in special-shaped plunger chip in cut off operation stamping die
Including the third spring and upper ejector pin being arranged from top to bottom, it is fixed on upper mounted plate at the top of the first spring, bottom is connected to
At the top of upper ejector pin, its bottom is connected to lower die top surface after upper ejector pin passes through loading and unloading material plate from top to bottom.
From the above, it can be seen that the utility model has following advantages: the utility model can be realized to automobile angle
The accurate processing of plate piece, not only simplifies manufacturing procedure on the basis of original processing technology, and improve machining accuracy and
Processing efficiency, so that production efficiency and product yield are improved.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the targeted product of the utility model；
Fig. 2 is the structural schematic diagram of the utility model；
Fig. 3 is the structural schematic diagram of the utility model first time trimming process stamping die；
Fig. 4 is the structural schematic diagram of the utility model chamfering process stamping die；
Fig. 5 is the structural schematic diagram of molding procedure stamping die；
Fig. 6 is the structural schematic diagram of raising process stamping die；
Fig. 7 is the structural schematic diagram of first time overturning process stamping die；
Fig. 8 is the structural schematic diagram of second of overturning process stamping die；
Fig. 9 is the structural schematic diagram of first time trimming stamping die；
Figure 10 is the structural schematic diagram of second of trimming process stamping die；
Figure 11 is the structural schematic diagram of second of trimming stamping die；
Figure 12 is the structural schematic diagram of punching and trimming process stamping die；
Figure 13 is the structural schematic diagram of third time trimming stamping die；
Figure 14 is turned off the structural schematic diagram of process stamping die.
Specific embodiment
In conjunction with Fig. 2 to Figure 14, a specific embodiment of the utility model is described in detail, but not to the power of the utility model
Benefit requires to do any restriction.
As shown in Fig. 2, a kind of automobile gusset tablet continuous stamping die, including be arranged from top to bottom upper positioning plate S1,
Cope plate S2, lower template S3 and lower positioning plate S4 are equipped with multiple top block S5 between upper positioning plate and cope plate, lower template is under
Between positioning plate be equipped with multiple bottom seat pad S6, be successively arranged from left to right between cope plate 1-2 and lower template 1-3 delivery sheet 13,
First time trimming process stamping die 1, chamfering process stamping die 2, molding procedure stamping die 3, raising process stamping die 4, first time
Overturning process stamping die 5, second of overturning process stamping die 6, first time trimming stamping die 7, second of trimming process punching
Pressing mold 8, second of trimming stamping die 9, punching and trimming process stamping die 10, are cut third time trimming stamping die 11
Disconnected process stamping die 12；
As shown in figure 3, first time trimming process stamping die 1 includes on the first upper padding plate 103, second being arranged from top to bottom
Backing plate 104, upper mounted plate 105, loading and unloading material plate 106, lower die 102 and lower bolster 101,104 bottom surface of the second upper padding plate is from left to right
Special-shaped plunger chip 115 on special-shaped plunger chip 112, second, special-shaped plunger chip 116 and the 4th in third are disposed on formed punch 108, first
Upper special-shaped plunger chip 123, special-shaped plunger chip 116 is expected altogether in special-shaped plunger chip 115 and third on second, special-shaped plunger chip on formed punch 108, first
112, special-shaped plunger chip 115 on second, special-shaped plunger chip 123 sequentially passes through from top to bottom on special-shaped plunger chip 116 and the 4th in third
Upper mounted plate 105 and loading and unloading material plate 106, loading and unloading material board bottom face are fixed with guide punch 121 and are located at special-shaped plunger chip on the 4th
On the left of in the of 123, ejecting mechanism on first is equipped on formed punch 108 and first between special-shaped plunger chip 112, ejecting mechanism includes certainly on first
The first spring 110 and the first upper ejector pin 111 of upper and lower setting, the top of the first spring 110 are fixed on positioning plate S1, bottom
Portion is connected to 111 top of the first upper ejector pin in cope plate S2, and the first upper ejector pin 111 passes through the first upper padding plate from top to bottom
103, its bottom is connected to 106 top surface of loading and unloading material plate, special-shaped plunger chip 116 in third after the second upper padding plate 104, upper mounted plate 105
Ejecting mechanism on second is equipped between upper guide punch 121, ejecting mechanism includes the nitrogen bullet being arranged from top to bottom on second
Spring 118 and the second upper ejector pin 119, the top of nitrogen gas spring 118 are fixed on positioning plate S1, and bottom is connected to positioned at cope plate
The top of the second upper ejector pin 119 in S2, the second upper ejector pin 119 pass through from top to bottom the first upper padding plate 103, the second upper padding plate 104,
Its bottom is connected to 106 top surface of loading and unloading material plate after upper mounted plate 105, is disposed with pressing plate 127, recessed set in lower die from left to right
128, the first lower die insert 130, the second lower die insert 131, third lower die insert 132 and the 4th lower die insert 133, the first lower die
Material, recessed set 128 are located at immediately below formed punch altogether for insert 130 and the second lower die insert 131, the first lower die insert 130 and the second lower die
Insert 131 is located at 112 lower section of special-shaped plunger chip on first, and third lower die insert 132 is located on second on special-shaped plunger chip 115 and third
The lower section of special-shaped plunger chip 116, the 4th lower die insert 133 are located at 123 lower section of the 4th special-shaped plunger chip, below pressing plate 127 from top to bottom according to
Secondary to be equipped with lower guide jacking block 126, second spring 125 and plug screw 124, second spring bottom is fixed in lower template by plug screw,
127 bottom surface of pressing plate is withstood at the top of lower guide jacking block 126, bottom is connected to second spring after passing through lower bolster 101, lower template S2
125 tops, equipped with lower jacking block 129, lower jacking block bottom and in lower template S2 between recessed set 128 and the first lower die insert 130
Third spring 135 connect, top pass through lower bolster 101 after flushed with 102 top surface of lower die；
As shown in figure 4, chamfering process stamping die 2 includes the first upper padding plate 203, the second upper padding plate being arranged from top to bottom
204, upper mounted plate 205, loading and unloading material plate 206, lower die 202 and lower bolster 201 are successively arranged lower ejector pin in lower die from left to right
208 and lower jacking block 209, lower 208 bottom of ejector pin connect with the first spring 207 being located in lower template, and top is across lower bolster 201
It is flushed afterwards with 202 top surface of lower die, lower 209 bottom of jacking block is connect with the second spring 210 being located in lower template, and top passes through underlay
It is flushed after plate 201 with 202 top surface of lower die, further includes upper ejecting mechanism, upper ejecting mechanism includes the third bullet being arranged from top to bottom
Spring 211 and upper ejector pin 212, the top of third spring 211 are fixed on positioning plate S1, and bottom is connected in cope plate S2
The top of upper ejector pin 212, upper ejector pin 212 passes through the first upper padding plate 203, the second upper padding plate 204, upper mounted plate 205 from top to bottom
Its bottom is connected to 206 top surface of loading and unloading material plate afterwards；
As shown in figure 5, molding procedure stamping die include the upper padding plate 301 being arranged from top to bottom, upper mounted plate 302, on unload
Flitch 303, loading and unloading material plate piece 304 and lower die 311, loading and unloading material board bottom face are equipped with upper guide punch 306 and upper guide punch 306
Bottom passes through loading and unloading material block piece 304, and the right side of upper guide punch 306 is equipped with upper forming block 307, the top of upper forming block 307
It is fixed on 301 bottom surface of upper padding plate, bottom protrudes from after passing through upper mounted plate 302, loading and unloading material plate 303, loading and unloading material plate piece 304
304 bottom surface of stripper piece is equipped with ejecting mechanism on first above upper guide punch 306, and ejecting mechanism includes from upper on first
And the nitrogen gas spring 312 of lower setting and the first upper ejector pin 305, the top of nitrogen gas spring 312 are fixed on positioning plate S1, bottom
Be connected to the top of the first upper ejector pin 305 being located in cope plate S2, the first upper ejector pin 305 pass through from top to bottom upper padding plate 301, on
Its bottom is connected to 303 top surface of loading and unloading material plate after fixed plate 302, and the right side of upper forming block 307 is equipped with ejecting mechanism on second, the
Ejecting mechanism includes the first spring 309 and the second upper ejector pin 308 being arranged from top to bottom on two, and the top of the first spring 309 is solid
Due on upper positioning plate S1, bottom is connected to 308 top of the second upper ejector pin in cope plate S2, and the second upper ejector pin 308 is certainly
Its bottom is connected to 303 top surface of loading and unloading material plate after upper padding plate 301, upper mounted plate 302 under above, is equipped with lower insert in lower die
310, lower insert 310 is located at upper 306 lower section of guide punch, and the first lower ejector pin 313, the first lower ejector pin 313 are equipped in lower insert 310
Bottom is connect with the second spring 314 being located in lower template, and the second lower ejector pin 315, the second lower ejector pin are equipped with below upper forming block
315 bottoms are connect with the third spring 316 being located in lower template S2, and top is flushed with 311 top surface of lower die；
As shown in fig. 6, raising process stamping die include the upper padding plate 403 being arranged from top to bottom, upper mounted plate 404, on unload
Flitch 405, loading and unloading material plate piece 406, lower die 402 and lower bolster 401, upper padding plate bottom surface are successively arranged on first from left to right and beat
Raising formed punch 412 and upper punch 414 on convex formed punch 408, second, raising formed punch 412 on raising formed punch 408, second on first, on
Formed punch 414 passes through upper mounted plate 404, loading and unloading material plate 405 and loading and unloading material plate piece 406, raising formed punch on first from top to bottom
Ejecting mechanism on first is equipped on 408 and second between raising formed punch 412, ejecting mechanism includes being arranged from top to bottom on first
Nitrogen gas spring 421 and the first upper ejector pin 422, the top of nitrogen gas spring 421 are fixed on positioning plate S1, and bottom, which is connected to, to be located at
422 top of the first upper ejector pin in cope plate S2, after the first upper ejector pin 422 passes through upper padding plate 403, upper mounted plate from top to bottom
404 its bottom are connected to 405 top surface of loading and unloading material plate, are successively arranged the first lower die insert 415, the second lower die in lower die from left to right
Insert 417 and third lower die insert 420, the first lower die insert 415 are located on first the lower section of raising formed punch 408 and internal are equipped with the
Insert 416 once, the second lower die insert 417 are located at 412 lower section of raising formed punch and inside on second and are equipped with the second lower insert 418,
Second lower die insert, 417 bottom surface is equipped with lower cushion block 419, is located in lower bolster 401 at the top of lower cushion block 419, bottom is located at lower template
In S3, third lower die insert 420 is located at 414 lower section of upper punch, is equipped with lower jacking block 423 and first on the left of the first lower die insert 415
Spring 424, lower 423 bottom of jacking block are connect with the first spring 424 being located in lower template, and top is flushed with 402 top surface of lower die, the
Ejecting mechanism on second is equipped on two on the right side of raising formed punch 412, ejecting mechanism includes the second bullet being arranged from top to bottom on second
Spring 425 and the second upper ejector pin 426, the top of second spring 425 are fixed on positioning plate S1, and bottom is connected to positioned at cope plate
426 top of the second upper ejector pin in S2, the second upper ejector pin 426 pass through its bottom after upper padding plate 403, upper mounted plate 404 from top to bottom
Portion is connected to 405 top surface of loading and unloading material plate.
As shown in fig. 7, first time overturning process stamping die includes upper padding plate 501, the upper mounted plate being arranged from top to bottom
502, loading and unloading material plate 503, loading and unloading material plate piece 504 and lower die, upper padding plate bottom surface are successively arranged the punching of the first upper overturning from left to right
First 508, second upper overturning formed punch 509, third upper overturning formed punch 510, upper punch 519, loading and unloading material board bottom face is from left to right successively
Equipped with guide punch 521 in guide punch 514 and second on first, guide punch 520 is located at the second upper overturning formed punch on first
Between 509 and third upper overturning formed punch 510, guide punch 521 is located at the right side of upper punch 519, the punching of the first upper overturning on second
First 508 left side is equipped with ejecting mechanism on first, and ejecting mechanism includes the first spring 506 and first being arranged from top to bottom on first
The top of upper ejector pin 507, the first spring 506 is fixed on positioning plate S1, and bottom is connected to first in cope plate S2
507 top of upper ejector pin, its bottom is connected to after the first upper ejector pin 507 passes through upper padding plate 501, upper mounted plate 502 from top to bottom
503 top surface of stripper is equipped with ejecting mechanism on second on first above guide punch 514, ejecting mechanism includes from upper on second
And the nitrogen gas spring 512 of lower setting and the second upper ejector pin 513, the top of nitrogen gas spring 512 are fixed on positioning plate S1, bottom
Be connected to the top of the second upper ejector pin 513 being located in cope plate S2, the second upper ejector pin 513 pass through from top to bottom upper padding plate 501, on
Its bottom is connected to 503 top surface of loading and unloading material plate after fixed plate 502, lower die include the lower mould body 527 set gradually from left to right,
First lower die insert 530 and the second lower die insert 531, lower mould body 527 are located at ejecting mechanism, the first upper overturning formed punch on first
508,510 lower section of the second upper overturning formed punch 509 and third upper overturning formed punch, the first lower die insert 530 and the second lower die insert 531
It is respectively positioned on 519 lower section of upper punch, the first lower ejector pin 526, the first lower 526 bottom of ejector pin are equipped with below the first upper overturning formed punch 508
It is connect with the second spring 525 being located in lower template S3, top is flushed with lower die top surface, and guide punch lower section 521 is set on second
There is the second lower ejector pin 534, the second lower 534 bottom of ejector pin is connect with the third spring 533 being located in lower template S3, top and lower die
Top surface flushes, and the left side is equipped with the first lower backer 522 on the outside of lower die, and right side is equipped with the second lower backer 529, the first lower backer 522
Below ejecting mechanism and internal equipped with lower backer's insert 523 on first, the second lower backer 529 is located at below upper punch；
As shown in figure 8, second of overturning process stamping die includes upper padding plate 601, the upper mounted plate being arranged from top to bottom
602, loading and unloading material plate 603, loading and unloading material plate piece 604 and lower die, upper padding plate bottom surface are successively arranged trimming punch from left to right
605, the first upper overturning formed punch 609, upper pumping hole formed punch 610, upper forming block 612 and the second upper overturning formed punch 613, upper trimming punch
605 and first are successively arranged on first ejecting mechanism on ejecting mechanism and second between upper overturning formed punch 609 from left to right, and first
Upper ejecting mechanism includes the first spring 606 and upper ejector pin 607 being arranged from top to bottom, and the top of the first spring 606 is fixed on
On backing plate 601, bottom is connected to 607 top of upper ejector pin in loading and unloading material plate 603, and upper ejector pin 607 passes through upper from top to bottom
Its bottom protrudes from 604 bottom surface of loading and unloading material plate piece after stripper 603, loading and unloading material plate piece 604, and ejecting mechanism includes on second
The first nitrogen gas spring 608 and the first upper ejector pin 611 being arranged from top to bottom, it is fixed that the top of the first nitrogen gas spring 608 is fixed on
On the plate S1 of position, bottom is connected to 611 top of the first upper ejector pin in cope plate S2, and the first upper ejector pin 611 is worn from top to bottom
Its bottom is connected to 603 top surface of loading and unloading material plate after crossing upper padding plate 601, upper mounted plate 602, sets on the right side of the second upper overturning formed punch 613
There is ejecting mechanism in third, ejecting mechanism includes the second spring 629 being arranged from top to bottom and the second upper ejector pin 630 in third,
The top of second spring 629 is fixed on positioning plate S1, and bottom is connected to the top of the second upper ejector pin 630 in cope plate S2
Portion, its bottom is connected to the top of loading and unloading material plate 603 after the second upper ejector pin 630 passes through upper padding plate 601, upper mounted plate 602 from top to bottom
Face, lower die include the first lower die insert 616 set gradually from left to right, the second lower die insert 617, lower die A618, lower die
Third lower die insert 624 is equipped in B627, lower die B, the first lower die insert 617 is located at upper 605 lower section of trimming punch and bottom connects
It is connected to lower cushion block 614, the second lower die insert is located on second below ejecting mechanism, and third lower die insert 624 is located at second and turns over
Below side formed punch 613, lower die A618 is interior equipped with the first lower jacking block 621, the first lower 621 bottom of jacking block and in lower template S3
The connection of first lower push rod 620, top flushes with lower die, 620 bottom of the first lower push rod be pierced by after lower template S3 be fixed on it is lower fixed
The second nitrogen gas spring 619 connection on the plate S4 of position, the lower section lower die A are equipped with the second lower push rod 622, wear at the top of the second lower push rod 622
It is abutted after crossing lower die A with upper pumping hole formed punch 610, bottom is pierced by the third nitrogen after lower template S3 and being fixed on lower positioning plate S4
Spring 623 connects, and the second lower jacking block 625, the second lower 625 bottom of jacking block and the third being located in lower template S3 are equipped in lower die B
Spring 628 connects, and top is equipped with pressing plate 626, and pressing plate 626 is flushed with lower die, and loading and unloading material plate piece 604 is equipped with upper guide punch
631, upper 631 bottom of guide punch protrudes from 604 bottom surface of loading and unloading material plate piece, is equipped under third and pushes up in the second lower die insert 617
Bar 632, third lower push rod 632 is positioned at upper 631 lower section of guide punch, 632 bottom of third lower push rod and in lower template S4
The connection of 4th spring 633, top is flushed with lower die；
As shown in figure 9, first time trimming stamping die 7 includes upper padding plate 701, the upper mounted plate being arranged from top to bottom
702, loading and unloading material plate 703, loading and unloading material plate piece 704, lower die 746 and bottom plate 745, loading and unloading material plate piece 704 are interior from left-hand
The right side is successively arranged the first loading and unloading material plate insert 706, the second loading and unloading material plate insert 707, third loading and unloading material plate insert 715, loading and unloading material
Plate is equipped with upper reforming plunger 747, and upper 747 top of reforming plunger is connect with the first spring 748 being located in upper mounted plate 702,
It is connected in the spring spool 749 in upper padding plate 701 at the top of first spring 748,703 bottom surface of loading and unloading material plate is equipped with upper guiding
Formed punch 718, upper guide punch 718 protrude from loading and unloading material plate piece bottom surface, upper shaping after passing through loading and unloading material plate piece from top to bottom
Ejecting mechanism on first is equipped on the left of formed punch, ejecting mechanism includes the second spring 709 and first being arranged from top to bottom on first
Upper ejector pin 710, the top of second spring 710 are fixed on positioning plate S1, and bottom is connected to first in cope plate S2
710 top of upper ejector pin, its bottom is connected to after the first upper ejector pin 710 passes through upper padding plate 701, upper mounted plate 702 from top to bottom
703 top surface of stripper is equipped with ejecting mechanism on second, ejector on second between upper reforming plunger 747 and upper guide punch 718
Structure includes the nitrogen gas spring 716 being arranged from top to bottom and the second upper ejector pin 717, and positioning is fixed at the top of nitrogen gas spring 716
On plate S1, bottom is connected to 717 top of the second upper ejector pin in cope plate S2, and the second upper ejector pin 717 passes through from top to bottom
Its bottom is connected to 703 top surface of loading and unloading material plate after upper padding plate 701, upper mounted plate 702, is equipped with lower reforming plunger 726 in lower die, under
Reforming plunger 726 is located at upper 747 lower section of reforming plunger, protrudes from lower die at the top of lower reforming plunger 726, bottom is located at bottom plate
In 745, the first lower cushion block 724 is equipped with below lower reforming plunger 726, the first lower cushion block 724 is set in lower template S3, lower shaping punching
First 726 left side is equipped with lower dressing stick 722, and lower dressing stick 722 is located in bottom plate 745, and second is equipped with below lower dressing stick 722
Lower cushion block 721, the second lower cushion block 721 are set in lower template S3, and lower push rod 720, lower push rod 720 are equipped on the left of lower dressing stick 722
Bottom be located at lower template S3 in third spring 719 connect, top is flushed with 745 top surface of bottom plate, lower reforming plunger
726 right sides are equipped with the first lower ejector pin 729, the first lower 729 bottom of ejector pin be located in lower die 746 and in bottom plate 745 the
The connection of four springs 728, top are flushed with 746 top surface of lower die, ejector pin 732 under being equipped with second on the right side of the first lower ejector pin 729, under second
Ejector pin 732 is located at upper 718 lower section of guide punch, and the second lower 732 bottom of ejector pin connects with the 5th spring 731 being located in lower template S3
It connects, top is flushed with 746 top surface of lower die；
As shown in Figure 10, second of trimming process stamping die 8 includes upper padding plate 803, the upper mounted plate being arranged from top to bottom
804, loading and unloading material plate 805, loading and unloading material plate piece 806, lower die 802 and lower bolster 801,803 bottom surface of upper padding plate is from left to right successively
Equipped with special-shaped plunger chip 817 on special-shaped plunger chip the 816, the 4th in special-shaped plunger chip 811 on special-shaped plunger chip 808, second on first, third,
Special-shaped plunger chip 811 on special-shaped plunger chip 808, second on first, in third on special-shaped plunger chip the 816, the 4th special-shaped plunger chip 817 from upper
It is equipped with first under and in special-shaped plunger chip 808 on upper mounted plate 804, loading and unloading material plate 805 and loading and unloading material plate piece 806, first
Upper ejecting mechanism, ejecting mechanism includes ejector pin 810 on the first spring 809 and first being arranged from top to bottom, the first bullet on first
The top of spring 809 is fixed on upper mounted plate 804, and bottom is connected on first 810 top of ejector pin, and ejector pin 810 is from upper on first
Its bottom is connected to lower die top surface after loading and unloading material plate 805, loading and unloading material plate piece 806 under and, sets in special-shaped plunger chip on second
There is ejecting mechanism on second, ejecting mechanism includes ejector pin 814 in the second spring 813 and second being arranged from top to bottom on second,
The top of second spring 813 is fixed on upper mounted plate 804 by plug screw 812, and bottom is connected to 814 top of ejector pin on second,
Its bottom is connected to the top of lower die 802 after ejector pin 814 passes through loading and unloading material plate 805, loading and unloading material plate piece 806 from top to bottom on second
Face is equipped with ejecting mechanism in third in third, is equipped with ejector on the 4th on the 4th in special-shaped plunger chip 817 in special-shaped plunger chip 816
Structure, ejecting mechanism is identical as ejecting mechanism structure on second in third, ejecting mechanism structure on ejecting mechanism and first on the 4th
It is identical, the first lower die insert 818, the second lower die insert 819, third lower die insert 820, are successively arranged in lower die from left to right
Four lower die inserts 821, the first lower die insert 818 is located at the lower section of special-shaped plunger chip 908 on first, the second lower die insert 819 is located at the
811 lower section of special-shaped plunger chip, third lower die insert 820 are located at 816 lower section of special-shaped plunger chip, the 4th lower die insert 821 in third on two
On the 4th below special-shaped plunger chip 817, the left side of special-shaped plunger chip is equipped with ejecting mechanism on the 5th, ejector on the 5th on first
Structure includes the third spring 822 and upper ejector pin 823 being arranged from top to bottom, and positioning plate S1 is fixed at the top of third spring 822
On, bottom is connected to the top of the upper ejector pin 823 in cope plate S2, upper ejector pin 823 pass through from top to bottom upper padding plate 803, on
Its bottom is connected to 805 top surface of loading and unloading material plate after fixed plate 804, is equipped with upper guide punch 824 on the 5th below ejecting mechanism, on
Guide punch 824 is fixed on loading and unloading material plate piece 806 and bottom protrudes from 806 bottom surface of loading and unloading material plate piece, upper guide punch
806 lower sections are equipped with lower push rod 825, and 825 bottom of lower push rod is connect with the 4th spring 826 being located in lower template S3, and top is under
802 top surface of mould flushes；
As shown in figure 11, second of trimming stamping die 9 includes upper padding plate 901, the upper mounted plate being arranged from top to bottom
902, loading and unloading material backboard plate 903, loading and unloading material plate 904 and lower die are successively arranged insert on first in loading and unloading material plate 904 from left to right
909, insert 910 on second, insert 918 in insert 914 and the 4th in third are equipped on first on second above insert 910 and push up
Mechanism out, ejecting mechanism includes the nitrogen gas spring 907 being arranged from top to bottom and the first upper ejector pin 908, nitrogen gas spring 907 on first
Top be fixed on positioning plate S1, bottom is connected to the top of the first upper ejector pin 908 in cope plate S2, pushes up on first
Its bottom is connected to 903 top surface of loading and unloading material backboard plate, third after bar 908 passes through upper padding plate 901, upper mounted plate 902 from top to bottom
Ejecting mechanism on second is equipped with above upper insert 914, ejecting mechanism includes the first spring 911 and the second upper ejector pin 913 on second,
The top of first spring 911 is fixed on positioning plate, and bottom is connected to 913 top of the second upper ejector pin in cope plate,
Its bottom is connected to the top of loading and unloading material backboard plate 903 after second upper ejector pin 913 passes through upper padding plate 901, upper mounted plate 902 from top to bottom
Face is equipped with ejecting mechanism in third on the 4th above insert 918, ejecting mechanism includes in second spring 917 and third in third
Mandril 916, the top of second spring 917 are fixed in the spring spool 915 on upper mounted plate 902, and bottom is connected to positioned at upper
The top of third upper ejector pin 916 in stripper backboard 903, third upper ejector pin 916 pass through from top to bottom loading and unloading material backboard plate 903,
Its bottom protrudes from 904 bottom surface of loading and unloading material plate after loading and unloading material plate 904, is equipped with guide punch on first on first on the left of insert 909
905, guide punch 905 is fixed on loading and unloading material plate 904 on first and bottom protrudes from 904 bottom surface of loading and unloading material plate, is inlayed on the 4th
Guide punch 919 on second is equipped on the right side of block 918, guide punch 919 is fixed on loading and unloading material plate 904 on second and bottom is protruded
In 904 bottom surface of loading and unloading material plate, it is successively arranged under the first lower insert 931, second lower insert 932, third and inlays from left to right in lower die
Block 933 and the 4th lower insert 937, the first lower insert 931 are located at 909 lower section of insert on first, and the second lower insert 932 is located at second
Below upper insert 910, insert 933 is located at 914 lower section of insert in third under third, and the 4th lower insert 937 is located at insert on the 4th
Below 918, it is equipped with the first lower push rod 928 on the left of the first lower insert 931, the first lower push rod 928 is located at guide punch 905 on first
Lower section, 928 bottom of the first lower push rod are connect with the third spring 929 being located in lower template, and top is flushed with lower die, the 4th lower edge
The second lower push rod 934 is equipped on the right side of block 937, the second lower push rod 934 is located at 919 lower section of guide punch, the second lower push rod on second
934 bottoms are connect with the 4th spring 935 being located in lower template S3, and top is flushed with lower die；
As shown in figure 12, punching and trimming process stamping die include upper padding plate 1003, the upper mounted plate being arranged from top to bottom
1004, loading and unloading material plate 1005, lower die 1002 and lower bolster 1001, between loading and unloading material plate 1005 and lower die 1002 from left to right successively
Equipped with insert 1014 in insert 1012 in insert 1008, second on upper locating piece 1007, first and third, 1003 bottom surface of upper padding plate
It is successively arranged the first formed punch 1009 from left to right, special-shaped plunger chip on special-shaped plunger chip 1011 and second on the second formed punch 1010, first
1015, on the first formed punch 1009, the second formed punch 1010, first special-shaped plunger chip 1011 pass through from top to bottom upper mounted plate 1004,
1008 bottom surface of insert on first is protruded from loading and unloading material plate 1105, first after insert 1008, special-shaped plunger chip 1015 is from upper on second
1014 bottom surface of insert in third is protruded from after insert 1014 in upper mounted plate 1004, loading and unloading material plate 1005, third under and, on
Guide punch 1006 on first is equipped in locating piece 1007,1006 bottom of guide punch protrudes from 1007 bottom of locating piece on first
Face is equipped with guide punch 1013 on second on second in insert 1012,1013 bottom of guide punch protrudes from second on second
1012 bottom surface of insert is equipped with upper ejecting mechanism, upper ejection on second between special-shaped plunger chip 1015 in guide punch 1013 and second
Mechanism includes the first spring 1016 and upper ejector pin 1017 being arranged from top to bottom, and positioning is fixed at the top of the first spring 1016
On plate, bottom is connected to 1017 top of upper ejector pin in cope plate S2, and upper ejector pin 1017 passes through upper padding plate from top to bottom
1003, its bottom is connected to 1005 top surface of loading and unloading material plate after upper mounted plate 1004, is successively arranged under first from left to right in lower die
Insert 1034 under the lower insert 1030 of insert 1029, second, lower mould body 1031 and third, the first lower insert 1029 and the second lower edge
Block 1030 is located at 1008 lower section of insert on first, and insert 1034 is located at 1014 lower section of insert in third, the first lower insert under third
1029 left sides are equipped with lower push rod 1023, and lower push rod 1023 is located at the lower section of guide punch 1006 on first, 1023 bottom of lower push rod with
Second spring 1024 in lower template S3 connects, and top is flushed with lower die, is equipped with lower jacking block 1032 in lower mould body 1031,
Lower jacking block 1032 is located at 1013 lower section of guide punch on second, lower 1032 bottom of jacking block and the third spring being located in lower template S3
1033 connections, top is flushed with lower die；
As shown in figure 13, third time trimming stamping die includes upper padding plate 1101, the upper mounted plate being arranged from top to bottom
1102, loading and unloading material backboard plate 1103, loading and unloading material plate 1104 and lower die are successively arranged on first from left to right in loading and unloading material plate 1104
Insert 1106 in insert 1105, second, insert 1108 in insert 1107 and the 4th in third are equipped on second above insert 1106
Ejecting mechanism on first, ejecting mechanism includes the nitrogen gas spring 1116 being arranged from top to bottom and the first upper ejector pin 1117 on first,
The top of nitrogen gas spring 1116 is fixed on positioning plate S1, and bottom is connected to the first upper ejector pin 1117 in cope plate S2
Top, its bottom is connected to loading and unloading material plate after the first upper ejector pin 1117 passes through upper padding plate 1101, upper mounted plate 1102 from top to bottom
1103 top surface of backboard is equipped with ejecting mechanism on second in third above insert 1107, ejecting mechanism includes the first spring on second
1109 and second upper ejector pin 1110, the top of the first spring 1109 be fixed on positioning plate S1, bottom is connected to positioned at upper mold
The top of the second upper ejector pin 1110 in plate S2, the second upper ejector pin pass through after upper padding plate 1101, upper mounted plate 1102 it from top to bottom
Bottom is connected to 1103 top surface of loading and unloading material backboard plate, is successively arranged the first lower lower edge of insert 1112, second in lower die from left to right
Insert 1114 and the 4th lower insert 1115, the first lower insert 1112 are located at 1105 lower section of insert on first under block 1113, third, the
Two lower inserts 1113 are located at 1106 lower section of insert on second, and insert 1114 is located in third below insert 1107 under third, and the 4th
Lower insert 1115 is located at 1108 lower section of insert on the 4th, is equipped with lower push rod 1118,1118 bottom of lower push rod on the left of the first lower insert
It is connect with the second spring 1119 being located in lower template S3, top is flushed with lower die；
As shown in figure 14, cut off operation stamping die includes the first upper padding plate 1203, the second upper padding plate being arranged from top to bottom
1204, upper mounted plate 1205, loading and unloading material plate 1206, lower die 1202 and lower bolster 1201,1204 bottom surface of the second upper padding plate are equipped with different
Type formed punch 1213, special-shaped plunger chip 1213 pass through after upper mounted plate 1205 and loading and unloading material plate 1206 from top to bottom and protrude from loading and unloading material plate
1206 bottom surfaces, 1205 bottom surface of upper mounted plate are equipped with guide punch 1208, and guide punch 1208 passes through loading and unloading material plate 1206, guiding punching
First 1208 are located at the left side of special-shaped plunger chip 1213, and the left side of guide punch 1208 is equipped with ejecting mechanism on first, ejects on first
Mechanism includes the first spring 1210 and the first upper ejector pin 1209 being arranged from top to bottom, and the top of the first spring 1210 is fixed on
On positioning plate, bottom is connected to the top of the first upper ejector pin 1209 in cope plate, and the first upper ejector pin passes through the from top to bottom
Its bottom is connected to 1206 top surface of loading and unloading material plate, abnormal shape punching after one upper padding plate 1203, the second upper padding plate 1204, upper mounted plate 1205
First 1213 right side is equipped with ejecting mechanism on second, and ejecting mechanism includes the nitrogen gas spring 1215 being arranged from top to bottom and the on second
Two upper ejector pins 1214, the top of nitrogen gas spring 1215 are fixed on positioning plate S1, and bottom is connected in cope plate S2
The top of second upper ejector pin 1214, the second upper ejector pin 1214 pass through from top to bottom the first upper padding plate 1203, the second upper padding plate 1204, on
Its bottom is connected to 1206 top surface of loading and unloading material plate after fixed plate 1205, is equipped with lower push rod 1218, lower push rod 1218 in lower die 1202
On first below ejecting mechanism, 1218 bottom of lower push rod is connect with the second spring 1219 being located in lower template, top and
Lower die 1202 flushes, and ejecting mechanism in third is equipped in special-shaped plunger chip 1213, and ejecting mechanism includes being arranged from top to bottom in third
Third spring 1211 and upper ejector pin 1212, the top of the first spring 1211 is fixed on upper mounted plate 1205, and bottom is connected to
Upper 1212 top of ejector pin, its bottom is connected to lower die top surface after upper ejector pin 1212 passes through loading and unloading material plate 1206 from top to bottom.
The working principle of the utility model are as follows:
Material strip is sent into mold by delivery sheet, and each stamping die performs the following operation:
1. first time trimming process stamping die: rushing guide hole, trimming, trimming marking；
2. chamfering process stamping die: chamfering, empty step；
3. molding procedure stamping die: molding, empty step；
4. raising process stamping die: downward raising one, convex closure shaping punching, punching；
5. first time overturning process stamping die: to lower flange, punching, chamfering punching；
6. second of overturning process stamping die: taking out hole downwards, walked to lower flange, sky；
7. first time trimming stamping die: the whole pumping hole height of shaping, trimming；
8. second of trimming process stamping die: trimming, trimming；
9. second of trimming stamping die: the shaping of shaping side, empty step；
10. punching and trimming process stamping die: punching trimming, trimming side punching, empty step；
11. third time trimming stamping die: shaping, empty step；
12. cut off operation stamping die: cutting.
In conclusion the utility model has the advantage that the utility model can be realized the essence to automobile gusset tablet
Really processing, not only simplifies manufacturing procedure, but also improve machining accuracy and processing efficiency on the basis of original processing technology, makes
It obtains production efficiency and product yield is improved.
It is understood that being merely to illustrate the utility model above with respect to the specific descriptions of the utility model and not being
It is limited to technical solution described in the utility model embodiment.Those skilled in the art should understand that still can be with
It modifies to the utility model or equivalent replacement, to reach identical technical effect；Needs are used as long as meeting, all in this reality
Within novel protection scope.
Claims (5)
1. a kind of automobile gusset tablet continuous stamping die, including be arranged from top to bottom upper positioning plate, cope plate, lower template and
Lower positioning plate is equipped with multiple top blocks, is equipped between the lower template and lower positioning plate between the upper positioning plate and cope plate
Multiple bottom seat pads, it is characterised in that: be successively arranged delivery sheet, first time trimming between the cope plate and lower template from left to right
Process stamping die, chamfering process stamping die, molding procedure stamping die, raising process stamping die, first time overturning process stamping die,
Second of overturning process stamping die, first time trimming stamping die, second trimming process stamping die, second of trimming
Stamping die, punching and trimming process stamping die, third time trimming stamping die, cut off operation stamping die；
First time trimming process stamping die include the first upper padding plate being arranged from top to bottom, the second upper padding plate, upper mounted plate, on unload
Flitch, lower die and lower bolster, the second upper padding plate bottom surface are disposed with formed punch, special-shaped plunger chip on first, on second from left to right
Special-shaped plunger chip on special-shaped plunger chip and the 4th on special-shaped plunger chip, third, formed punch, special-shaped plunger chip on first, special-shaped plunger chip, on second
Special-shaped plunger chip sequentially passes through upper mounted plate and loading and unloading material plate, loading and unloading material board bottom face from top to bottom on special-shaped plunger chip and the 4th on three
It is fixed with guide punch and is located on the 4th on the left of special-shaped plunger chip, be equipped on first and push up between special-shaped plunger chip on formed punch and first
Mechanism out, ejecting mechanism includes the first spring and the first upper ejector pin being arranged from top to bottom on first, and the top of the first spring is solid
Due on upper positioning plate, bottom is connected at the top of the first upper ejector pin in cope plate, and the first upper ejector pin passes through from top to bottom
Its bottom is connected to loading and unloading material plate top surface after first upper padding plate, the second upper padding plate, upper mounted plate, special-shaped plunger chip and above leads in third
Draw and be equipped with ejecting mechanism on second between formed punch, ejecting mechanism includes on the nitrogen gas spring being arranged from top to bottom and second on second
Mandril is fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected at the top of the second upper ejector pin in cope plate, the
Its bottom is connected to loading and unloading material plate top surface after two upper ejector pins pass through the first upper padding plate, the second upper padding plate, upper mounted plate from top to bottom,
Pressing plate, recessed set, the first lower die insert, the second lower die insert, third lower die insert and are disposed in lower die from left to right
Four lower die inserts, recessed set are located at immediately below formed punch, and the first lower die insert and the second lower die insert are located on first under special-shaped plunger chip
Side, for third lower die insert below special-shaped plunger chip on special-shaped plunger chip on second and third, it is different that the 4th lower die insert is located at the 4th
Below type formed punch, it is successively arranged lower guide jacking block, second spring and plug screw from top to bottom below pressing plate, second spring bottom passes through
Plug screw is fixed in lower template, withstands on pressing plate bottom surface at the top of lower guide jacking block, and bottom, which passes through, is connected to the after lower bolster, lower template
Two spring tops are equipped with lower jacking block, lower jacking block bottom and the third bullet being located in lower template between recessed set and the first lower die insert
Spring connection, top flush after passing through lower bolster with lower die top surface；
Chamfering process stamping die include the first upper padding plate being arranged from top to bottom, the second upper padding plate, upper mounted plate, loading and unloading material plate,
Lower die and lower bolster, are successively arranged lower ejector pin and lower jacking block in lower die from left to right, lower ejector pin bottom be located in lower template
The connection of first spring, top flush after passing through lower bolster with lower die top surface, lower jacking block bottom and the second bullet being located in lower template
Spring connection, top flush after passing through lower bolster with lower die top surface, further include upper ejecting mechanism, and upper ejecting mechanism includes from top to bottom
The third spring and upper ejector pin of setting are fixed on positioning plate at the top of third spring, and bottom is connected in cope plate
Upper ejector pin at the top of, its bottom is connected to after upper ejector pin passes through the first upper padding plate, the second upper padding plate, upper mounted plate from top to bottom
Discharging plate top surface；
Molding procedure stamping die include the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, loading and unloading material plate piece and under
Mould, loading and unloading material board bottom face is equipped with upper guide punch and upper guide punch bottom passes through loading and unloading material block piece, the right side of upper guide punch
Side is equipped with upper forming block, is fixed on upper padding plate bottom surface at the top of upper forming block, bottom across upper mounted plate, loading and unloading material plate, on unload
Loading and unloading material plate piece bottom surface is protruded from after flitch piece, and ejecting mechanism on first is equipped with above upper guide punch, is ejected on first
Mechanism includes the nitrogen gas spring being arranged from top to bottom and the first upper ejector pin, is fixed on positioning plate at the top of nitrogen gas spring, bottom
Portion is connected at the top of the first upper ejector pin in cope plate, after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
Its bottom is connected to loading and unloading material plate top surface, and the right side of upper forming block is equipped with ejecting mechanism on second, and ejecting mechanism includes on second
The first spring and the second upper ejector pin being arranged from top to bottom are fixed on positioning plate at the top of the first spring, and bottom is connected to
At the top of the second upper ejector pin in cope plate, its bottom is supported after the second upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
It connects and is equipped with lower insert in loading and unloading material plate top surface, lower die, lower insert is located at below upper guide punch, is equipped under first in lower insert
Ejector pin, the first lower ejector pin bottom are connect with the second spring being located in lower template, and the second lower ejector pin is equipped with below upper forming block, the
Two lower ejector pin bottoms are connect with the third spring being located in lower template, and top is flushed with lower die top surface；
Raising process stamping die include the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, loading and unloading material plate piece, under
Mould and lower bolster, upper padding plate bottom surface are successively arranged raising formed punch on first, raising formed punch and upper punch on second from left to right, the
Raising formed punch on one, raising formed punch, upper punch pass through upper mounted plate, loading and unloading material plate and loading and unloading material plate from top to bottom and spell on second
Block is equipped with ejecting mechanism on first on first between raising formed punch on raising formed punch and second, on first ejecting mechanism include from
It goes up and the nitrogen gas spring and the first upper ejector pin of lower setting, is fixed on positioning plate at the top of nitrogen gas spring, bottom abuts in place
At the top of the first upper ejector pin in cope plate, its bottom is abutted after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
It is successively arranged the first lower die insert, the second lower die insert and third lower die insert from left to right in loading and unloading material plate top surface, lower die,
First lower die insert is located on first below raising formed punch and inside and is equipped with the first lower insert, and the second lower die insert is located on second
Below raising formed punch and internal equipped with the second lower insert, the second lower die insert bottom surface is equipped with lower cushion block, under being located at the top of lower cushion block
In backing plate, bottom is located in lower template, and third lower die insert is located at below upper punch, is equipped with lower jacking block on the left of the first lower die insert
With the first spring, lower jacking block bottom is connect with the first spring being located in lower template, and top is flushed with lower die top surface；
First time overturning process stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, the spelling of loading and unloading material plate
Block and lower die, upper padding plate bottom surface are successively arranged the first upper overturning formed punch, the second upper overturning formed punch, the punching of third upper overturning from left to right
Head, upper punch, loading and unloading material board bottom face is successively arranged on first guide punch in guide punch and second from left to right, leads on first
Draw formed punch between the second upper overturning formed punch and third upper overturning formed punch, guide punch is located at the right side of upper punch on second,
It is equipped with ejecting mechanism on first on the left of first upper overturning formed punch, ejecting mechanism includes the first spring being arranged from top to bottom on first
With the first upper ejector pin, it is fixed on positioning plate at the top of the first spring, bottom is connected on first in cope plate and pushes up
At the top of bar, the first upper ejector pin passes through its bottom after upper padding plate, upper mounted plate from top to bottom and is connected to loading and unloading material plate top surface, on first
Ejecting mechanism on second is equipped with above guide punch, ejecting mechanism includes the nitrogen gas spring being arranged from top to bottom and second on second
Upper ejector pin is fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected at the top of the second upper ejector pin in cope plate,
Its bottom is connected to loading and unloading material plate top surface after second upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, and lower die includes from a left side
Lower mould body, the first lower die insert and the second lower die insert set gradually to the right, lower mould body be located at first on ejecting mechanism,
Below first upper overturning formed punch, the second upper overturning formed punch and third upper overturning formed punch, the first lower die insert and the second lower die insert
It is respectively positioned on upper punch lower section, the first upper overturning formed punch lower section is equipped with the first lower ejector pin, the first lower ejector pin bottom and positioned at lower template
Interior second spring connection, top are flushed with lower die top surface, are equipped with the second lower ejector pin, the second lower top on second below guide punch
Pin bottom is connect with the third spring being located in lower template, and top is flushed with lower die top surface, and the left side is equipped under first on the outside of lower die
Backer, equipped with the second lower backer, the first lower backer is located on first below ejecting mechanism and inside and is equipped with lower backer's insert on right side,
Second lower backer is located at below upper punch；
Second of overturning process stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, the spelling of loading and unloading material plate
Block and lower die, upper padding plate bottom surface be successively arranged from left to right trimming punch, the first upper overturning formed punch, upper pumping hole formed punch, at
Shape block and the second upper overturning formed punch, are successively arranged on first from left to right between upper trimming punch and the first upper overturning formed punch and eject
Ejecting mechanism in mechanism and second, ejecting mechanism includes the first spring and upper ejector pin being arranged from top to bottom, the first bullet on first
It is fixed on upper padding plate at the top of spring, bottom is connected at the top of the upper ejector pin in loading and unloading material plate, and upper ejector pin is worn from top to bottom
Its bottom protrudes from loading and unloading material plate piece bottom surface after crossing loading and unloading material plate, loading and unloading material plate piece, and ejecting mechanism includes from upper on second
And the first nitrogen gas spring and the first upper ejector pin of lower setting, it is fixed on positioning plate at the top of the first nitrogen gas spring, bottom is supported
It connects at the top of the first upper ejector pin being located in cope plate, the first upper ejector pin passes through its bottom after upper padding plate, upper mounted plate from top to bottom
Portion is connected to loading and unloading material plate top surface, is equipped with ejecting mechanism in third on the right side of the second upper overturning formed punch, ejecting mechanism includes in third
The second spring being arranged from top to bottom and the second upper ejector pin are fixed on positioning plate at the top of second spring, and bottom is connected to
At the top of the second upper ejector pin in cope plate, its bottom is supported after the second upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom
Connect in loading and unloading material plate top surface, lower die include the first lower die insert set gradually from left to right, the second lower die insert, lower die A, under
Third lower die insert is equipped in mould B, lower die B, the first lower die insert is located at below upper trimming punch and bottom is connected with lower cushion block,
Second lower die insert is located on second below ejecting mechanism, and third lower die insert is located at below the second upper overturning formed punch, in lower die A
Equipped with the first lower jacking block, the first lower jacking block bottom is connect with the first lower push rod being located in lower template, and top is flushed with lower die, the
One lower push rod bottom is connect after being pierced by lower template with the second nitrogen gas spring being fixed on lower positioning plate, and the is equipped with below lower die A
Two lower push rods, the second lower push rod top abut after passing through lower die A with upper pumping hole formed punch, and bottom is pierced by after lower template and under being fixed on
Third nitrogen gas spring on positioning plate connects, and lower die B is interior equipped with the second lower jacking block, the second lower jacking block bottom and in lower template
The connection of third spring, top is equipped with pressing plate, and pressing plate flushes with lower die；
First time trimming stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, the spelling of loading and unloading material plate
Block, lower die and bottom plate are successively arranged the first loading and unloading material plate insert, the second loading and unloading material plate in loading and unloading material plate piece from left to right
Insert, third loading and unloading material plate insert, loading and unloading material plate is equipped with upper reforming plunger, upper reforming plunger top and in upper mounted plate
The connection of the first spring, the first spring top is connected in the spring spool in upper padding plate, and loading and unloading material board bottom face is equipped with upper
Guide punch, upper guide punch protrude from loading and unloading material plate piece bottom surface, upper shaping punching after passing through loading and unloading material plate piece from top to bottom
Head left side is equipped with ejecting mechanism on first, and ejecting mechanism includes the second spring being arranged from top to bottom and pushes up on first on first
Bar is fixed on positioning plate at the top of second spring, and bottom is connected at the top of the first upper ejector pin in cope plate, and first
Upper ejector pin passes through its bottom after upper padding plate, upper mounted plate from top to bottom and is connected to loading and unloading material plate top surface, upper reforming plunger with above lead
Draw and be equipped with ejecting mechanism on second between formed punch, ejecting mechanism includes on the nitrogen gas spring being arranged from top to bottom and second on second
Mandril is fixed on positioning plate at the top of nitrogen gas spring, and bottom is connected at the top of the second upper ejector pin in cope plate, the
Its bottom is connected to loading and unloading material plate top surface after two upper ejector pins pass through upper padding plate, upper mounted plate from top to bottom, is equipped with down in lower die whole
Shape formed punch, lower reforming plunger are located at below upper reforming plunger, protrude from lower die at the top of lower reforming plunger, bottom is located at bottom plate
It is interior, the first lower cushion block is equipped with below lower reforming plunger, the first lower cushion block is set in lower template, is equipped with down on the left of lower reforming plunger whole
Shape block, lower dressing stick are located in bottom plate, and the second lower cushion block is equipped with below lower dressing stick, and the second lower cushion block is set to lower template
It is interior, lower push rod is equipped on the left of lower dressing stick, the bottom of lower push rod is connect with the third spring in lower template, top with it is lower solid
Fixed board top surface flushes, and lower reforming plunger right side is equipped with the first lower ejector pin, the first lower ejector pin bottom and positioned at the interior and lower fixation of lower die
The 4th spring connection in plate, top are flushed with lower die top surface, and the second lower ejector pin, the second lower ejector pin are equipped on the right side of the first lower ejector pin
Below upper guide punch, the second lower ejector pin bottom is connect with the 5th spring being located in lower template, top and lower die top surface
It flushes；
Second of trimming process stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, the spelling of loading and unloading material plate
Block, lower die and lower bolster, upper padding plate bottom surface are successively arranged special-shaped plunger chip on first, special-shaped plunger chip, third on second from left to right
Upper special-shaped plunger chip, special-shaped plunger chip on the 4th, special-shaped plunger chip on first, special-shaped plunger chip on second, special-shaped plunger chip in third, on the 4th
Special-shaped plunger chip passes through upper mounted plate, loading and unloading material plate and loading and unloading material plate piece from top to bottom, is equipped with the on first in special-shaped plunger chip
Ejecting mechanism on one, ejecting mechanism includes ejector pin on the first spring and first being arranged from top to bottom on first, the first spring
Top is fixed on upper mounted plate, and bottom is connected on first at the top of ejector pin, on first ejector pin pass through from top to bottom loading and unloading material plate,
Its bottom is connected to lower die top surface after loading and unloading material plate piece, is equipped with ejecting mechanism on second on second in special-shaped plunger chip, on second
Ejecting mechanism includes ejector pin on the second spring being arranged from top to bottom and second, and the top of second spring is fixed on by plug screw
In fixed plate, bottom is connected on second at the top of ejector pin, and ejector pin passes through loading and unloading material plate, loading and unloading material plate piece from top to bottom on second
Its bottom is connected to lower die top surface afterwards, is equipped with ejecting mechanism in third in third in special-shaped plunger chip, sets in special-shaped plunger chip on the 4th
There is ejecting mechanism on the 4th, ejecting mechanism is identical as ejecting mechanism structure on second in third, ejecting mechanism and first on the 4th
Upper ejecting mechanism structure is identical, is successively arranged the first lower die insert, the second lower die insert, third lower die edge in lower die from left to right
Block, the 4th lower die insert, the first lower die insert is located on first below special-shaped plunger chip, the second lower die insert is located at abnormal shape on second
Below formed punch, third lower die insert is located in third below special-shaped plunger chip, the 4th lower die insert is located on the 4th under special-shaped plunger chip
Side；
Second of trimming stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material backboard plate, loading and unloading material
Plate and lower die are successively arranged insert on first, insert on second in loading and unloading material plate from left to right, inlay in insert and the 4th in third
Block is equipped with ejecting mechanism on first on second above insert, ejecting mechanism includes the nitrogen gas spring being arranged from top to bottom on first
With the first upper ejector pin, it is fixed on positioning plate at the top of nitrogen gas spring, bottom is connected on first in cope plate and pushes up
At the top of bar, its bottom is connected to loading and unloading material backboard plate top surface after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, the
Ejecting mechanism on second is equipped on three above insert, ejecting mechanism includes the first spring and the second upper ejector pin, the first bullet on second
It is fixed on positioning plate at the top of spring, bottom is connected at the top of the second upper ejector pin in cope plate, and the second upper ejector pin is certainly
It is upper and under after upper padding plate, upper mounted plate its bottom be connected to loading and unloading material backboard plate top surface, the is equipped on the 4th above insert
Ejecting mechanism on three, ejecting mechanism includes second spring and third upper ejector pin in third, is fixed at the top of second spring solid
In spring spool on fixed board, bottom is connected at the top of the third upper ejector pin in loading and unloading material backboard plate, and third upper ejector pin is certainly
Its bottom protrudes from loading and unloading material board bottom face after loading and unloading material backboard plate, loading and unloading material plate under above, is equipped on the left of insert on first
Guide punch on first, guide punch is fixed on loading and unloading material plate on first and bottom protrudes from loading and unloading material board bottom face, on the 4th
Guide punch on second is equipped on the right side of insert, guide punch is fixed on loading and unloading material plate on second and bottom protrudes from loading and unloading material plate
Bottom surface, is successively arranged insert and the 4th lower insert under the first lower insert, the second lower insert, third in lower die from left to right, and first
Lower insert is located on first below insert, and the second lower insert is located on second below insert, and insert, which is located in third, under third inlays
Below block, the 4th lower insert is located on the 4th below insert, is equipped with the first lower push rod, the first lower push rod position on the left of the first lower insert
On first below guide punch, the first lower push rod bottom is connect with the third spring being located in lower template, and top is neat with lower die
It is flat, it is equipped with the second lower push rod on the right side of the 4th lower insert, the second lower push rod is located on second below guide punch, the second lower push rod bottom
Portion is connect with the 4th spring being located in lower template, and top is flushed with lower die；
Punching and trimming process stamping die include the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material plate, lower die and underlay
Plate is successively arranged locating piece, insert on first from left to right, inlays in insert and third on second between loading and unloading material plate and lower die
Block, upper padding plate bottom surface are successively arranged the first formed punch, the second formed punch, special-shaped punching on special-shaped plunger chip and second on first from left to right
Head, the first formed punch, the second formed punch, special-shaped plunger chip passes through upper mounted plate, loading and unloading material plate, insert on first from top to bottom on first
After protrude from insert bottom surface on first, special-shaped plunger chip passes through upper mounted plate, loading and unloading material plate, insert in third from top to bottom on second
After protrude from insert bottom surface in third, guide punch on first is equipped in upper locating piece, guide punch bottom protrudes from first
Upper bottom surface of positioning block, guide punch on second is equipped on second in insert, guide punch bottom, which protrudes from second, on second inlays
Block bottom surface, is equipped with upper ejecting mechanism on second between special-shaped plunger chip in guide punch and second, upper ejecting mechanism include from upper and
The first spring and upper ejector pin of lower setting are fixed on positioning plate at the top of the first spring, and bottom is connected to positioned at cope plate
At the top of interior upper ejector pin, its bottom is connected to loading and unloading material plate top surface after upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, under
It is successively arranged insert under the first lower insert, the second lower insert, lower mould body, third in mould from left to right, the first lower insert and the
Two lower inserts are located on first below insert, and insert is located in third below insert under third, are equipped with down on the left of the first lower insert
Mandril, lower push rod are located on first below guide punch, and lower push rod bottom is connect with the second spring being located in lower template, top
Flushed with lower die, lower jacking block be equipped in lower mould body, lower jacking block is located on second below guide punch, lower jacking block bottom be located at
Third spring connection in lower template, top is flushed with lower die；
Third time trimming stamping die includes the upper padding plate being arranged from top to bottom, upper mounted plate, loading and unloading material backboard plate, loading and unloading material
Plate and lower die are successively arranged insert on first, insert on second in loading and unloading material plate from left to right, inlay in insert and the 4th in third
Block is equipped with ejecting mechanism on first on second above insert, ejecting mechanism includes the nitrogen gas spring being arranged from top to bottom on first
With the first upper ejector pin, it is fixed on positioning plate at the top of nitrogen gas spring, bottom is connected on first in cope plate and pushes up
At the top of bar, its bottom is connected to loading and unloading material backboard plate top surface after the first upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, the
Ejecting mechanism on second is equipped on three above insert, ejecting mechanism includes the first spring and the second upper ejector pin, the first bullet on second
It is fixed on positioning plate at the top of spring, bottom is connected at the top of the second upper ejector pin in cope plate, and the second upper ejector pin is certainly
Its bottom is connected to loading and unloading material backboard plate top surface after upper padding plate, upper mounted plate under above, successively sets from left to right in lower die
There are insert and the 4th lower insert, the first lower insert under the first lower insert, the second lower insert, third to be located on first below insert,
Second lower insert is located on second below insert, and insert is located in third below insert under third, and the 4th lower insert is located at the 4th
Below upper insert, it is equipped with lower push rod on the left of the first lower insert, lower push rod bottom is connect with the second spring being located in lower template, is pushed up
Portion is flushed with lower die；
Cut off operation stamping die include the first upper padding plate being arranged from top to bottom, the second upper padding plate, upper mounted plate, loading and unloading material plate,
Lower die and lower bolster, the second upper padding plate bottom surface are equipped with special-shaped plunger chip, and special-shaped plunger chip passes through upper mounted plate and loading and unloading material from top to bottom
Loading and unloading material board bottom face is protruded from after plate, upper mounted plate bottom surface is equipped with guide punch, and guide punch passes through loading and unloading material plate, guide punch
Positioned at the left side of special-shaped plunger chip, the left side of guide punch is equipped with ejecting mechanism on first, on first ejecting mechanism include from upper and
The first spring and the first upper ejector pin of lower setting are fixed on positioning plate at the top of the first spring, and bottom is connected to positioned at upper
At the top of the first upper ejector pin in template, after the first upper ejector pin passes through the first upper padding plate, the second upper padding plate, upper mounted plate from top to bottom
Its bottom is connected to loading and unloading material plate top surface, and ejecting mechanism on second is equipped on the right side of special-shaped plunger chip, and ejecting mechanism includes certainly on second
It goes up and the nitrogen gas spring and the second upper ejector pin of lower setting, is fixed on positioning plate at the top of nitrogen gas spring, bottom abuts in place
At the top of the second upper ejector pin in cope plate, the second upper ejector pin passes through the first upper padding plate, the second upper padding plate, upper fixation from top to bottom
Its bottom is connected to loading and unloading material plate top surface after plate, and lower push rod is equipped in lower die, and lower push rod is located on first below ejecting mechanism, under
Mandril bottom is connect with the second spring being located in lower template, and top is flushed with lower die.
2. automobile gusset tablet continuous stamping die according to claim 1, it is characterised in that: raising process stamping die
It is interior, ejecting mechanism on second is equipped on second on the right side of raising formed punch, ejecting mechanism includes second be arranged from top to bottom on second
Spring and the second upper ejector pin are fixed on positioning plate at the top of second spring, and bottom is connected to second in cope plate
At the top of upper ejector pin, its bottom is connected to loading and unloading material plate top surface after the second upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom.
3. automobile gusset tablet continuous stamping die according to claim 1, it is characterised in that: second of overturning process punching
In pressing mold, loading and unloading material plate piece is equipped with upper guide punch, and upper guide punch bottom protrudes from loading and unloading material plate piece bottom surface, and second
Third lower push rod is equipped in lower die insert, third lower push rod is located at below upper guide punch, third lower push rod bottom and under being located at
The 4th spring connection in template, top is flushed with lower die.
4. automobile gusset tablet continuous stamping die according to claim 1, it is characterised in that: second of trimming process punching
In pressing mold, the left side of special-shaped plunger chip is equipped with ejecting mechanism on the 5th on first, and ejecting mechanism includes being arranged from top to bottom on the 5th
Third spring and upper ejector pin, be fixed on positioning plate at the top of third spring, bottom is connected to upper in cope plate
At the top of mandril, its bottom is connected to loading and unloading material plate top surface after upper ejector pin passes through upper padding plate, upper mounted plate from top to bottom, pushes up on the 5th
Upper guide punch is equipped with below mechanism out, upper guide punch is fixed on loading and unloading material plate piece and bottom protrudes from the spelling of loading and unloading material plate
Block bottom surface is equipped with lower push rod below upper guide punch, and lower push rod bottom is connect with the 4th spring being located in lower template, top and
Lower die top surface flushes.
5. automobile gusset tablet continuous stamping die according to claim 1, it is characterised in that: cut off operation stamping die
It is interior, ejecting mechanism in third is equipped in special-shaped plunger chip, ejecting mechanism includes the third spring being arranged from top to bottom and upper in third
Ejector pin is fixed on upper mounted plate at the top of the first spring, and bottom is connected at the top of ejector pin, and upper ejector pin passes through from top to bottom
Its bottom is connected to lower die top surface after stripper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820705606.9U CN208178229U (en) | 2018-05-10 | 2018-05-10 | Automobile gusset tablet continuous stamping die |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820705606.9U CN208178229U (en) | 2018-05-10 | 2018-05-10 | Automobile gusset tablet continuous stamping die |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208178229U true CN208178229U (en) | 2018-12-04 |
Family
ID=64429930
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820705606.9U Withdrawn - After Issue CN208178229U (en) | 2018-05-10 | 2018-05-10 | Automobile gusset tablet continuous stamping die |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208178229U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108393397A (en) * | 2018-05-10 | 2018-08-14 | 无锡诺飞高新技术有限公司 | Automobile gusset tablet continuous stamping die |
-
2018
- 2018-05-10 CN CN201820705606.9U patent/CN208178229U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108393397A (en) * | 2018-05-10 | 2018-08-14 | 无锡诺飞高新技术有限公司 | Automobile gusset tablet continuous stamping die |
| CN108393397B (en) * | 2018-05-10 | 2023-09-15 | 无锡诺飞高新技术有限公司 | Continuous stamping die for automobile corner plate pieces |
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Granted publication date: 20181204 Effective date of abandoning: 20230915 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20181204 Effective date of abandoning: 20230915 |