CN208131777U - A kind of Automobile drive rear axle oil baffle punching and blanking progressive die - Google Patents
A kind of Automobile drive rear axle oil baffle punching and blanking progressive die Download PDFInfo
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- CN208131777U CN208131777U CN201721673765.7U CN201721673765U CN208131777U CN 208131777 U CN208131777 U CN 208131777U CN 201721673765 U CN201721673765 U CN 201721673765U CN 208131777 U CN208131777 U CN 208131777U
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- punching
- blanking
- oil baffle
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- ejection block
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Abstract
The utility model discloses a kind of Automobile drive rear axle oil baffle punching and blanking progressive dies, including upper mold and lower die, the upper mold includes upper padding plate and upper mounted plate, lower die includes lower bolster and lower template, it further include punching and blanking progressive die, grading positioning mechanism and shedding mechanism, punching and blanking progressive die, that is, lateral incision punch-pin, piercing punch, blanking punch and blanking and punching cutting compound concave die collectively constitute the fixed step pitch side of one oil baffle first step punching of production, second step punching, the grading type punching type chamber of third step blanking；The continuous positioning of feedstock direction and the lasting correcting of left and right directions when the punching of oil baffle blank and blanking are realized in charging position location and charging locating slot in positioning mechanism jointly.The utility model can make blank synchronously complete cutting, punching and blanking three process in a working cycles can produce a finished product in a working cycles, can effective improving production efficiency, product appearance shape is regular and strength character is stablized.
Description
Technical field
The utility model belongs to machine processing field, is related to a kind of oil baffle punching and blanking progressive die, especially relates to
And a kind of Automobile drive rear axle oil baffle punching and blanking progressive die.
Background technique
Used oil baffle is for being mounted on rear-end gear reduction inside tank in the main reducing gear of Automobile drive rear axle
The end face in hole, main function are to prevent the outflow of lubrication oil in main reducing gear inside tank from coming, and play blocking, prevent lubricating oil
The effect of spilling.
The traditional production method of oil baffle is that a point three process is processed, and implements process one using single-point plate shearing machine first
Then blanking processing implements the processing of two blanking of process using one point press, finally implement process three using one point press and rush
Hole machined.Using traditional production technology, not only process is more, and time-consuming for production, but also will be between multiple devices
Round-trip multiple material dispensing, production efficiency are lower, it is important to when aperture is installed in punching usually because of product orientation deviation due to
Easily lead to its overproof requirement without being able to satisfy assembly of position degree relative to product shape.
The utility model is based on the consideration of optimization property existing for production technology in the prior art, designs a kind of oil baffle
Punching and blanking progressive die can realize first step punching fixed step pitch side, second step punching middle circle in same secondary mold
Hole, third step punching product shape can make blank synchronously complete three work of cutting, punching and blanking in a working cycles
Sequence can produce a finished product in a working cycles, and can make that the face shaping of oil baffle is regular and strength character is stablized,
In this way by designing a kind of punching and blanking progressive die for being able to satisfy production oil baffle, the stability and raising of Improving The Quality of Products
The production efficiency of product, just seems very necessary.
Utility model content
The purpose of this utility model is that optimizing the deficiency of existing production technology, adapts to reality and need, a kind of automobile is provided
Drive rear axle oil baffle punching and blanking progressive die.
In order to realize that the purpose of this utility model, the technical solution adopted in the utility model be：
A kind of Automobile drive rear axle oil baffle punching and blanking progressive die, including upper mold and lower die, the upper mold include upper
Backing plate and upper mounted plate, lower die include lower bolster and lower template, and punching and blanking progressive die further includes,
Punching and blanking progressive die, punching and blanking progressive die include piercing punch in upper mold, blanking punch, lateral incision punch-pin with
Blanking and punching in lower die cuts off compound concave die；According to feedstock direction by the sequencing of starting work, lateral incision punch-pin, punching convex
Mould, blanking punch and blanking and punching cutting compound concave die collectively constitute the fixed step pitch side of one oil baffle first step punching of production
Side, second step punching, the grading type punching type chamber of third step blanking；
Grading positioning mechanism, positioning mechanism includes stock guide, lateral incision block and material jacking mechanism, according to feedstock direction, blanking punching
Hole cuts off the compound concave die upper surface left side and is equipped with stock guide, and right end middle position is equipped with lateral incision block, feeds initial position right end
Equipped with material jacking mechanism, feeds initial position and be equipped with starting point retainer plate, material jacking mechanism is corresponding with starting point retainer Board position, lateral incision
The rear end of block and lateral incision punch-pin slide to form lateral incision initial position, after being punched lateral incision leftover pieces every time, the side of oil baffle blank
Side forms level-one and feeds position location；Oil baffle base is formed with the left side of lateral incision block and the left side of material jacking mechanism on the right side of stock guide
Material charging locating slot feeds position location and feeds feedstock direction when locating slot realizes the punching of oil baffle blank and blanking jointly
The lasting correcting of continuous positioning and left and right directions；
And
Shedding mechanism, it includes the excellent power glue of loading and unloading material and loading and unloading material plate in upper mold that shedding mechanism, which is located at,.
Further, material jacking mechanism includes lateral ejection block support, ejection block spring and lateral ejection block, starting point retainer plate
Right side be equipped with lateral ejection block support, be equipped with a lateral ejection block spring and one of lateral ejection block support laterally push up
Expect that block, material jacking mechanism position oil baffle blank feed by lateral ejection block；Lateral ejection block is with lateral ejection block spring
Because the outside thrust of compressive deformation makes oil baffle blank and stock guide left contact even closer.
Further, the lower left corner of the cope plate, upper padding plate and upper mounted plate lower surface is all equipped with " the L shape " of identical direction
The anti-back mark of circular hole, the lower left corner of the blanking and punching cutting compound concave die, lower bolster and lower template upper surface are all equipped with identical
The anti-back mark of " L shape " circular hole of direction.
Further, three piercing punches are mounted under the bosom and upper padding plate of upper mounted plate by interference fit
Side, a blanking punch are mounted on the lower section of upper mounted plate by bolt and positioning pin connection, and a lateral incision punch-pin passes through bolt
And positioning pin connection is mounted on the lower section of upper mounted plate.
Further, loading and unloading material plate is fastenedly connected under upper mounted plate by about four and symmetrical caging bolt
Side, the discharging recessing groove of loading and unloading material plate and a lateral incision punch-pin, three piercing punches and a blanking punch are all clearance fit
And connection is slided up and down, nine front and backs and the excellent power glue of symmetrical loading and unloading material are bolted connection in upper mounted plate and upper
The centre of stripper.
Further, the lateral ejection block is fastenedly connected by bolt and lateral ejection block support, and lateral ejection block is horizontal
The connection that slides over each other is placed on the upper surface of starting point retainer plate, and lateral ejection block spring is bolted connection in lateral
The centre of ejection block support and lateral ejection block and one end are put into the blind hole among lateral ejection block Nei and are clearance fit,
The charging initial position for being securedly mounted to blanking and punching cutting compound concave die and lower template is bolted in starting point retainer plate
Top.
The beneficial effects of the utility model are：
1. first step punching fixed the step pitch side, second step punching middle circle in same secondary mold of the utility model
Hole, third step punching product shape processing technology, blank can be made to synchronously complete cutting, punching in a working cycles
With blanking three process, a finished product can be produced in a working cycles, it can effective improving production efficiency；
2. the fixed step pitch side of punching in advance in front of the punching of the utility model and blanking station, and cooperate position block and
Lateral pusher continues the structure of correcting product blank positioning, it is sustainable it is stable guarantee the face shaping of oil baffle it is regular and
Strength character is stablized；
3. each piece surface for stacking installation is needed to process " the L shape " of identical direction in the upper die and lower die of the utility model
The structure of the anti-back mark of circular hole, front and back and up and down direction are installed reversed maloperation and are occurred when mold can be effectively prevent to assemble.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model punching and blanking progressive die；
Fig. 2 is the part of the lower die overlooking structure diagram of the utility model embodiment 1；
Fig. 3 is the schematic view of the front view after workpiece punching and blanking；
Fig. 4 is the overlooking structure diagram after workpiece punching and blanking；
Fig. 5 is workpiece side cutting step, the overlooking structure diagram of punching work step and blanking work step process.
In figure, die shank 1, cope plate 2, guide sleeve 3, upper padding plate 4, upper mounted plate 5, piercing punch 6, the excellent power glue 7 of loading and unloading material fallen
Expect punch-pin 8, loading and unloading material plate 9, guide post 10, blanking and punching cutting compound concave die 11, lower bolster 12, lower template 13, oil baffle 14, side
Cut block 15, lateral incision leftover pieces 16, lateral incision punch-pin 17, lateral ejection block support 18, lateral ejection block spring 19, lateral ejection block
20, starting point retainer plate 21, oil baffle blank 22, stock guide 23.
Specific embodiment
The present invention will be further described with reference to the accompanying drawings and examples：
Embodiment：Referring to Fig. 1-Fig. 5.
A kind of Automobile drive rear axle oil baffle punching and blanking progressive die and its processing technology, including upper mold and lower die, institute
To state upper mold from top to bottom include the die shank 1 being successively fastenedly connected, cope plate 2, upper padding plate 4, upper mounted plate 5, piercing punch 6, is fallen
Expect that punch-pin 8, lateral incision punch-pin 17, the excellent power glue 7 of loading and unloading material and loading and unloading material plate 9, the lower die include successively being fastenedly connected from top to bottom
Blanking and punching cutting compound concave die 11, lower bolster 12 and lower template 13.
According to feedstock direction by the sequencing of starting work, the right side of the blanking and punching cutting 11 upper surface of compound concave die
Centre is equipped with a lateral incision block 15 and left side is equipped with a stock guide 23, the starting of the blanking and punching cutting compound concave die 11
End right side is equipped with a lateral ejection block support 18, and starting point is equipped with a starting point retainer plate 21, the lateral ejection block branch
Seat 18 be equipped with a lateral ejection block spring 19 and a lateral ejection block 20, the lateral incision punch-pin 17 are located at piercing punch
6 and the right side of blanking punch 8 depend on one side of starting point, for carrying out lateral deburring to oil baffle blank 22, convenient in subsequent punching
Hole and blanking station realize the continuous positioning of feedstock direction and the lasting correcting of left and right directions, the lateral incision punch-pin 17, punching convex
Mould 6, blanking punch 8 and blanking and punching cutting compound concave die 11 collectively constitute the fixed step of one 14 first step punching of oil baffle of production
Grading type punching type chamber away from side second step punching third step blanking.
This fixed step pitch side of first step punching, circular hole, third step punching among second step punching in same secondary mold
The processing technology of product shape can make blank synchronously complete three work of cutting, punching and blanking in a working cycles
Sequence can produce a finished product in a working cycles, can effective improving production efficiency.
A lateral incision block 15 is equipped among the right side of the blanking and punching cutting 11 upper surface of compound concave die and left side is set
There is a stock guide 23, the right side of the blanking and punching cutting compound concave die 11 is equipped with a lateral ejection block support 18, described
The top of lateral ejection block support 18 is equipped with a lateral ejection block spring 19 and a lateral ejection block 20, i.e. lateral incision block 15
Rear end and lateral incision punch-pin 17 sliding form lateral incision initial position, every time be punched lateral incision leftover pieces 16 after, oil baffle blank 22
Side forms level-one and feeds position location；23 right side of stock guide and the left side of lateral incision block 15 and the left side shape of lateral ejection block 20
Locating slot is fed at oil baffle blank 22, position location is fed and charging locating slot is realized 22 punching of oil baffle blank jointly and fallen
The lasting correcting of the continuous positioning of feedstock direction and left and right directions when material.The fixed step of punching in advance in front of this punching and blanking station
Away from side, and position block and lateral pusher is cooperated to continue the structure that correcting product blank positions, sustainable stable guarantor
The face shaping of card oil baffle is regular and strength character is stablized.
The lower left corner of 5 lower surface of the cope plate 2, upper padding plate 4 and upper mounted plate is all equipped with " L shape " circular hole of identical direction
Anti- back mark, the blanking and punching cuts off compound concave die 11, the lower left corner of 13 upper surface of lower bolster 12 and lower template is all equipped with phase
With the anti-back mark of " L shape " circular hole of direction, each piece surface for stacking installation is needed to process identical direction in this upper die and lower die
The anti-back mark of " L shape " circular hole structure, when mold can be effectively prevent to assemble front and back and up and down direction reversed maloperation is installed
Occur.
Guide post guide sleeve structure is provided between the upper mold and lower die, the guide sleeve 3 passes through interference fit and cope plate 2
Connection, the guide post 10 are connect by interference fit with lower template 13.
The die shank 1 and cope plate 2 are interference fit, and the upper padding plate 4 is mounted on cope plate 2 by bolt and positioning pin
Lower section, fixed plate 5 is mounted on the lower section of upper padding plate 4 by bolt and positioning pin, and three piercing punches 6 pass through
Interference fit is mounted on the bosom of upper mounted plate 5 and the lower section of upper padding plate 4, a blanking punch 8 by bolt and
Positioning pin connection is mounted on the lower section of upper mounted plate 5 in the front of three piercing punches 6, and three piercing punches 6 are in interposition
It sets but in the side to the front of lateral incision punch-pin 17, a lateral incision punch-pin 17 is mounted on upper mounted plate by bolt and positioning pin connection
The side to the rear of 5 lower section side to the right and three piercing punches 6, the loading and unloading material plate 9 pass through four front and backs and symmetrical limit
Position bolt fastening is connected to the lower section of upper mounted plate 5, the discharging recessing groove of the loading and unloading material plate 9 and a lateral incision punch-pin 17, three
Part piercing punch 6 and a blanking punch 8 are all clearance fit and slide up and down connection, nine front and backs and symmetrical
The excellent power glue 7 of loading and unloading material is bolted connection in the centre of upper mounted plate 5 and loading and unloading material plate 9.
The blanking and punching cutting compound concave die 11 is fastened on the top of lower bolster 12, institute by bolt and positioning pin
The top that lower bolster 12 is fastened on lower template 13 by bolt and positioning pin is stated, the lateral incision block 15 is by bolt and determines
Position pin connection is securedly mounted among the right side of blanking and punching cutting 11 upper surface of compound concave die, and the stock guide 23 passes through bolt
Connection is securedly mounted to the left side of blanking and punching cutting 11 upper surface of compound concave die, and the lateral ejection block support 18 passes through bolt
Connection is securedly mounted to the right side starting point of blanking and punching cutting compound concave die 11 and the top of lower template 13, the lateral liftout
Block 20, which is bolted, is securedly mounted to the upper of lateral ejection block support 18 and to lie in a horizontal plane on starting point retainer plate 21
It is to horizontally slip to connect on surface and with its 21 upper surface of starting point retainer plate, the lateral ejection block spring 19 is tight by bolt
The connected centre for being connected to lateral ejection block support 18 and lateral ejection block 20 and one end are put among lateral ejection block 20
It in blind hole and is clearance fit, the starting point retainer plate 21 is bolted that be securedly mounted to blanking and punching cutting compound recessed
The starting point of mould 11 and the top of lower template 13.
The working principle of the utility model is summarized as follows：
The oil baffle of the driving rear-end gear reduction of such Zhengzhou daily output P31 diesel oil truck-type is by the cold of 1.0mm thickness
It rolls that plate is stamped to be processed into, the processing of punching and blanking progressive die can be used for after blanking procedure：
The Automobile drive rear axle oil baffle punching and blanking progressive die of the utility model is mounted on single-point and opened by the first step
On formula steam-operating 100T press machine.
Oil baffle blank 22 is lain in a horizontal plane in blanking and punching cutting compound concave die 11 and starting point retainer plate 21 by second step
Upper surface on, make oil baffle blank 22 left side and stock guide 23 right side be in close contact, the right side of oil baffle blank 22
With the left close contact of lateral ejection block 20, under the action of ejection block spring 19, lateral ejection block 20 is outside because of compressive deformation
It is even closer that thrust allows oil baffle blank 22 to contact with stock guide 23, moves oil baffle blank 22 further along, makes oil baffle
The front end face of blank 22 and the rear end face of lateral incision block 15 are in close contact, and complete lateral incision positioning；
Third step starts press machine and carries out punch process to oil baffle blank 22, on press machine workbench and upper mold to
Lower movement, in the process, loading and unloading material plate 9 is contacted with oil baffle blank 22 first, then lateral incision punch-pin 17 and oil baffle blank
22 contact and continue to move downward, and until workbench runs to bottom dead centre on lathe, make oil baffle blank 22 in lateral incision
The first work step lateral incision oil baffle blank 22 is completed under the action of between punch-pin 17 and blanking and punching cutting compound concave die 11；Current work
OP1O in program process status such as Fig. 5（First station）It is shown；
4th step, then oil baffle blank 22 is promoted forwards and is by workbench and the upward return of upper mold on press machine：
Make on oil baffle blank 22 it is machined go out oriented side trimming part enter the left side of lateral incision block 15 and stock guide 23 right side it
Between positioning in the locating mould cavity that constitutes, and make the front end of the oil baffle blank 22 without lateral incision and the rear end face of lateral incision block 15
It is in close contact, at the same time, lateral incision leftover pieces 16, which fall to fall into from mold and lathe material spilling hole, is placed on giving up below lathe
In hopper；
5th step starts press machine and carries out punch process again to oil baffle blank 22, workbench and upper mold on press machine
It moves downward, in the process, loading and unloading material plate 9 is contacted with oil baffle blank 22 first, then lateral incision punch-pin 17 and three punchings
Punch-pin 6 successively contacts with oil baffle blank 22 and continues to move downward, until workbench runs to bottom dead centre on lathe,
Complete oil baffle blank 22 under the action of lateral incision punch-pin 17, piercing punch 6 and blanking and punching are cut off between compound concave die 11
First work step lateral incision oil baffle blank 22 and the second work step rush three fixed step pitch holes, current process process status such as Fig. 5
Middle OP2O（Second station）It is shown.
6th step, workbench and the upward return of upper mold on press machine, then oil baffle blank 22 is promoted, make forwards
What the part of the machined side of positioning out went successively to constitute between lateral incision block 15 and stock guide 23 on oil baffle blank 22 determines
Bit-type is intracavitary, and is in close contact the front end of the oil baffle blank 22 without lateral incision and the rear end face of lateral incision block 15, with this
Meanwhile lateral incision leftover pieces 16 and punched scrap fall the ash can for falling into and being placed below lathe from mold and lathe material spilling hole
It is interior；
7th step starts press machine and carries out punch process again to oil baffle blank 22, workbench and upper mold on press machine
It moves downward, in the process, loading and unloading material plate 9 is contacted with oil baffle blank 22 first, then 17, three punching convexes of lateral incision punch-pin
Mould 6 and blanking punch 8 successively contact with oil baffle blank 22 and continue to move downward, until workbench is run to down on lathe
Until dead point, oil baffle blank 22 is made to cut off compound concave die in lateral incision punch-pin 17, piercing punch 6, blanking punch 8 and blanking and punching
The first work step lateral incision oil baffle blank 22 is completed under the action of between 11, the second work step rushes three fixed step pitch holes and third work step
The blanking forming punching of product；Oil baffle 14 after molding requires to reach 46.1 mm of length, 52.6 mm of width, shape circular arc
R8.0 mm, R5.5 mm, installation 6.1 mm of bore inner diameter φ, 35.1 mm of pitch of holes, 41.5 mm, 2.6 mm, hole back gauge 5.5
Mm, after punching and blanking, the structure of workpiece is as shown in Figure 3, Figure 4, OP3O in current process process status such as Fig. 5
（3rd station）It is shown.
8th step, workbench and the upward return of upper mold on press machine, then oil baffle blank 22 is promoted, make forwards
What the part of the machined side of positioning out went successively to constitute between lateral incision block 15 and stock guide 23 on oil baffle blank 22 determines
Bit-type is intracavitary, and at the same time, lateral incision leftover pieces 16 and punched scrap and oil baffle 14 decline from mold and lathe material spilling hole simultaneously
It falls into down and respectively in the ash can and body feed tank being placed below lathe.
The oil baffle shape ruler made of the Automobile drive rear axle oil baffle punching and blanking progressive die of the utility model
Very little stabilization is in 46.1 mm of length, 52.6 mm of width, 8.0 mm of shape circular arc R, R5.5 mm, installation bore inner diameter φ 6.1
Mm, 35.1 mm of pitch of holes, 41.5 mm, 2.6 mm, 5.5 mm of hole back gauge, the consistency of product monnolithic case is regular, can hold
Continuing stable ensures that the outer dimension of oil baffle reaches the design requirement of product drawing.It is also promoted while improving product quality
Production capacity drives the oil baffle production process of rear-end gear reduction very smooth and stablizes, and the punching and blanking progressive die
The maintenance frequency significantly reduces than the mold repair frequency of traditional handicraft, and die life is promoted significant.Single products split run production capacity
11000 are promoted to by 6500, split run production capacity improves 69.2%.
Claims (6)
1. a kind of Automobile drive rear axle oil baffle punching and blanking progressive die, including upper mold and lower die, the upper mold include upper pad
Plate（4）And upper mounted plate（5）, lower die includes lower bolster（12）And lower template（13）, it is characterised in that punching and blanking progressive die
Further include,
Punching and blanking progressive die, punching and blanking progressive die include the piercing punch in upper mold（6）, blanking punch（8）, lateral incision punch-pin
（17）Compound concave die is cut off with the blanking and punching in lower die（11）；According to feedstock direction by the sequencing of starting work, lateral incision is convex
Mould（17）, piercing punch（6）, blanking punch（8）Compound concave die is cut off with blanking and punching（11）Collectively constitute one gear oil of production
Plate（14）Step pitch side, second step punching, the grading type punching type chamber of third step blanking are fixed in first step punching；
Grading positioning mechanism, positioning mechanism include that stock guide (23), lateral incision block (15) and material jacking mechanism are fallen according to feedstock direction
Expect that Die structure compound concave die (11) the upper surface left side is equipped with stock guide (23), right end middle position is equipped with lateral incision block (15),
It feeds initial position right end and is equipped with material jacking mechanism, charging initial position is equipped with starting point retainer plate（21）, material jacking mechanism and starting
Hold retainer plate（21）Position is corresponding, the rear end of lateral incision block (15) and lateral incision punch-pin（17）Sliding forms lateral incision initial position, often
After secondary punching lateral incision leftover pieces (16), oil baffle blank（22）Side formed level-one feed position location；Stock guide (23) is right
The left side on the left side and material jacking mechanism of side and lateral incision block (15) forms oil baffle blank（22）Locating slot is fed, sprocket bit is fed
It sets and feeds locating slot and realize oil baffle blank jointly（22）The continuous positioning and left and right directions of feedstock direction when punching and blanking
Lasting correcting；
And
Shedding mechanism, it includes the excellent power glue of loading and unloading material in upper mold that shedding mechanism, which is located at,（7）With loading and unloading material plate（9）.
2. a kind of Automobile drive rear axle oil baffle punching and blanking progressive die according to claim 1, which is characterized in that top
Expect that mechanism includes lateral ejection block support (18), ejection block spring (19) and lateral ejection block (20), starting point retainer plate（21）
Right side be equipped with lateral ejection block support (18), lateral ejection block support（18）Be equipped with a lateral ejection block spring（19）
An and lateral ejection block（20）, material jacking mechanism passes through lateral ejection block（20）To oil baffle blank（22）Charging positioning；Laterally
Ejection block (20) is with lateral ejection block spring (19) because the outside thrust of compressive deformation allows oil baffle blank (22) and stock guide
(23) left contact is even closer.
3. a kind of Automobile drive rear axle oil baffle punching and blanking progressive die according to claim 1 or 2, feature exist
In the cope plate（2）, upper padding plate（4）And upper mounted plate（5）The lower left corner of lower surface is all equipped with " L shape " circle of identical direction
The anti-back mark in hole, the blanking and punching cut off compound concave die（11）, lower bolster（12）And lower template（13）The lower left corner of upper surface
All it is equipped with the anti-back mark of " L shape " circular hole of identical direction.
4. a kind of Automobile drive rear axle oil baffle punching and blanking progressive die according to claim 1 or 2, feature exist
In three piercing punches（6）Upper mounted plate is mounted on by interference fit（5）Bosom and upper padding plate（4）Lower section, one
Part blanking punch（8）Upper mounted plate is mounted on by bolt and positioning pin connection（5）Lower section, a lateral incision punch-pin（17）Pass through
Bolt and positioning pin connection are mounted on upper mounted plate（5）Lower section.
5. a kind of Automobile drive rear axle oil baffle punching and blanking progressive die according to claim 1 or 2, feature exist
In loading and unloading material plate（9）It is fastenedly connected by about four and symmetrical caging bolt in upper mounted plate（5）Lower section, on
Stripper（9）Discharging recessing groove and a lateral incision punch-pin（17）, three piercing punches（6）An and blanking punch（8）It is all
Clearance fit and connection is slided up and down, nine front and backs and the excellent power glue of symmetrical loading and unloading material（7）Be bolted connection in
Upper mounted plate（5）With loading and unloading material plate（9）Centre.
6. a kind of Automobile drive rear axle oil baffle punching and blanking progressive die according to claim 2, which is characterized in that institute
State lateral ejection block（20）Pass through bolt and lateral ejection block support（18）It is fastenedly connected, lateral ejection block（20）It lies in a horizontal plane in
Starting point retainer plate（21）Upper surface on slide over each other connection, lateral ejection block spring（19）It is bolted connection in side
To ejection block support（18）With lateral ejection block（20）Centre and one end be put into lateral ejection block（20）Intermediate blind hole
It is interior and be clearance fit, starting point retainer plate（21）It is bolted and is securedly mounted to blanking and punching cutting compound concave die（11）
Charging initial position and lower template（13）Top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721673765.7U CN208131777U (en) | 2017-12-06 | 2017-12-06 | A kind of Automobile drive rear axle oil baffle punching and blanking progressive die |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721673765.7U CN208131777U (en) | 2017-12-06 | 2017-12-06 | A kind of Automobile drive rear axle oil baffle punching and blanking progressive die |
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| Publication Number | Publication Date |
|---|---|
| CN208131777U true CN208131777U (en) | 2018-11-23 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107931427A (en) * | 2017-12-06 | 2018-04-20 | 江西江铃底盘股份有限公司 | A kind of Automobile drive rear axle oil baffle punching and blanking progressive die and its processing technology |
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| CN110695217A (en) * | 2019-11-27 | 2020-01-17 | 童爱霞 | Automobile rear axle die |
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2017
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107931427A (en) * | 2017-12-06 | 2018-04-20 | 江西江铃底盘股份有限公司 | A kind of Automobile drive rear axle oil baffle punching and blanking progressive die and its processing technology |
| CN107931427B (en) * | 2017-12-06 | 2023-08-15 | 江西江铃底盘股份有限公司 | Punching and blanking progressive die for automobile driving rear axle oil baffle and processing technology thereof |
| CN109454167A (en) * | 2018-12-25 | 2019-03-12 | 桂林电子科技大学 | A kind of clutch monoblock type corrugated sheet single step molding die |
| CN109454167B (en) * | 2018-12-25 | 2024-02-27 | 桂林电子科技大学 | Single-step forming die for integral wave-shaped sheet of clutch |
| CN110695217A (en) * | 2019-11-27 | 2020-01-17 | 童爱霞 | Automobile rear axle die |
| CN110695217B (en) * | 2019-11-27 | 2021-08-13 | 柳州市锐思机械设计有限公司 | Automobile rear axle die |
| CN112355129A (en) * | 2020-10-20 | 2021-02-12 | 东风汽车有限公司 | Automatic forming production line for conical check ring |
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Granted publication date: 20181123 Termination date: 20191206 |