CN206509407U - The diel of self-feeding in a kind of mould - Google Patents
The diel of self-feeding in a kind of mould Download PDFInfo
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- CN206509407U CN206509407U CN201621307877.6U CN201621307877U CN206509407U CN 206509407 U CN206509407 U CN 206509407U CN 201621307877 U CN201621307877 U CN 201621307877U CN 206509407 U CN206509407 U CN 206509407U
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- material strip
- wire spring
- sliding block
- feed mechanism
- feeding
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Abstract
The utility model is related to a kind of diel of self-feeding in mould.By set in lower mold assemblies can bilateral reciprocation feed mechanism and the detent mechanism that is positioned to material strip, the punching press effect under rushing at is inserted using sliding block, feed mechanism is promoted to be moved to the left and plugged with next positioning hole of material strip left direction, sliding block is recycled to insert the active force that punching is drawn upwardly out, feed mechanism can drive material strip to move right, when being plugged to detent mechanism and material strip upper Positioning holes, feed mechanism stops feeding, and sliding block inserts punching, and punching press action can complete the self-feeding action to material strip repeatedly along the vertical direction.The diel of self-feeding, ingenious in design in mould of the present utility model, Stability Analysis of Structures, can be automatically performed feeding action, without transferring feed mechanism, save the frame mould time, significantly saved the cost of enterprise.
Description
Technical field
The utility model is related to a kind of stamping die of self-feeding in metal stamping die technical field, more particularly to mould
Tool.
Background technology
Material strip and punch table of the current conventional diel generally by upper and lower template, between bolster
The feeder composition of configuration itself, feeder driving material strip motion is to realize feeding, and this feeder is cumbersome, and manufacture,
The cost install, debugged and repair is all very high.
The content of the invention
The purpose of this utility model is the diel for providing self-feeding in a kind of mould.
The utility model solve the technical scheme that is used of above-mentioned technical problem for：The stamping die of self-feeding in a kind of mould
Tool, it includes lower mold assemblies and upper die component, a pressing plate and a material strip, institute is provided between the lower mold assemblies and upper die component
State material strip to be arranged between the lower mold assemblies and pressing plate, be formed with the material strip on multiple positioning holes, the upper die component
It is provided with a sliding block and inserts punching, the sliding block inserts punching and is arranged in vertical, can move back and forth along the vertical direction；The lower mold assemblies
An inner chamber is inside formed with, the interior intracavitary is provided with：Elastic telescopic motion can be done inside the lower mold assemblies in the horizontal direction
And promote the feed mechanism of material strip fixed-distance moving in the horizontal direction；For the detent mechanism that the material strip is fixed；
And it is arranged on the block between the feed mechanism and detent mechanism.
In a preferred embodiment, the detent mechanism and the block are fixed in the lower mold assemblies, the sliding block
It is slotting to rush the downwardly material strip punching press and be inserted between the feed mechanism and block, it can be driven during punching press described
Feed mechanism is separated and the dorsad block motion with the material strip；The sliding block, which is inserted to rush at, moves and leaves the feeder
Between structure and detent mechanism, the feed mechanism drives the material strip to be moved towards the block direction during separation.
In a preferred embodiment, the feed mechanism includes：Sliding block, Flat wire spring, the first locating piece and the first round wires
Spring；The Flat wire spring and first wire spring are arranged in a crossed manner；One is formed with the sliding block is used to fix described flat
The mounting groove of wire spring and the first wire spring, first wire spring is arranged in the mounting groove along the longitudinal direction, its
Top is connected with the tail end of first locating piece, and its bottom is connected with the bottom land of the mounting groove, first locating piece
The first chamfering is formed with the end on top, the first chamfering formation is in the direction of advance of the material strip, and described first falls
Angle, which can be inserted into the positioning hole of the material strip, to be used to position it, under normality, and the top of first locating piece exceeds the peace
Tankage is to the top of the lower mold assemblies；The Flat wire spring is laterally set, and its one end is arranged on the installation in transverse direction
Groove is interior, the other end is connected with the side wall of the inner chamber；The sliding block is promoted to drive side wall of the Flat wire spring towards inner chamber
Direction produces compressive deformation, first wire spring can be driven to move in the same direction simultaneously, conversely, first wire spring is returned
It is in situ.
In a preferred embodiment, the detent mechanism includes：Fixed block, the second locating piece and the second wire spring；Institute
The top that fixed block is vertically set on the lower mold assemblies is stated, it is internally formed cavity, second locating piece and the second round wires
Spring connection is arranged in the cavity of the fixed block, and the second wire spring vertical direction is set, its top with it is described
The top of the cavity of fixed block is connected, its tail end is connected with the tail end of second locating piece, the top of second locating piece
End on be formed with the second chamfering, the second chamfering formation is in the direction of advance of the material strip, and second chamfering can
Inserting in the positioning hole of the material strip is used to position it, under normality, and the top of second locating piece passes through the lower module
The upper surface of part.
In a preferred embodiment, the upper die component from top to bottom sequentially includes upper bolster, upper padding plate, train wheel bridge, the back of the body
Plate and stripper, the sliding block insert punching and insert punching through the upper padding plate, train wheel bridge, backboard and stripper, the sliding block is connected
Top is connected with the upper padding plate, and bottom is stretched out from the lower section of the stripper；The lower mold assemblies sequentially include from the bottom to top
Die shoe, lower bolster and lower template, the inner chamber are formed in the lower template, the feed mechanism, block and detent mechanism
It can enter respectively at the opening above the inner chamber and be assemblied in interior intracavitary.
The beneficial effect of the diel of self-feeding is in the utility model mould：Can by being set in lower mold assemblies
The feed mechanism of bilateral reciprocation and the detent mechanism positioned to material strip, the punching press inserted using sliding block under rushing at are made
With, promote feed mechanism to be moved to the left and plugged with next positioning hole of material strip left direction, recycle sliding block insert rushes at
The active force of extraction, feed mechanism can drive material strip to move right, when being plugged to detent mechanism and material strip upper Positioning holes, feeding
Mechanism stops feeding, and sliding block inserts punching, and punching press action can complete the self-feeding action to material strip repeatedly along the vertical direction.This practicality
The diel of self-feeding, ingenious in design in new mould, Stability Analysis of Structures, can be automatically performed feeding action, be sent without transferring
Expect mechanism, saved the frame mould time, significantly saved the cost of enterprise.
Brief description of the drawings
Fig. 1 is the perspective view under the die opening state of the diel of self-feeding in mould in an embodiment.
Fig. 2 is the enlarged diagram of part A in Fig. 1.
Fig. 3 is the enlarged diagram of D parts in Fig. 1.
Fig. 4 is the perspective view under the matched moulds state of the diel of self-feeding in mould in an embodiment.
Fig. 5 is the enlarged diagram of part B in Fig. 4.
Fig. 6 is the enlarged diagram of C portion in Fig. 4.
Fig. 7 moves schematic diagram for the material strip of the diel of self-feeding in mould in an embodiment.
Embodiment
Diel below in conjunction with specific embodiment and accompanying drawing to self-feeding in mould of the present utility model is made into one
Step is described in detail.
A kind of diel of self-feeding in Fig. 1, mould is referred to, it includes lower mold assemblies 10 and upper die component 20, under
A pressing plate 40 and a material strip 80 are provided between membrane module 10 and upper die component 20, material strip 80 is arranged on lower mold assemblies 20 and pressing plate
Between 40, multiple positioning holes 81 are formed with material strip 80.
For ease of illustrating the theory of mechanics of this programme, in this case, so that shown in accompanying drawing, direction has been illustrated as up and down
In standard, and this case, the moving direction of material strip 80 is from left to right.
A sliding block is provided with upper die component 20 and inserts punching 30, sliding block insert punching 30 be arranged in vertical, can be along the vertical direction
Move back and forth；It is formed with lower mold assemblies 10 in an inner chamber 131, inner chamber 131 and is provided with feed mechanism 50, detent mechanism 60 and gear
Block 70, feed mechanism 50 can do elastic telescopic inside lower mold assemblies 10 and move and promote material strip 80 along level side in the horizontal direction
To fixed-distance moving, detent mechanism 60 is used to material strip 80 is fixed to prevent that material strip 80 is shifted during punching press, block
70 are arranged between feed mechanism 50 and detent mechanism 60.
Detent mechanism 60 and block 70 are fixed in lower mold assemblies 20, and sliding block is inserted punching 30 and downwardly the punching press of material strip 80 and inserted
Enter to feed mechanism 50 can be driven to be separated with material strip 80 and dorsad block between feed mechanism 50 and block 70, during punching press
70 motions；Sliding block inserts punching 30 and moves and leave between feed mechanism 50 and detent mechanism 60 upwards, feeder during separation
Structure 50 drives material strip 80 to be moved towards the direction of block 70.
Fig. 2 is referred to, feed mechanism 50 includes：Sliding block 51, Flat wire spring 54, the first locating piece 52 and the first wire spring
53；Flat wire spring 54 and the first wire spring 53 are arranged in a crossed manner；One is formed with sliding block 51 is used to fix Flat wire spring 54 and the
The mounting groove 55 of one wire spring 53, the first wire spring 53 is arranged in mounting groove 55 along the longitudinal direction, its top and first
The tail end of locating piece 52 is connected, and its bottom is connected with the bottom land of mounting groove 55, is formed on the end on the top of the first locating piece 52
There is the first chamfering 521, the first chamfering 521 is formed in the direction of advance of material strip 80, and the first chamfering 521 can be inserted into determining for material strip 80
It is used to position it in the hole 81 of position, under normality, the top of the first locating piece 52 is beyond mounting groove 55 to the top of lower mold assemblies 20；
Flat wire spring 54 is laterally set, and its one end is arranged on interior mounting groove 55, the other end and the side wall phase of inner chamber 131 in transverse direction
Even；Promote sliding block 51 with drive Flat wire spring 54 towards inner chamber 131 sidewall direction produce compressive deformation, can be while driving first
Wire spring 53 is moved in the same direction, conversely, the first wire spring 53 returns to original position.
Fig. 3 is referred to, detent mechanism 60 includes：Fixed block 61, the second locating piece 62 and the second wire spring 63；Fixed block
61 are vertically set on the top of lower mold assemblies 20, and it is internally formed cavity, and the second locating piece 62 and the second wire spring 63 are connected
In the cavity for being arranged on fixed block 61, the vertical direction of the second wire spring 63 is set, its top and the cavity of fixed block 61
Top is connected, its tail end is connected with the tail end of the second locating piece 62, and second is formed with the end on the top of the second locating piece 62
Chamfering 621, the second chamfering 621 is formed in the direction of advance of material strip 80, and the second chamfering 621 can be inserted into the positioning hole 81 of material strip 80
Interior to be used to position it, under normality, the top of the second locating piece 62 passes through the upper surface of lower mold assemblies 20.
Upper die component 20 from top to bottom sequentially includes upper bolster 25, upper padding plate 24, train wheel bridge 23, backboard 22 and stripper
21, sliding block inserts punching 30 through connection upper padding plate 24, train wheel bridge 23, backboard 22 and stripper 21, sliding block insert the top of punching 30 with it is upper
Backing plate 24 is connected, and bottom is stretched out from the lower section of stripper 21；Lower mold assemblies 10 sequentially include die shoe 11, lower bolster from the bottom to top
12 and lower template 13, inner chamber 131 is formed in lower template 13, and feed mechanism 50, block 70 and detent mechanism 60 can be respectively from interior
Enter and be assemblied in inner chamber 131 at the opening of the top of chamber 131.
Please referring also to Fig. 4 to Fig. 7, during the diel closure punching press of this programme, first, detent mechanism 60 is by material strip 80
Being fixed prevents it from moving left and right, then, and sliding block inserts the beginning of punching 30, and downwardly the punching press of material strip 80 is inserted into feed mechanism 50
Between block 70, during insertion, feed mechanism 50 is moved to the left, and sliding block 51 is moved to the left and produces Flat wire spring 54
Compression, now, the first locating piece 52 push the first wire spring 53 and positioning in material strip 80 are left to its first chamfering 521
Hole 81, then lower face of first locating piece 52 along material strip 80 be moved to the left, when being moved to next positioning hole 81, first circle
Under the elastic reaction of wire spring 53, the first chamfering 521 is inserted in the positioning hole 81, now, and the end that sliding block inserts punching 30 is inserted completely
Enter between feed mechanism 50 and block 70, in this punching course, the position of material strip 80 is not moved, and feed mechanism 50
It is moved to the left in next positioning hole 81 of material strip 80 and fixed.
During the diel separation of this programme, sliding block insert punching 30 be moved upward to leave feed mechanism 50 and block 70 it
Between, during leaving, feed mechanism 50 produces active force to the right under the elastic reaction of Flat wire spring 54, now, positioning
The second locating piece 62 in mechanism 60 produces upward retraction under the elastic reaction of the second wire spring 63, and then makes second to fall
The positioning hole in material strip 80 is left at angle 621, so that detent mechanism 60 departs from the positioning action to material strip 80, then, material strip 80
Movement is produced in the presence of feed mechanism 50 to the right active force, when in the second chamfering 621 and material strip 80 on detent mechanism 60
When next positioning hole on left direction is plugged, feed mechanism 50 then stops the feeding action to material strip, so as to complete automatic
Feeding.
Above-mentioned mould closure and separation process, are repeated, can complete the fixed-distance moving feeding to material strip.
To sum up, in mould of the present utility model self-feeding diel, by lower mold assemblies set can left and right it is past
The feed mechanism moved again and the detent mechanism positioned to material strip, the punching press inserted using sliding block under rushing at are acted on, and are promoted
Feed mechanism is moved to the left and plugged with next positioning hole of material strip left direction, recycles sliding block to insert the work that punching is drawn upwardly out
Firmly, feed mechanism can drive material strip to move right, when being plugged to detent mechanism and material strip upper Positioning holes, and feed mechanism stops
Feeding, sliding block inserts punching, and punching press action can complete the self-feeding action to material strip repeatedly along the vertical direction.Mould of the present utility model
The diel of interior self-feeding, ingenious in design, Stability Analysis of Structures can be automatically performed feeding action, without transferring feed mechanism, section
About frame mould time, the cost of enterprise is significantly saved.
Although being to combine embodiments above to carry out to description of the present utility model, it is familiar with the art
Personnel many replacements, modifications and variations can be carried out according to above-mentioned content, are obvious.Therefore, it is all such
Substitute, improve and change and be included in the spirit and scope of appended claims.
Claims (5)
1. the diel of self-feeding in a kind of mould, it includes lower mold assemblies（10）And upper die component（20）, the lower module
Part（10）And upper die component（20）Between be provided with a pressing plate（40）With a material strip（80）, the material strip（80）Be arranged on it is described under
Membrane module（20）And pressing plate（40）Between, the material strip（80）On be formed with multiple positioning holes（81）, it is characterised in that on described
Membrane module（20）On be provided with a sliding block insert punching（30）, the sliding block, which is inserted, to be rushed（30）Be arranged in vertical, can be along the vertical direction
Move back and forth；The lower mold assemblies（10）Inside it is formed with an inner chamber（131）, the inner chamber（131）Inside it is provided with：
Can be in the horizontal direction in the lower mold assemblies（10）Do elastic telescopic and move and promote the material strip in inside（80）Along level
The feed mechanism of direction fixed-distance moving（50）；
For to the material strip（80）The detent mechanism being fixed（60）；And
It is arranged on the feed mechanism（50）And detent mechanism（60）Between block（70）.
2. the diel of self-feeding in mould according to claim 1, it is characterised in that the detent mechanism（60）With
The block（70）It is fixed on the lower mold assemblies（20）Interior, the sliding block inserts punching（30）The downwardly material strip（80）Punching press
And it is inserted into the feed mechanism（50）And block（70）Between, the feed mechanism can be driven during punching press（50）With institute
State material strip（80）Separation and the dorsad block（70）Motion；The sliding block inserts punching（30）Move upwards and leave the feeder
Structure（50）And detent mechanism（60）Between, the feed mechanism during separation（50）Drive the material strip（80）Described in
Block（70）Move in direction.
3. the diel of self-feeding in mould according to claim 2, it is characterised in that the feed mechanism（50）Bag
Include：Sliding block（51）, Flat wire spring（54）, the first locating piece（52）With the first wire spring（53）；The Flat wire spring（54）With
First wire spring（53）It is arranged in a crossed manner；The sliding block（51）Inside being formed with one is used to fix the Flat wire spring（54）With
First wire spring（53）Mounting groove（55）, first wire spring（53）The mounting groove is arranged on along the longitudinal direction
（55）It is interior, its top and first locating piece（52）Tail end be connected, its bottom and the mounting groove（55）Bottom land be connected,
First locating piece（52）Top end on be formed with the first chamfering（521）, first chamfering（521）Formed in institute
State material strip（80）Direction of advance on, first chamfering（521）It can be inserted into the material strip（80）Positioning hole（81）Inside it is used for
It is positioned, under normality, first locating piece（52）Top exceed the mounting groove（55）To the lower mold assemblies（20）
Top；The Flat wire spring（54）Laterally set, its one end is arranged on the mounting groove in transverse direction（55）The interior, other end
With the inner chamber（131）Side wall be connected；Promote the sliding block（51）To drive the Flat wire spring（54）Towards inner chamber（131）
Sidewall direction produce compressive deformation, first wire spring can be driven simultaneously（53）Motion in the same direction, conversely, first circle
Wire spring（53）Return in situ.
4. the diel of self-feeding in mould according to claim 3, it is characterised in that the detent mechanism（60）Bag
Include：Fixed block（61）, the second locating piece（62）With the second wire spring（63）；The fixed block（61）Be vertically set on it is described under
Membrane module（20）Top, it is internally formed cavity, second locating piece（62）With the second wire spring（63）Connection is set
In the fixed block（61）Cavity in, second wire spring（63）Vertical direction is set, its top and the fixation
Block（61）Cavity top be connected, its tail end and second locating piece（62）Tail end be connected, second locating piece
（62）Top end on be formed with the second chamfering（621）, second chamfering（621）Formed in the material strip（80）Before
Enter on direction, second chamfering（621）It can be inserted into the material strip（80）Positioning hole（81）It is interior to be used to position it, normality
Under, second locating piece（62）Top pass through the lower mold assemblies（20）Upper surface.
5. the diel of self-feeding in mould according to claim 4, it is characterised in that the upper die component（20）By
Sequentially include upper bolster under up to（25）, upper padding plate（24）, train wheel bridge（23）, backboard（22）And stripper（21）, the sliding block
Insert punching（30）Through the connection upper padding plate（24）, train wheel bridge（23）, backboard（22）And stripper（21）, the sliding block, which is inserted, to be rushed
（30）Top and the upper padding plate（24）Connection, bottom is from the stripper（21）Lower section stretch out；The lower mold assemblies
（10）Sequentially include die shoe from the bottom to top（11）, lower bolster（12）And lower template（13）, the inner chamber（131）Formed described
Lower template（13）It is interior, the feed mechanism（50）, block（70）And detent mechanism（60）Can be respectively from the inner chamber（131）Top
Opening at enter and be assemblied in inner chamber（131）It is interior.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621307877.6U CN206509407U (en) | 2016-11-30 | 2016-11-30 | The diel of self-feeding in a kind of mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621307877.6U CN206509407U (en) | 2016-11-30 | 2016-11-30 | The diel of self-feeding in a kind of mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206509407U true CN206509407U (en) | 2017-09-22 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621307877.6U Active CN206509407U (en) | 2016-11-30 | 2016-11-30 | The diel of self-feeding in a kind of mould |
Country Status (1)
| Country | Link |
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| CN (1) | CN206509407U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106424373A (en) * | 2016-11-30 | 2017-02-22 | 惠州市奥罗拉科技有限公司 | Stamping die for automatic feeding in die |
-
2016
- 2016-11-30 CN CN201621307877.6U patent/CN206509407U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106424373A (en) * | 2016-11-30 | 2017-02-22 | 惠州市奥罗拉科技有限公司 | Stamping die for automatic feeding in die |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20190321 Address after: 516006 No. 8 Workshop of Xikeng Industrial Zone, Huihuan Street, Zhongkai High-tech Zone, Huizhou City, Guangdong Province Patentee after: Afeno Aurora Technology (Huizhou) Co., Ltd. Address before: 516006 No. 8 Workshop of Xikeng Industrial Zone, Huizhou Huihuan Office, Guangdong Province Patentee before: Huizhou Aorora Technology Co., Ltd. |
|
| TR01 | Transfer of patent right |