CN204396597U - A kind of blanking modular structure for making lock machine frame - Google Patents
A kind of blanking modular structure for making lock machine frame Download PDFInfo
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- CN204396597U CN204396597U CN201420839930.1U CN201420839930U CN204396597U CN 204396597 U CN204396597 U CN 204396597U CN 201420839930 U CN201420839930 U CN 201420839930U CN 204396597 U CN204396597 U CN 204396597U
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- block
- counterdie
- patrix
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- enter
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Abstract
The utility model relates to a kind of blanking modular structure for diel, is made up of the first blanking module being positioned at patrix and the second blanking module of being positioned at counterdie.The utility model structure is simple, easy to use, by arranging the first blanking module, the second blanking module utilize pressing equipment to provide power to complete working in coordination of above-mentioned two modules, thus the material of block and die cavity same shape is entered in product surface excision and each material stripping, blanking process can be completed quickly and easily, and utilize module blanking to avoid sawing in the past to produce the problem of chip, time saving and energy saving, substantially increase working (machining) efficiency.
Description
Technical field
The utility model relates to diel, particularly relates to the blanking modular structure in a kind of diel for making lock support part.
Background technology
To make lock support part in the prior art normally to utilize and take molded work, the production mould of lock support part is formed by more assembling parts, when lock support produced by needs, the assembling of mould needs to spend the more time, and the punch forming of lock support is carried out one by one by multiple working procedure, the carrying out of each operation needs to utilize a large amount of human resources and multiple die assembly, not only extend the manufacturing time of a lock folder part, also and also add the production cost of lock support part, the existing blanking for lock support part is all pass through sawing in addition, the mode of this sawing easily produces chip, contaminated environment and inefficiency, easily there is burr in workpiece section simultaneously.
Utility model content
The applicant, for above-mentioned existing issue, is studied improvement, provides a kind of blanking modular structure for diel, has blanking and changes the high advantage of degree fast and automatically.
The technical scheme that the utility model adopts is as follows:
For a blanking modular structure for diel, be made up of the first blanking module being positioned at patrix and the second blanking module of being positioned at counterdie;
The concrete structure of described first blanking module is as follows:
Comprise counterdie backing plate, on described counterdie backing plate, affixed first counterdie enters block successively from left to right, the second counterdie enters block, the 3rd counterdie enters block, the 6th counterdie enters block, the 5th counterdie enters block, the 4th counterdie enters block and holding pad; Enter in block to have the first die cavity at described second counterdie, enter in block to have the second die cavity at described 3rd counterdie, enter in block to have the 3rd die cavity at described 4th counterdie, enter in block to have the 4th die cavity at described 5th counterdie;
The concrete structure of described second blanking module is as follows:
On described upper die plate, affixed first patrix enters block successively from left to right, the second patrix enters block, the 3rd patrix enters block, the 9th patrix enters block, the 4th patrix enters block, the 8th patrix enters block, the 5th patrix enters block, the 6th patrix enters block and the 7th patrix enters block; Enter at described second patrix the first material stripping that in block, installation coordinates with described first die cavity and enter block, enter at described 3rd patrix the second material stripping that in block, installation coordinates with the second die cavity and enter block, enter at described 6th patrix the 3rd material stripping that in block, installation coordinates with described 3rd die cavity and enter block, enter at described 7th patrix the 4th material stripping that in block, installation coordinates with described 4th die cavity and enter block.
Its further technical scheme is:
It is three that described first counterdie enters block, has at least two the first counterdies to enter block and is transversely arranged on described counterdie backing plate, and the first counterdie that block is longitudinally arranged in described two lateral arrangement enters between block to have at least first counterdie to enter; It is two that described first patrix enters block, and each first patrix enters block and enters centered by block to be arranged symmetrically with by the second patrix;
It is two that described 3rd counterdie enters block, and each 3rd counterdie enters block and enters centered by block to be arranged symmetrically with by the second counterdie; It is two that described 4th counterdie enters block, and each 4th counterdie enters block and enters centered by block to be arranged symmetrically with by the 5th counterdie; Described 3rd patrix enters block and the second material stripping and enters block and be two, and each 3rd patrix enters block and the second material stripping and enters block and enter centered by block to be arranged symmetrically with by the 5th patrix; Described 6th patrix enters block and the 3rd material stripping and enters block and be two, and each 6th patrix enters block and the 3rd material stripping and enters block and all enter centered by block to be arranged symmetrically with by the 7th patrix;
Described 4th die cavity is two, each 4th die cavity mirror-image arrangement each other; It is two that described 4th material stripping enters block, and each 4th material stripping enters block mirror-image arrangement each other.
The beneficial effects of the utility model are as follows:
The utility model structure is simple, easy to use, by arranging the first blanking module, the second blanking module utilize pressing equipment to provide power to complete working in coordination of above-mentioned two modules, thus the material of block and die cavity same shape is entered in product surface excision and each material stripping, blanking process can be completed quickly and easily, and utilize module blanking to avoid sawing in the past to produce the problem of chip, time saving and energy saving, substantially increase working (machining) efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of the first blanking module in the utility model.
Fig. 2 is the structural representation of the second blanking module in the utility model.
Wherein: 1, counterdie backing plate; 101, the first counterdie enters block; 102, the second counterdie enters block; 1021, the first die cavity; 103, the 3rd counterdie enters block; 1031, the second die cavity; 104, the 4th counterdie enters block; 1041, the 3rd die cavity; 105, the 5th counterdie enters block; 1051, the 4th die cavity; 106, the 6th counterdie enters block; 107, holding pad; 2, upper die plate; 201, the first patrix enters block; 202, the second patrix enters block; 2021, the first material stripping enters block; 203, the 3rd patrix enters block; 2031, the second material stripping enters block; 204, the 4th patrix enters block; 205, the 5th patrix enters block; 206, the 6th patrix enters block; 2061, the 3rd material stripping enters block; 207, the 7th patrix enters block; 2071, the 4th material stripping enters block; 208, the 8th patrix enters block; 209, the 9th patrix enters block.
Detailed description of the invention
Below in conjunction with accompanying drawing, detailed description of the invention of the present utility model is described.
As shown in Figure 1 and Figure 2, a kind of blanking modular structure for diel described in the utility model is made up of the first blanking module being positioned at patrix and the second blanking module of being positioned at counterdie;
The concrete structure of the first blanking module is as follows:
Comprise counterdie backing plate 1, on counterdie backing plate 1, affixed first counterdie enters that block 101, second counterdie enters block 102, the 3rd counterdie enters block 103, the 6th counterdie enters block 106, the 5th counterdie enters block 105, the 4th counterdie enters block 104 and holding pad 107 successively from left to right; Enter in block 102 to have the first die cavity 1021 at the second counterdie, enter in block 103 to have the second die cavity 1031 at the 3rd counterdie, enter in block 104 to have the 3rd die cavity 1041 at the 4th counterdie, enter in block 105 to have the 4th die cavity 1051 at the 5th counterdie.
On upper die plate 2, affixed first patrix enters that block 201, second patrix enters block 202, the 3rd patrix enters block 203, the 9th patrix enters block 209, the 4th patrix enters block 204, the 8th patrix enters block 208, the 5th patrix enters block 205, the 6th patrix enters block 206 and the 7th patrix enters block 207 successively from left to right; Enter at the second patrix the first material stripping that in block 202, installation coordinates with the first die cavity 1021 and enter block 2021, enter at the 3rd patrix the second material stripping that in block 203, installation coordinates with the second die cavity 1031 and enter block 2031, enter at the 6th patrix the 3rd material stripping that in block 206, installation coordinates with the 3rd die cavity 1041 and enter block 2061, enter at the 7th patrix the 4th material stripping that in block 207, installation coordinates with the 4th die cavity 1051 and enter block 2071.
As shown in Figure 1 and Figure 2, it is three that the first counterdie enters block 101, has at least two the first counterdies to enter block 101 and is transversely arranged on counterdie backing plate 1, and the first counterdie that block 101 is longitudinally arranged in two lateral arrangement enters between block 101 to have at least first counterdie to enter; It is two that first patrix enters block 201, and each first patrix enters block 201 and enters centered by block 202 to be arranged symmetrically with by the second patrix.It is two that 3rd counterdie enters block 103, and each 3rd counterdie enters block 103 and enters centered by block 102 to be arranged symmetrically with by the second counterdie; It is two that 4th counterdie enters block 104, and each 4th counterdie enters block 104 and enters centered by block 105 to be arranged symmetrically with by the 5th counterdie; 3rd patrix enters block 203 and the second material stripping and enters block 2031 and be two, and each 3rd patrix enters block 203 and the second material stripping and enters block 2031 and enter centered by block 205 to be arranged symmetrically with by the 5th patrix; 6th patrix enters block 206 and the 3rd material stripping and enters block 2061 and be two, and each 6th patrix enters block 206 and the 3rd material stripping and enters block 2061 and all enter centered by block 207 to be arranged symmetrically with by the 7th patrix.4th die cavity 1051 is two, each 4th die cavity 1051 mirror-image arrangement each other; It is two that 4th material stripping enters block 2071, and each 4th material stripping enters block 2071 mirror-image arrangement each other.
The course of work of the present utility model is as follows:
As Fig. 1, shown in Fig. 2, in use by the power of pressing equipment, the first blanking module is driven to move downward, now crude green body is positioned on the second blanking module, because the first die cavity 1021 and the first material stripping enter block 2021, second die cavity 1031 and the second material stripping enter block 2031, 3rd die cavity 1041 and the 3rd material stripping enter block 2061, the shape that 4th die cavity 1051 enters block 2071 with the 4th material stripping is all identical, above-mentioned each die cavity is utilized to enter coordinating of block with material stripping and push down crude green body, thus take off at product surface and enter block-shaped identical material and blanking with material stripping, crude green body is cut out and forms just type.
More than describing is to explanation of the present utility model, and be not the restriction to utility model, the utility model limited range is see claim, and when without prejudice to basic structure of the present utility model, the utility model can do any type of amendment.
Claims (4)
1. for making a blanking modular structure for lock machine frame, it is characterized in that: be made up of the first blanking module being positioned at patrix and the second blanking module of being positioned at counterdie;
The concrete structure of described first blanking module is as follows:
Comprise counterdie backing plate (1), on described counterdie backing plate (1), affixed first counterdie enters block (101) successively from left to right, the second counterdie enters block (102), the 3rd counterdie enters block (103), the 6th counterdie enters block (106), the 5th counterdie enters block (105), the 4th counterdie enters block (104) and holding pad (107); Enter in block (102) to have the first die cavity (1021) at described second counterdie, enter in block (103) to have the second die cavity (1031) at described 3rd counterdie, enter in block (104) to have the 3rd die cavity (1041) at described 4th counterdie, enter in block (105) to have the 4th die cavity (1051) at described 5th counterdie;
The concrete structure of described second blanking module is as follows:
Comprise upper die plate (2), on described upper die plate (2), affixed first patrix enters block (201) successively from left to right, the second patrix enters block (202), the 3rd patrix enters block (203), the 9th patrix enters block (209), the 4th patrix enters block (204), the 8th patrix enters block (208), the 5th patrix enters block (205), the 6th patrix enters block (206) and the 7th patrix enters block (207); Enter at described second patrix the first material stripping that in block (202), installation coordinates with described first die cavity (1021) and enter block (2021), enter at described 3rd patrix the second material stripping that in block (203), installation coordinates with the second die cavity (1031) and enter block (2031), enter at described 6th patrix the 3rd material stripping that in block (206), installation coordinates with described 3rd die cavity (1041) and enter block (2061), enter at described 7th patrix the 4th material stripping that in block (207), installation coordinates with described 4th die cavity (1051) and enter block (2071).
2. a kind of blanking modular structure for making lock machine frame as claimed in claim 1, it is characterized in that: it is three that described first counterdie enters block (101), have at least two the first counterdies to enter block (101) to be transversely arranged on described counterdie backing plate (1), the first counterdie that block (101) is longitudinally arranged in described two lateral arrangement enters between block (101) to have at least first counterdie to enter; It is two that described first patrix enters block (201), and each first patrix enters block (201) and enters centered by block (202) to be arranged symmetrically with by the second patrix.
3. a kind of blanking modular structure for making lock machine frame as claimed in claim 1, it is characterized in that: it is two that described 3rd counterdie enters block (103), each 3rd counterdie enters block (103) and enters centered by block (102) to be arranged symmetrically with by the second counterdie; It is two that described 4th counterdie enters block (104), and each 4th counterdie enters block (104) and enters centered by block (105) to be arranged symmetrically with by the 5th counterdie; Described 3rd patrix enters block (203) and the second material stripping and enters block (2031) and be two, and each 3rd patrix enters block (203) and the second material stripping and enters block (2031) and enter centered by block (205) to be arranged symmetrically with by the 5th patrix; Described 6th patrix enters block (206) and the 3rd material stripping and enters block (2061) and be two, and each 6th patrix enters block (206) and the 3rd material stripping and enters block (2061) and all enter centered by block (207) to be arranged symmetrically with by the 7th patrix.
4. a kind of blanking modular structure for making lock machine frame as claimed in claim 1, is characterized in that: described 4th die cavity (1051) is two, each 4th die cavity (1051) mirror-image arrangement each other; It is two that described 4th material stripping enters block (2071), and each 4th material stripping enters block (2071) mirror-image arrangement each other.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420839930.1U CN204396597U (en) | 2014-12-26 | 2014-12-26 | A kind of blanking modular structure for making lock machine frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420839930.1U CN204396597U (en) | 2014-12-26 | 2014-12-26 | A kind of blanking modular structure for making lock machine frame |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204396597U true CN204396597U (en) | 2015-06-17 |
Family
ID=53420495
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420839930.1U Expired - Fee Related CN204396597U (en) | 2014-12-26 | 2014-12-26 | A kind of blanking modular structure for making lock machine frame |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204396597U (en) |
-
2014
- 2014-12-26 CN CN201420839930.1U patent/CN204396597U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150617 Termination date: 20151226 |
|
| EXPY | Termination of patent right or utility model |