CN203109015U - Efficient punching die capable of replacing milling - Google Patents
Efficient punching die capable of replacing milling Download PDFInfo
- Publication number
- CN203109015U CN203109015U CN 201220734876 CN201220734876U CN203109015U CN 203109015 U CN203109015 U CN 203109015U CN 201220734876 CN201220734876 CN 201220734876 CN 201220734876 U CN201220734876 U CN 201220734876U CN 203109015 U CN203109015 U CN 203109015U
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- cut station
- cut
- station
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Abstract
The utility model relates to the technical field of machinery, in particular to an efficient punching die capable of replacing milling. The efficient punching die capable of replacing milling comprises an inner guide post, an upper die base, an upper die fixing plate, an upper die stripper plate, an upper die inner guide bush, a lower die inner guide bush, a lower die fixing plate, a lower die base, a first punching station, a second punching station and a third punching station. Compared with the prior art, the efficient punching die has the advantages that through process improvement, the original milling is changed to die punching for completion, the production efficiency is greatly improved, the quality reaches a unified standard, and the rejection rate is lowered.
Description
Technical field
The utility model relates to field of mechanical technique, specifically a kind of efficient die cutting die of alternative Milling Process.
Background technology
The machined of tradition solar energy aluminium frame is all milled pin by the workman and is machined, inefficiency in machining process, and take precision optical machineries such as CNC lathe in a large number, therefore cost is very high, and each initial check and correction board scrappage height, the product quality disunity of producing influences production efficiency greatly.
Summary of the invention
The utility model is for overcoming the deficiencies in the prior art, by improving technology, machined and become the mould punching press and finish by the original pin that mills, and production efficiency improves greatly, and quality reaches unified standard, and reduced scrappage.
For achieving the above object, design a kind of efficient die cutting die of alternative Milling Process, comprise guide pin bushing in inner guiding post, upper bolster, upper mould fixed plate, patrix stripper, the patrix, the interior guide pin bushing of counterdie, counterdie fixed head, die shoe, the first die-cut station, the second die-cut station, the 3rd die-cut station, it is characterized in that: be followed successively by the first die-cut station, the second die-cut station and the 3rd die-cut station between upper bolster and the die shoe from left to right, the fixedly connected upper mould fixed plate in the below of upper bolster, the below of upper mould fixed plate is provided with the patrix stripper; The upper fixed of die shoe connects the counterdie fixed head; Be embedded with guide pin bushing in the patrix on the patrix stripper, and guide pin bushing runs through the patrix stripper in the patrix, upper bolster one side-lower connects an end of inner guiding post, and the other end of inner guiding post runs through upper mould fixed plate and passes guide pin bushing in the patrix; Other end place corresponding to inner guiding post on the counterdie fixed head is embedded with guide pin bushing in the counterdie, and guide pin bushing runs through the counterdie fixed head in the counterdie.
The described first die-cut station comprises that the first die-cut station tiltedly carves drift, the discharging spring, the first die-cut station binder block, a left side is by piece, fixed block, guide post, the first die-cut station is tiltedly carved, the first die-cut station back-moving spring, the first die-cut station drift, the first die-cut station die, right by piece, in the first die-cut station on the counterdie fixed head, be followed successively by a left side from left to right by piece, the first die-cut station is tiltedly carved, the first die-cut station drift, the first die-cut station die, right by piece, be positioned at that the first die-cut station is tiltedly carved and the counterdie fixed head of the first die-cut station drift below is provided with groove, side in the groove is provided with fixed block, opposite side in the groove is provided with the first die-cut station back-moving spring, one side of the corresponding first die-cut station back-moving spring of fixed block is provided with the guide post groove, be provided with an end of guide post in the guide post groove, the other end butt first die-cut station back-moving spring of guide post.
The described upper bolster of the first die-cut station directly over tiltedly carving that be positioned at is provided with the end that the first die-cut station is tiltedly carved drift, and the other end that the first die-cut station is tiltedly carved drift runs through upper mould fixed plate and patrix stripper; The patrix stripper that the first die-cut station is tiltedly carved the drift right side is provided with the first die-cut station binder block.
Be provided with groove in the upper bolster of the described first die-cut station binder block one side top, be provided with an end of discharging spring in the groove, the upper surface of the other end butt patrix stripper of discharging spring.
The described second die-cut station comprises upper punch; the second die-cut station binder block; the second die-cut station is tiltedly carved drift; contour sleeve; the second die-cut station die; low punch; the second die-cut station is tiltedly carved; stop collar; the second die-cut station is by piece; the second die-cut station back-moving spring; the second die-cut station protective cover; the second die-cut station pad; in the second die-cut station on the counterdie fixed head; be followed successively by the second die-cut station die from left to right; low punch; the second die-cut station is tiltedly carved; the second die-cut station is by piece and the second die-cut station protective cover; the right side that the second die-cut station is tiltedly carved is provided with screw grooves; the left side of the second die-cut station protective cover is provided with groove; be provided with the second die-cut station back-moving spring in the groove, screw runs through the second die-cut station pad; the second die-cut station back-moving spring; the second die-cut station is embedded in the screw grooves that the second die-cut station tiltedly carves by piece.
The described second die-cut station tiltedly carve and the second die-cut station by being arranged with stop collar on the screw between the piece.
The described upper bolster that is positioned at directly over the stop collar is provided with the end that the second die-cut station is tiltedly carved drift, and the other end that the second die-cut station is tiltedly carved drift runs through upper mould fixed plate and patrix stripper; The upper bolster that the second die-cut station is tiltedly carved drift left side is provided with an end of upper punch, and the other end of upper punch runs through upper mould fixed plate and patrix stripper, and the patrix stripper at upper punch rear is provided with the second die-cut station binder block; The second die-cut station is tiltedly carved in the upper mould fixed plate on right side of drift and is embedded with contour sleeve, the upper surface of the patrix stripper of contour sleeve below is provided with screw grooves, be provided with an end of screw in the contour sleeve, the other end of screw is embedded in the screw grooves of patrix stripper.
The described the 3rd die-cut station comprises the 3rd die-cut station binder block; the 3rd die-cut station is tiltedly carved drift; baffle plate; the 3rd die-cut station die; the 3rd die-cut station drift; the 3rd die-cut station is tiltedly carved; the 3rd die-cut station is by piece; screw resets; the 3rd die-cut station back-moving spring; the 3rd die-cut station pad; the 3rd die-cut station protective cover; in the 3rd die-cut station on the counterdie fixed head; be followed successively by baffle plate from left to right; the 3rd die-cut station die; the 3rd die-cut station drift; the 3rd die-cut station is tiltedly carved; the 3rd die-cut station is by piece and the 3rd die-cut station protective cover; the right side that the 3rd die-cut station is tiltedly carved is provided with screw grooves; the left side of the 3rd die-cut station protective cover is provided with groove; be provided with the 3rd die-cut station back-moving spring in the groove, the screw that resets runs through the 3rd die-cut station pad; the 3rd die-cut station back-moving spring and the 3rd die-cut station are embedded in the screw grooves that the 3rd die-cut station tiltedly carves by piece.
The described the 3rd die-cut station is tiltedly carved and the 3rd die-cut station is provided with the end that the 3rd die-cut station is tiltedly carved drift by the upper bolster directly between the piece, and the other end that the 3rd die-cut station is tiltedly carved drift runs through upper mould fixed plate and patrix stripper; The patrix stripper that the 3rd die-cut station is tiltedly carved the drift left side is provided with the 3rd die-cut station binder block.
The utility model is compared with prior art, by improving technology, is machined and is become the mould punching press and finish by the original pin that mills, and production efficiency improves greatly, and quality reaches unified standard, and has reduced scrappage.
Description of drawings
Fig. 1 is the utility model die opening state schematic diagram.
Fig. 2 is the utility model mold closing view.
Fig. 3 is the enlarged diagram of A among Fig. 1.
Fig. 4 is the enlarged diagram of B among Fig. 1.
Fig. 5 is the enlarged diagram of C among Fig. 1.
The specific embodiment
With reference to the accompanying drawings the utility model is described further below.
As Fig. 1 to Fig. 5, shown in be followed successively by the first die-cut station, the second die-cut station and the 3rd die-cut station from left to right between upper bolster 3 and the die shoe 15, the fixedly connected upper mould fixed plate 4 in the below of upper bolster 3, the below of upper mould fixed plate 4 is provided with patrix stripper 5; The upper fixed of die shoe 15 connects counterdie fixed head 16; Be embedded with guide pin bushing 2 in the patrix on the patrix stripper 5, and guide pin bushing 2 runs through patrix stripper 5 in the patrix, upper bolster 3 one side-lowers connect an end of inner guiding post 1, and the other end of inner guiding post 1 runs through upper mould fixed plate 4 and passes guide pin bushing 2 in the patrix; Other end place corresponding to inner guiding post 1 on the counterdie fixed head 16 is embedded with guide pin bushing 17 in the counterdie, and guide pin bushing 17 runs through counterdie fixed head 16 in the counterdie.
The first die-cut station comprises that the first die-cut station tiltedly carves drift 6, discharging spring 7, the first die-cut station binder block 8, a left side is by piece 18, fixed block 19, guide post 20, the first die-cut station tiltedly carves 21, the first die-cut station back-moving spring 22, the first die-cut station drift 23, the first die-cut station die 24, right by piece 25, in the first die-cut station on counterdie fixed head 16, be followed successively by a left side from left to right by piece 18, the first die-cut station tiltedly carves 21, the first die-cut station drift 23, the first die-cut station die 24, right by piece 25, being positioned at the first die-cut station tiltedly carves the counterdie fixed head 16 of the 21 and first die-cut station drift, 23 belows and is provided with groove, side in the groove is provided with fixed block 19, opposite side in the groove is provided with the first die-cut station back-moving spring 22, one side of the fixed block 19 corresponding first die-cut station back-moving springs 22 is provided with the guide post groove, be provided with an end of guide post 20 in the guide post groove, the other end butt first die-cut station back-moving spring 22 of guide post 20.
Be positioned at the upper bolster 3 that the first die-cut station tiltedly carves directly over 21 and be provided with the end that the first die-cut station is tiltedly carved drift 6, the other end that the first die-cut station is tiltedly carved drift 6 runs through upper mould fixed plate 4 and patrix stripper 5; The patrix stripper 5 that the first die-cut station is tiltedly carved drift 6 right sides is provided with the first die-cut station binder block 8.
Be provided with groove in the upper bolster 3 of the first die-cut station binder block 8 one sides top, be provided with an end of discharging spring 7 in the groove, the upper surface of the other end butt patrix stripper 5 of discharging spring 7.
The second die-cut station comprises upper punch 9; the second die-cut station binder block 10; the second die-cut station is tiltedly carved drift 11; contour sleeve 12; the second die-cut station die 26; low punch 27; the second die-cut station tiltedly carves 28; stop collar 29; the second die-cut station is by piece 30; the second die-cut station back-moving spring 31; the second die-cut station protective cover 32; the second die-cut station pad 33; in the second die-cut station on counterdie fixed head 16; be followed successively by the second die-cut station die 26 from left to right; low punch 27; the second die-cut station tiltedly carves 28; the second die-cut station is by piece 30 and the second die-cut station protective cover 32; the second die-cut station is tiltedly carved 28 right side and is provided with screw grooves; the left side of the second die-cut station protective cover 32 is provided with groove; be provided with the second die-cut station back-moving spring 31 in the groove, screw runs through the second die-cut station pad 33; the second die-cut station back-moving spring 31; the second die-cut station is embedded in the second die-cut station by piece 30 and tiltedly carves in 28 the screw grooves.
The second die-cut station is tiltedly carved the 28 and second die-cut station by being arranged with stop collar 29 on the screw between the piece 30.
The upper bolster 3 that is positioned at directly over the stop collar 29 is provided with the end that the second die-cut station is tiltedly carved drift 11, and the other end that the second die-cut station is tiltedly carved drift 11 runs through upper mould fixed plate 4 and patrix stripper 5; The upper bolster 3 that the second die-cut station is tiltedly carved drift 11 left sides is provided with an end of upper punch 9, and the other end of upper punch 9 runs through upper mould fixed plate 4 and patrix stripper 5, and the patrix stripper 5 at upper punch 9 rears is provided with the second die-cut station binder block 10; The second die-cut station is tiltedly carved in the upper mould fixed plate 4 on right side of drift 11 and is embedded with contour sleeve 12, the upper surface of the patrix stripper 5 of contour sleeve 12 belows is provided with screw grooves, be provided with an end of screw in the contour sleeve 12, the other end of screw is embedded in the screw grooves of patrix stripper 5.
The 3rd die-cut station comprises the 3rd die-cut station binder block 13; the 3rd die-cut station is tiltedly carved drift 14; baffle plate 34; the 3rd die-cut station die 35; the 3rd die-cut station drift 36; the 3rd die-cut station tiltedly carves 37; the 3rd die-cut station is by piece 38; screw 39 resets; the 3rd die-cut station back-moving spring 40; the 3rd die-cut station pad 41; the 3rd die-cut station protective cover 42; in the 3rd die-cut station on counterdie fixed head 16; be followed successively by baffle plate 34 from left to right; the 3rd die-cut station die 35; the 3rd die-cut station drift 36; the 3rd die-cut station tiltedly carves 37; the 3rd die-cut station is by piece 38 and the 3rd die-cut station protective cover 42; the 3rd die-cut station is tiltedly carved 37 right side and is provided with screw grooves; the left side of the 3rd die-cut station protective cover 42 is provided with groove; be provided with the 3rd die-cut station back-moving spring 40 in the groove, the screw 39 that resets runs through the 3rd die-cut station pad 41; the 3rd die-cut station back-moving spring 40 and the 3rd die-cut station are embedded in the 3rd die-cut station by piece 38 and tiltedly carve in 37 the screw grooves.
The 3rd die-cut station is tiltedly carved the 37 and the 3rd die-cut station and is provided with the end that the 3rd die-cut station is tiltedly carved drift 14 by the upper bolster 3 directly between the piece 38, and the other end that the 3rd die-cut station is tiltedly carved drift 14 runs through upper mould fixed plate 4 and patrix stripper 5; The patrix stripper 5 that the 3rd die-cut station is tiltedly carved drift 14 left sides is provided with the 3rd die-cut station binder block 13.
Add man-hour, only need the solar energy aluminium frame of needs processing is positioned in the first die-cut station, carry out the die-cut operation of mold closing then; After solar energy aluminium frame after the first die-cut station is die-cut is moved to the second die-cut station from first blanker then, carry out the die-cut operation of mold closing then; After at last the solar energy aluminium frame after the second die-cut station is die-cut being moved to the 3rd die-cut station from second blanker, carry out the die-cut operation of mold closing then, on mould, can carry out the die-cut operation of three solar energy aluminium frame different parts so simultaneously, process fast and conveniently, production efficiency has improved seven times.
Claims (9)
1. the efficient die cutting die of an alternative Milling Process, comprise guide pin bushing in inner guiding post, upper bolster, upper mould fixed plate, patrix stripper, the patrix, the interior guide pin bushing of counterdie, counterdie fixed head, die shoe, the first die-cut station, the second die-cut station, the 3rd die-cut station, it is characterized in that: be followed successively by the first die-cut station, the second die-cut station and the 3rd die-cut station between upper bolster (3) and the die shoe (15) from left to right, the fixedly connected upper mould fixed plate in below (4) of upper bolster (3), the below of upper mould fixed plate (4) is provided with patrix stripper (5); The upper fixed of die shoe (15) connects counterdie fixed head (16); Be embedded with guide pin bushing (2) in the patrix on the patrix stripper (5), and guide pin bushing (2) runs through patrix stripper (5) in the patrix, upper bolster (3) one side-lowers connect an end of inner guiding post (1), and the other end of inner guiding post (1) runs through upper mould fixed plate (4) and passes guide pin bushing (2) in the patrix; The other end place that counterdie fixed head (16) is gone up corresponding to inner guiding post (1) is embedded with guide pin bushing (17) in the counterdie, and guide pin bushing (17) runs through counterdie fixed head (16) in the counterdie.
2. the efficient die cutting die of a kind of alternative Milling Process according to claim 1, it is characterized in that: the described first die-cut station comprises that the first die-cut station tiltedly carves drift (6), discharging spring (7), the first die-cut station binder block (8), a left side is by piece (18), fixed block (19), guide post (20), the first die-cut station is tiltedly carved (21), the first die-cut station back-moving spring (22), the first die-cut station drift (23), the first die-cut station die (24), right by piece (25), in the first die-cut station on counterdie fixed head (16), be followed successively by a left side from left to right by piece (18), the first die-cut station is tiltedly carved (21), the first die-cut station drift (23), the first die-cut station die (24), right by piece (25), being positioned at the first die-cut station tiltedly carves the counterdie fixed head (16) of (21) and the first die-cut station drift (23) below and is provided with groove, side in the groove is provided with fixed block (19), opposite side in the groove is provided with the first die-cut station back-moving spring (22), one side of the corresponding first die-cut station back-moving spring (22) of fixed block (19) is provided with the guide post groove, be provided with an end of guide post (20) in the guide post groove, the other end butt first die-cut station back-moving spring (22) of guide post (20).
3. the efficient die cutting die of a kind of alternative Milling Process according to claim 2, it is characterized in that: be positioned at the upper bolster (3) that the first die-cut station tiltedly carves directly over (21) and be provided with the end that the first die-cut station is tiltedly carved drift (6), the other end that the first die-cut station is tiltedly carved drift (6) runs through upper mould fixed plate (4) and patrix stripper (5); The patrix stripper (5) that the first die-cut station is tiltedly carved drift (6) right side is provided with the first die-cut station binder block (8).
4. according to the efficient die cutting die of claim 2 or 3 described a kind of alternative Milling Process, it is characterized in that: be provided with groove in the upper bolster (3) of described first die-cut station binder block (8) the one sides top, be provided with an end of discharging spring (7) in the groove, the upper surface of the other end butt patrix stripper (5) of discharging spring (7).
5. the efficient die cutting die of a kind of alternative Milling Process according to claim 1; it is characterized in that: the described second die-cut station comprises upper punch (9); the second die-cut station binder block (10); the second die-cut station is tiltedly carved drift (11); contour sleeve (12); the second die-cut station die (26); low punch (27); the second die-cut station is tiltedly carved (28); stop collar (29); the second die-cut station is by piece (30); the second die-cut station back-moving spring (31); the second die-cut station protective cover (32); the second die-cut station pad (33); in the second die-cut station on counterdie fixed head (16); be followed successively by the second die-cut station die (26) from left to right; low punch (27); the second die-cut station is tiltedly carved (28); the second die-cut station is by piece (30) and the second die-cut station protective cover (32); the right side that the second die-cut station is tiltedly carved (28) is provided with screw grooves; the left side of the second die-cut station protective cover (32) is provided with groove; be provided with the second die-cut station back-moving spring (31) in the groove, screw runs through the second die-cut station pad (33); the second die-cut station back-moving spring (31); the second die-cut station is embedded in the second die-cut station by piece (30) and tiltedly carves in the screw grooves of (28).
6. the efficient die cutting die of a kind of alternative Milling Process according to claim 5 is characterized in that: the described second die-cut station is tiltedly carved (28) and the second die-cut station by being arranged with stop collar (29) on the screw between the piece (30).
7. according to the efficient die cutting die of claim 5 or 6 described a kind of alternative Milling Process, it is characterized in that: the upper bolster (3) that is positioned at directly over the stop collar (29) is provided with the end that the second die-cut station is tiltedly carved drift (11), and the other end that the second die-cut station is tiltedly carved drift (11) runs through upper mould fixed plate (4) and patrix stripper (5); The upper bolster (3) that the second die-cut station is tiltedly carved drift (11) left side is provided with an end of upper punch (9), the other end of upper punch (9) runs through upper mould fixed plate (4) and patrix stripper (5), and the patrix stripper (5) at upper punch (9) rear is provided with the second die-cut station binder block (10); The second die-cut station is tiltedly carved in the upper mould fixed plate (4) on right side of drift (11) and is embedded with contour sleeve (12), the upper surface of the patrix stripper (5) of contour sleeve (12) below is provided with screw grooves, be provided with an end of screw in the contour sleeve (12), the other end of screw is embedded in the screw grooves of patrix stripper (5).
8. the efficient die cutting die of a kind of alternative Milling Process according to claim 1; it is characterized in that: the described the 3rd die-cut station comprises the 3rd die-cut station binder block (13); the 3rd die-cut station is tiltedly carved drift (14); baffle plate (34); the 3rd die-cut station die (35); the 3rd die-cut station drift (36); the 3rd die-cut station is tiltedly carved (37); the 3rd die-cut station is by piece (38); screw (39) resets; the 3rd die-cut station back-moving spring (40); the 3rd die-cut station pad (41); the 3rd die-cut station protective cover (42); in the 3rd die-cut station on counterdie fixed head (16); be followed successively by baffle plate (34) from left to right; the 3rd die-cut station die (35); the 3rd die-cut station drift (36); the 3rd die-cut station is tiltedly carved (37); the 3rd die-cut station is by piece (38) and the 3rd die-cut station protective cover (42); the right side that the 3rd die-cut station is tiltedly carved (37) is provided with screw grooves; the left side of the 3rd die-cut station protective cover (42) is provided with groove; be provided with the 3rd die-cut station back-moving spring (40) in the groove, the screw that resets (39) runs through the 3rd die-cut station pad (41); the 3rd die-cut station back-moving spring (40) and the 3rd die-cut station are embedded in the 3rd die-cut station by piece (38) and tiltedly carve in the screw grooves of (37).
9. the efficient die cutting die of a kind of alternative Milling Process according to claim 8, it is characterized in that: the described the 3rd die-cut station tiltedly carves (37) and the 3rd die-cut station is provided with the end that the 3rd die-cut station is tiltedly carved drift (14) by the upper bolster (3) directly between the piece (38), and the other end that the 3rd die-cut station is tiltedly carved drift (14) runs through upper mould fixed plate (4) and patrix stripper (5); The patrix stripper (5) that the 3rd die-cut station is tiltedly carved drift (14) left side is provided with the 3rd die-cut station binder block (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220734876 CN203109015U (en) | 2012-12-27 | 2012-12-27 | Efficient punching die capable of replacing milling |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220734876 CN203109015U (en) | 2012-12-27 | 2012-12-27 | Efficient punching die capable of replacing milling |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203109015U true CN203109015U (en) | 2013-08-07 |
Family
ID=48889393
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220734876 Expired - Fee Related CN203109015U (en) | 2012-12-27 | 2012-12-27 | Efficient punching die capable of replacing milling |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203109015U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195611A (en) * | 2015-09-21 | 2015-12-30 | 宁波鑫淼机械有限公司 | Multi-station stamping die of car frame part |
-
2012
- 2012-12-27 CN CN 201220734876 patent/CN203109015U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105195611A (en) * | 2015-09-21 | 2015-12-30 | 宁波鑫淼机械有限公司 | Multi-station stamping die of car frame part |
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| 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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130807 Termination date: 20181227 |