CN205763285U - The line sheet-forming machine continuous production mould of cardioid capel - Google Patents
The line sheet-forming machine continuous production mould of cardioid capel Download PDFInfo
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- CN205763285U CN205763285U CN201620415460.5U CN201620415460U CN205763285U CN 205763285 U CN205763285 U CN 205763285U CN 201620415460 U CN201620415460 U CN 201620415460U CN 205763285 U CN205763285 U CN 205763285U
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- slide block
- disk
- capel
- cardioid
- mould
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Abstract
This utility model relates to line plate forming composite die technical field, particularly relates to a kind of line sheet-forming machine continuous production mould of cardioid capel, including the stamping-out hole slot district, flanging district and the continuous bending district that set gradually by process sequence.The line sheet-forming machine continuous production mould of cardioid capel of the present utility model, only needs one set of die, a line sheet-forming machine, and mould processing is simple in production process；Flowing water of all process steps completes, and the error that middle minimizing manual operation brings, part processing precision is high；In addition to the initial feeding of material strip needs a dead lift to install and ties up pipe at ordinary times, remaining step all participates in without artificial, reduces workman's workload, decreases labor cost.
Description
Technical field
This utility model relates to line plate forming composite die technical field, particularly relates to a kind of line sheet-forming machine continuous production mould of cardioid capel.
Background technology
At present in the suspension of gasification railway contact line at a high speed, it is a kind of common hang that dropper connects.Dropper is made up of parts such as dropper line, cardioid capel, suspension ring, Messenger wire hanging string clamp, contact network messenger wire clamps.But the production mould of existing cardioid capel includes five secondary moulds, every corresponding stamping machine of secondary mould, and every stamping machine is both needed to an operative, during production, first by the stainless steel substrates stamping-out of original shape out, pass sequentially through several other stamping machines just final molding subsequently, and also need to workman between every stamping machine, carry semi-finished product or blank, therefore it is longer to there is the production cycle, production efficiency is relatively low, cost of labor is high, the problem that labor strength is relatively big and production cost is higher.
It is illustrated in figure 1 the perspective view of the cardioid capel 100 of molding, the material strip bending of strip is formed.
Utility model content
The technical problems to be solved in the utility model is: the technical problem low in order to solve prior art centre type capel production efficiency, this utility model provides a kind of line sheet-forming machine continuous production mould of cardioid capel, with short production cycle, production efficiency is high, cost of labor is low, and labor strength and production cost are the most relatively low.
This utility model solves its technical problem and be the technical scheme is that a kind of line sheet-forming machine continuous production mould of cardioid capel, including the stamping-out hole slot district set gradually by process sequence, flanging district and continuous bending district, described continuous bending district includes disk and charging pressing plate, described disc centre is fixedly installed fixing mould, the outer loop-shaped of fixing mould is closed with the inner ring matching form of the cardioid capel of molding, charging pressing plate is fixed on disc centre between disk inner ring, and charging pressing plate is less than the bottommost of fixing mould, charging pressing plate is upper side towards disc centre side, upper side is that horizontal plane is used for carrying material strip；
nullDescribed disk is additionally provided with the first slide block that can slide to disc centre、Second slide block、3rd slide block、Four-slider and the 5th slide block，Described first slide block、Second slide block、3rd slide block、Four-slider and the 5th slide block are circumferentially provided on disk in order，Set described first slide block、Second slide block、3rd slide block、Four-slider and the 5th slide block are front end towards one end of disc centre，Contrary one end is rear end，When described first slide block、Second slide block、3rd slide block、When the front end of Four-slider and the 5th slide block slides into the periphery of fixing mould of disc centre，First slide block、Second slide block、3rd slide block、The front end of Four-slider and the 5th slide block can be centered around fixing mould periphery with the shape of cardioid capel outer ring，First slide block、Second slide block、3rd slide block、The rear end of Four-slider and the 5th slide block is respectively connected with pushing mechanism；
Described continuous production mould also includes stamping-out cutter, stamping-out cutter is slidably arranged on disk, the direction of motion of stamping-out cutter is mutually perpendicular to the upper side of charging pressing plate, the upper side of charging pressing plate offers stamping-out groove, can slide and stretch in stamping-out groove in the front end of stamping-out cutter, the rear end of stamping-out cutter connects pushing mechanism.
The deformation of disk bottom surface it is perpendicular in order to prevent material strip in Forging Process from occurring, set and be perpendicular to the direction of disk bottom surface as vertical direction, described continuous production mould also includes limiting the shutter that cardioid capel skids off from fixing mould vertical direction, the front end of shutter is towards disc centre, the rear end of shutter connects pushing mechanism, and the front underside of shutter can slide into the upper surface of fixing mould.
In order to reduce equipment volume, described pushing mechanism uses cam pushing mechanism.If employing expansion link, then stroke is relatively big, and equipment volume is the biggest.
In order to make each slide block can slide to disc centre, offer on described disk match with the first slide block, the second slide block, the 3rd slide block, Four-slider, the 5th slide block respectively the first gathering sill, the second gathering sill, the 3rd gathering sill, the 4th gathering sill, the 5th gathering sill.The direction of each gathering sill is towards disc centre.
Cardioid capel is in material strip before molding, set material strip and be introduced into one end of disk as head end, one end of rear entrance disk is end, described first slide block is for being pressed into fixing mould outer ring by first section of material strip, second slide block is for being pressed into fixing mould outer ring by latter one section of first for material strip section, 3rd slide block for being pressed into fixing mould outer ring by the interlude of material strip, Four-slider is for being pressed into fixing mould outer ring by latter one section of material strip interlude, and the 5th slide block for being pressed into fixing mould outer ring by the latter end of material strip.
Owing to the 3rd slide block and Four-slider are the middle parts of bending material strip, for the ease of bending, reduce friction, the front end face of the first slide block and the 5th slide block is inclined-plane, the front end face of the second slide block, the 3rd slide block and Four-slider is arcwall face, and the position that the front end face of the 3rd slide block and Four-slider first touches material strip is provided with pulley.
In order to not affect the slip of stamping-out cutter and each slide block, described first slide block, the second slide block, the 3rd slide block, Four-slider and the consistency of thickness of the 5th slide block in the vertical direction, all without departing from each self-corresponding gathering sill degree of depth, stamping-out cutter is positioned vertically higher than the degree of depth of gathering sill.
In order to eject the cardioid capel bent, the surrounding of described fixing mould is also equipped with thimble.
The beneficial effects of the utility model are, the line sheet-forming machine continuous production mould of cardioid capel of the present utility model, only need one set of die, a line sheet-forming machine, and mould processing is simple in production process；Flowing water of all process steps completes, and the error that middle minimizing manual operation brings, part processing precision is high；In addition to the initial feeding of material strip needs a dead lift to install and ties up pipe at ordinary times, remaining step all participates in without artificial, reduces workman's workload, decreases labor cost.
Accompanying drawing explanation
With embodiment, this utility model is further illustrated below in conjunction with the accompanying drawings.
Fig. 1 is the structural representation that this utility model needs the cardioid capel made.
Fig. 2 is the structural representation of this utility model line sheet-forming machine continuous production mould of cardioid capel.
Fig. 3 is the structural representation in continuous bending district in this utility model line sheet-forming machine continuous production mould of cardioid capel.I.e. Fig. 2 mid portion.
Fig. 4 is the structural representation of this utility model the 3rd slide block.
In figure: 100, cardioid capel, 1, disk, 2, charging pressing plate, 3, fixing mould, the 41, first slide block, the 42, second slide block, 43, the 3rd slide block, 44, Four-slider, the 45, the 5th slide block, 5, stamping-out cutter, 6, shutter, 7, cam pushing mechanism, 8, pulley, 9, thimble, 10, be going into the material strip of the line sheet-forming machine continuous production mould of cardioid capel.
Detailed description of the invention
Presently in connection with accompanying drawing, this utility model is described in further detail.These accompanying drawings are the schematic diagram of simplification, and basic structure of the present utility model is described the most in a schematic way, and therefore it only shows the composition relevant with this utility model.
As Figure 1-4, it it is this utility model optimum embodiment, a kind of line sheet-forming machine continuous production mould of cardioid capel, including the stamping-out hole slot district set gradually by process sequence, flanging district and continuous bending district, continuous bending district includes disk 1 and charging pressing plate 2, disk 1 center is fixedly installed fixing mould 3, disk 1 is hollow, the surrounding of fixing mould 3 is also equipped with thimble 9, the outer loop-shaped of fixing mould 3 is closed with the inner ring matching form of the cardioid capel 100 of molding, charging pressing plate 2 is fixed on disk 1 center between disk 1 inner ring, and charging pressing plate 2 is less than the bottommost of fixing mould 3, charging pressing plate 2 is upper side towards side, disk 1 center, upper side is that horizontal plane is used for carrying material strip；
nullBeing additionally provided with on disk 1 can be to the first slide block 41 of disk 1 central slide、Second slide block 42、3rd slide block 43、Four-slider 44 and the 5th slide block 45，First slide block 41、Second slide block 42、3rd slide block 43、Four-slider 44 and the 5th slide block 45 are circumferentially provided on disk 1 in order，Set described first slide block 41、Second slide block 42、3rd slide block 43、Four-slider 44 and the 5th slide block 45 are front end towards the one end at disk 1 center，Contrary one end is rear end，When the first slide block 41、Second slide block 42、3rd slide block 43、During the periphery of the fixing mould 3 that the front end of Four-slider 44 and the 5th slide block 45 slides into disk 1 center，First slide block 41、Second slide block 42、3rd slide block 43、The front end of Four-slider 44 and the 5th slide block 45 can be centered around fixing mould 3 periphery with the shape of cardioid capel 100 outer ring，First slide block 41、Second slide block 42、3rd slide block 43、The rear end of Four-slider 44 and the 5th slide block 45 is respectively connected with pushing mechanism；
Production mould also includes stamping-out cutter 5 continuously, stamping-out cutter 5 is slidably arranged on disk 1, the direction of motion of stamping-out cutter 5 is mutually perpendicular to the upper side of charging pressing plate 2, the upper side of charging pressing plate 2 offers stamping-out groove, can slide and stretch in stamping-out groove in the front end of stamping-out cutter 5, the rear end of stamping-out cutter 5 connects pushing mechanism.
Set and be perpendicular to direction, disk 1 bottom surface as vertical direction, production mould also includes limiting the shutter 6 that cardioid capel 100 skids off from fixing mould 3 vertical direction continuously, the front end of shutter 6 is towards disk 1 center, the rear end of shutter 6 connects the upper surface having pushing mechanism, the front underside of shutter 6 can slide into fixing mould 3.
All pushing mechanisms all use cam pushing mechanism 7.
Offer on disk 1 match with first slide block the 41, second slide block the 42, the 3rd slide block 43, Four-slider the 44, the 5th slide block 45 respectively the first gathering sill, the second gathering sill, the 3rd gathering sill, the 4th gathering sill, the 5th gathering sill.
Cardioid capel 100 for before molding in material strip, set material strip and be introduced into one end of disk 1 as head end, one end of rear entrance disk 1 is end, and material strip can be divided into from the beginning to the end: first section of material strip, latter one section of first section of material strip, the interlude of material strip, rear one section and the latter end of material strip of material strip interlude.Described first slide block 41 for being pressed into fixing mould 3 outer ring by first section of material strip, second slide block 42 is for being pressed into fixing mould 3 outer ring by latter one section of first for material strip section, 3rd slide block 43 for being pressed into fixing mould 3 outer ring by the interlude of material strip, Four-slider 44 is for being pressed into fixing mould 3 outer ring by latter one section of material strip interlude, and the 5th slide block 45 for being pressed into fixing mould 3 outer ring by the latter end of material strip.
The front end face of the first slide block 41 and the 5th slide block 45 is inclined-plane, and the front end face of the second slide block the 42, the 3rd slide block 43 and Four-slider 44 is arcwall face, and the position that the front end face of the 3rd slide block 43 and Four-slider 44 first touches material strip is provided with pulley 8.
First slide block the 41, second slide block the 42, the 3rd slide block 43, Four-slider 44 and the consistency of thickness of the 5th slide block 45 in the vertical direction, all without departing from each self-corresponding gathering sill degree of depth, stamping-out cutter 5 is positioned vertically higher than the degree of depth of gathering sill.
After using apparatus above, compared with prior art, after the present invention installs on online sheet-forming machine, under the cooperation of feed arrangement, first material strip is punched out the breach of junction, cardioid capel 100 two ends in stamping-out hole slot zone position, then carry out the arc flanging on material strip both sides in flanging district, by rectangular top bar, the material strip after flanging is ejected after bending；nullSubsequently enter continuous bending district，In Fig. 2 as a example by visual angle，There is the fixing mould 3 agreed with mutually with heart-shaped capel 100 interior shape at disk 1 center，Material strip passes over from charging pressing plate 2，Through disk 1 side (there is charging aperture disk 1 side)，Enter in disk 1，Shutter 6 is promoted by cam，Slide to disk 1 center，It is perpendicular to disk 1 bottom direction and shelters from half-formed band，The deformation of disk 1 bottom surface it is perpendicular to prevent material strip in Forging Process from occurring，And the most half-formed material strip moves to center and fixes the lower section of mould 3，Further，First slide block 41 upwards ejects，Further，Second slide block 42 upwards ejects，Further，Stamping-out cutter 5 is promoted by cam，Stamping-out cutter 5 front end is entered in the stamping-out groove of charging pressing plate 2 upper side，By material strip severing，Further，The 3rd slide block 43 with roller upwards ejects，Fold (i.e. the interlude of material strip) great circle bending bottom heart-shaped capel 100；Four-slider 44 with roller ejects downwards further；Further, the 5th slide block 45 ejects downwards；Material strip is made to form heart-shaped capel 100 moulding in fixing mould 3 periphery.After heart-shaped capel 100 moulding terminates, first slide block the 41, second slide block the 42, the 3rd slide block 43, Four-slider 44 and the 5th slide block 45 are all regained, and three thimbles 9 of fixing mould 3 surrounding stretch out, and i.e. complete the making of whole part after being ejected by heart-shaped capel 100.Further, the slip process on disk 1 has been worked in coordination by cam pushing mechanism 7.
With above-mentioned according to desirable embodiment of the present utility model for enlightenment, by above-mentioned description, relevant staff can carry out various change and amendment completely in the range of without departing from this utility model technological thought.The content that the technical scope of this utility model is not limited in description, it is necessary to determine its technical scope according to right.
Claims (8)
1. the line sheet-forming machine continuous production mould of cardioid capel, it is characterised in that: include by technique suitable
Stamping-out hole slot district, flanging district and the continuous bending district that sequence sets gradually, described continuous bending district includes disk
(1) and charging pressing plate (2), described disk (1) center is fixedly installed fixing mould (3), fixing mould (3)
The inner ring matching form of cardioid capel (100) of outer loop-shaped and molding close, charging pressing plate (2) is fixed
Between disk (1) center to disk (1) inner ring, and charging pressing plate (2) is less than fixing mould (3)
Bottommost, charging pressing plate (2) is upper side towards disk (1) side, center, and upper side is that horizontal plane is used
In conveying material strip,
Be additionally provided with on described disk (1) can to first slide block (41) of disk (1) central slide,
Two slide blocks (42), the 3rd slide block (43), Four-slider (44) and the 5th slide block (45), described first is sliding
Block (41), the second slide block (42), the 3rd slide block (43), Four-slider (44) and the 5th slide block (45)
Be circumferentially provided in order on disk (1), set described first slide block (41), the second slide block (42),
Three slide blocks (43), Four-slider (44) and the 5th slide block (45) towards the one end at disk (1) center are
Front end, contrary one end is rear end, when described first slide block (41), the second slide block (42), the 3rd slide block
(43), the front end of Four-slider (44) and the 5th slide block (45) slides into the fixing of disk (1) center
During the periphery of mould (3), the first slide block (41), the second slide block (42), the 3rd slide block (43), the 4th sliding
The front end of block (44) and the 5th slide block (45) can be centered around solid with the shape of cardioid capel (100) outer ring
Cover half (3) periphery, the first slide block (41), the second slide block (42), the 3rd slide block (43), Four-slider
(44) and the rear end of the 5th slide block (45) is respectively connected with pushing mechanism,
Described continuous production mould also includes that stamping-out cutter (5), stamping-out cutter (5) are slidably arranged in disk (1)
On, the direction of motion of stamping-out cutter (5) is mutually perpendicular to the upper side of charging pressing plate (2), charging pressing plate (2)
Upper side offer stamping-out groove, can slide and stretch in stamping-out groove in the front end of stamping-out cutter (5), stamping-out cutter (5)
Rear end connect have pushing mechanism.
2. the line sheet-forming machine continuous production mould of cardioid capel as claimed in claim 1, it is characterised in that:
Setting and be perpendicular to disk (1) direction, bottom surface as vertical direction, described continuous production mould also includes limiting
The shutter (6) that cardioid capel (100) skids off from fixing mould (3) vertical direction, shutter (6)
Front end is towards disk (1) center, and the rear end of shutter (6) connects pushing mechanism, shutter (6)
Front underside can slide into the upper surface of fixing mould (3).
3. the line sheet-forming machine continuous production mould of cardioid capel as claimed in claim 1 or 2, its feature
It is: described pushing mechanism uses cam pushing mechanism (7).
4. the line sheet-forming machine continuous production mould of cardioid capel as claimed in claim 2, it is characterised in that:
Offer on described disk (1) respectively with the first slide block (41), the second slide block (42), the 3rd slide block (43),
The first gathering sill that Four-slider (44), the 5th slide block (45) match, the second gathering sill, the 3rd guiding
Groove, the 4th gathering sill, the 5th gathering sill.
5. the line sheet-forming machine continuous production mould of cardioid capel as claimed in claim 1, it is characterised in that:
Cardioid capel (100) is in material strip before molding, sets material strip and is introduced into one end of disk (1) as head end,
One end of rear entrance disk (1) is end, and described first slide block (41) is for being pressed into first section of material strip
On fixing mould (3) outer ring, the second slide block (42) is for being pressed into fixing mould (3) by latter one section of first for material strip section
On outer ring, the 3rd slide block (43) for the interlude of material strip being pressed into fixing mould (3) outer ring, the 4th
Slide block (44) is for being pressed into fixing mould (3) outer ring, the 5th slide block (45) by latter one section of material strip interlude
For the latter end of material strip being pressed into fixing mould (3) outer ring.
6. the line sheet-forming machine continuous production mould of cardioid capel as claimed in claim 5, it is characterised in that:
The front end face of the first slide block (41) and the 5th slide block (45) is inclined-plane, the second slide block (42), the 3rd slide block
And the front end face of Four-slider (44) is arcwall face, the 3rd slide block (43) and Four-slider (44) (43)
Front end face on first touch the position of material strip pulley (8) be installed.
7. the line sheet-forming machine continuous production mould of cardioid capel as claimed in claim 4, it is characterised in that:
Described first slide block (41), the second slide block (42), the 3rd slide block (43), Four-slider (44) and the 5th
The consistency of thickness of slide block (45) in the vertical direction, all without departing from each self-corresponding gathering sill degree of depth, stamping-out
Cutter (5) is positioned vertically higher than the degree of depth of gathering sill.
8. the line sheet-forming machine continuous production mould of cardioid capel as claimed in claim 1, it is characterised in that:
The surrounding of described fixing mould (3) is also equipped with thimble (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620415460.5U CN205763285U (en) | 2016-05-10 | 2016-05-10 | The line sheet-forming machine continuous production mould of cardioid capel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620415460.5U CN205763285U (en) | 2016-05-10 | 2016-05-10 | The line sheet-forming machine continuous production mould of cardioid capel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205763285U true CN205763285U (en) | 2016-12-07 |
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ID=57411784
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620415460.5U Withdrawn - After Issue CN205763285U (en) | 2016-05-10 | 2016-05-10 | The line sheet-forming machine continuous production mould of cardioid capel |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205763285U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105880373A (en) * | 2016-05-10 | 2016-08-24 | 中铁建电气化局集团轨道交通器材有限公司 | Heart-shaped capel continuous-production die of line-plate forming machine |
-
2016
- 2016-05-10 CN CN201620415460.5U patent/CN205763285U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105880373A (en) * | 2016-05-10 | 2016-08-24 | 中铁建电气化局集团轨道交通器材有限公司 | Heart-shaped capel continuous-production die of line-plate forming machine |
| CN105880373B (en) * | 2016-05-10 | 2018-03-06 | 中铁建电气化局集团轨道交通器材有限公司 | Line sheet-forming machine cardioid capel continuous production mould |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20180306 |
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| AV01 | Patent right actively abandoned |
Granted publication date: 20161207 Effective date of abandoning: 20180306 |