CN205362415U - Novel mould processing car aluminum component system - Google Patents
Novel mould processing car aluminum component system Download PDFInfo
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- CN205362415U CN205362415U CN201620157475.6U CN201620157475U CN205362415U CN 205362415 U CN205362415 U CN 205362415U CN 201620157475 U CN201620157475 U CN 201620157475U CN 205362415 U CN205362415 U CN 205362415U
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Abstract
The utility model provides a novel mould processing car aluminum component system, including frame, lower mould, locating rack, scrap cutter and control mechanism, the lower mould includes centre form, external mold and a drive arrangement, and the external mold is rotatable to be installed in the frame, and the external mold is connected in drive arrangement drive, drive arrangement drive external mold uses the horizontal direction as the axis of rotation to the rotation, the centre form is rotatable to be installed on the external mold, centre form rotation axial vertical in the external mold axis of rotation to, the die cavity has on the centre form, forming mechanism includes first mounting bracket, press frame, goes up mould, mount, the 2nd drive arrangement, the 3rd drive arrangement, fourth drive arrangement and the 5th drive arrangement, install the tenth drive arrangement on the locating rack, the scrap cutter is connected in the drive of the tenth drive arrangement, and control mechanism includes controlling means and sensor, the sensor is used for detecting pressure signal on the lower mould. The utility model discloses convenient to use and work efficiency are high.
Description
Technical field
This utility model relates to a kind of diel, is specifically related to a kind of novel die processing automobile aluminum component system.
Background technology
Existing automobile aluminum component molding adopts first punch forming mostly, is then taken out by stamping forming aluminum component, carries out holing and deburring, makes the aluminum component course of processing clear aluminum component processing in this way, but working (machining) efficiency is low.
Utility model content
Based on the technical problem that background technology exists, the utility model proposes a kind of novel die processing automobile aluminum component system.
A kind of novel die processing automobile aluminum component system that the utility model proposes, including frame, counterdie, locating rack, edge iron and controlling organization；
Counterdie includes internal mold, external mold and the first driving device, external mold may be rotatably mounted in frame, first driving device drives and connects external mold, first driving device drives external mold with horizontal direction for rotating axial rotation, internal mold may be rotatably mounted on external mold, internal mold rotates and is axially perpendicular to external mold rotation axially, and internal mold has die cavity；
nullShaping mechanism includes the first installing rack、Clamping frame、Upper mould、Fixed mount、Second driving device、3rd driving device、Four-drive device and the 5th driving device，Locating rack is arranged in frame，First installing rack is movably mounted on locating rack，Second driving device drives and connects the first installing rack，Second driving device drives the first installing rack to move in the horizontal direction，Clamping frame is movably mounted on the first installing rack，3rd driving device drives and connects clamping frame，3rd driving device drives clamping frame vertically to move，Upper mould may be rotatably mounted at clamping frame lower end，Four-drive device drives and connects upper mould，Four-drive device drives upper mould with vertical direction for axial rotation，Fixed mount is movably mounted on the first installing rack and is positioned at mould periphery，5th driving device drives Connection Bracket，5th driving device drives fixed mount vertically to move；
Being provided with the tenth driving device on locating rack, the tenth driving device drives and connects edge iron, and the tenth driving device drives edge iron to move along close and away from counterdie direction；
Controlling organization includes controlling device and sensor；Sensor is used for detecting counterdie upward pressure signal；Sensor, the first driving device, the second driving device, the 3rd driving device, four-drive device, the 5th driving device and the tenth driving device all communicate to connect with control device；
Control device and obtain counterdie upper pressure signal by sensor, and judge whether counterdie top needs to process object according to pressure signal；When judging to need to be processed object, control device and control the 5th driving device work, fixed mount is made to be pressed in frame by object to be processed, then controlling device drives clamping frame to move by the 3rd driving device, mould is made to be pressed in die cavity and molding by object to be processed, control device after object molding to be processed and control the 5th driving device work, make fixed mount moves, then driving device drives four-drive device to work, the dynamic shaped article of modular belt is made to rotate, shaped article controls device and drives the tenth driving device work after rotating, make edge iron near shaped article is carried out edging, edging controls device and controls the 3rd driving device work after completing, make clamping frame moves, then driving device controls the first driving device work, external mold is made to rotate.
Preferably, described novel die processing automobile aluminum component system includes borehole drill construction and boring auxiliary body；Internal mold is provided with boring, and on external mold, the position of corresponding boring is provided with assorted through hole；
Borehole drill construction includes the second installing rack, adjusting bracket, drill bit, the 6th driving device and the 7th driving device, second installing rack is movably mounted on locating rack, 6th driving device drives and connects the second installing rack, 6th driving device drives the second installing rack to move in the horizontal direction, adjusting bracket is movably mounted on the second installing rack, 7th driving device drives and connects adjusting bracket, and the 7th driving device drives adjusting bracket vertically to move, and drill bit is arranged on adjusting bracket lower end；
Boring auxiliary body includes travelling carriage, bracing frame, the 8th driving device and the 9th driving device, travelling carriage is movably mounted to frame, 8th driving device drives and connects travelling carriage, 8th driving device drives travelling carriage to move in the horizontal direction, bracing frame is movably mounted on travelling carriage, 9th driving device drives and connects bracing frame, and the 9th driving device drives bracing frame vertically to move；Bracing frame is provided with and snaps in block, snap in and block-shaped detachably coordinate with the assorted shape of through holes that falls, snap in block is provided with and snap in projection, snap in convex shape and detachably coordinate with borehole shape.
Preferably, the 6th driving device, the 7th driving device, the 8th driving device and the 9th driving device all communicate to connect with control device；
Make on clamping frame move after, control device and control the second driving device work, mould is made to move apart directly over counterdie, then controlling the 6th driving device work, make drill bit move to directly over counterdie, drill bit moves to and controls the 9th driving device work after directly over counterdie, make bracing frame move to snap in projection and be positioned at below assorted through hole, it is positioned at after below assorted through hole snapping in projection, controls device and control the 7th driving device work, make to press under drill bit and hole and rollback after completing boring；
When external mold rotates, during the first driving device work, driving device controls the 8th driving device work, makes travelling carriage move.
Preferably, frame correspondence counterdie is connected with storage box.
Preferably, being provided with feeding plate in storage box, feeding plate is arranged in storage box by return unit.
Preferably, return unit is spring.
This utility model is easy to use, after treating processing object molding by upper die and lower die, moves object to be processed by upper modular belt and rotates during work, edging is carried out by edge iron, it is effectively increased the efficiency of automobile aluminum component molding, then passes through external mold and rotate, be shaped pouring out of object quickly and easily.
Accompanying drawing explanation
Fig. 1 is a kind of novel die processing automobile aluminum component system structure schematic diagram that the utility model proposes；
Fig. 2 is A partial enlarged drawing in Fig. 1.
Detailed description of the invention
Shown in seeing figures.1.and.2, a kind of novel die processing automobile aluminum component system that the utility model proposes, including frame 1, counterdie, locating rack 3, edge iron 5, controlling organization borehole drill construction and boring auxiliary body.
Counterdie includes internal mold 21, external mold 22 and the first driving device, external mold 22 may be rotatably mounted in frame 1, first driving device drives and connects external mold 22, first driving device drives external mold 22 with horizontal direction for rotating axial rotation, internal mold 21 may be rotatably mounted on external mold 22, internal mold 21 rotation is axially perpendicular to external mold 22 and rotates axially, and internal mold 21 has die cavity 211；Internal mold 21 is provided with boring, and on external mold 22, the position of corresponding boring is provided with assorted through hole.
nullShaping mechanism includes the first installing rack 41、Clamping frame 42、Upper mould 43、Fixed mount 44、Second driving device、3rd driving device、Four-drive device and the 5th driving device，Locating rack 3 is arranged in frame 1，First installing rack 41 is movably mounted on locating rack 3，Second driving device drives and connects the first installing rack 41，Second driving device drives the first installing rack 41 to move in the horizontal direction，Clamping frame 42 is movably mounted on the first installing rack 41，3rd driving device drives and connects clamping frame 42，3rd driving device drives clamping frame 42 vertically to move，Upper mould 43 may be rotatably mounted at clamping frame 42 lower end，Four-drive device drives and connects upper mould 43，Four-drive device drives upper mould 43 with vertical direction for axial rotation，Fixed mount 44 is movably mounted on the first installing rack 41 and is positioned at mould 43 periphery，5th driving device drives Connection Bracket 44，5th driving device drives fixed mount 44 vertically to move.
Being provided with the tenth driving device 11 on locating rack 3, the tenth driving device 11 drives and connects edge iron 5, and the tenth driving device 11 drives edge iron 5 to move along close and away from counterdie direction.
Borehole drill construction includes the second installing rack 61, adjusting bracket 62, drill bit the 63, the 6th driving device and the 7th driving device, second installing rack 61 is movably mounted on locating rack 3,6th driving device drives and connects the second installing rack 61,6th driving device drives the second installing rack 61 to move in the horizontal direction, adjusting bracket 62 is movably mounted on the second installing rack 61,7th driving device drives and connects adjusting bracket 62,7th driving device drives adjusting bracket 62 vertically to move, and drill bit 63 is arranged on adjusting bracket 62 lower end；
Boring auxiliary body includes travelling carriage 71, bracing frame the 72, the 8th driving device and the 9th driving device, travelling carriage 71 is movably mounted to frame 1,8th driving device drives and connects travelling carriage 71,8th driving device drives travelling carriage 71 to move in the horizontal direction, bracing frame 72 is movably mounted on travelling carriage 71,9th driving device drives and connects bracing frame 72, and the 9th driving device drives bracing frame 72 vertically to move；Bracing frame 72 is provided with and snaps in block 721, snap in block 721 shape and detachably coordinate with the assorted shape of through holes that falls, snap in block 721 is provided with and snap in protruding 722, snap in protruding 722 shapes and detachably coordinate with borehole shape.
Controlling organization includes controlling device and sensor；Sensor is used for detecting counterdie upward pressure signal；Sensor, the first driving device, the second driving device, the 3rd driving device, four-drive device, the 5th driving device, the 6th driving device, the 7th driving device, the 8th driving device, the 9th driving device and the tenth driving device 11 all communicate to connect with control device；
Control device and obtain counterdie upper pressure signal by sensor, and judge whether counterdie top needs to process object according to pressure signal；nullWhen judging to need to be processed object，Control device and control the 5th driving device work，Fixed mount 44 is made to be pressed in frame 1 by object to be processed，Then controlling device drives clamping frame 42 to move by the 3rd driving device，Mould 43 is made to be pressed in die cavity 211 and molding by object to be processed，Control device after object molding to be processed and control the 5th driving device work，Make fixed mount 44 moves，Then driving device drives four-drive device to work，Mould 43 is made to drive shaped article to rotate，Shaped article controls device and drives the tenth driving device 11 to work after rotating，Make edge iron 5 near shaped article is carried out edging，Edging controls device and controls the 3rd driving device work after completing，Make clamping frame 42 moves，Then control device and control the second driving device work，Mould 43 is made to move apart directly over counterdie，Then the 6th driving device work is controlled，Drill bit 73 is made to move to directly over counterdie，Drill bit 73 moves to and controls the 9th driving device work after directly over counterdie，Make bracing frame 82 move to snap in protruding 722 and be positioned at below assorted through hole，It is positioned at after below assorted through hole snapping in protruding 722，Control device and control the 7th driving device work，63 times pressures of drill bit are made to hole and rollback after completing boring，Then driving device controls the first driving device work，External mold 22 is made to rotate，When external mold 22 rotates，During the first driving device work, driving device controls the 8th driving device work，Travelling carriage 71 is made to move，Avoid having influence on material，Above-mentioned work is device reset used after completing，Control device and continue to obtain the signal of sensor.
In present embodiment, the corresponding counterdie of frame 1 is connected with storage box 12, it is simple to material stores.
In present embodiment, being provided with feeding plate 121 in storage box 12, feeding plate 121 is arranged in storage box 12 by return unit 122, and return unit 122 is spring, reduces the probability that object whereabouts is impaired.
The above; it is only this utility model preferably detailed description of the invention; but protection domain of the present utility model is not limited thereto; any those familiar with the art is in the technical scope that this utility model discloses; conceive according to the technical solution of the utility model and utility model thereof and be equal to replacement or change, all should be encompassed within protection domain of the present utility model.
Claims (6)
1. a novel die processing automobile aluminum component system, it is characterised in that: include frame (1), counterdie, locating rack (3), edge iron (5) and controlling organization；
Counterdie includes internal mold (21), external mold (22) and the first driving device, external mold (22) may be rotatably mounted in frame (1), first driving device drives and connects external mold (22), first driving device drives external mold (22) with horizontal direction for rotating axial rotation, internal mold (21) may be rotatably mounted on external mold (22), internal mold (21) rotates and is axially perpendicular to external mold (22) rotation axially, and internal mold (21) has die cavity (211)；
nullShaping mechanism includes the first installing rack (41)、Clamping frame (42)、Upper mould (43)、Fixed mount (44)、Second driving device、3rd driving device、Four-drive device and the 5th driving device，Locating rack (3) is arranged in frame (1)，First installing rack (41) is movably mounted on locating rack (3)，Second driving device drives and connects the first installing rack (41)，Second driving device drives the first installing rack (41) to move in the horizontal direction，Clamping frame (42) is movably mounted on the first installing rack (41)，3rd driving device drives and connects clamping frame (42)，3rd driving device drives clamping frame (42) vertically to move，Upper mould (43) may be rotatably mounted at clamping frame (42) lower end，Four-drive device drives and connects upper mould (43)，Four-drive device drives upper mould (43) with vertical direction for axial rotation，Fixed mount (44) is movably mounted to the first installing rack (41) and above and is positioned at mould (43) periphery，5th driving device drives Connection Bracket (44)，5th driving device drives fixed mount (44) vertically to move；
Locating rack (3) is provided with the tenth driving device (11), tenth driving device (11) drives and connects edge iron (5), and the tenth driving device (11) drives edge iron (5) to move along close and away from counterdie direction；
Controlling organization includes controlling device and sensor；Sensor is used for detecting counterdie upward pressure signal；Sensor, the first driving device, the second driving device, the 3rd driving device, four-drive device, the 5th driving device and the tenth driving device (11) all communicate to connect with control device；
Control device and obtain counterdie upper pressure signal by sensor, and judge whether counterdie top needs to process object according to pressure signal；nullWhen judging to need to be processed object，Control device and control the 5th driving device work，Fixed mount (44) is made to be pressed in frame (1) by object to be processed，Then controlling device drives clamping frame (42) mobile by the 3rd driving device，Mould (43) is made to be pressed in die cavity (211) and molding by object to be processed，Control device after object molding to be processed and control the 5th driving device work，Make the upper shifting of fixed mount (44)，Then driving device drives four-drive device to work，Mould (43) is made to drive shaped article to rotate，Shaped article controls device and drives the tenth driving device (11) work after rotating，Make edge iron (5) near shaped article is carried out edging，Edging controls device and controls the 3rd driving device work after completing，Make the upper shifting of clamping frame (42)，Then driving device controls the first driving device work，External mold (22) is made to rotate.
2. novel die according to claim 1 processing automobile aluminum component system, it is characterised in that: described novel die processing automobile aluminum component system includes borehole drill construction and boring auxiliary body；Internal mold (21) is provided with boring, and the position of the upper correspondence boring of external mold (22) is provided with assorted through hole；
Borehole drill construction includes the second installing rack (61), adjusting bracket (62), drill bit (63), 6th driving device and the 7th driving device, second installing rack (61) is movably mounted on locating rack (3), 6th driving device drives and connects the second installing rack (61), 6th driving device drives the second installing rack (61) to move in the horizontal direction, adjusting bracket (62) is movably mounted on the second installing rack (61), 7th driving device drives and connects adjusting bracket (62), 7th driving device drives adjusting bracket (62) vertically to move, drill bit (63) is arranged on adjusting bracket (62) lower end；
Boring auxiliary body includes travelling carriage (71), bracing frame (72), the 8th driving device and the 9th driving device, travelling carriage (71) is movably mounted to frame (1), 8th driving device drives and connects travelling carriage (71), 8th driving device drives travelling carriage (71) to move in the horizontal direction, bracing frame (72) is movably mounted on travelling carriage (71), 9th driving device drives and connects bracing frame (72), and the 9th driving device drives bracing frame (72) vertically to move；Bracing frame (72) is provided with and snaps in block (721), snap in block (721) shape and detachably coordinate with the assorted shape of through holes that falls, snap in block (721) is provided with and snap in projection (722), snap in projection (722) shape and detachably coordinate with borehole shape.
3. novel die according to claim 2 processing automobile aluminum component system, it is characterised in that: the 6th driving device, the 7th driving device, the 8th driving device and the 9th driving device all communicate to connect with control device；
After making the upper shifting of clamping frame (42), control device and control the second driving device work, mould (43) is made to move apart directly over counterdie, then the 6th driving device work is controlled, drill bit (73) is made to move to directly over counterdie, drill bit (73) moves to and controls the 9th driving device work after directly over counterdie, make bracing frame (82) move to snap in projection (722) and be positioned at below assorted through hole, it is positioned at after below assorted through hole snapping in projection (722), control device and control the 7th driving device work, make drill bit (63) press down to hole and rollback after completing boring；
When external mold (22) rotates, during the first driving device work, driving device controls the 8th driving device work, makes travelling carriage (71) mobile.
4. novel die according to claim 1 processing automobile aluminum component system, it is characterised in that: the corresponding counterdie of frame (1) is connected with storage box (12).
5. novel die according to claim 4 processing automobile aluminum component system, it is characterized in that: being provided with feeding plate (121) in storage box (12), feeding plate (121) is arranged in storage box (12) by return unit (122).
6. novel die according to claim 5 processing automobile aluminum component system, it is characterised in that: return unit (122) is spring.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620157475.6U CN205362415U (en) | 2016-03-01 | 2016-03-01 | Novel mould processing car aluminum component system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620157475.6U CN205362415U (en) | 2016-03-01 | 2016-03-01 | Novel mould processing car aluminum component system |
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| Publication Number | Publication Date |
|---|---|
| CN205362415U true CN205362415U (en) | 2016-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620157475.6U Withdrawn - After Issue CN205362415U (en) | 2016-03-01 | 2016-03-01 | Novel mould processing car aluminum component system |
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| CN (1) | CN205362415U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105583303A (en) * | 2016-03-01 | 2016-05-18 | 芜湖同创模具机械有限公司 | Novel automobile aluminum part mold-machining system |
-
2016
- 2016-03-01 CN CN201620157475.6U patent/CN205362415U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105583303A (en) * | 2016-03-01 | 2016-05-18 | 芜湖同创模具机械有限公司 | Novel automobile aluminum part mold-machining system |
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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 |
Granted publication date: 20160706 Effective date of abandoning: 20171117 |
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| AV01 | Patent right actively abandoned |