CN103862241B - Wheel rim process equipment and flow process - Google Patents
Wheel rim process equipment and flow process Download PDFInfo
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- CN103862241B CN103862241B CN201410096014.8A CN201410096014A CN103862241B CN 103862241 B CN103862241 B CN 103862241B CN 201410096014 A CN201410096014 A CN 201410096014A CN 103862241 B CN103862241 B CN 103862241B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P15/00—Making specific metal objects by operations not covered by a single other subclass or a group in this subclass
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Abstract
A kind of wheel rim process equipment and flow process, after being positioned over this workbench by thick for wheel rim embryo product and carry out scanner uni differentiation effect；Carry out that its inner rim wall carries out back and forth processing with ear and perimeter wall surface simultaneously, overturning cleaning device then carries out overturning, clean and measure action, the second process equipment and then carries out the surface such as ear of its card end and card end and carry out back and forth processing, the first cleaning equipment simultaneously and be carried out action then through sequentially being clamped by thick for wheel rim embryo product to the first process equipment by the first conveying equipment；By this second conveying equipment the thick embryo product of wheel rim at the first cleaning equipment place are carried out holding action, and be delivered to the 3rd process equipment and carry out the drilling processing at its card end place and present wheel rim finished product, then be delivered to this second cleaning equipment place and be carried out action；Whereby, it is provided that be different from traditional wheel rim process equipment and flow process, the effect can man-hour with more preferably Improving Equipment and enhancement Product Precision and quality is added in carrying out this wheel rim.
Description
Technical field
The present invention is that espespecially one is different from tradition wheel rim process equipment and flow process about a kind of wheel rim process equipment and flow process, adds the wheel rim process equipment and flow process can man-hour with more preferably Improving Equipment and enhancement Product Precision and quality in carrying out its wheel rim.
Background technology
The making of existing wheel rim is mainly after the thick embryo of cast form wheel rim, then cuts and repair the steps such as hole by thick for the wheel rim of this casting its end face of embryo and surface through essence, and side shapes wheel rim finished product.Just according to the existing operation taking turns ring processing method, first a wherein ear of clamping face side dress tire, then interior perimeter wall processing (referred to as OP1) of opposite side is carried out, then clamp through the OP1 ear machined, carry out wheel rim card processing (referred to as OP2), the last anglec of rotation carries out air nozzle hole processing (referred to as OP3), completes processing eventually.
So, learn according to above-mentioned, the fabrication and processing of traditional wheel rim, need to through three big manufacturing procedures, as in wheel rim perimeter wall processing (referred to as OP1), wheel rim card processing (referred to as OP2), finally carry out air nozzle hole processing (referred to as OP3), owing to these manufacturing procedures are all unalterable, cause that wheel rim quality has been limited to this, and Product Precision and quality cannot be broken through, an actually big drawback problem, and to be improved.
In view of this present inventor, and according to being engaged in the correlation experience in this field, meticulous inspection and research for many years, and coordinates scientific principle to use, so propose a kind of rationally and be effectively improved the present invention of disadvantages mentioned above.
Summary of the invention
The main purpose of the present invention is to be in that: provides one to be different from tradition wheel rim process equipment, adds the wheel rim process equipment can man-hour with more preferably Improving Equipment in carrying out its wheel rim.
The secondary objective of the present invention is to be in that: provide one to be different from tradition wheel rim manufacturing procedure, adds, in carrying out its wheel rim, the wheel rim work flow that can promote Product Precision man-hour with quality.
For reaching above-mentioned purpose, one wheel rim process equipment of the present invention, it is characterised in that: include:
One workbench, places for the thick embryo product of wheel rim to be processed；This workbench both sides place around is provided with corresponding pusher, and one is positioned at the discriminating gear at place above this workbench；
One first conveying equipment, has the two works lifting elevating mechanisms of displacement action, two clamping jaw devices being positioned at this two elevating mechanisms bottom end, the thick embryo product of wheel rim in order to clamp this workbench, and one is positioned at this elevating mechanism and makes the transverse-moving mechanism of lateral displacement action；
One first process equipment, has a machine table；It is provided with a pedestal carrying placement for the clamping jaw device of this first conveying equipment after this workbench carries out clamping the thick embryo product of this wheel rim, around this pedestal, place is provided with multiple clamping device in order to the thick embryo product of this wheel rim to be gripped and the cutter group that the thick embryo product of wheel rim on a pair this pedestal are processed；
One overturning cleaning device, there is a board, so far placement, a clamping device is carried after supplying this first conveying equipment thick embryo product of wheel rim on the machine table clamping this first process equipment, in order to thick for the wheel rim on this board embryo product are carried out rotary movement, multiple rinser, in order to clean the surface of the thick embryo product of wheel rim on this board, and a measuring equipment, in order to the centre bore set by the thick embryo product of this wheel rim is carried out aperture measurement；
One second process equipment, has a machine table；Being provided with one supplies this first conveying equipment thick embryo product of the wheel rim on the board clamping this overturning cleaning device to place fixing pedestal, around this pedestal, place is provided with multiple clamping device in order to the thick embryo product of this wheel rim to be gripped and the cutter group that the thick embryo product of wheel rim on a pair this pedestal are processed；
One first cleaning equipment, has a board, carries and so far place after supplying this first conveying equipment thick embryo product of wheel rim on the machine table clamping this second process equipment, and multiple rinser, in order to clean thick its surface of embryo product of wheel rim on this board；
One second conveying equipment, there are the two works lifting elevating mechanisms of displacement action, two clamping jaw devices being positioned at this two elevating mechanisms bottom end, the thick embryo product of wheel rim in order to clamp the board place of this first cleaning equipment, and one be positioned at this elevating mechanism and make the transverse-moving mechanism of lateral displacement action；
2 the 3rd process equipments, respectively have a machine table；It is provided with a main shaft pedestal carrying placement for the clamping jaw device of this second conveying equipment after the board place of this first cleaning equipment carries out clamping the thick embryo product of this wheel rim, around this main shaft pedestal, place is provided with multiple in order to resist this in the inner wall place of the thick embryo product of wheel rim in the restraint device of stationary state, and the cutter group that the thick embryo product of wheel rim on a pair this main shaft pedestal are processed；And
One second cleaning equipment, has a board, carries and so far place after supplying this second conveying equipment wheel rim finished product on the machine table of clamping the 3rd process equipment, and multiple rinser, in order to clean the surface of the wheel rim finished product on this board.
For reaching above-mentioned purpose, one wheel rim work flow of the present invention, it is characterised in that: its process step includes:
Rapid S1: the external thick embryo product of wheel rim are positioned over workbench, then thick for this wheel rim embryo product are pushed into location place by the pusher of this workbench, and discriminating gear then this wheel rim thick embryo product is scanned and placed kenel carries out differentiation effect；
A wherein ear of the thick embryo product of wheel rim of this workbench is carried out holding action by the clamping jaw device of one elevating mechanism at rapid S2: the first conveying equipment place, and be delivered to the pedestal place at the machine table place of the first process equipment, and around this pedestal of arranging in pairs or groups, the thick embryo product of this wheel rim are gripped state by the clamping device at place；
Rapid S3: and the inner wall of the thick embryo product of the wheel rim on the pedestal of machine table side back and forth processed by the cutter group of this first process equipment of arranging in pairs or groups with ear and perimeter wall surface simultaneously；
Rapid S4: after processing, the thick embryo product of the wheel rim on pedestal set by the machine table of this first process equipment clamp through the clamping jaw device of an elevating mechanism at this first conveying equipment place, and are delivered to the board place of overturning cleaning device；Now, a wherein ear of the thick embryo product of wheel rim that this workbench is then put by the clamping jaw device of another elevating mechanism at this first conveying equipment place in advance carries out holding action, and is delivered to the pedestal place at the machine table place of this first process equipment and back and forth processes；
Rapid S5: the thick embryo product of wheel rim on the board of this overturning cleaning device carry out rotary movement through the clamping device of this overturning cleaning device, and multiple rinsers by this overturning cleaning device are carried out action when rotary movement, again the thick embryo product of wheel rim after reversion are positioned on the board of this overturning cleaning device, cause the card end of the thick embryo product of this wheel rim in state upward；
Rapid S6: now, centre bore set by the card end of the thick embryo product of this wheel rim is then carried out aperture measurement by the measuring equipment of this overturning cleaning device, then the ear that the wheel rim thick embryo product after measuring carry out clamping the card end place to the thick embryo product of this wheel rim via the clamping jaw device of an elevating mechanism at this first conveying equipment place is carried out holding action；And be delivered to the pedestal place at the machine table place of the second process equipment, and around this pedestal of arranging in pairs or groups the clamping device at place and the thick embryo product of this wheel rim are gripped state；
Rapid S7: and the pedestal set by the machine table of this second process equipment is rotation status, and the card end of the thick embryo product of the wheel rim on the pedestal of machine table and the ear surface at card end place are back and forth processed by the cutter group of this second process equipment of arranging in pairs or groups simultaneously；
Rapid S8: after processing, the thick embryo product of the wheel rim on pedestal set by the machine table of this second process equipment clamp through the clamping jaw device of an elevating mechanism at this first conveying equipment place, and the board place being delivered to the first cleaning equipment places；And the multiple rinsers set by this first cleaning equipment then carry out the cleaning action to the thick embryo product of wheel rim；
Rapid S9: now, the ear at the card end place of the thick embryo product of wheel rim at this first cleaning equipment place is carried out holding action by the clamping jaw device of the elevating mechanism at the second conveying equipment place, and be delivered to the main shaft pedestal place at the machine table place of the 3rd process equipment, and the restraint device of the 3rd process equipment of arranging in pairs or groups the inner wall place of the thick embryo product of this wheel rim is resisted and in fixing；
Rapid S10: when the thick embryo product of this wheel rim are stationary state, and the card end place of this wheel rim thick embryo product is carried out position, multiple PCD hole, at least one air nozzle hole and multiple louvre drilling processing and presents wheel rim finished product；
Rapid S11: after processing, the wheel rim finished product on the main shaft pedestal set by machine table of the 3rd process equipment clamps through the clamping jaw device of the elevating mechanism at this second conveying equipment place, and is delivered to the board place of the second cleaning equipment；And the multiple rinsers set by this second cleaning equipment then carry out the cleaning action to this wheel rim finished product；To complete described wheel rim work flow.
Effect of the present invention: be that then first thick for this wheel rim embryo product are pushed into after external wheel rim thick embryo product are positioned over this workbench location place, and this wheel rim thick embryo product are scanned and placed kenel carries out differentiation effect；Carry out the inner wall to this wheel rim thick embryo product side to this first process equipment back and forth process with the surface such as ear and perimeter wall simultaneously then through by this first conveying equipment thick for this wheel rim embryo product sequentially being clamped, this overturning cleaning device then carries out rotary movement and cleaning action, and the centre bore set by the card end of the thick embryo product of this wheel rim is carried out aperture measurement action, this second process equipment then carries out the surfaces such as the ear at the card end to the thick embryo product of this wheel rim and card end place and back and forth processes simultaneously, multiple rinsers set by this first cleaning equipment then carry out the cleaning action to the thick embryo product of this wheel rim；And via this second conveying equipment, the thick embryo product of wheel rim at this first cleaning equipment place carry out holding action, and the machine table place being delivered to the 3rd process equipment carries out the card end place of this wheel rim thick embryo product carrying out the drilling processing such as position, multiple PCD hole, at least one air nozzle hole and multiple louvres and presenting wheel rim finished product；And the board place being delivered to this second cleaning equipment carries out the cleaning action to this wheel rim finished product；Whereby, it is provided that be different from traditional wheel rim process equipment and flow process, the effect can man-hour with more preferably Improving Equipment and enhancement Product Precision and quality is added in carrying out this wheel rim.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of wheel rim process equipment of the present invention.
Fig. 2 is the illustrative view between the first conveying equipment of wheel rim process equipment of the present invention, workbench and the first process equipment.
Fig. 3 is the illustrative view between the first conveying equipment of wheel rim process equipment of the present invention, overturning cleaning device and the second process equipment.
The overturning cleaning device that Fig. 4 is wheel rim process equipment of the present invention carries out measurement action schematic diagram.
Fig. 5 is the illustrative view between the second conveying equipment of wheel rim process equipment of the present invention, the first cleaning equipment, the second cleaning equipment and the 3rd process equipment.
The 3rd process equipment that Fig. 6 is wheel rim process equipment of the present invention is processed step schematic diagram.
Fig. 7 is the flow chart of steps of wheel rim work flow of the present invention.
Detailed description of the invention
Refer to shown in Fig. 1 to Fig. 6, for the wheel rim process equipment explanation of wheel rim process equipment of the present invention and flow process, it is provided that one is different from tradition wheel rim process equipment, adds the wheel rim process equipment can man-hour with more preferably Improving Equipment in carrying out this wheel rim；Comprising:
One workbench 1, places for the thick embryo product 10 of wheel rim to be processed；This workbench 1 both sides place around is provided with corresponding pusher 11, in order to thick for this wheel rim embryo product 10 are pushed into positioning area, and the discriminating gear 12 being positioned at above this workbench 1 place, be provided with a pair thick embryo product 10 of this wheel rim and be scanned the scanning form 121 of state, and a pair this wheel rim placed kenel of thick embryo product 10 to wrong and carry out the discrimination module 122 of differentiation effect；
One first conveying equipment 2, there is the elevating mechanism 21 of two work lifting displacement actions, two clamping jaw devices 22 being positioned at this two elevating mechanism 21 bottom end, this two clamping jaw device 22 is in order to the ear 101 of the wheel rim clamping this workbench 1 thick embryo product 10, and each elevating mechanism 21 set by this first conveying equipment 2 carries out the kenel that clamps for single movement, and one be positioned at this elevating mechanism 21 and make the transverse-moving mechanism 23 of lateral displacement action, this transverse-moving mechanism 23 carries out conveying action after completing the clamping jaw device 22 set by this elevating mechanism 21 ear 101 of the thick embryo product 10 of this wheel rim is clamped；
One first process equipment 3, has a machine table 31；This machine table 31 is provided with a pedestal 32 carrying placement for this clamping jaw device 22 set by the first conveying equipment 2 after this workbench 1 carries out clamping the thick embryo product 10 of this wheel rim, and this pedestal 32 surrounding place be provided with multiple in order to the thick embryo product 10 of this wheel rim are clamped and in the clamping device 321 of stationary state, and the cutter group 33 that the thick embryo product 10 of wheel rim on a pair this pedestal 32 are processed, and ear 101 inner surface that the cutter group 33 of this first process equipment 3 is a pair thick embryo product 10 of this wheel rim and inner wall 102 carry out the first cutter 331 of milling action, and ear 101 outer surface of a pair thick embryo product 10 of this wheel rim and outer wall edge 103 carry out the second cutter 332 of milling action；
One overturning cleaning device 4, there is a board 41, this board 41 carries so far placement, a clamping device 42 after supplying this first conveying equipment 2 thick embryo product 10 of wheel rim on the machine table 31 clamping this first process equipment 3, in order to the wheel rim thick embryo product 10 on this board 41 are carried out rotary movement, multiple rinser 43, when clamping overturns, it is carried out its surface by this clamping device 42 with to the thick embryo product 10 of the wheel rim on this board 41, and a measuring equipment 44, in order to the centre bore 105 set by the card end 104 of the thick embryo product 10 of this wheel rim is carried out aperture measurement action；
One second process equipment 5, has a machine table 51；This machine table 51 is provided with one and supplies this first conveying equipment 2 thick embryo product 10 of the wheel rim on the board 41 clamping this overturning cleaning device 4 to place fixing pedestal 52, this pedestal 52 surrounding place be provided with multiple in order to the thick embryo product 10 of this wheel rim are clamped and in the clamping device 521 of stationary state, and the cutter group 53 that the thick embryo product 10 of wheel rim on a pair this pedestal 52 are processed, and card end 104 surface that the cutter group 53 of this second process equipment 5 is a pair thick embryo product 10 of this wheel rim carries out the first cutter 531 of milling action, and ear 1041 surface of the card end 104 of a pair thick embryo product 10 of this wheel rim carries out the second cutter 532 of milling action；
One first cleaning equipment 6, there is a board 61, this board 61 is carried after supplying this first conveying equipment 2 thick embryo product 10 of wheel rim on the machine table 51 clamping this second process equipment 5 and is so far placed, and multiple rinser 62, this each rinser 62 is in order to be carried out action to thick its surface of embryo product 10 of the wheel rim on this board 61；
One second conveying equipment 7, there is the elevating mechanism 71 of two work lifting displacement actions, two clamping jaw devices 72 being positioned at this two elevating mechanism 71 bottom end, this two clamping jaw device 72 is in order to clamp the ear 1041 of the card end 104 of the thick embryo product 10 of wheel rim at board 61 place of this first cleaning equipment 6, and each elevating mechanism 71 set by this second conveying equipment 7 carries out the kenel that clamps for single movement, and one be positioned at this elevating mechanism 71 and make the transverse-moving mechanism 73 of lateral displacement action, clamping jaw device 72 set by this elevating mechanism 71 is completed to carry out conveying action after the ear 1041 of the card end 104 to the thick embryo product 10 of this wheel rim clamps by this transverse-moving mechanism 73；
2 the 3rd process equipments 8, respectively have a machine table 81；This each machine table 81 is provided with a main shaft pedestal 82 carrying placement for the clamping jaw device 72 of this second conveying equipment 7 after board 61 place of this first cleaning equipment 6 carries out clamping the thick embryo product 10 of this wheel rim, and this main shaft pedestal 82 surrounding place is provided with multiple in order to resist this in inner wall 102 place of the thick embryo product 10 of wheel rim in fixing restraint device 821, and the cutter group 83 that the thick embryo product 10 of wheel rim on a pair this main shaft pedestal 82 are processed, and card end 104 place of this wheel rim thick embryo product 10 is carried out position, multiple PCD hole 106 by each cutter group 83 of this 2 the 3rd process equipment 8, the drillings such as at least one air nozzle hole 107 and multiple louvre 108 are processed and are presented wheel rim finished product 20；And
One second cleaning equipment 9, it is consistent with this first cleaning equipment 6 structure, there is a board 91, this board 91 is carried after supplying this second conveying equipment 7 wheel rim finished product 20 on the machine table 81 of clamping the 3rd process equipment 8 and is so far placed, and multiple rinser 92, in order to its surface of wheel rim finished product 20 on board 91 is carried out action；
Special one carries, and first process equipment 3 of the present invention can comply with setting up and being incremented by least two groups of the thick embryo product 10 of this wheel rim；This second process equipment 5 can comply with setting up and being incremented by least two groups of the thick embryo product 10 of this wheel rim again；Another 3rd process equipment 8 can comply with setting up and being incremented by least four groups of the thick embryo product 10 of this wheel rim.
Furthermore, continue and refer to shown in Fig. 7, and coordinate shown in Fig. 1 to Fig. 6, for the wheel rim work flow explanation of wheel rim process equipment of the present invention and flow process, there is provided one to be different from tradition wheel rim manufacturing procedure, add, in carrying out its this wheel rim, the wheel rim work flow that Product Precision can be promoted man-hour with quality；It comprises the following steps:
Rapid S1: the external thick embryo product 10 of wheel rim are positioned over workbench 1, then thick for this wheel rim embryo product 10 are pushed into location place by the pusher 11 of this workbench 1, and discriminating gear 12 then this wheel rim thick embryo product 10 is scanned and placed kenel carries out differentiation effect；
By the scanning form 121 set by the discriminating gear 12 of this workbench 1 the thick embryo product 10 of this wheel rim are scanned state, and this discrimination module 122 set by discriminating gear 12 of arranging in pairs or groups to this wheel rim placed kenel of thick embryo product 10 to wrong and carry out differentiation effect；
A wherein ear 101 of the thick embryo product 10 of wheel rim of this workbench 1 is carried out holding action by the clamping jaw device 22 of one elevating mechanism 21 at rapid S2: the first conveying equipment 2 place, and be delivered to pedestal 32 place at machine table 31 place of the first process equipment 3, and the thick embryo product 10 of this wheel rim are gripped state by the clamping device 321 at this pedestal 32 surrounding place of arranging in pairs or groups；
Rapid S3: and the inner wall 102 of wheel rim thick embryo product 10 side on the pedestal 32 of machine table 31 back and forth processed by the cutter group 33 of this first process equipment 3 of arranging in pairs or groups with ear 101 and perimeter wall 103 surface simultaneously；
The first cutter 331 of milling action is carried out by ear 101 inner surface that the cutter group 33 set by the machine table 31 of this first process equipment 3 is a pair thick embryo product 10 of this wheel rim and inner wall 102, and ear 101 outer surface of a pair thick embryo product 10 of this wheel rim and perimeter wall 103 carry out the second cutter 332 of milling action, and the pedestal 32 at machine table 31 place of this first process equipment 3 of arranging in pairs or groups is in rotation status, in order to carry out milling action；
Rapid S4: after processing, the thick embryo product 10 of wheel rim on the pedestal 32 set by machine table 31 of this first process equipment 3 clamp through the clamping jaw device 22 of an elevating mechanism 21 at this first conveying equipment 2 place, and are delivered to board 41 place of overturning cleaning device 4；Now, a wherein ear 101 of the thick embryo product 10 of wheel rim that this workbench 1 is then put by the clamping jaw device 22 of another elevating mechanism 21 at this first conveying equipment 2 place in advance carries out holding action, and is delivered to pedestal 32 place at machine table 31 place of this first process equipment 3 and back and forth processes；
Rapid S5: the thick embryo product 10 of wheel rim on the board 41 of this overturning cleaning device 4 carry out rotary movement through the clamping device 42 of this overturning cleaning device 4, and it is subject to multiple rinsers 43 of this overturning cleaning device 4 to be carried out action when rotary movement, again the thick embryo product 10 of wheel rim after reversion are positioned on the board 41 of this overturning cleaning device 4, cause the card end 104 of the thick embryo product 10 of this wheel rim in state upward；
Rapid S6: now, centre bore 105 set by the card end 104 of the thick embryo product 10 of this wheel rim is then carried out aperture measurement by the measuring equipment 44 of this overturning cleaning device 4, then the ear 1041 that the wheel rim thick embryo product 10 after measuring carry out clamping card end 104 place to the thick embryo product 10 of this wheel rim via the clamping jaw device 22 of an elevating mechanism 21 at this first conveying equipment place 2 is carried out holding action；And be delivered to pedestal 52 place at machine table 51 place of the second process equipment 5, and the clamping device 521 at this pedestal 52 surrounding place of arranging in pairs or groups and the thick embryo product 10 of this wheel rim are gripped state；
Rapid S7: and the pedestal 52 set by the machine table 51 of this second process equipment 5 is in rotation status, and the card end 104 of the thick embryo product 10 of the wheel rim on the pedestal 52 of machine table 51 and ear 1041 surface at card end 104 place are back and forth processed by the cutter group 53 of this second process equipment 5 of arranging in pairs or groups simultaneously；
Carry out the first cutter 531 of milling action by card end 104 surface that the cutter group 53 set by the machine table 51 of this second process equipment 5 is a pair thick embryo product 10 of this wheel rim, and ear 1041 surface of the card end 104 of a pair thick embryo product 10 of this wheel rim carries out the second cutter 532 of milling action；
Rapid S8: after processing, the thick embryo product 10 of wheel rim on the pedestal 52 set by machine table 51 of this second process equipment 5 clamp through the clamping jaw device 22 of an elevating mechanism 21 at this first conveying equipment 2 place, and board 61 place being delivered to the first cleaning equipment 6 places；And the multiple rinsers 62 set by this first cleaning equipment 6 then carry out the cleaning action to the thick embryo product 10 of this wheel rim；
Rapid S9: now, the ear 1041 at card end 104 place of the thick embryo product 10 of wheel rim at this first cleaning equipment 6 place is carried out holding action by the clamping jaw device 72 of the elevating mechanism 71 at the second conveying equipment 7 place, and be delivered to main shaft pedestal 82 place at machine table 81 place of the 3rd process equipment 8, and the restraint device 821 of the 3rd process equipment 8 of arranging in pairs or groups inner wall 102 place of the thick embryo product 10 of this wheel rim is resisted and in fixing；
Rapid S10: when the thick embryo product 10 of this wheel rim are in stationary state, and card end 104 place of this wheel rim thick embryo product 10 is carried out position, multiple PCD hole 106, at least one air nozzle hole 107 and multiple louvre 108 drilling processing and presents wheel rim finished product 20；
After wherein the card end 104 of the wheel rim thick embryo product 10 on the machine table 81 of the 3rd process equipment 8 completes the processing of position 106, multiple PCD hole, the main shaft pedestal 82 then inclined angle state at machine table 81 place of the 3rd process equipment 8, and it is proceed sequentially to a few air nozzle hole 107 and multiple louvre 108 drilling processing；
Rapid S11: after processing, the wheel rim finished product 20 on the main shaft pedestal 82 set by machine table 81 of the 3rd process equipment 8 clamps through the clamping jaw device 72 of the elevating mechanism 71 at this second conveying equipment 7 place, and is delivered to board 91 place of the second cleaning equipment 9；And the multiple rinsers 92 set by this second cleaning equipment 9 then carry out the cleaning action to this wheel rim finished product 20；To complete described wheel rim work flow.
In sum, when knowing that the present invention widely can utilize for related industry really, have progressive and novelty, and invent before application not disclosed, propose application for a patent for invention in accordance with the law.
Only the above, be only the wherein preferred embodiment of the present invention, when can not with restriction scope of the invention process；Namely the equalization generally made according to the present patent application the scope of the claims changes and modifies, and all should still remain within the scope of the patent.
Claims (4)
1. a wheel rim work flow, it is characterised in that: its process step includes:
Rapid S1: the external thick embryo product of wheel rim are positioned over workbench, then thick for this wheel rim embryo product are pushed into location place by the pusher of this workbench, and discriminating gear then this wheel rim thick embryo product is scanned and placed kenel carries out differentiation effect；
A wherein ear of the thick embryo product of wheel rim of this workbench is carried out holding action by the clamping jaw device of one elevating mechanism at rapid S2: the first conveying equipment place, and be delivered to the pedestal place at the machine table place of the first process equipment, and around this pedestal of arranging in pairs or groups, the thick embryo product of this wheel rim are gripped state by the clamping device at place；
Rapid S3: and the inner wall of the thick embryo product of the wheel rim on the pedestal of machine table side back and forth processed by the cutter group of this first process equipment of arranging in pairs or groups with ear and perimeter wall surface simultaneously；
Rapid S4: after processing, the thick embryo product of the wheel rim on pedestal set by the machine table of this first process equipment clamp through the clamping jaw device of an elevating mechanism at this first conveying equipment place, and are delivered to the board place of overturning cleaning device；Now, a wherein ear of the thick embryo product of wheel rim that this workbench is then put by the clamping jaw device of another elevating mechanism at this first conveying equipment place in advance carries out holding action, and is delivered to the pedestal place at the machine table place of this first process equipment and back and forth processes；
Rapid S5: the thick embryo product of wheel rim on the board of this overturning cleaning device carry out rotary movement through the clamping device of this overturning cleaning device, and multiple rinsers by this overturning cleaning device are carried out action when rotary movement, again the thick embryo product of wheel rim after reversion are positioned on the board of this overturning cleaning device, cause the card end of the thick embryo product of this wheel rim in state upward；
Rapid S6: now, centre bore set by the card end of the thick embryo product of this wheel rim is then carried out aperture measurement by the measuring equipment of this overturning cleaning device, then the ear that the wheel rim thick embryo product after measuring carry out clamping the card end place to the thick embryo product of this wheel rim via the clamping jaw device of an elevating mechanism at this first conveying equipment place is carried out holding action；And be delivered to the pedestal place at the machine table place of the second process equipment, and around this pedestal of arranging in pairs or groups the clamping device at place and the thick embryo product of this wheel rim are gripped state；
Rapid S7: and the pedestal set by the machine table of this second process equipment is rotation status, and the card end of the thick embryo product of the wheel rim on the pedestal of machine table and the ear surface at card end place are back and forth processed by the cutter group of this second process equipment of arranging in pairs or groups simultaneously；
Rapid S8: after processing, the thick embryo product of the wheel rim on pedestal set by the machine table of this second process equipment clamp through the clamping jaw device of an elevating mechanism at this first conveying equipment place, and the board place being delivered to the first cleaning equipment places；And the multiple rinsers set by this first cleaning equipment then carry out the cleaning action to the thick embryo product of wheel rim；
Rapid S9: now, the ear at the card end place of the thick embryo product of wheel rim at this first cleaning equipment place is carried out holding action by the clamping jaw device of the elevating mechanism at the second conveying equipment place, and be delivered to the main shaft pedestal place at the machine table place of the 3rd process equipment, and the restraint device of the 3rd process equipment of arranging in pairs or groups the inner wall place of the thick embryo product of this wheel rim is resisted and in fixing；
Rapid S10: when the thick embryo product of this wheel rim are stationary state, and the card end place of this wheel rim thick embryo product is carried out position, multiple PCD hole, at least one air nozzle hole and multiple louvre drilling processing and presents wheel rim finished product；
Rapid S11: after processing, the wheel rim finished product on the main shaft pedestal set by machine table of the 3rd process equipment clamps through the clamping jaw device of the elevating mechanism at this second conveying equipment place, and is delivered to the board place of the second cleaning equipment；And the multiple rinsers set by this second cleaning equipment then carry out the cleaning action to this wheel rim finished product；To complete described wheel rim work flow.
2. wheel rim work flow as claimed in claim 1, it is characterised in that: time wherein to rapid S3, the pedestal at the machine table place of this first process equipment is rotation status；This cutter group is the first cutter that ear's inner surface of a pair thick embryo product of this wheel rim and inner wall carry out milling action again, and ear's outer surface of a pair thick embryo product of this wheel rim and perimeter wall carry out the second cutter of milling action.
3. wheel rim work flow as claimed in claim 1, it is characterized in that: time wherein to rapid S7, cutter group set by the machine table of this second process equipment is the first cutter that the card end surfaces of a pair thick embryo product of this wheel rim carries out milling action, and the ear surface of the card end of a pair thick embryo product of this wheel rim carries out the second cutter of milling action.
4. wheel rim work flow as claimed in claim 1, it is characterized in that: time wherein to rapid S10, after the card end of the wheel rim thick embryo product on the machine table of the 3rd process equipment completes the processing of position, multiple PCD hole, the main shaft pedestal at the machine table place of the 3rd process equipment then inclined angle state, and it is proceed sequentially to a few air nozzle hole and multiple louvre drilling processing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410096014.8A CN103862241B (en) | 2014-03-14 | 2014-03-14 | Wheel rim process equipment and flow process |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410096014.8A CN103862241B (en) | 2014-03-14 | 2014-03-14 | Wheel rim process equipment and flow process |
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| CN103862241A CN103862241A (en) | 2014-06-18 |
| CN103862241B true CN103862241B (en) | 2016-07-06 |
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| CN201410096014.8A Expired - Fee Related CN103862241B (en) | 2014-03-14 | 2014-03-14 | Wheel rim process equipment and flow process |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107042391A (en) * | 2017-04-28 | 2017-08-15 | 大同齿轮(昆山)有限公司 | Processing method at dystopy based on high class gear refine lathe |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11840A (en) * | 1997-06-11 | 1999-01-06 | Toa Koki Kk | Spoke hole simultaneously restricting and punching device for two-wheeler rim |
| TWM409115U (en) * | 2011-03-09 | 2011-08-11 | Fukuno Seiki Co Ltd | Automatic rim processing machine |
| CN102950510B (en) * | 2012-11-13 | 2015-08-05 | 浙江今跃机械科技开发有限公司 | Checkout gear, flexible manufacturing system, flexible production line and detection method |
| CN103056667B (en) * | 2012-12-12 | 2015-05-20 | 浙江今跃机械科技开发有限公司 | Automatic production line of hubs |
| CN203076975U (en) * | 2013-01-04 | 2013-07-24 | 发得科技工业股份有限公司 | Wheel rim processing machine |
| CN103522013B (en) * | 2013-10-12 | 2016-03-02 | 浙江万丰科技开发股份有限公司 | The unmanned flexible mixed production method of aluminium alloy wheel hub of vehicle and production system |
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