CN208895738U - Heavy-duty car wheel hub slot circle Intelligent Machining System - Google Patents
Heavy-duty car wheel hub slot circle Intelligent Machining System Download PDFInfo
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- CN208895738U CN208895738U CN201821612387.6U CN201821612387U CN208895738U CN 208895738 U CN208895738 U CN 208895738U CN 201821612387 U CN201821612387 U CN 201821612387U CN 208895738 U CN208895738 U CN 208895738U
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- clamping
- wheel hub
- hub slot
- slot circle
- clamping jaw
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Abstract
The utility model provides a kind of heavy-duty car wheel hub slot circle Intelligent Machining System improved production efficiency and product quality, including processing wheel hub slot circle medial surface, the first numerically-controlled machine tool of first end face and processing wheel hub slot circle lateral surface, the second numerically-controlled machine tool of second end face and the robot of blowing and feeding；It further include the blowing area for placing workpiece, by the automatic turning mechanism of workpiece turning 180 degree；The clamping device of the end setting clamping wheel hub slot circle of robot arm；Setting clamps that the second chuck of workpiece lateral surface, setting clamps the first chuck of workpiece medial surface on the second numerically-controlled machine tool on first numerically-controlled machine tool.The utility model is made robot feeding automatically, blowing, is processed automatically by program and control system, is overturn.Whole process is all automatically performed, and effectively raises production efficiency, save the cost.
Description
Technical field
The utility model belongs to automotive hub slot circle manufacture field, and in particular to heavy-duty car wheel hub slot circle Intelligent Machining system
System.
Background technique
With the development of automobile industry, competition.How to shorten the production cycle of automobile, improve production efficiency,
It is replaced manually being engaged in weight body labour with robot, reduces production cost and have become automobile production industry urgent problem to be solved.
Wheel hub slot circle is the important composition part of automotive hub, and wheel hub slot circle needs to process lateral surface, medial surface and two end faces.At present
These processing need to complete on two numerically controlled lathes, and a processing medial surface, an end face and this end face of roughing are attached
The lateral surface of part processes lateral surface and another end face on another numerically controlled lathe.Wheel hub slot circle is processed to need manually by it
It is placed on a numerically controlled lathe to clip, overturns 180 degree after processing is completed and place into the positioning of another numerically controlled lathe and clip and continue to add
Work.Workpiece completes the process for being put into blowing area after processing or carrying out next step.It blowing feeding and overturns, operating process ratio twice
It is cumbersome, it wastes time, labor intensity is especially big, common people are difficult to be competent at this work position.In order to improve automotive hub
The quality and efficiency of slot circle reduce labor intensity, simplify operating process, reduce the competitiveness that cost improves enterprise.At present
Company researches and develops robot and replaces manual operation machine tool, using more and more extensive, wheel in the automated production of automobile manufacture
Hub slot circle is all the trend of industry development using the automatic processing of intelligence.In addition, wheel hub slot circle during automated production, presss from both sides
It takes workpiece, positioning workpiece etc. to require the artificial hand of clamp instead and takes blanking, improve the precision of work pieces process, reduce error, mention
High yield quality.
Summary of the invention
The purpose of the utility model is to provide a kind of heavy-duty car wheel hub slot circle intelligence improved production efficiency and product quality
It is capable of processing system.
The purpose of this utility model is achieved in that heavy-duty car wheel hub slot circle Intelligent Machining System, including
Process the second of wheel hub slot circle medial surface, the first numerically-controlled machine tool of first end face and processing wheel hub slot circle lateral surface, second end face
The robot of numerically-controlled machine tool and blowing and feeding；It further include the blowing area for placing workpiece, by the automatic of workpiece turning 180 degree
Turnover mechanism；The clamping device of the end setting clamping wheel hub slot circle of robot arm；It is arranged on first numerically-controlled machine tool and clamps
Setting clamps the first chuck of workpiece medial surface on second chuck of workpiece lateral surface, the second numerically-controlled machine tool.
Bottom plate is arranged in robot arm end, and clamping device is arranged on bottom plate, and clamping device includes being slidably arranged in bottom
The first clamping jaw, the second clamping jaw and third clamping jaw on plate；First claw and the second claw are connected by sliding panel；It is arranged on bottom plate
First straight line driving mechanism respectively drives opposite between the first clamping jaw, the second clamping jaw and third clamping jaw or moves towards to pine
It opens or clamping wheel hub slot circle.
The positioning moved together with clamping jaw is respectively set above the first clamping jaw, the second clamping jaw and third clamping jaw on bottom plate
The positioning device of wheel hub slot circle end face, positioning device include positioning base and the locating piece that is arranged on positioning base；Locating piece
Contact the clamping face of the vertical clamping end of positioning surface of wheel hub slot circle end face.
First straight line driving mechanism is two cylinders being oppositely arranged on bottom plate, and the piston rod of two cylinders is separately connected
Sliding panel and third clamping jaw；It is arranged to be arranged on guide rail, the first clamping jaw, the second clamping jaw and third clamping jaw on the bottom plate and matches with guide rail
The sliding block of conjunction.
Step groove is set on clamping jaw pedestal, and clamping end is boss corresponding with step groove, and the biggish one end setting of boss exists
Step groove is interior, the other end stretches out step groove；Clamping jaw lid is set above step groove, is arranged between clamping jaw lid and the biggish one end of boss
Spring；Elastic buffering mechanism or locating piece sheet are set between positioning base and locating piece as elastomer.
Two clamping devices are set on the bottom plate of robot arm.
First chuck includes the first chuck body, jaw driving device and the first claw, the first claw end face setting and first
Chuck body is with one heart and the first arc-shaped claws support identical with workpiece medial surface diameter of lateral surface diameter, the first arc-shaped claws support
The chuck locating piece of upper setting positioning workpiece second end face；Second chuck includes the second chuck body, jaw driving device and second
And medial surface diameter concentric with the second chuck body the second arc identical with workpiece lateral surface diameter is arranged in claw, the second claw end face
The support of shape claw.
Automatic turning mechanism includes bracket, and setting rotary cylinder drives clamping device on bracket；Clamping device includes setting
Double stroke cylinder on the turntable of rotary cylinder, two piston heads of double stroke cylinder are separately connected the clamping of a setting
Arm, two clamping limbs are oppositely arranged and the clamping unit of clamping wheel hub slot circle excircle are respectively set on opposite face.
Positioning unit is set on the shell of double stroke cylinder；Clamping unit includes the gripping block pedestal being arranged on clamping limb
The gripping block for the clamping workpiece being arranged thereon；Elastic buffering mechanism or grip block are set between gripping block pedestal and gripping block
For elastomer；Positioning unit includes supporting block and the bottom locating piece being arranged thereon；It is arranged between bottom locating piece and supporting block
Elastic buffering mechanism or bottom locating piece are elastomer.
The beneficial effects of the utility model are: clamping device is arranged on robot arm, it is by program and control
System makes robot feeding and blowing, automatic robot feeding after processing is completed on the second chuck of the first numerically-controlled machine tool automatically,
Automatic turning mechanism is put into be overturn, feeding is put on the first chuck of the second numerically-controlled machine tool and processes again for robot, and will plus
Workpiece after the completion of work is put into blowing area.Whole process is all automatically performed, and effectively raises production efficiency, save at
This.
3 clamping jaws on mechanical arm, two of them, which connect together, forms centering clamping machine between movement and another claw
Structure, structure is simple, clamping is accurate, can prevent the location of workpiece from changing in clamping process.It is arranged on clamping device to wheel
The positioning device that hub slot circle end face is positioned, positioning device can make claming angle accurate, keep blowing on lathe more convenient, folder
Tight position is more acurrate, processing quality is higher；In addition, positioning device can control position of the clamping jaw on wheel hub slot circle, avoid with
Chuck interference.Buffer gear on clamping jaw and positioning device can be to avoid collsion damage workpiece or clamping machine in clamping process
Structure.
Detailed description of the invention
Fig. 1 is wheel hub slot circle Intelligent Machining System schematic diagram.
Fig. 2 is two clamping device schematic diagrames.
Fig. 3 is clamping jaw and positioning device enlarged drawing.
Fig. 4 is automatic turning mechanism schematic diagram.
Fig. 5 is the first chuck main view.
Fig. 6 is the first claw, the first arc-shaped claws support main view.
Fig. 7 is Fig. 6 side view.
Fig. 8 is the second chuck main view.
Fig. 9 is the second claw, the second arc-shaped claws support main view.
Figure 10 is Fig. 9 side view.
1 it is wherein the first numerically-controlled machine tool, 2 be the second numerically-controlled machine tool, 3 be robot, 4 be blowing area, 5 is wheel hub slot circle, 6
It is clamping device for automatic turning mechanism, 7,8 be the first chuck, 9 be the second chuck, 10 be bottom plate, 60 be bracket, 61 is rotation
Cylinder, 62 be double stroke cylinder, 63 be clamping limb, 64 be clamping unit, 65 be positioning unit, 66 be supporting block；
71 be the first clamping jaw, 72 be the second clamping jaw, 73 be third clamping jaw, 74 be sliding panel, 75 be mounting rack, 76 be first
Straight line driving mechanism, 77 be guide rail, 78 be sliding block, 79 be positioning device；81 be the first chuck body, 82 be the first claw, 83 is
The support of first arc-shaped claws, 84 are chuck locating piece；91 be the second chuck body, 92 be the second claw；93 be the second arc-shaped claws
Support；710 it is clamping end, 711 be clamping jaw pedestal, 712 is clamping jaw lid；790 it is positioning base, 791 be locating piece, 792 is fixed
Position lid.
Specific embodiment
As Figure 1-10 shows, heavy-duty car wheel hub slot circle Intelligent Machining System, including finishing wheel hub slot circle first end face,
First numerically-controlled machine tool 1 of medial surface and rough processing first end face attachment lateral surface, finishing wheel hub slot circle second end face,
The second numerically-controlled machine tool 2 and blowing and the robot of feeding 3 of lateral surface.It further include the blowing area 4 for placing workpiece, by workpiece
Overturn the automatic turning mechanism 6 of 180 degree；The clamping device 7 of the end setting clamping wheel hub slot circle of the mechanical arm of robot.First
Setting clamps the second chuck 9 of workpiece lateral surface, stretching workpiece medial surface is arranged on the second numerically-controlled machine tool 2 on numerically-controlled machine tool 1
First chuck 8.Wherein the first numerically-controlled machine tool 1, the second numerically-controlled machine tool 2 are separately positioned on the side of robot 3, and the first numerical control machine
The 1, second numerically-controlled machine tool 2 of bed can be disposed vertically.Robot 3 is common 6DOF robot.Automatic turning mechanism 6 is arranged
Between the first numerically-controlled machine tool 1 and the second numerically-controlled machine tool 2, all closer position of distance.Place workpiece to be processed in blowing area 4
With the workpiece completed the process.Pass through the feeding of 3 mechanical arm of process control machine people, the processing of blowing, numerically-controlled machine tool.
Bottom plate 10 is arranged in robot arm end, and clamping device 7 is arranged on bottom plate 10, and clamping device 7 includes that sliding is set
Set the first clamping jaw 71, the second clamping jaw 72 and third clamping jaw 73 on bottom plate.First claw 71 and the second claw 72 pass through sliding
Plate 74 is connected.Sliding panel 74 can be steel plate.First straight line driving mechanism 76 is set on bottom plate 10 and respectively drives the first clamping jaw 71
And second is opposite between clamping jaw 72 and third clamping jaw 73 or move towards to unclamp or clamping wheel hub slot circle 5.Third folder
Also mounting rack 75 can be set between pawl 73 and first straight line driving mechanism 76, concrete mechanism is first straight line driving mechanism 76
Third clamping jaw 73 is set on tache motorice connection mounting rack 75, mounting rack 75.The mechanism that centering clamps will not during clamping
Change the position of workpiece, and the first clamping jaw 71 is connected with the second clamping jaw 72 by sliding panel 74, and a straight line driving is shared
Structure saves a straight line driving mechanism.
First clamping jaw 71, the second clamping jaw 72, third clamping jaw 73 center be located at three of isosceles triangle tops
Point, wherein the line of 72 center of the first clamping jaw 71 and the second clamping jaw is the bottom edge of isosceles triangle.Under clamped condition, first
Clamping jaw 71, the second clamping jaw 72, third clamping jaw 73 center be preferably to separately constitute three vertex of isosceles triangle.This
Sample, in clamping process, uniform force, clamping is firm.
First straight line driving mechanism cylinder 76 can be two cylinders being oppositely arranged on bottom plate 10, the work of a cylinder
Stopper rod connects sliding panel 74 to which the first clamping jaw 71 of driving, the second clamping jaw 72 are mobile, and the piston rod of another cylinder is connected and driven
Dynamic third clamping jaw 73 is mobile.
Preferably two cylinder strokes are consistent, facilitate centering.When cylinder is as first straight line driving mechanism, it can only process same
A kind of wheel hub slot circle of diameter.First straight line driving mechanism 76 or double stroke cylinder, cylinder both sides stroke are identical, simultaneously
Movement.
Setting and guide rail on guide rail 77, the first clamping jaw 71, the second clamping jaw 72 and third clamping jaw 73 can be set on bottom plate 10
Guide rail 77 on the sliding block 78 or plate 74 and mounting rack 75 of 77 cooperations on setting sliding block 78 and bottom plate 10 cooperates.First clamping jaw
71, the clamping end 710 that the second clamping jaw 72 and third clamping jaw 73 are contacted with wheel hub slot circle 5 can be set to and wheel hub slot circle contact surface
Corresponding cambered surface.Under clamped condition, the cambered surface of three clamping ends is overlapped with 5 contact surface of wheel hub slot circle.The radian of clamping end with
The diameter of the radian of 5 contact surface of wheel hub slot circle is identical.
When in order to guarantee gripper mechanism grips wheel hub slot circle 5, workpiece and clamping device will not all be damaged, and clamping device can be with
It is set as elastic clamping mechanism.Including the bottom plate 10 of 3 mechanical arm tail end of robot is arranged in, on bottom plate 10, setting and bottom plate 10 are sliding
It moves and connects and at least two clamping jaws of release or 5 lateral surface circumference of clamping wheel hub slot circle.It can certainly be three clamping jaws,
Such as the structure of the first clamping jaw 71, the second clamping jaw 72, third clamping jaw 73 in foregoing embodiments.Clamping jaw includes connecing with wheel hub slot circle 5
The clamping end 710 of touching and the clamping jaw pedestal 711 of setting clamping end 710；Wherein it is arranged between clamping jaw pedestal 711 and clamping end 710
Elastic buffering mechanism or clamping end 710 are as elastomer.Clamping end 710 is that elastomer refers to clamping end by elastic material system
At, such as plastics, PU, rubber etc..Elastic buffering mechanism can be spring.Elastic buffering mechanism can be used in clamping jaw can also be straight
The clamping end using elastomer is connect, is determined with specific reference to actual conditions.
Step groove is set on clamping jaw pedestal 711, and clamping end 710 is boss corresponding with step groove, the biggish one end of boss
It is arranged in step groove, the other end stretches out step groove；Clamping jaw lid 712 is set above step groove, and clamping jaw lid 712 and boss are biggish
Spring is set between one end.Boss one end of clamping end 710 is bigger than the other end, and it is biggish that the biggish one end of boss is stuck in step groove
In one end, work as a buffer the movement in step groove of clamping end 710.It is arranged between clamping jaw lid 712 and the biggish one end of boss
The parallel spring of at least two.The clamping face of clamping end 710 can be cambered surface corresponding with 5 contact surface of wheel hub slot circle.
Determining for the positioning wheel hub slot circle end face moved together with clamping jaw is set above at least two clamping jaws on bottom plate 10
Position device 79, positioning device 79 include positioning base 790 and the locating piece 791 being arranged on positioning base.Locating piece 791 contacts
The clamping face of the vertical clamping end 710 of positioning surface of 5 end face of wheel hub slot circle.The positioning surface of the locating piece 791 of multiple positioning devices 79
In one plane.Positioning device 79 can make claming angle accurate, make on lathe blowing more convenient, clamped position is more acurrate,
Processing quality is higher；In addition, positioning device 79 can control position of the clamping jaw on wheel hub slot circle 5, avoid interfering with chuck.
Elastic buffering mechanism or locating piece 791 are set between positioning base 790 and locating piece 791 as elastomer.
For example plastics, PU, rubber etc. have the material of certain elasticity.Elastic buffering mechanism can be with clamping end 710 and clamping jaw pedestal 711
Between elastic buffer structure it is similar.Step groove is set on positioning base 790, and locating piece 791 is corresponding with step groove shape, one end
It is stuck in step groove, the other end, which stretches out, positions wheel hub slot circle end face.The one end and positioning base of locating piece 791 in step groove
Spring is set between the locating cover 792 put on 790, and spring can be for 2 and parallel to each other.
Clamping device 7 is used to from blowing area 4 take workpiece, put the workpiece on the second chuck 9 of the first numerically-controlled machine tool 1 and
It takes out automatic workpiece turning mechanism 6 after processing is completed to be overturn, after overturning, clamping device 7 takes workpiece after overturning 180 degree again
It is put on the first chuck 8 of the second numerically-controlled machine tool 2 and processes, put the workpiece in blowing area 4 after processing is completed.3 people's mechanical arm of machine
Bottom plate 10 on be preferably provided with two clamping devices 7.In this way, two wheel hub slot circles 5 can be clamped in robot 3.Feeding it is same
When, lathe sky etc. can also be avoided with blowing, save the time, improve efficiency.
First chuck 8 includes the first chuck body 81, jaw driving device and the first claw 82, the setting of 82 end face of the first claw
The the first arc-shaped claws support 83 identical with workpiece medial surface diameter of concentric and lateral surface diameter, the first arc with the first chuck body 81
The chuck locating piece 84 of setting positioning workpiece second end face in shape claw support 83.
Second chuck 9 includes the second chuck body 91, jaw driving device and the second claw 92, the setting of 92 end face of the second claw
Concentric and medial surface diameter the second arc-shaped claws support 93 identical with workpiece lateral surface diameter with the second chuck body 91.It is existing
The claw of chuck and the contact surface of wheel hub slot circle are too small, clamping, processing during workpiece be easily deformed, thus cause error,
Influence precision.The first, second arc-shaped claws are arranged to support, after gripper chuck clamping of workpieces, the contact surface of claw and workpiece is bigger, work
Part is not easy to deform.The positioning surface of the chuck locating piece 84 of three the first claws 82 in one plane and in parallel with the first chuck
The end face of body 91.Positioning surface of the upper surface of second claw 92 of the second chuck 9 as workpiece first end face itself.
Automatic turning mechanism 6 includes bracket 60, and setting rotary cylinder 61 drives clamping device on bracket 60.Clamping device packet
The double stroke cylinder 62 being arranged on the turntable of rotary cylinder 61 is included, two piston heads of double stroke cylinder 62 are separately connected one
The clamping limb 63 of a setting, two clamping limbs 63 are oppositely arranged and clamping 5 lateral surface of wheel hub slot circle are respectively set on opposite face
The clamping unit 64 of circumference.
Positioning unit 65 is set on the shell of double stroke cylinder 62；Clamping unit 65 includes the folder being arranged on clamping limb 63
The gripping block of tight block pedestal and the clamping workpiece being arranged thereon；Between gripping block pedestal and gripping block be arranged elastic buffering mechanism or
Person's grip block is elastomer.Positioning unit 65 includes supporting block and the bottom locating piece being arranged thereon；Bottom locating piece and support
Elastic buffering mechanism is set between block or bottom locating piece is elastomer.On specific elastic buffering mechanism and clamping device 7
Elastic buffering mechanism structure is similar.Positioning unit 65 includes two inclined supporting blocks 66 being oppositely arranged, two supporting block groups
At the support of V-type.Bottom locating piece is arranged in supporting block.The rotation of clamping device is driven using rotary cylinder 61, overturning folder
The clamping of tight mechanism uses double stroke cylinder 62.All drivings all use gas source, do not need motor, oil cylinder.Cylinder driving accounts for
Small according to space, entire mechanism environment-protecting clean, driving is simple, is easy to control.Double stroke cylinder can be wealthy type pneumatic clamper.
When it is implemented, the movement of system control machine device people 3 makes two clamping devices 7 of mechanical arm tail end be moved to blowing area
4, the first straight line driving mechanism 76 of one of clamping device 7 drives the first clamping jaw 71, the second clamping jaw 72, third clamping jaw 73 to press from both sides
Bearing up pulley hub slot circle 5.Robot 3 clamps wheel hub slot circle 5 and is moved to the first numerically-controlled machine tool 1, another does not have the clamping of clamping workpiece
Mechanism 7 clamps the wheel hub slot circle 5 for processing medial surface and first end face on the second chuck 9, and the second chuck 9 unclamps, clamping machine
Structure 7 takes the semi-finished product wheel hub slot circle 5 on the second chuck 9 away and 5 blank of wheel hub slot circle clamped from blowing area 4 is put into the second card
On disk 9.Robot 3 issues processing start signal to lathe 1, and 9 clamping wheel hub slot circle 5 of the second chuck starts to process, complete the process
It is standby afterwards to wait next circulation.The wheel hub slot circle 5 removed on second chuck 9 is put into automatic turning mechanism 6 by robot 3.It is double
Stroke cylinder 62 compresses wheel hub slot circle 5, and the clamping device 7 in robot unclamps, and rotary cylinder 61 rotates 180 degree, clamping device
Wheel hub slot circle 5 after clamping overturning, double stroke cylinder 62 unclamp, and clamping device 7 takes workpiece away and is moved to the second numerically-controlled machine tool 2
The lateral surface and second end face of wheel hub slot circle 5 are processed on first chuck 8.Second numerically-controlled machine tool 2 is standby after processing is completed, takes away into
Product workpiece is put into blowing area 4 and clamps unprocessed workpiece to the first numerically-controlled machine tool 1, repeats above step.
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Claims (9)
1. heavy-duty car wheel hub slot circle Intelligent Machining System, the first numerical control including processing wheel hub slot circle medial surface, first end face
Lathe and processing wheel hub slot circle lateral surface, the second numerically-controlled machine tool of second end face and the robot of blowing and feeding；Its feature
It is: further includes the blowing area for placing workpiece, by the automatic turning mechanism of workpiece turning 180 degree；The end of robot arm
The clamping device of clamping wheel hub slot circle is set；Setting clamps the second chuck of workpiece lateral surface, the second number on first numerically-controlled machine tool
Control the first chuck that setting on lathe clamps workpiece medial surface.
2. heavy-duty car wheel hub slot circle Intelligent Machining System according to claim 1, it is characterised in that: the robotic
Bottom plate is arranged in arm end, clamping device is arranged on bottom plate, clamping device includes the first clamping jaw being slidably arranged on bottom plate, second
Clamping jaw and third clamping jaw；First claw and the second claw are connected by sliding panel；First straight line driving mechanism point is set on bottom plate
It does not drive opposite between the first clamping jaw, the second clamping jaw and third clamping jaw or moves towards to release or clamping wheel hub slot
Circle.
3. heavy-duty car wheel hub slot circle Intelligent Machining System according to claim 2, it is characterised in that: first on the bottom plate
The positioning of the positioning wheel hub slot circle end face moved together with clamping jaw is respectively set above clamping jaw, the second clamping jaw and third clamping jaw
Device, positioning device include positioning base and the locating piece that is arranged on positioning base；Locating piece contacts wheel hub slot circle end face
The clamping face of the vertical clamping end of positioning surface.
4. heavy-duty car wheel hub slot circle Intelligent Machining System according to claim 3, it is characterised in that: the first straight line is driven
Motivation structure is two cylinders being oppositely arranged on bottom plate, and the piston rod of two cylinders is separately connected sliding panel and third clamping jaw；
The sliding block of setting and guide rail cooperation on guide rail, the first clamping jaw, the second clamping jaw and third clamping jaw is set on the bottom plate.
5. heavy-duty car wheel hub slot circle Intelligent Machining System according to claim 4, it is characterised in that: on the clamping jaw pedestal
Step groove is set, and clamping end is boss corresponding with step groove, and the biggish one end of boss is arranged in step groove, the other end stretches out
Step groove；Clamping jaw lid is set above step groove, spring is set between clamping jaw lid and the biggish one end of boss；Positioning base and positioning
Elastic buffering mechanism or locating piece sheet are set between block as elastomer.
6. according to any heavy-duty car wheel hub slot circle Intelligent Machining System of claim 2-5, it is characterised in that: the machine
Two clamping devices are set on the bottom plate of people's mechanical arm.
7. heavy-duty car wheel hub slot circle Intelligent Machining System according to claim 1, it is characterised in that: the first chuck packet
The first chuck body, jaw driving device and the first claw are included, and lateral surface concentric with the first chuck body is arranged in the first claw end face
Diameter the first arc-shaped claws support identical with workpiece medial surface diameter, the first arc-shaped claws support setting positioning workpiece second
The chuck locating piece of end face；Second chuck includes the second chuck body, jaw driving device and the second claw, and the second claw end face is set
Set and medial surface diameter concentric with the second chuck body the second arc-shaped claws support identical with workpiece lateral surface diameter.
8. heavy-duty car wheel hub slot circle Intelligent Machining System according to claim 1, it is characterised in that: the automatic turnover machine
Structure includes bracket, and setting rotary cylinder drives clamping device on bracket；Clamping device includes the turntable that rotary cylinder is arranged in
On double stroke cylinder, two piston heads of double stroke cylinder are separately connected the clamping limb of a setting, and two clamping limbs are opposite
It is arranged and is respectively set on opposite face the clamping unit of clamping wheel hub slot circle excircle.
9. heavy-duty car wheel hub slot circle Intelligent Machining System according to claim 8, it is characterised in that: the double stroke cylinder
Shell on positioning unit is set；Clamping unit includes the gripping block pedestal being arranged on clamping limb and the clamping work being arranged thereon
The gripping block of part；Elastic buffering mechanism is set between gripping block pedestal and gripping block or grip block is elastomer；Positioning unit
The bottom locating piece being arranged including supporting block and thereon；Elastic buffering mechanism or bottom are set between bottom locating piece and supporting block
Portion's locating piece is elastomer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821612387.6U CN208895738U (en) | 2018-09-30 | 2018-09-30 | Heavy-duty car wheel hub slot circle Intelligent Machining System |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821612387.6U CN208895738U (en) | 2018-09-30 | 2018-09-30 | Heavy-duty car wheel hub slot circle Intelligent Machining System |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208895738U true CN208895738U (en) | 2019-05-24 |
Family
ID=66574679
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821612387.6U Expired - Fee Related CN208895738U (en) | 2018-09-30 | 2018-09-30 | Heavy-duty car wheel hub slot circle Intelligent Machining System |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110371404A (en) * | 2019-07-30 | 2019-10-25 | 格力电器（武汉）有限公司 | Self-winding coil pipe device |
-
2018
- 2018-09-30 CN CN201821612387.6U patent/CN208895738U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110371404A (en) * | 2019-07-30 | 2019-10-25 | 格力电器（武汉）有限公司 | Self-winding coil pipe device |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190524 Termination date: 20210930 |
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| CF01 | Termination of patent right due to non-payment of annual fee |