CN106541169B - The device of the alley and chamfering of milling cage clutch can - Google Patents
The device of the alley and chamfering of milling cage clutch can Download PDFInfo
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- CN106541169B CN106541169B CN201710030402.XA CN201710030402A CN106541169B CN 106541169 B CN106541169 B CN 106541169B CN 201710030402 A CN201710030402 A CN 201710030402A CN 106541169 B CN106541169 B CN 106541169B
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- alley
- chamfering
- milling
- clamping part
- component
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23C—MILLING
- B23C3/00—Milling particular work; Special milling operations; Machines therefor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23C—MILLING
- B23C3/00—Milling particular work; Special milling operations; Machines therefor
- B23C3/12—Trimming or finishing edges, e.g. deburring welded corners
- B23C3/126—Portable devices or machines for chamfering edges
Abstract
A kind of device of the alley and chamfering of milling cage clutch can, including fixed component, milling alley component, chamfering component, fixed component include clamping part, the first lower bottom base, first driving means；First driving means driving clamping part rotates on the first lower bottom base；Clamping part is clamped cage clutch can and is stretched out to horizontal direction；Milling alley component includes alley pedestal, alley fixture, and alley fixture is arranged in the top of alley pedestal；Chamfering component includes chamfering pedestal, chamfering clamp, and chamfering clamp is arranged in the top of chamfering pedestal；For clamping part when rotation reaches the first station on lower bottom base, the axis direction of clamping part is parallel with the axis direction of alley fixture, and for clamping part when rotation reaches second station on lower bottom base, the axis direction of clamping part is parallel with the axis direction of chamfering clamp.The advantages of invention, is：A fixed component can be used to realize the work of two toolings of milling alley and chamfering, human cost and financial resources cost is greatly saved.
Description
Technical field
The present invention relates to field of mechanical technique more particularly to the devices of the alley and chamfering of milling cage clutch can.
Background technology
Cage clutch can is the important component in car transmissions, and effect is to pass the power of engine from speed changer
Two front vehicle wheels are delivered to, galloping is driven.External ball cage be by steel ball fixed placement between inner race and clutch can
In six windows of one retainer, steel ball just respectively has the position of half in inner race and clutch can, once driving and
The angle of universal joint, so that one helical gear of motor image of universal joint is the same, six steel balls are distinguished for smooth surface treatment
The alley in inner race and clutch can where pushing respectively, the power that engine provides is transmitted.
In the process of cage clutch can, needs first to fix in the tooling of milling alley, then remove cage clock
Shape shell, is then attached on chamfering tool, and the cage clutch can that alley is crossed to milling carries out chamfering, and such process trouble needs people
Work is removed and is installed cage clutch can, waste of manpower cost, and milling alley tooling and chamfering tool and fixed component is required for
One end of fixed cage clutch can, wastes financial resources cost.
Therefore a kind of new device is needed to solve the above problems.
Invention content
Technical problem to be solved by the present invention lies in need two kinds of toolings, wave for cage clutch can milling alley and chamfering
Manpower and financial resources cost is taken, therefore a kind of alley and facing attachment of cage clutch can is provided herein.
A kind of device of the alley and chamfering of milling cage clutch can, which is characterized in that including fixed component, milling alley portion
Part, chamfering component, the fixed component include clamping part, the first lower bottom base, first driving means；The first driving means are driven
Dynamic clamping part rotates on the first lower bottom base；The clamping part is clamped cage clutch can and is stretched out to horizontal direction；The milling alley
Component includes alley pedestal, alley fixture, and the alley fixture is arranged in the top of alley pedestal；The chamfering component includes falling
Angle pedestal, chamfering clamp, the chamfering clamp are arranged in the top of chamfering pedestal；The clamping part rotates on the first lower bottom base
When reaching the first station, the axis direction of clamping part is parallel with the axis direction of alley fixture, and clamping part is on the first lower bottom base
When rotation reaches second station, the axis direction of clamping part is parallel with the axis direction of chamfering clamp.
Optimization, the centre of the alley fixture and alley pedestal is provided with alley upper bed-plate, and the alley fixture is fixed
In the top of alley upper bed-plate, chamfering upper bed-plate is provided among the chamfering clamp and chamfering pedestal, the chamfering clamp is solid
It is scheduled on the top of chamfering upper bed-plate.
Optimization, the milling alley component further includes the second driving device, and the chamfering component further includes third driving dress
It sets, matched first guide rail and the first guide pad is provided with below the top of the alley pedestal and alley upper bed-plate, it is described
Second driving device drives the first guide pad to move back and forth on the first guide rail, the top of the chamfering pedestal and chamfering upper bed-plate
Lower section be provided with matched second guide rail and the second guide pad, the third driving device drives the second guide pad to be led first
Move back and forth on rail.
Optimization, the alley fixture is in the upper surface of alley upper bed-plate along the direction for extending axis perpendicular to the first guide rail
It is mobile.
Optimization, the chamfering clamp is in the upper surface of chamfering upper bed-plate along the direction for extending axis perpendicular to the second guide rail
It is mobile.
Optimization, scalable filings-blocking equipment is provided between the alley upper bed-plate and the first lower bottom base, in the chamfering
Scalable filings-blocking equipment is provided between pedestal and the first lower bottom base.
Optimization, the scalable filings-blocking equipment includes folding part and occlusion part, is three-dimensional square when the folding part is unfolded
Shape, the occlusion part are fixed on solid rectangle upper surface and are attached to the upper surface of occlusion part, and the breadth of occlusion part is more than three-dimensional square
The breadth of shape upper surface, the folding part and occlusion part horizontal array are multiple.
Optimization, the scalable filings-blocking equipment is telescopic sleeve pipe.
Optimization, rotational angle range is 90 degree between the clamping part and the first lower bottom base, the milling alley component
The axis direction of axis direction and chamfering component is vertically arranged.
Optimization, further include shell, and the shell is L-type structure, the fixed component, milling alley component, chamfering component
It is respectively provided with inside the shell, the corner part inside opening of the L-type structure.
The advantage of the invention is that：
(1) rotation that the present invention passes through clamping part so that two toolings of milling alley and chamfering only need a clamping part,
It only needs artificial fixed remove once to can be achieved with two processes of milling alley and chamfering, the work of mobile cage clutch can is omitted
Sequence ensure that centering is accurate, and because original 2 processes are combined into one now, greatly save human resources.
(2) it is mounted with guide rail and guide pad respectively in milling alley component and chamfering component of the present invention, when milling alley component milling
After crossing alley, milling alley fixture is along guide rail direction far from clamping part, and then the clamping part of fixed component is by turning to chamfered section
At part, chamfering clamp advances along guide rail direction towards clamp portion, can when arrival needs the when of being needed at chamfering in cage clutch can to stop
To realize the cage clutch can of different length, alley and chamfering.
(3) alley fixture of the present invention is moved in the top of alley upper bed-plate along the direction for extending axis perpendicular to the first guide rail
It moves along the direction for extending axis perpendicular to the second guide rail in the top of chamfering upper bed-plate with chamfering clamp, can be adapted in this way
The cage clutch can of different-diameter.
(4) the scalable filings-blocking equipment that the present invention is arranged, can effectively prevent to falling in cage clutch can processing procedure
The clast fallen enters in guide rail.
(5) rotational angle range between the clamping part and the first lower bottom base in the present invention is 90 degree, milling alley side of present dynasty
To when turning to bottom, the axis of milling alley fixture is parallel with the axis direction of clamping part, and present dynasty's chamfering component direction turns to bottom
When, the axis of chamfering clamp is parallel with the axis direction of clamping part, and such rotational angle is easy to control.
(6) apparatus of the present invention further include L-type shell, and locking apparatus anti-in this way falls ash, and prevents clast from falling on outside device, L
The corner part inside opening of type structure can facilitate the installation of cage clutch can.
Description of the drawings
Fig. 1 is the vertical view of the alley of milling cage clutch can of the embodiment of the present invention and the device of chamfering.
Fig. 2 is the milling alley exploded view of the alley of milling cage clutch can of the embodiment of the present invention and the device of chamfering.
Fig. 3 is the chamfering exploded view of the alley of milling cage clutch can of the embodiment of the present invention and the device of chamfering.
Fig. 4 is the fixed component stereogram of the alley of milling cage clutch can of the embodiment of the present invention and the device of chamfering.
Fig. 5 is the first of the scalable filings-blocking equipment of the alley of milling cage clutch can of the embodiment of the present invention and the device of chamfering
Kind scheme schematic diagram.
Fig. 6 is the second of the scalable filings-blocking equipment of the alley of milling cage clutch can of the embodiment of the present invention and the device of chamfering
Kind scheme schematic diagram.
Specific implementation mode
It elaborates below to the embodiment of the present invention, the present embodiment is carried out lower based on the technical solution of the present invention
Implement, gives detailed embodiment and specific operating process, but protection scope of the present invention is not limited to following implementation
Example.
Embodiment 1
As shown in Figs 1-4, a kind of device of the alley and chamfering of milling cage clutch can, including fixed component 1, milling alley portion
Part 2, chamfering component 3, fixed component include clamping part 101, the first lower bottom base 102, first driving means 103；First driving dress
103 driving clamping parts 101 are set to rotate on the first lower bottom base 102.Clamping part 101 is clamped cage clutch can and is stretched to horizontal direction
Go out；Milling alley component includes alley pedestal 203, alley fixture 201, and alley fixture 201 is arranged in the top of alley pedestal 203.
Chamfering component includes chamfering pedestal 303, chamfering clamp 301, and chamfering clamp 301 is arranged in the top of chamfering pedestal 303.Clamping part
101 when rotation reaches the first station on the first lower bottom base 102, the axis of the axis direction and alley fixture 201 of clamping part 101
Direction is parallel, clamping part 101 on the first lower bottom base 102 rotation reach second station when, the axis direction of clamping part 101 with fall
The axis direction of angle fixture 301 is parallel.
Fixed component includes four-drive device (not shown), and four-drive device drives the clock on clamping part 101
Shape shell is rotated around the central axes of clamping part 101, and milling cutter is accompanied on alley fixture 201, and milling alley component further includes the 5th driving dress
207 are set, the 5th driving device 207 drives the milling cutter on alley fixture 201 to be rotated around the central axes of alley fixture 201.Chamfered section
Part further includes the 6th driving device, and the 6th driving device drives the milling cutter on chamfering clamp 301 around the central axes of chamfering clamp 301
Rotation.Pass through the rotation of clamping part 101 so that two toolings of milling alley and chamfering only need a clamping part 101, it is only necessary to
Artificial fixed remove once can be achieved with two processes of milling alley and chamfering.
Optimization, rotational angle range is 90 degree between clamping part 101 and the first lower bottom base 102, the axis of milling alley component 2
Line direction and the axis direction of chamfering component 3 are vertically arranged.Rotational angle model between clamping part 101 and the first lower bottom base 102
It is 90 degree to enclose, and when present dynasty's milling alley direction turns to bottom, the axis of milling alley fixture 201 is flat with the axis direction of clamping part 101
Row, when present dynasty's chamfering component direction turns to bottom, the axis of chamfering clamp 301 is parallel with the axis direction of clamping part 101, in this way
Rotational angle is easy to control.
The centre of alley fixture 201 and alley pedestal 203 is provided with alley upper bed-plate 206, and the bottom 202 of alley fixture is solid
It is scheduled on the upper surface of alley upper bed-plate 206.It is provided with chamfering upper bed-plate 306 among chamfering clamp 301 and chamfering pedestal 303,
The bottom 302 of angle fixture is fixed on the upper surface of chamfering upper bed-plate 306.
Milling alley component further includes the second driving device (not shown), and chamfering component further includes third driving device
(not shown), the top of alley pedestal 203 and the lower section of alley upper bed-plate 206 are provided with matched first guide rail, 204 He
First guide pad, the second driving device drive the first guide pad move back and forth on the first guide rail 204, chamfering pedestal 303 it is upper
Side and the lower section of chamfering upper bed-plate 306 are provided with 304 and second guide pad of matched second guide rail, third driving device driving the
Two guide pads move back and forth on the first guide rail 204.After alley is crossed in 2 milling of milling alley component, milling alley fixture 201 is along guide rail side
To far from clamping part 101, then the clamping part 101 of fixed component is by turning at chamfering component 3, and chamfering clamp 301 is along the
Two guide rails, 304 direction is advanced towards clamping part 101, when arrival needs the when of being needed at chamfering in cage clutch can to stop, may be implemented
The cage clutch can of different length, alley and chamfering.
The bottom 202 of alley fixture is in the top of alley upper bed-plate 206 along the side for extending axis perpendicular to the first guide rail 204
To movement, i.e., move back and forth in the first vertical channel 205 in figure.The bottom 302 of chamfering clamp is in 306 upper edge of chamfering upper bed-plate
The direction for extending axis perpendicular to the second guide rail 304 is moved, i.e., moves back and forth in the second vertical channel 305 in figure.In this way may be used
With the cage clutch can suitable for different-diameter.
As seen in figs. 5-6, it is provided with scalable filings-blocking equipment 4 between alley upper bed-plate 206 and the first lower bottom base 102,
It is provided with scalable filings-blocking equipment 4 between angle upper bed-plate 306 and the first lower bottom base 102.It can effectively prevent bell to cage
The clast fallen in shell processing procedure enters in guide rail.
There are two types of embodiments for flexible filings-blocking equipment.
It includes folding part 401 and occlusion part 402, folding part 401 that wherein the first embodiment, which is scalable filings-blocking equipment 4,
It is solid rectangle when expansion, it is that occlusion part 402 is fixed on solid rectangle upper surface and be attached to the upper surface of occlusion part 402, it blocks
The breadth in portion 402 is more than the breadth of solid rectangle upper surface, and folding part 401 and 402 horizontal array of occlusion part are multiple.
Second of embodiment is that scalable filings-blocking equipment 4 is telescopic sleeve pipe.
Optimization, further include shell (not shown), shell is L-type structure, fixed component, milling alley component, chamfering
Component is respectively provided with inside the shell, the corner part inside opening of L-type structure.Locking apparatus anti-in this way falls ash, and prevents clast from falling on
Outside device, the corner part inside opening of L-type structure can facilitate the installation of cage clutch can.
The application method of the present apparatus is as follows：
(1) clamping part 101 of fixed component clamps the tail portion of clutch can, and clamping part 101 turns on the first lower bottom base 102
It is dynamic, start first driving means 103 and work so that the central axes of clamping part 101 are parallel with the central axes direction of alley fixture 201
When stop, the central axes of clamping part 101 and the vertical range of the central axes of alley fixture 201 are that the central axes of cage clutch can are arrived
The distance of the central axes of the alley milled out, the distance by adjusting on alley fixture 201 the first vertical channel 205 and alley on bottom
The relative position of the first vertical channel 205 on seat 206.
(2) four-drive device is opened so that clamping part 101, which turns to cage clutch can, to be needed to mill out at alley, is stopped
Only four-drive device opens the 5th driving device 207 so that alley fixture 201 clamps milling cutter rotation, and in the second driving
It is moved to fixed component direction under the action of device, after milling out an alley, stops the 5th driving device 207 and start second to drive
Dynamic device makes alley fixture 201 stop the second driving device when milling cutter removes cage clutch can far from fixed component, open
Dynamic four-drive device rotation cage clutch can needs to mill out at alley to next, carries out successively, until milling out whole alleys.
(3) first driving means 103 are opened so that the central axes of clamping part 101 and the central axes direction of chamfering clamp 301
Stop when parallel, the vertical range of the central axes of clamping part 101 and the central axes of chamfering clamp 301 is the axis of cage clutch can
Line is to the distance of the central axes of the chamfering milled out, and the distance is by adjusting the second vertical channel 305 and chamfering on chamfering clamp 301
The relative position of the second vertical channel 305 on upper bed-plate 306.
(4) four-drive device is opened so that clamping part 101, which turns to cage clutch can, to be needed to mill out at chamfering, is stopped
Only four-drive device opens the 6th driving device so that chamfering clamp 301 clamps milling cutter rotation, and drives and fill in third
It is moved to fixed component direction under the action of setting, after milling out a chamfering, stops the 6th driving device and start third driving dress
It sets so that chamfering clamp 301 is far from fixed component, when milling cutter removes cage clutch can, stops third driving device, start the
Four-drive device rotation cage clutch can needs to mill out at chamfering to next, carries out successively, until milling out whole chamferings.
Embodiment 2
As shown in Figs 1-4, a kind of device of the alley and chamfering of milling cage clutch can, including fixed component 1, milling alley portion
Part 2, chamfering component 3, fixed component include clamping part 101, the first lower bottom base 102, first driving means 103；First driving dress
103 driving clamping parts 101 are set to rotate on the first lower bottom base 102.Clamping part 101 is clamped cage clutch can and is stretched to horizontal direction
Go out；Milling alley component includes alley pedestal 203, alley fixture 201, and alley fixture 201 is arranged in the top of alley pedestal 203.
Chamfering component includes chamfering pedestal 303, chamfering clamp 301, and chamfering clamp 301 is arranged in the top of chamfering pedestal 303.Clamping part
101 when rotation reaches the first station on the first lower bottom base 102, the axis of the axis direction and alley fixture 201 of clamping part 101
Direction is parallel, clamping part 101 on the first lower bottom base 102 rotation reach second station when, the axis direction of clamping part 101 with fall
The axis direction of angle fixture 301 is parallel.
Fixed component includes four-drive device (not shown), and four-drive device drives the clock on clamping part 101
Shape shell is rotated around the central axes of clamping part 101, and milling cutter is accompanied on alley fixture 201, and milling alley component further includes the 5th driving dress
207 are set, the 5th driving device 207 drives the milling cutter on alley fixture 201 to be rotated around the central axes of alley fixture 201.Work as alley
When the central axes of fixture 201 are overlapped with the central axes of clamping part 101, there is gap on the inside of milling cutter and cage clutch can.Chamfering component
Further include the 6th driving device, the 6th driving device drives the milling cutter on chamfering clamp 301 to turn around the central axes of chamfering clamp 301
It is dynamic.When the central axes of chamfering clamp 301 are overlapped with the central axes of clamping part 101, there is gap on the inside of milling cutter and cage clutch can.
Pass through the rotation of clamping part 101 so that two toolings of milling alley and chamfering only need a clamping part 101, it is only necessary to artificial
Fixed remove once can be achieved with two processes of milling alley and chamfering.
Optimization, rotational angle range is 90 degree between clamping part 101 and the first lower bottom base 102, the axis of milling alley component 2
Line direction and the axis direction of chamfering component 3 are vertically arranged.Rotational angle model between clamping part 101 and the first lower bottom base 102
It is 90 degree to enclose, and when present dynasty's milling alley direction turns to bottom, the axis of milling alley fixture 201 is flat with the axis direction of clamping part 101
Row, when present dynasty's chamfering component direction turns to bottom, the axis of chamfering clamp 301 is parallel with the axis direction of clamping part 101, in this way
Rotational angle is easy to control.
The centre of alley fixture 201 and alley pedestal 203 is provided with alley upper bed-plate 206, and the bottom of alley fixture is fixed
In the upper surface of alley upper bed-plate 206.It is provided with chamfering upper bed-plate 306, chamfering among chamfering clamp 301 and chamfering pedestal 303
The bottom 302 of fixture is fixed on the upper surface of chamfering upper bed-plate 306.
Milling alley component further includes the second driving device (not shown), and chamfering component further includes third driving device
(not shown), the top of alley pedestal 203 and the lower section of alley upper bed-plate 206 are provided with matched first guide rail, 204 He
First guide pad, the second driving device drive the first guide pad move back and forth on the first guide rail 204, chamfering pedestal 303 it is upper
Side and the lower section of chamfering upper bed-plate 306 are provided with 304 and second guide pad of matched second guide rail, third driving device driving the
Two guide pads move back and forth on the first guide rail 204.After alley is crossed in 2 milling of milling alley component, milling alley fixture 201 is along guide rail side
To far from clamping part 101, then the clamping part 101 of fixed component is by turning at chamfering component 3, and chamfering clamp 301 is along the
Two guide rails, 304 direction is advanced towards clamping part 101, when arrival needs the when of being needed at chamfering in cage clutch can to stop, may be implemented
The cage clutch can of different length, alley and chamfering.
Further include the 7th driving device and the 8th driving device, the first vertical channel 205, the second vertical channel 305, the 7th driving
Device drives alley fixture 201 to be moved along the direction for extending axis perpendicular to the first guide rail 204 in the top of alley upper bed-plate 206
It is dynamic, i.e., move back and forth in the first vertical channel 205 in figure.8th driving device drives chamfering clamp 301 in chamfering upper bed-plate
The direction that 306 upper edges extend axis perpendicular to the second guide rail 304 is moved, i.e., moves back and forth in the second vertical channel 305 in figure.
As seen in figs. 5-6, it is provided with scalable filings-blocking equipment 4 between alley upper bed-plate 206 and the first lower bottom base 102,
It is provided with scalable filings-blocking equipment 4 between angle upper bed-plate 306 and the first lower bottom base 102.It can effectively prevent bell to cage
The clast fallen in shell processing procedure enters in guide rail.
There are two types of embodiments for flexible filings-blocking equipment.
It includes folding part 401 and occlusion part 402, folding part 401 that wherein the first embodiment, which is scalable filings-blocking equipment 4,
It is solid rectangle when expansion, it is that occlusion part 402 is fixed on solid rectangle upper surface and be attached to the upper surface of occlusion part 402, it blocks
The breadth in portion 402 is more than the breadth of solid rectangle upper surface, and folding part 401 and 402 horizontal array of occlusion part are multiple.
Second of embodiment is that scalable filings-blocking equipment 4 is telescopic sleeve pipe.
Optimization, further include shell (not shown), shell is L-type structure, fixed component, milling alley component, chamfering
Component is respectively provided with inside the shell, the corner part inside opening of L-type structure.Locking apparatus anti-in this way falls ash, and prevents clast from falling on
Outside device, the corner part inside opening of L-type structure can facilitate the installation of cage clutch can.
The application method of the present apparatus is as follows：
(1) clamping part 101 of fixed component clamps the tail portion of clutch can, and clamping part 101 turns on the first lower bottom base 102
It is dynamic, start first driving means 103 and the work of the 7th driving device so that the central axes of clamping part 101 and alley fixture 201
Central axes direction is stopped when overlapping,
(2) four-drive device is opened so that clamping part 101, which turns to cage clutch can, to be needed to mill out at alley, is needed
The position of alley is washed out in the left and right sides of the central axes of clamping part 101, stops four-drive device, opens the 5th driving dress
Set 207 so that alley fixture 201 clamps milling cutter rotation, and is moved to 1 direction of fixed component under the action of the second driving device
It is dynamic, determine the top of milling cutter and cage clutch can inner surface most it is deep go out at a distance from, the second driving device of stopping.
(3) start the 7th driving device control alley fixture 201 to move in the first vertical channel 205 so that alley fixture
The central axes side of 201 central axes to clamping part 101 is separate, when the axis of the central axes of clamping part 101 and alley fixture 201
The vertical range of line be cage clutch can central axes arrive the central axes of the alley milled out distance, the 7th driving device driving ball
Road fixture 201 is moved in the other end of the first vertical channel 205, until the axis of the central axes of clamping part 101 and alley fixture 201
Line direction overlaps, and starts four-drive device rotation cage clutch can and needs to mill out at alley to next.
(4) (3) step is repeated, until milling out whole alleys, starts the second driving device so that milling cutter is far from cage clock
Shape shell.
(5) first driving means 103 and the 8th driving device are opened, the 8th driving device controls chamfering clamp 301 the
It is moved in two vertical channels 305 so that the central axes of clamping part 101 stop work when being overlapped with the central axes direction of chamfering clamp 301
Make, the vertical ranges of the central axes of clamping part 101 and the central axes of chamfering clamp 301 is the central axes of cage clutch can to milling
The distance of the central axes of the chamfering gone out.
(6) four-drive device is opened so that clamping part 101, which turns to cage clutch can, to be needed to mill out at chamfering, is needed
The position of chamfering is washed out in the left and right sides of the central axes of clamping part 101, stops four-drive device, opens the 6th driving dress
Set 307 so that chamfering clamp 301 clamps milling cutter rotation, and is moved to 1 direction of fixed component under the action of third driving device
It is dynamic, determine the top of milling cutter and cage clutch can inner surface most it is deep go out at a distance from, stopping third driving device.
(7) starting the 8th driving device makes the central axes of chamfering clamp 301 remote to the central axes side of clamping part 101
From when the central axes that the vertical range of the central axes of clamping part 101 and the central axes of chamfering clamp 301 is cage clutch can to milling
The distance of the central axes of the alley gone out, the 8th driving device drive chamfering clamp 301 to be moved in the other end of the second vertical channel 305
It is dynamic, until the central axes of clamping part 101 are overlapped with the central axes direction of chamfering clamp 301, startup four-drive device rotating ball
Cage clutch can needs to mill out at alley to next.
(8) (7) step is repeated, until milling out whole chamferings, starts third driving device so that milling cutter is far from cage clock
Shape shell.
In above-mentioned steps (3) (4), when alley is even number, and is uniformly arranged, the milling cutter on alley fixture 201
After the complete alley of milling, the 7th driving device drives another end motion of the alley fixture 201 to the first vertical channel 205, until folder
The vertical range for holding the central axes in portion 101 and the central axes of alley fixture 201 is the central axes of cage clutch can to the ball milled out
The distance of the central axes in road, such four-drive device only need the cage clutch can on clamping part 101 to rotate 180 degree
Whole alleys are milled out, are also identical operation in corresponding step (7) and (8).
In the above two embodiments, the first guide rail 204 can be arranged on alley pedestal 203, and the first guide pad is just set
It sets in the bottom of alley upper bed-plate 206, when the first guide rail 204 is arranged in the lower section of alley upper bed-plate 206, the first guide pad is just set
It sets on alley pedestal 203.Second guide rail 304 and the second guide pad are also identical design.
The preferred embodiment that these are only the invention is not intended to limit the invention creation, all in the present invention
All any modification, equivalent and improvement etc., should be included in the guarantor of the invention made by within the spirit and principle of creation
Within the scope of shield.
Claims (10)
1. a kind of device of the alley and chamfering of milling cage clutch can, which is characterized in that including fixed component, milling alley component,
Chamfering component, the fixed component include clamping part, the first lower bottom base, first driving means；The first driving means driving
Clamping part rotates on the first lower bottom base；The clamping part is clamped cage clutch can and is stretched out to horizontal direction；Milling alley portion
Part includes alley pedestal, alley fixture, and the alley fixture is arranged in the top of alley pedestal；The chamfering component includes chamfering
Pedestal, chamfering clamp, the chamfering clamp are arranged in the top of chamfering pedestal；The clamping part turns on the first lower bottom base
When up to the first station, the axis direction of clamping part is parallel with the axis direction of alley fixture, and clamping part turns on the first lower bottom base
When dynamic arrival second station, the axis direction of clamping part is parallel with the axis direction of chamfering clamp.
2. the device of the alley and chamfering of milling cage clutch can according to claim 1, which is characterized in that the alley folder
The centre of tool and alley pedestal is provided with alley upper bed-plate, and the alley fixture is fixed on the top of alley upper bed-plate, it is described fall
Chamfering upper bed-plate is provided among angle fixture and chamfering pedestal, the chamfering clamp is fixed on the top of chamfering upper bed-plate.
3. the device of the alley and chamfering of milling cage clutch can according to claim 2, which is characterized in that the milling alley
Component further includes the second driving device, and the chamfering component further includes third driving device, the top of the alley pedestal and ball
Matched first guide rail and the first guide pad are provided with below road upper bed-plate, second driving device drives the first guide pad
Move back and forth on the first guide rail, matched second guide rail is provided with below the top of the chamfering pedestal and chamfering upper bed-plate
With the second guide pad, the third driving device drives the second guide pad to move back and forth on the first guide rail.
4. the device of the alley and chamfering of milling cage clutch can according to claim 2, which is characterized in that the alley folder
Have and is moved along the direction for extending axis perpendicular to the first guide rail in the upper surface of alley upper bed-plate.
5. the device of the alley and chamfering of milling cage clutch can according to claim 2, which is characterized in that the chamfering folder
Have and is moved along the direction for extending axis perpendicular to the second guide rail in the upper surface of chamfering upper bed-plate.
6. the device of the alley and chamfering of milling cage clutch can according to claim 2, which is characterized in that on the alley
It is provided with scalable filings-blocking equipment between pedestal and the first lower bottom base, is provided between the chamfering upper bed-plate and the first lower bottom base
Scalable filings-blocking equipment.
7. the device of the alley and chamfering of milling cage clutch can according to claim 6, which is characterized in that described scalable
Filings-blocking equipment includes folding part and occlusion part, is solid rectangle when the folding part is unfolded, and the occlusion part is fixed on three-dimensional square
Shape upper surface and the upper surface for being attached to occlusion part, the breadth of occlusion part are more than the breadth of solid rectangle upper surface, the folding part
It is multiple with occlusion part horizontal array.
8. the device of the alley and chamfering of milling cage clutch can according to claim 6, which is characterized in that described scalable
Filings-blocking equipment is telescopic sleeve pipe.
9. the device of the alley and chamfering of milling cage clutch can according to claim 1, which is characterized in that the clamping part
Rotational angle range is 90 degree between the first lower bottom base, the axis side of the axis direction and chamfering component of the milling alley component
To being vertically arranged.
10. the device of the alley and chamfering of milling cage clutch can according to claim 1, which is characterized in that further include outer
Shell, the shell are L-type structure, and the fixed component, milling alley component, chamfering component are arranged in shell, the L-type knot
The corner part inside opening of structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710030402.XA CN106541169B (en) | 2017-01-17 | 2017-01-17 | The device of the alley and chamfering of milling cage clutch can |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710030402.XA CN106541169B (en) | 2017-01-17 | 2017-01-17 | The device of the alley and chamfering of milling cage clutch can |
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| Publication Number | Publication Date |
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| CN106541169A CN106541169A (en) | 2017-03-29 |
| CN106541169B true CN106541169B (en) | 2018-10-30 |
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| CN201710030402.XA Active CN106541169B (en) | 2017-01-17 | 2017-01-17 | The device of the alley and chamfering of milling cage clutch can |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108581382A (en) * | 2018-04-27 | 2018-09-28 | 江苏大洋精锻有限公司 | A kind of machining process of universal joint clutch can |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE2623160A1 (en) * | 1976-05-22 | 1977-12-01 | Liba Maschf | Single turret work reversing station - turns flat workpiece over for machining by tool working on fixed plane |
| KR20070104587A (en) * | 2007-08-08 | 2007-10-26 | 클린게르베르크 게엠베하 | Device and method for green machining bevel gears |
| CN104493488B (en) * | 2014-11-12 | 2017-04-26 | 温州市冠盛汽车零部件集团股份有限公司 | Device for machining universal joint grooves |
| CN106141793A (en) * | 2015-03-24 | 2016-11-23 | 天津海鑫机械制造有限公司 | A kind of planer-type milling machine device of novel improved structure |
| CN204725127U (en) * | 2015-07-06 | 2015-10-28 | 浙江美亚特精密机械有限公司 | A kind of disk machine for processing joint fork splined hole |
| CN206405477U (en) * | 2017-01-17 | 2017-08-15 | 安徽合正汽车零部件有限公司 | The alley of milling cage clutch can and the device of chamfering |
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2017
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| Publication number | Publication date |
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| CN106541169A (en) | 2017-03-29 |
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Effective date of registration: 20220328 Address after: 233400 No. 9-2 Jinhe Road, Huaiyuan Economic Development Zone, Bengbu City, Anhui Province Patentee after: Anhui Jinglong Automobile Industry Co.,Ltd. Address before: 246000 building B14, high tech small and medium-sized enterprise incubation center, Binjiang New Area, Anqing Development Zone, Anqing City, Anhui Province Patentee before: ANHUI HEZHENG AUTO SPARE PARTS CO.,LTD. |