CN105107993B - The automatic shift process units of Jing Yin bearing cage - Google Patents
The automatic shift process units of Jing Yin bearing cage Download PDFInfo
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- CN105107993B CN105107993B CN201510510027.XA CN201510510027A CN105107993B CN 105107993 B CN105107993 B CN 105107993B CN 201510510027 A CN201510510027 A CN 201510510027A CN 105107993 B CN105107993 B CN 105107993B
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Abstract
The present invention provides a kind of automatic shift process units of Jing Yin bearing cage, including blowing component, displaceable member, shaping dies, shaping mold and punching die；Blowing component includes blowing hydraulic cylinder, retention plate and vertebral plate, displaceable member includes horizontal guide rod one, horizontal guide rod two, left Der Laengslenker, right Der Laengslenker, horizontal back-moving spring, longitudinal back-moving spring, shaping dies includes the upper mould of shaping, forming lower die, shaping mold includes mould in integer, mould under integer, punching die includes punch upper die, mould under punching, punch upper die is taken over a business including punching press, punching needle, positioning disk, punching needle circularizes arrangement, positioning disk is provided with some pilot holes passed through for punching needle, the bottom of positioning disk is provided with circular neck, the top of mould is provided with the circular bracket for being used for accommodating Jing Yin bearing cage under punching；The device, reasonable in design can realize automatic shift of the workpiece in processing, and processing accuracy is high, and generation waste material is few, beneficial to production and application.
Description
Technical field
The present invention relates to a kind of automatic shift process units of Jing Yin bearing cage.
Background technology
In the process of Jing Yin bearing cage, it is necessary to be formed successively, integer, punch operation.Existing
In production, due to as the metal disk small volume processed raw material, and surface relative smooth, easily produce displacement in processing
The problem of so that production waste material is more, influences the raising of productivity effect.
When being punched out operation, it can shift Jing Yin bearing cage because punching needle is moved down, can so influence punching
Accuracy, cause waste material.Meanwhile, when punching needle moves down progress punching press, because punching hole diameter requires that the diameter of punching needle is smaller,
Punching needle is directly so moved down into progress punching press and easily produces the problems such as punching needle is deformed.
The content of the invention
Solved in the prior art it is an object of the invention to provide a kind of automatic shift process units of Jing Yin bearing cage
Exist due to as the metal disk small volume processed raw material, and surface relative smooth easily produces displacement in processing
The problems such as, it can shift Jing Yin bearing cage in addition, punching needle is moved down, while it is easy that punching needle directly is moved down into progress punching press
Produce the problems such as punching needle is deformed.
The present invention technical solution be：
A kind of automatic shift process units of Jing Yin bearing cage, including blowing component, displaceable member, shaping dies,
Shaping mold and punching die；
Blowing component includes blowing hydraulic cylinder, retention plate and vertebral plate, and blowing hydraulic cylinder is on lathe, and retention plate is connected to
The piston rod of blowing hydraulic cylinder, vertebral plate, which is provided with, is used for the bar hole that bolt is passed through, and vertebral plate is connected to retention plate by bolt, nut
On, left longitudinal guide block is connected with left side block, and right longitudinal guide block is connected with the right block, and the end of left side block and the right block is respectively equipped with
Bar-shaped trough, vertebral plate is located at the top of bar-shaped trough；
Displaceable member include horizontal guide rod one, horizontal guide rod two, left Der Laengslenker, right Der Laengslenker, horizontal back-moving spring,
Longitudinal back-moving spring, is sequentially provided with blowing component, shaping dies, shaping mold and punching between left Der Laengslenker, right Der Laengslenker
Mould, bent axle is by bearing on lathe, and bent axle is connected with one end of chain, and the other end of chain bypasses guide wheel and connects horizontal stroke
To guide rod one, the two ends of horizontal guide rod one are respectively by linear bearing on left horizontal guide block one, right horizontal guide block one；
Left horizontal guide block one is connected with one end of left Der Laengslenker, and the other end of left Der Laengslenker passes sequentially through left longitudinal direction and led
Block, more than one left tray, left horizontal guide block two, left Der Laengslenker are provided with linear bearing, right transverse direction with left horizontal guide block two
Guide block one is connected with one end of right Der Laengslenker, and the other end of right Der Laengslenker passes sequentially through right longitudinal guide block, more than one
Right tray, right horizontal guide block two, between right Der Laengslenker and right longitudinal guide block, right Der Laengslenker and right horizontal guide block two be provided with straight line
Bearing, left Der Laengslenker and right Der Laengslenker and two ends be connected to horizontal back-moving spring, left horizontal guide block two and right horizontal stroke
Into guide block two through there is horizontal guide rod two, between horizontal guide rod two and left horizontal guide block two, horizontal guide rod two and right horizontal guide block
Linear bearing is respectively equipped between two, the two ends of horizontal guide rod one and horizontal guide rod two are connected to longitudinal back-moving spring；
Left tray is provided with left clamping plate, and right tray is provided with right clamping plate, and the end of left clamping plate and right clamping plate is equipped with deep-slotted chip breaker, institute
State some conical tooths for being provided with deep-slotted chip breaker and being used for clamping the Jing Yin retainer of bearing；
Shaping dies includes mould connection in the top that mould in shaping upper mould, forming lower die, shaping is located at forming lower die, shaping
On lathe, forming lower die is on support, and mould takes over a business to take over a business to be provided with some waveform teeth, the shaping including shaping in shaping
Some to be used to fixing the through holes of the waveform tooth, the through hole is evenly arranged on the shaping takes over a business, and the one of the waveform tooth
End is penetrated in the through hole, and the end of the other end of the waveform tooth is arcwall face, and the top of forming lower die is provided with some cyclization
The forming pockets of shape arrangement, forming pockets, which are used, is provided with arc convex between deep-slotted chip breaker, adjacent forming pockets；
Shaping mold includes mould mould connection on the top of mould under integer, integer in mould, integer under mould, integer in integer
On lathe, mould is on support under integer, and the bottom surface of mould is provided between arc positioning groove, adjacent positioned groove provided with top in integer
For the boss of plane, the top of mould is provided with some integer grooves for circularizing arrangement under integer；
Punching die includes mould under punch upper die, punching, and punch upper die is located at the top of mould under punching, and punch upper die includes
Punching press is taken over a business, punching needle, positioning disk, and positioning disk is connected on punching press takes over a business by connecting pole, and punching press takes over a business to be connected on lathe,
The middle part that punching press is taken over a business is provided with the through hole passed through for the piston rod of hydraulic cylinder one, and hydraulic cylinder one is on lathe, hydraulic cylinder one
Piston rod be provided with some punching needles, punching needle circularizes arrangement, and positioning disk is used for the pilot holes that punching needle is passed through provided with some,
The bottom of positioning disk is provided with circular neck, and mould is on support under punching, and mould is using cylinder under punching, the top of mould under punching
Provided with the circular bracket for accommodating Jing Yin bearing cage, some deep-slotted chip breakers in bracket, deep-slotted chip breaker circularizes arrangement.
Further, lathe is provided with the hydraulic cylinder two for being used for moving down or move up lathe.
Further, neck is identical with the diameter of bracket.
Further, some anti-sticking circular holes are provided with punching in the bracket of mould, mould is provided with antiseize device under punching.
Further, mould is respectively arranged below with antiseize device under the forming lower die, integer.
Further, the antiseize device include being used for promoting some thimbles of Jing Yin bearing cage, needle plate, extension spring and
Transmission component, the thimble is on the needle plate, and the needle plate is connected with one end of the extension spring, the other end of the extension spring
It is fixed on the bottom of support, the thimble is located at the lower section of anti-sticking circular hole, the transmission component includes connecting rod, rotating shaft, push rod
And pressure rod, one end of the connecting rod connects the needle plate, and the other end of the connecting rod is connected in rotating shaft, and the rotating shaft is passed through
There is bearing, the bearing is fixed on support by bearing block, one end of the push rod is located at roller, and the other end of the push rod connects
It is connected in rotating shaft, the end of the pressure rod is located at the briquetting for being used for promoting push rod.
The beneficial effects of the invention are as follows：The automatic shift process units of this kind of Jing Yin bearing cage, reasonable in design,
Automatic shift of the workpiece in processing can be realized, processing accuracy is high, and generation waste material is few, beneficial to production and application.By into
Mould sets the forming pockets of formed tooth and forming lower die to coordinate in shape, realizes the processing of wavy surface.By in integer mould set
Locating slot, it is ensured that accurate positioning when being processed to double wavy surfaces, it is to avoid process shift and influence production.In punching die,
Punching needle is oriented to by pilot hole, it is ensured that while the accuracy of punching, the probability that punching needle fractures is reduced, so as to improve
Durability.The positioning of Jing Yin bearing cage is realized by the bracket of mould under the neck of punch upper die and punching, can be avoided
The displacement of Jing Yin bearing cage in punching, it is ensured that punching position it is accurate.
Brief description of the drawings
Fig. 1 is the structural representation of the embodiment of the present invention；
Fig. 2 is the structural representation of shaping dies in embodiment；
Fig. 3 is the structural representation of punching die in embodiment；
Fig. 4 is the polycrystalline substance schematic diagram of positioning disk in embodiment；
Fig. 5 is the structural representation of antiseize device in embodiment；
Fig. 6 is the structural representation of displaceable member in embodiment；
Fig. 7 is the structural representation of blowing component in embodiment；
Wherein：1- shaping dies, 2- shaping molds, 3- punching dies, 4- supports, 5- lathes, 6- antiseize devices, 7- blowings
Component, 8- displaceable members, 9- chains；
11- shapings are taken over a business, 12- waveform teeth, 13- forming lower dies；
31- punching presses are taken over a business, 32- punching needles, 33- positioning disks, 34- connecting poles, 35- necks, mould under 36- punchings, 37- supports
Groove, 38- pilot holes.
61- thimbles, 62- needle plates, 63- extension springs, 64- connecting rods, 65- rotating shafts, 66- push rods, 67- pressure rods, 68- bearing blocks,
69- briquettings, 610- rollers；
71- vertebral plates, 72- retention plates, 73- bar holes；
81- transverse direction guide rods one, 82- transverse direction guide rods two, the left Der Laengslenkers of 83-, the right Der Laengslenkers of 84-, 85- laterally resets bullet
Spring, 86- longitudinal directions back-moving spring, the left horizontal guide blocks one of 87-, the right horizontal guide blocks one of 88-, the left longitudinal guide blocks of 89-, 810- is led right longitudinal direction
Block；On the right of the left trays of 811-, the right trays of 812-, the left clamping plates of 813-, the right clamping plates of 814-, 815- conical tooths, 816- left sides block, 817-
Block.
Embodiment
The preferred embodiment that the invention will now be described in detail with reference to the accompanying drawings.
Embodiment
A kind of automatic shift process units of Jing Yin bearing cage, including blowing component 7, displaceable member 8, shaping dies
1st, shaping mold 2 and punching die 3, such as Fig. 1；
Blowing component 7 includes blowing hydraulic cylinder, retention plate 72 and vertebral plate 71, such as Fig. 7, and blowing hydraulic cylinder is located on lathe,
Retention plate 72 is connected to the piston rod of blowing hydraulic cylinder, and vertebral plate 71, which is provided with, is used for the bar string holes 73 that bolt is passed through, and vertebral plate 71 is by spiral shell
Bolt, nut are connected on retention plate 72, and left longitudinal guide block 89 is connected with left side block 816, and right longitudinal guide block 810 is connected with the right block
817, the end of left side block 816 and the right block 817 is respectively equipped with bar-shaped trough, and vertebral plate 71 is located at the top of bar-shaped trough；
Displaceable member 8 includes horizontal guide rod 1, horizontal guide rod 2 82, left Der Laengslenker 83, right Der Laengslenker 84, transverse direction
Back-moving spring 85, longitudinal back-moving spring 86, blowing component 7, finishing die are sequentially provided between left Der Laengslenker 83, right Der Laengslenker 84
Tool 1, shaping mold 2 and punching die 3, such as Fig. 6, bent axle are driven by motor, and bent axle is by bearing on lathe, and bent axle is connected
There is one end of chain 9, the other end of chain 9 bypasses guide wheel and connects horizontal guide rod 1, the two ends difference of horizontal guide rod 1
By linear bearing on left horizontal guide block 1, right horizontal guide block 1；
Left horizontal guide block 1 is connected with one end of left Der Laengslenker 83, and the other end of left Der Laengslenker 83 passes sequentially through a left side
Longitudinal guide block 89, more than one left tray 811, left horizontal guide block two, left Der Laengslenker 83 is with left horizontal guide block two provided with straight
Bobbin is held, and right horizontal guide block 1 is connected with one end of right Der Laengslenker 84, and the other end of right Der Laengslenker 84 passes sequentially through the right side
Longitudinal guide block 810, more than one right tray 812, right horizontal guide block two, between right Der Laengslenker 84 and right longitudinal guide block 810, right
Der Laengslenker 84 and right horizontal guide block two are provided with linear bearing, left Der Laengslenker 83 and right Der Laengslenker 84 and two ends connect respectively
Horizontal back-moving spring 85 is connected to, left horizontal guide block two has horizontal guide rod 2 82, horizontal guide rod two with being passed through in right horizontal guide block two
Linear bearing, horizontal guide rod 1 are respectively equipped between 82 and left horizontal guide block two, between horizontal guide rod 2 82 and right horizontal guide block two
Longitudinal back-moving spring 86 is connected to the two ends of horizontal guide rod 2 82；
Left tray 811 is provided with left clamping plate 813, and right tray 812 is provided with right clamping plate 814, left clamping plate 813 and right clamping plate 814
End is equipped with some conical tooths 815 for being provided with deep-slotted chip breaker, the deep-slotted chip breaker and being used for clamping the Jing Yin retainer of bearing；
By the rotating shaft of motor belt motor dynamic crankshaft, the flexible of chain 9 is realized, chain 9 bypasses guide wheel and turned to, and guide wheel is located at
On support, the horizontal guide rod 1 of the flexible realization of chain 9 is vertically moved, and then drives left Der Laengslenker 83 and right Der Laengslenker
84 displacement, to realize the displacement of left tray 811 and right tray 812, after shifting by horizontal guide rod 1 and horizontal guide rod two
Longitudinal back-moving spring 86 between 82, which is realized, to be resetted.So that displacement and reset to realize left tray 811 and right tray 812.
Displaceable member 8 can easily realize left tray 811 and the displacement and reset of the right longitudinal direction of tray 812, be easy to implement
The displacement and reset of workpiece are driven by left tray 811 and right tray 812, beneficial to production and application.
Left tray 811 is provided with left clamping plate 813, and right tray 812 is provided with right clamping plate 814, left clamping plate 813 and right clamping plate 814
End is equipped with some conical tooths 815 for being provided with deep-slotted chip breaker, the deep-slotted chip breaker and being used for clamping the Jing Yin retainer of bearing.Left clamping plate
813 and the quantity of right clamping plate 814 determine that left clamping plate 813 and right clamping plate 814 are corresponded, and quantity is equal by the quantity of processing stations.
Left tray 811, right tray 812 are respectively arranged on bracket, and bracket is easy to left tray 811, the shifting of right tray 812 on support
Position is with resetting.
Lathe is additionally provided with blowing component 7, and blowing component 7 includes hydraulic cylinder, retention plate 72 and vertebral plate 71, and hydraulic cylinder is located at machine
On bed, retention plate 72 is connected to the piston rod of blowing hydraulic cylinder, and vertebral plate 71, which is provided with, is used for the bar string holes 73 that bolt is passed through, vertebral plate 71
It is connected to by bolt, nut on retention plate 72, left longitudinal guide block 89 is connected with left side block 816, right longitudinal guide block 810 is connected with the right side
The end of side block 817, left side block 816 and the right block 817 is respectively equipped with bar-shaped trough, and vertebral plate 71 is located at the top of bar-shaped trough.
When vertebral plate 71 is moved down, fall into bar-shaped trough, separate left side block 816 and the right block 817, make left longitudinal guide block 89,
Right longitudinal guide block 810 is laterally separated, and then makes left Der Laengslenker 83, right Der Laengslenker 84 laterally separated, so as to realize left tray
811 with the transverse shift of right tray 812.
When vertebral plate 71 is moved up, bar-shaped trough is left, because horizontal back-moving spring 85 is acted on, left side block 816 and the right block 817
Reset, left longitudinal guide block 89, right longitudinal guide block 810 is laterally resetted, and then is made left Der Laengslenker 83, right Der Laengslenker 84 laterally
Reset, so as to realize the horizontal reset of left tray 811 and right tray 812.Left clamping plate 813, right tray are provided with left tray 811
812 when being provided with right clamping plate 814, transverse shift and reset by left tray 811 and right tray 812, can be achieved the crawl of workpiece with
Blowing.
Such as Fig. 2, shaping dies 1 includes the top that mould in shaping upper mould, forming lower die 13, shaping is located at forming lower die 13,
Mould is connected on lathe 5 in shaping, and forming lower die 13 is on support 4, and mould takes over a business 11 and some waveforms including shaping in shaping
Tooth 12, the shaping takes over a business 11 provided with some through holes for being used to fix the waveform tooth 12, and the through hole is evenly arranged in described
Shaping is taken over a business on 11, and one end of the waveform tooth 12 is penetrated in the through hole, and the end of the other end of the waveform tooth 12 is arc
Shape face, the top of forming lower die 13 is provided with some forming pockets for circularizing arrangement, and forming pockets use deep-slotted chip breaker, it is adjacent into
Arc convex is provided between connected in star.
Shaping mold 2 includes mould in the top that mould in mould under mould, integer in integer, integer is located at mould under integer, integer and connected
It is connected on lathe 5, mould is on support 4 under integer, and the bottom surface of mould is provided between arc positioning groove, adjacent positioned groove and is provided with integer
Top is the boss of plane, and the top of mould is provided with some integer grooves for circularizing arrangement under integer.
Such as Fig. 3, punching die 3 includes mould 36 under punch upper die, punching, and punch upper die is located at the top of mould 36 under punching,
Punch upper die takes over a business 31, punching needle 32, positioning disk 33 including punching press, and positioning disk 33 is connected to punching press by connecting pole 34 and takes over a business 31
On, punching press is taken over a business 31 and is connected on lathe 5, and the middle part that punching press takes over a business 31 was provided with for leading to that the piston rod of hydraulic cylinder one is passed through
Hole, hydraulic cylinder one is on lathe 5, and the piston rod of hydraulic cylinder one is provided with some punching needles 32, and punching needle 32 circularizes arrangement, led
To disk 33 provided with some pilot holes 38 passed through for punching needle 32, the bottom of positioning disk 33 is provided with circular neck 35, such as Fig. 4,
Mould 36 is on support 4 under punching, and mould 36 is using cylinder under punching, and the top of mould 36 is provided with for accommodating Jing Yin axle under punching
Some deep-slotted chip breakers in the circular bracket 37 of bearing retainer, bracket 37, deep-slotted chip breaker circularizes arrangement.Lathe 5 be provided be used for move down or
Move up the hydraulic cylinder two of lathe 5.Neck 35 is identical with the diameter of bracket 37.
By the shaping dies 1, shaping mold 2, punching die 3 set gradually, the shaping to metal disk can be realized
Wave-like processing is formed afterwards, and realizes that another side keeps wavy surface to one side formation plane simultaneously by shaping mold 2, then is passed through
Punching die 3 is realized is punched out operation in plane.
The automatic shift process units of this kind of Jing Yin bearing cage, reasonable in design, processing accuracy is high, produces useless
Material is few, beneficial to production and application.Coordinated by the forming pockets of mould setting formed tooth and forming lower die 13 in shaping, realize wave
The processing in face.Pass through the mould setting locating slot in integer, it is ensured that accurate positioning when being processed to double wavy surfaces, it is to avoid processing time shift
Position and influence production.
By the way that the Jing Yin bearing cage after shaping, integer is placed under punching in the circular bracket 37 of mould 36, by holding in the palm
Deep-slotted chip breaker in groove 37 accommodate successively Jing Yin bearing cage arcwall face positioned after, hydraulic cylinder one promotes punching needle 32 edge
The pilot hole 38 of positioning disk 33 is moved down, and processing is punched out to the Jing Yin bearing cage in bracket 37.This kind of Jing Yin bearing is protected
The automatic shift process units of holder, punching needle 32 is oriented to by pilot hole 38, it is ensured that while the accuracy of punching, subtracted
The probability that Shaochong pressing 32 fractures, so as to improve durability.Pass through the bracket of the neck 35 and mould 36 under punching of punch upper die
37 realize the positioning of Jing Yin bearing cage, can avoid the displacement of the Jing Yin bearing cage in punching, it is ensured that punching position
It is accurate.
Some anti-sticking circular holes are provided with punching in the bracket 37 of mould 36, mould 36 is provided with antiseize device 6 under punching.Such as Fig. 5, prevent
Card device 6 includes some thimbles 61, needle plate 62, extension spring 63 and the transmission component for being used to promote Jing Yin bearing cage, the top
Pin 61 is on the needle plate 62, and the needle plate 62 is connected with one end of the extension spring 63, and the other end of the extension spring 63 is fixed
On the bottom of support 4, the thimble 61 is located at the lower section of anti-sticking circular hole, and the transmission component includes connecting rod 64, rotating shaft 65, pushed away
Bar 66 and pressure rod 67, one end of the connecting rod 64 connect the needle plate 62, and the other end of the connecting rod 64 is connected to rotating shaft 65
On, the rotating shaft 65 is through there is bearing, and the bearing is fixed on support 4 by bearing block 68, and one end of the push rod 66 is located at
Roller 610, the other end of the push rod 66 is connected in rotating shaft 65, and the end of the pressure rod 67, which is located at, to be used to promote push rod 66
Briquetting 69.
In antiseize device 6, push rod 66 is promoted 65 to rotate around the shaft by being connected to the briquetting 69 of the end of pressure rod 67, from
And be connected to the connecting rod 64 in rotating shaft 65 and rotate simultaneously, drive the needle plate 62 for being connected to connecting rod 64 upward, make the top on needle plate 62
Pin 61 upwards ejects bearing cage, effectively prevents after punching press is carried out to bearing cage, bearing cage is stuck in mould
Being smoothed out for processing is prevented in tool.When after punch press completes punching press under, produced by the extension spring 63 of connection needle plate 62
Raw reset response power, drives needle plate 62 and thimble 61 to automatically reset.
In antiseize device 6, the end face of briquetting 69 is inclined-plane, and sets roller 610 in the end of push rod 66, under briquetting 69
Row can down-pressure roller 610 while, by the inclined-plane of briquetting 69 roller 610 can be made to produce rotation, to avoid pressure rod 67 from beginning
The fixed position of push rod 66 is acted on eventually, and the fixed position on push rod 66 is caused to damage and influence the use longevity of push rod 66
Life, the structure formed by the inclined-plane of briquetting 69 and roller 610 can make each face cyclic loading of roller 610, the longevity is used so as to extend
Life, it is to avoid the transition loss of a certain fixed position.
Claims (6)
1. a kind of automatic shift process units of Jing Yin bearing cage, it is characterised in that：Including blowing component, displaceable member,
Shaping dies, shaping mold and punching die；
Blowing component includes blowing hydraulic cylinder, retention plate and vertebral plate, and blowing hydraulic cylinder is on lathe, and retention plate is connected to blowing
The piston rod of hydraulic cylinder, vertebral plate, which is provided with, is used for the bar hole that bolt is passed through, and vertebral plate is connected on retention plate by bolt, nut, left
Longitudinal guide block is connected with left side block, and right longitudinal guide block is connected with the right block, and the end of left side block and the right block is respectively equipped with bar shaped
Groove, vertebral plate is located at the top of bar-shaped trough；
Displaceable member includes horizontal guide rod one, horizontal guide rod two, left Der Laengslenker, right Der Laengslenker, horizontal back-moving spring, longitudinal direction
Back-moving spring, is sequentially provided with blowing component, shaping dies, shaping mold and punching die between left Der Laengslenker, right Der Laengslenker,
Bent axle is by bearing on lathe, and bent axle is connected with one end of chain, and the other end of chain, which bypasses guide wheel and connected, laterally leads
Bar one, the two ends of horizontal guide rod one are respectively by linear bearing on left horizontal guide block one, right horizontal guide block one；
Left horizontal guide block one is connected with one end of left Der Laengslenker, the other end of left Der Laengslenker pass sequentially through left longitudinal guide block,
More than one left tray, left horizontal guide block two, left Der Laengslenker are provided with linear bearing, right horizontal guide block with left horizontal guide block two
One is connected with one end of right Der Laengslenker, and the other end of right Der Laengslenker passes sequentially through right longitudinal guide block, more than one right support
Block, right horizontal guide block two, between right Der Laengslenker and right longitudinal guide block, right Der Laengslenker and right horizontal guide block two be provided with linear axis
Hold, the two ends of left Der Laengslenker and right Der Laengslenker are connected to horizontal back-moving spring, and left horizontal guide block two is led with right transverse direction
Through there is horizontal guide rod two in block two, between horizontal guide rod two and left horizontal guide block two, between horizontal guide rod two and right horizontal guide block two
Linear bearing is respectively equipped with, the two ends of horizontal guide rod one and horizontal guide rod two are connected to longitudinal back-moving spring；
Left tray is provided with left clamping plate, and right tray is provided with right clamping plate, and the end of left clamping plate and right clamping plate is equipped with deep-slotted chip breaker, the arc
Some conical tooths for being used for clamping the Jing Yin retainer of bearing are provided with shape groove；
Shaping dies includes mould in the top that mould in shaping upper mould, forming lower die, shaping is located at forming lower die, shaping and is connected to machine
On bed, forming lower die is on support, and mould takes over a business to take over a business provided with some with some waveform teeth, the shaping including shaping in shaping
Through hole for fixing the waveform tooth, the through hole be evenly arranged in it is described shaping take over a business on, one end of the waveform tooth is worn
Enter in the through hole, the end of the other end of the waveform tooth is arcwall face, and the top of forming lower die is provided with some rows of circularizing
The forming pockets of row, forming pockets, which are used, is provided with arc convex between deep-slotted chip breaker, adjacent forming pockets；
Shaping mold includes mould in the top that mould in mould under mould, integer in integer, integer is located at mould under integer, integer and is connected to machine
On bed, mould is located on support under integer, and the bottom surface of mould is provided between arc positioning groove, adjacent positioned groove in integer is provided with top
The top of mould is provided with some integer grooves for circularizing arrangement under the boss of plane, integer；
Punching die includes mould under punch upper die, punching, and punch upper die is located at the top of mould under punching, and punch upper die includes punching press
Take over a business, punching needle, positioning disk, positioning disk is connected on punching press takes over a business by connecting pole, and punching press takes over a business to be connected on lathe, punching press
The middle part taken over a business is provided with the through hole passed through for the piston rod of hydraulic cylinder one, and hydraulic cylinder one is on lathe, the work of hydraulic cylinder one
Stopper rod is provided with some punching needles, and punching needle circularizes arrangement, and positioning disk is oriented to provided with some pilot holes passed through for punching needle
The bottom of disk is provided with circular neck, and mould is on support under punching, and mould is using cylinder under punching, and the top of mould is provided with punching
Some deep-slotted chip breakers in circular bracket for accommodating Jing Yin bearing cage, bracket, deep-slotted chip breaker circularizes arrangement.
2. the automatic shift process units of Jing Yin bearing cage as claimed in claim 1, it is characterised in that：Lathe is provided with use
In the hydraulic cylinder two for moving down or moving up lathe.
3. the automatic shift process units of Jing Yin bearing cage as claimed in claim 1 or 2, it is characterised in that：Neck with
The diameter of bracket is identical.
4. the automatic shift process units of Jing Yin bearing cage as claimed in claim 1, it is characterised in that：Mould under punching
Some anti-sticking circular holes are provided with bracket, mould is provided with antiseize device under punching.
5. the automatic shift process units of Jing Yin bearing cage as claimed in claim 1, it is characterised in that：Under the shaping
Mould is respectively arranged below with antiseize device under mould, integer.
6. the automatic shift process units of the Jing Yin bearing cage as described in claim 4 or 5, it is characterised in that：It is described anti-
Card device includes some thimbles, needle plate, extension spring and the transmission component for being used to promote Jing Yin bearing cage, and the thimble is located at institute
State on needle plate, the needle plate is connected with one end of the extension spring, and the other end of the extension spring is fixed on the bottom of support, described
Thimble is located at the lower section of anti-sticking circular hole, and the transmission component includes connecting rod, rotating shaft, push rod and pressure rod, one end of the connecting rod
The needle plate is connected, the other end of the connecting rod is connected in rotating shaft, the rotating shaft is through there is bearing, and the bearing is by bearing block
It is fixed on support, one end of the push rod is located at roller, and the other end of the push rod is connected in rotating shaft, the pressure rod
End is located at the briquetting for being used for promoting push rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510510027.XA CN105107993B (en) | 2015-08-19 | 2015-08-19 | The automatic shift process units of Jing Yin bearing cage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510510027.XA CN105107993B (en) | 2015-08-19 | 2015-08-19 | The automatic shift process units of Jing Yin bearing cage |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN105107993A CN105107993A (en) | 2015-12-02 |
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| KR100871604B1 (en) * | 2006-12-26 | 2008-12-02 | (주)삼호엔지니어링 | Taper Roller Bearing Retainer Manufacturing System Provided with Non-contact Type Retainer Indexing Apparatus |
| CN201823815U (en) * | 2010-09-27 | 2011-05-11 | 苏州腾发集团有限公司 | Punching machine |
| CN104785632A (en) * | 2015-03-31 | 2015-07-22 | 太仓斯普宁精密机械有限公司 | Stamping die special for bearing retainer |
| CN204912564U (en) * | 2015-08-19 | 2015-12-30 | 宣城中宇轴承科技有限公司 | Mute bearing keeps automation of ware apparatus for producing that shifts |
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Effective date of registration: 20201214 Address after: 315000 No.1 houheshan Road, Tianhua village, Langxia street, Yuyao City, Ningbo City, Zhejiang Province Patentee after: NINGBO YSK PRECISION MACHINERY Co.,Ltd. Address before: 242131 Provincial Road East, xuanlang guangcha general cross Industrial Park, Shishi Town, Langxi County, Xuancheng City, Anhui Province Patentee before: XUANCHENG ZHONGYU BEARING TECHNOLOGY Co.,Ltd. |
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