CN207238850U - Disk edge knurling device - Google Patents
Disk edge knurling device Download PDFInfo
- Publication number
- CN207238850U CN207238850U CN201721064172.0U CN201721064172U CN207238850U CN 207238850 U CN207238850 U CN 207238850U CN 201721064172 U CN201721064172 U CN 201721064172U CN 207238850 U CN207238850 U CN 207238850U
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- China
- Prior art keywords
- disk
- rolling
- knurling device
- rolling wheel
- edge
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Abstract
The utility model belongs to field of mechanical technique, more particularly to a kind of disk edge knurling device.It solves the technical problems such as prior art production efficiency is low.This disk edge knurling device includes rack, the disk rolling edge mechanism of some circle distributions is equipped with rack, and some hold-down mechanisms that can be oppressed with the disk rolling edge mechanism one-to-one corresponding and when disk rolling edge mechanism carries out rolling to disk on disk upper surface periphery, disk rolling edge mechanism is encircled into a circle and is equipped with the intermediate station on the inside of the disk rolling edge mechanism in the central area of rack, be equipped with rack it is some correspond with the disk rolling edge mechanism and can will be processed after disk be transferred to Material moving device on intermediate station.The utility model has the advantage of：Design is more reasonable, can further improve production efficiency and processing quality.
Description
Technical field
The utility model belongs to field of mechanical technique, more particularly to a kind of disk edge knurling device.
Background technology
Automobile disk its need to carry out the processing of rolling to it after blanking.
It uses manually shifting material to common edge knurling device, causes production efficiency to be greatly reduced；Secondly, an equipment only has one
A rolling edge mechanism, poor and more edge knurling device of the production capacity of its single device need to take larger spatial area, poor practicability,
In addition, when disc level is processed, jumping phenomena easily occurs in it, causes processing quality to decline.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, to provide a kind of design more reasonable, can further improve production
The disk edge knurling device of efficiency and processing quality.
To reach above-mentioned purpose, the utility model employs following technical proposal：This disk edge knurling device includes rack,
Rack is equipped with the disk rolling edge mechanism of some circle distributions, and some and described disk rolling edge mechanisms are corresponded and worked as
Disk rolling edge mechanism can oppress the hold-down mechanism on disk upper surface periphery when carrying out rolling to disk, disk rolling edge mechanism closes
Form a circle and be equipped with the intermediate station on the inside of the disk rolling edge mechanism in the central area of rack, be equipped with rack
It is some correspond with the disk rolling edge mechanism and can will be processed after disk be transferred to shifting material on intermediate station
Mechanism.
By some disk rolling edge mechanism combination Material moving devices, which raises the degree of automation, can further improve life
Efficiency is produced, at the same time it can also further reduce floor space, design is more reasonable.
By setting hold-down mechanism, it can further improve rolling processing quality.
In above-mentioned disk edge knurling device, the disk rolling edge mechanism includes the bottom plate being fixed in rack, the bottom of at
Plate upper surface is equipped with disk placing groove, and fixed rolling wheel and the fixed rolling are respectively equipped with one end both sides of disk placing groove
Cincture is symmetrical arranged, and the fixation rolling wheel is connected with the first rotation drive structure, is equipped with the other end of disk placing groove
The movable rolling wheel and the movable rolling wheel that can be moved along disk placing groove length direction connect with translational drive mechanism
Connect, the second rotation drive structure being connected with the movable rolling wheel is equipped with translational drive mechanism, disk placing groove
Slot bottom is less than height of the rolling groove in vertical direction of fixed rolling wheel in the height of vertical direction, two fixed rolling wheels it
Between be equipped with and described treat rolling disk when movable rolling wheel promotes to force when rolling disk is close to two movable rolling wheels
Move up so that treating that the outer rim of rolling disk is caught in inclining to fixed rolling wheel rolling groove and movable rolling wheel rolling groove
Oblique guide frame.
By designing fixed rolling wheel and movable rolling wheel, it is in angular distribution, improves the stability of processing stress.
The oriented structure of design combines fixed rolling wheel and movable rolling wheel, it can force processed disk to hang
Sky, avoiding interference causes the reduction of efficiency, further increases production efficiency, and design is more reasonable.
In above-mentioned disk edge knurling device, the oriented structure includes being arranged between two fixed rolling wheels
Guide head, be equipped with the guiding surface that sets diagonally downward in the front end of guide head.
In above-mentioned disk edge knurling device, the U-shaped that the plate upper surface is equipped with positioned at disk placing groove both sides is determined
Position plate, the opening of two pieces of U-shaped positioning plates are oppositely arranged, and are connected on every piece of U-shaped positioning plate and are slided company with U-shaped positioning plate
Above-mentioned disk placing groove is formed between the limiting plate connect and two pieces of limiting plates.
In above-mentioned disk edge knurling device, it is respectively equipped with the lower surface of every piece of limiting plate and is stuck in the U-shaped positioning
The portion that is slidably matched in plate.
In above-mentioned disk edge knurling device, well width of the disk placing groove close to movable rolling wheel one end is less than
Well width of the disk placing groove close to fixed rolling wheel one end.
In above-mentioned disk edge knurling device, first rotation drive structure include be connected to fixed rolling wheel shaft to
The shaft at center, the shaft are connected with gear device or belt driver.
In above-mentioned disk edge knurling device, the translational drive mechanism includes driven in translation cylinder, movable rolling wheel
It is slidably connected by sliding seat and bottom plate, is connected in driven in translation cylinder with sliding seat.
In above-mentioned disk edge knurling device, second rotation drive structure includes being arranged on driven in translation cylinder
Driving motor, driving motor by drive drive mechanism with activity rolling wheel be connected.
In above-mentioned disk edge knurling device, linkage structure is equipped between the limiting plate and translational drive mechanism, and
The linkage structure drives two pieces of limiting plates to move towards or conversely move.
In above-mentioned disk edge knurling device, the linkage structure includes the pitch drives groove being arranged on limiting plate,
Pitch drives groove on two pieces of limiting plates is distributed in splayed, and distributing installation has traveling wheel in each pitch drives groove, walking
Wheel is connected on translational drive mechanism by cantilever.
In above-mentioned disk edge knurling device, the hold-down mechanism includes the fixed seat being fixed on bottom plate, in fixation
The drive block that can be lifted in vertical direction is equipped with seat, pinch roller free to rotate is connected with the lower end of drive block,
The upper end of fixed seat is hinged with oil pressure swinging head, can be with being connected with oil pressure swinging head when oil pressure swinging head is to lower swing
The drive block upper-end contact and the contact head for driving the drive block to move down.
The through hole being inserted into for the drive block is equipped with above-mentioned disk edge knurling device, in the fixed seat,
The lower end of drive block is arranged with the resetting spring that the drive block can be forced to reset upwards, and the upper end of resetting spring acts on
On convex shoulder in the middle part of drive block, the lower end of resetting spring is acted in the interior protuberance of through hole lower end.
In above-mentioned disk edge knurling device, the drive block lower end is connected with cantilevered axle, and pinch roller is set in cantilevered axle
Free end and can opposing cantilevers axis rotate.
In above-mentioned disk edge knurling device, the Material moving device includes the supporting frame being fixed in rack, is propping up
Support body is equipped with the moving arm that can be moved in the horizontal direction and the moving arm is connected with horizontal drive structure, in movement
It is connected between lifter plate and the moving arm and lifter plate to be equipped with arm and moves material lift actuator, is equipped with and inhales on lifter plate
Disk.
Compared with prior art, it is the advantages of this disk edge knurling device：
1st, by some disk rolling edge mechanism combination Material moving devices, which raises the degree of automation, can further improve
Production efficiency, at the same time it can also further reduce floor space, design is more reasonable.
By setting hold-down mechanism, it can further improve rolling processing quality.
2nd, the oriented structure of design combines fixed rolling wheel and movable rolling wheel, it can force processed disk to hang
Sky, avoiding interference causes the reduction of efficiency, further increases production efficiency, and design is more reasonable.
3rd, it is simple in structure and easily fabricated.
4th, service life is grown.
Brief description of the drawings
Fig. 1 is dimensional structure diagram provided by the utility model.
Fig. 2 is disk rolling edge mechanism dimensional structure diagram provided by the utility model.
Fig. 3 is disk rolling edge mechanism partial structural diagram provided by the utility model.
Fig. 4 is disk rolling edge mechanism structure diagram provided by the utility model.
Fig. 5 is hold-down mechanism structure diagram provided by the utility model.
Fig. 6 is another viewing angle constructions schematic diagram of hold-down mechanism provided by the utility model.
Fig. 7 is provided by the utility model to treat rolling disc structure schematic diagram.
Fig. 8 is the disc structure schematic diagram after rolling provided by the utility model.
Fig. 9 is Material moving device structure diagram provided by the utility model.
In figure, bottom plate 1, disk placing groove 11, U-shaped positioning plate 12, limiting plate 13, pitch drives groove 131, traveling wheel 132,
Cantilever 133, fixed rolling wheel 2, movable rolling wheel 3, driven in translation cylinder 31, sliding seat 32, guide head 4, guiding surface 41, under
Pinch roller 42, rack 5, fixed seat 51, drive block 52, pinch roller 53, oil pressure swinging head 54, contact head 55, cantilevered axle 56, supporting frame
61st, moving arm 62, lifter plate 63, shifting material lift actuator 64, sucker 65, disk rolling edge mechanism a, hold-down mechanism b, intermediate station
C, Material moving device d.
Embodiment
The present invention will be further described in detail with reference to the accompanying drawings and detailed description.
As shown in Figs 1-4, this disk edge knurling device includes rack 5, and the disk equipped with some circle distributions rolls in rack 5
Side mechanism a, and it is some with the disk rolling edge mechanism a one-to-one corresponding and when disk rolling edge mechanism a carries out rolling to disk
When can oppress hold-down mechanism b on disk upper surface periphery, disk rolling edge mechanism a is encircled into a circle and at the center of rack 5
Region is equipped with the intermediate station c on the inside of the disk rolling edge mechanism a, and some and described disks are equipped with rack 5 and are rolled
Side mechanism a correspond and can will be processed after disk be transferred to Material moving device d on intermediate station c.
During processing, disk to be processed is put into disk rolling edge mechanism a by Material moving device d, at this time disk rolling
Mechanism a is processed disk, completion of processing and then the disk after processing is transferred to intermediate station c by Material moving device d
On, disk to be processed is put into in disk rolling edge mechanism a and by the disk after processing and is transferred to intermediate station c by Material moving device d
On, both synchronization actions.
Secondly, in processing, by hold-down mechanism b, it can realize the removal of compression and burr, design more rationally and
The precision and quality of disk rolling processing greatly improved.
Specifically, disk rolling edge mechanism a includes the bottom plate 1 being fixed in rack 5, and bottom plate 1 is fixed on rack table.
Disk placing groove 11 is equipped with 1 upper surface of bottom plate, fixed rolling is respectively equipped with one end both sides of disk placing groove 11
The cincture 2 and fixation rolling wheel 2 is symmetrical arranged, the fixation rolling wheel 2 is connected with the first rotation drive structure, this
One rotation drive structure includes being connected to the shaft of fixed 2 axial centre of rolling wheel, the shaft and gear device or
Person's belt driver connects.
Two shafts rotate synchronously.
Gear device includes being connected to the gear of shaft lower end, two gears engagement connections, any one shaft with
Rotary electric machine connects.
Belt driver includes the belt wheel for being connected to shaft lower end, and the belt wheel is connected with belt and belt and belt wheel electricity
Machine connects.
Any one above-mentioned device, that is, powered rotatable rotates, i.e. drives fixed rolling wheel 2 to rotate.
The movable rolling that can be moved along 11 length direction of disk placing groove is equipped with the other end of disk placing groove 11
Wheel 3 and the movable rolling wheel 3 be connected with translational drive mechanism, on translational drive mechanism equipped with and the movable rolling
Second rotation drive structure of the connection of wheel 3.
Specifically, translational drive mechanism includes driven in translation cylinder 31, and movable rolling wheel 3 passes through sliding seat 32 and bottom plate 1
It is slidably connected, is connected in driven in translation cylinder 31 with sliding seat 32.
Second rotation drive structure includes the driving motor being arranged on driven in translation cylinder 31, and driving motor passes through drive
Drive mechanism is connected with movable rolling wheel 3.
The slot bottom of disk placing groove 11 is less than the rolling groove of fixed rolling wheel 2 in vertical direction in the height of vertical direction
Height, be equipped between two fixed rolling wheels 2 and treat rolling disk close to two movable rolling wheels when movable rolling wheel 3 promotes
It can be forced when 3 and described treat that rolling disk moves up and rolled so that treating that the outer rim of rolling disk is caught in fixed rolling wheel 2
Oriented structure in side groove and movable 3 rolling groove of rolling wheel.
Further, oriented structure includes the guide head 4 being arranged between two fixed rolling wheels 2, in guide head 4
Front end be equipped with the guiding surface 41 that sets diagonally downward.
Lower pressure wheel 42 is also arranged with the front end of guide head 4.
Secondly, the U-shaped positioning plate 12 positioned at 11 both sides of disk placing groove, two pieces of U-shaped positioning plates are equipped with 1 upper surface of bottom plate
12 opening is oppositely arranged, and the limiting plate 13 being slidably connected with U-shaped positioning plate 12 is connected on every piece of U-shaped positioning plate 12
And above-mentioned disk placing groove 11 is formed between two pieces of limiting plates 13.
The portion that is slidably matched being stuck in the U-shaped positioning plate 12 is respectively equipped with the lower surface of every piece of limiting plate 13.Should
The design of structure, it can further improve mobile regularity and stability.
Well width of the disk placing groove 11 close to movable 3 one end of rolling wheel is less than disk placing groove 11 close to fixed rolling wheel
The well width of 2 one end.
The design of the structure, it can depart from disk placing groove backward to avoid disk.
In addition, linkage structure is equipped between limiting plate 13 and translational drive mechanism, and linkage structure driving two
Block limiting plate 13 is moved towards or conversely moved.
This linkage structure includes being arranged on pitch drives groove 131 on limiting plate 13, the inclination on two pieces of limiting plates 13
Driver slot 131 is distributed in splayed, and distributing installation has traveling wheel 132 in each pitch drives groove 131, and traveling wheel 132 passes through
Cantilever 133 is connected on translational drive mechanism.
Specifically, as viewed in figures 5-8, hold-down mechanism b includes the fixed seat 51 being fixed on bottom plate, is worn in fixed seat 51
Equipped with the drive block 52 that can be lifted in vertical direction, pinch roller 53 free to rotate is connected with the lower end of drive block 52,
The upper end of fixed seat 51 is hinged with oil pressure swinging head 54, is connected with oil pressure swinging head 54 when oil pressure swinging head 54 is to lower swing
When can be with 52 upper-end contact of drive block and the contact head 55 for driving the drive block 52 move down.
It is connected on oil pressure swinging head 54 with oil pressure station, forces oil pressure swinging head 54 to be swung by the effect of oil pressure dynamic
Make.It is, of course, also possible to be connection oil hydraulic cylinder, oil hydraulic cylinder is connected with oil pressure swinging head 54.
The through hole being inserted into for the drive block 52 is equipped with fixed seat 51, being arranged with the lower end of drive block 52 can
The resetting spring for forcing the drive block 52 to reset upwards, the upper end of resetting spring act on the convex shoulder at the middle part of drive block 52
On, the lower end of resetting spring is acted in the interior protuberance of through hole lower end.
Pinch roller 53 is located at the surface of lower pressure wheel 42 and pinch roller 53 is circumferentially contacted with the lower surface of disk.
Cantilevered axle 56 is connected with 52 lower end of drive block, pinch roller 53 is set in the free end of cantilevered axle 56 and can be opposite
Cantilevered axle 56 rotates.
Specifically, as shown in figure 9, Material moving device d includes the supporting frame 61 being fixed in rack 5, in supporting frame 61
It is equipped with the moving arm 62 that can be moved in the horizontal direction and the moving arm 62 is connected with horizontal drive structure, level is driven
Dynamic structure includes horizontal drive oil cylinder, and lifter plate 63 and the moving arm 62 and lifter plate 63 are connected with moving arm 62
Between be equipped with move material lift actuator 64, sucker 65 is equipped with lifter plate 63.
It is oil cylinder to move material lift actuator 64.
In addition, this equipment further includes lubricating oil addition mechanism, lubricating oil addition mechanism includes lubricating oil adding tube and connection
Oil pump in lubricating oil adding tube, the oil outlet of lubricating oil adding tube are located at fixed 2 top of rolling wheel.
The operation principle of the present embodiment is as follows：
Disk is incorporated into disk placing groove 11, movable rolling wheel 3 at this time is compeled under the action of translational drive mechanism
Make the disk close to fixed rolling wheel 2, then cooperate with the effect of oriented structure, disk can be forced to be fixed 2 He of rolling wheel
Movable rolling wheel 3 is hanging, and rolling wheel at this time rotates, you can to carry out rolling processing to the circumferential of disk；
Secondly, while rolling is processed, disk can be pushed down by the effect of hold-down mechanism b, avoids bounce, together
When, it can also further remove the rolling burr on periphery.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Described specific embodiment can be done various modifications or additions or using similar by belonging to those skilled in the art
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. a kind of disk edge knurling device, including rack (5), it is characterised in that the rack (5) is equipped with some circle distributions
Disk rolling edge mechanism (a), and some corresponded with the disk rolling edge mechanism (a) and work as disk rolling edge mechanism (a)
The hold-down mechanism (b) on disk upper surface periphery can be oppressed when carrying out rolling to disk, disk rolling edge mechanism (a) is encircled into one
Enclose and be equipped with the intermediate station (c) on the inside of the disk rolling edge mechanism (a) in the central area of rack (5), in rack (5)
Be equipped with it is some correspond with the disk rolling edge mechanism (a) and can will be processed after disk be transferred to intermediate station
(c) Material moving device (d) on.
2. disk edge knurling device according to claim 1, it is characterised in that the disk rolling edge mechanism (a) includes solid
The bottom plate (1) being scheduled in rack (5), is equipped with disk placing groove (11), the one of disk placing groove (11) in bottom plate (1) upper surface
End both sides are respectively equipped with fixed rolling wheel (2) and the fixation rolling wheel (2) is symmetrical arranged, the fixation rolling wheel (2)
It is connected with the first rotation drive structure, being equipped with the other end of disk placing groove (11) can be along disk placing groove (11) length
The movable rolling wheel (3) and the movable rolling wheel (3) of direction movement are connected with translational drive mechanism, in translational drive mechanism
The second rotation drive structure being connected with the movable rolling wheel (3) is equipped with, the slot bottom of disk placing groove (11) is vertical
The height in direction is less than the rolling groove of fixed rolling wheel (2) in the height of vertical direction, is set between two fixed rolling wheels (2)
Have and described treat that rolling is justified when movable rolling wheel (3) promotes to force when rolling disk is close to two movable rolling wheel (3)
Disk is moved up so that treating that the outer rim of rolling disk is caught in fixed rolling wheel (2) rolling groove and movable rolling wheel (3) rolling
Oriented structure in groove.
3. disk edge knurling device according to claim 2, it is characterised in that the oriented structure includes being arranged on
Guide head (4) between two fixed rolling wheels (2), the guiding surface set diagonally downward is equipped with the front end of guide head (4)
(41)。
4. disk edge knurling device according to claim 3, it is characterised in that described bottom plate (1) upper surface, which is equipped with, to be located at
The U-shaped positioning plate (12) of disk placing groove (11) both sides, the opening of two pieces of U-shaped positioning plates (12) are oppositely arranged, determine in every piece of U-shaped
Shape between the limiting plate (13) being slidably connected with U-shaped positioning plate (12) and two pieces of limiting plates (13) is connected on position plate (12)
Into above-mentioned disk placing groove (11).
5. disk edge knurling device according to claim 4, it is characterised in that the limiting plate (13) and translation driving machine
Linkage structure is equipped between structure, and the linkage structure drives two pieces of limiting plates (13) to move towards or conversely move.
6. disk edge knurling device according to claim 5, it is characterised in that the linkage structure includes being arranged on spacing
Pitch drives groove (131) on plate (13), the pitch drives groove (131) on two pieces of limiting plates (13) is distributed in splayed, every
The interior distributing installation of a pitch drives groove (131) has traveling wheel (132), and traveling wheel (132) is connected to translation by cantilever (133) and drives
On motivation structure.
7. disk edge knurling device according to claim 2, it is characterised in that the hold-down mechanism (b) includes being fixed on
Fixed seat (51) on bottom plate, the drive block (52) that can be lifted in vertical direction is equipped with fixed seat (51), is being driven
The lower end of block (52) is connected with pinch roller free to rotate (53), and oil pressure swinging head is hinged with the upper end of fixed seat (51)
(54), be connected with oil pressure swinging head (54) when oil pressure swinging head (54) is to lower swing can be with the drive block (52)
Upper-end contact and the contact head (55) for driving the drive block (52) to move down.
8. disk edge knurling device according to claim 7, it is characterised in that be equipped with the fixed seat (51) described in supplying
Drive block (52) insertion through hole, being arranged with the lower end of drive block (52) can force the drive block (52) multiple upwards
The resetting spring of position, the upper end of resetting spring are acted on the convex shoulder in the middle part of drive block (52), and the lower end of resetting spring acts on
In the interior protuberance of through hole lower end.
9. disk edge knurling device according to claim 7, it is characterised in that described drive block (52) lower end is connected with outstanding
Arm axle (56), pinch roller (53) are set in the free end of cantilevered axle (56) and being capable of opposing cantilevers axis (56) rotations.
10. disk edge knurling device according to claim 1, it is characterised in that the Material moving device (d) includes being fixed on
Supporting frame (61) in rack (5), be equipped with supporting frame (61) moving arm (62) that can move in the horizontal direction and
The moving arm (62) is connected with horizontal drive structure, and lifter plate (63) and the movement are connected with moving arm (62)
It is equipped between arm (62) and lifter plate (63) and moves material lift actuator (64), sucker (65) is equipped with lifter plate (63).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721064172.0U CN207238850U (en) | 2017-08-24 | 2017-08-24 | Disk edge knurling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721064172.0U CN207238850U (en) | 2017-08-24 | 2017-08-24 | Disk edge knurling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207238850U true CN207238850U (en) | 2018-04-17 |
Family
ID=61880999
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721064172.0U Expired - Fee Related CN207238850U (en) | 2017-08-24 | 2017-08-24 | Disk edge knurling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207238850U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107442629A (en) * | 2017-08-24 | 2017-12-08 | 嘉善誉丰汽车零件有限公司 | Disk edge knurling device |
-
2017
- 2017-08-24 CN CN201721064172.0U patent/CN207238850U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107442629A (en) * | 2017-08-24 | 2017-12-08 | 嘉善誉丰汽车零件有限公司 | Disk edge knurling device |
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180417 Termination date: 20200824 |
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| CF01 | Termination of patent right due to non-payment of annual fee |