CN207711168U - Automatic burr removing mechanism - Google Patents
Automatic burr removing mechanism Download PDFInfo
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- CN207711168U CN207711168U CN201721768329.8U CN201721768329U CN207711168U CN 207711168 U CN207711168 U CN 207711168U CN 201721768329 U CN201721768329 U CN 201721768329U CN 207711168 U CN207711168 U CN 207711168U
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- cylinder
- pushing meanss
- claw
- burr removing
- removing mechanism
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Abstract
The utility model discloses a kind of automatic burr removing mechanisms, including rack, feed device, front and back pushing meanss, upper and lower pushing meanss, positioning device, claw and cutter, feed device and upper and lower pushing meanss are set in rack, cutter is set in upper and lower pushing meanss, positioning device is connect with upper and lower pushing meanss, feed device is corresponding with positioning device, cutter is corresponding with feed device, front and back pushing meanss are corresponding with positioning device, and feed device, front and back pushing meanss, upper and lower pushing meanss and positioning device are corresponding with claw.Feed device can will wait for that the workpiece of burr removing is delivered at claw；Workpiece can be fixed for positioning device, ensure processing quality；Upper and lower pushing meanss can impact claw and cutter, achieve the effect that quickly to remove Burr removal；Front and back pushing meanss can release workpiece after processing is completed.The automatic burr removing mechanism is not necessarily to manual hand manipulation, substantially increases processing efficiency, ensure that the quality of product.
Description
Technical field
The utility model belongs to a kind of injection molding process equipment, more particularly, to a kind of automatic burr removing mechanism.
Background technology
Injection-molded item is after injection molding, and at the mouth of a river, i.e., the edge at gum-injecting port or when mold is molded easily forms hair
Side, in order to ensure that the quality of product, existing processing mode mostly manually carry out burr removing processing.Such processing mode is imitated
Rate is relatively low, and removal effect is easily by subjective impact so that product quality is uneven, while consuming a large amount of manpower.
Utility model content
The purpose of this utility model is to provide a kind of automatic burr removing mechanisms, and at least one in capable of solving the above problems
It is a.
One side according to the present utility model, provides a kind of automatic burr removing mechanism, including rack, feed device,
Front and back pushing meanss, upper and lower pushing meanss, positioning device, claw and cutter, feed device and upper and lower pushing meanss are set to machine
On frame, cutter is set in upper and lower pushing meanss, and positioning device is connect with upper and lower pushing meanss, and feed device is opposite with positioning device
Answer, cutter is corresponding with feed device, and front and back pushing meanss are corresponding with positioning device, feed device, front and back pushing meanss, on
Lower pushing meanss and positioning device are corresponding with claw.
The utility model has the beneficial effects that：By being equipped with feed device, it can will wait for that the workpiece of burr removing is delivered to card
At pawl；Meanwhile by positioning device, workpiece can be fixed, it avoids workpiece from being moved in processing, ensures processing matter
Amount；Equipped with upper and lower pushing meanss, claw and cutter can be impacted, realize the excision to flash, reached quick removal
The effect of flash；Equipped with front and back pushing meanss, workpiece after processing is completed can be released.The automatic burr removing mechanism as a result,
Without manual hand manipulation, processing efficiency is substantially increased, and ensure that the quality of product.
In some embodiments, feed device includes vibrating disk and conveyance conduit, and vibrating disk is set in rack, delivery pipe
The one end in road is connected to vibrating disk, and the other end is connected to claw.It is equipped with vibrating disk as a result, can facilitate and transmit Workpiece vibration
It is conveyed to conveyance conduit, then through conveyance conduit, realizes self-feeding.
In some embodiments, upper and lower pushing meanss include upper cylinder and lower cylinder, the cylinder body of upper cylinder and lower cylinder
It is each attached in rack, cutter is set to one end of the piston rod of upper cylinder, and upper cylinder and lower cylinder are located at the upper and lower of claw
The piston rod of both sides, lower cylinder is connect with positioning device, front and back pushing meanss, claw.It is equipped with lower cylinder as a result, can facilitate
Claw, positioning device and front and back pushing meanss are moved up and down；Equipped with upper cylinder, it can facilitate and realize that cutter cuts off downwards workpiece
Flash, facilitate excision process progress, ensure product quality.
In some embodiments, positioning device includes positioning cylinder and thimble, the piston rod of positioning cylinder and lower cylinder
The piston rod of connection, thimble and positioning cylinder connects, and by the flexible of positioning cylinder piston rod, thimble is driven to move up and down, pushed up
Needle can run through claw.Thus, it is possible to push thimble by positioning cylinder, so as to which workpiece to be set on thimble, realize
Fixation to workpiece, workpiece moves when cutter being avoided to cut off flash, ensure that machining accuracy.
In some embodiments, front and back pushing meanss include pusher cylinder and charging ram, and pusher cylinder is horizontally disposed, pushes away
Expect that the piston rod of bar and pusher cylinder connects, charging ram can run through claw.Charging ram can be driven by pusher cylinder as a result,
It is moved forward and backward, facilitates the pusher for realizing charging ram.
In some embodiments, automatic burr removing mechanism further includes the first link block, one end of the first link block and card
Pawl is fixed, and the other end is connect with pusher cylinder.It is equipped with the first link block as a result, when lower cylinder can be facilitated to push claw, claw
It drives pusher cylinder to move up and down jointly, ensures that pusher cylinder can release the workpiece after processing.
In some embodiments, automatic burr removing mechanism further includes the second link block, one end of the second link block and card
Pawl connects, and the other end is connect with positioning cylinder.It is equipped with the second link block as a result, when lower cylinder can be facilitated to push claw, claw
It drives positioning cylinder to move up and down jointly, ensures that positioning cylinder always can position workpiece during removing Burr removal,
Ensure product quality.
In some embodiments, rack is equipped with guide groove, and pusher cylinder can move up and down in guide groove.By
This, is equipped with guide groove, can facilitate the installation of pusher cylinder, saves space.
In some embodiments, conveyance conduit is a plurality of.Thus, it is possible to improve processing efficiency.
In some embodiments, automatic burr removing mechanism further includes discharge pipe, discharge pipe and front and back pushing meanss
It is corresponding.It is equipped with discharge pipe as a result, the timely output of product that can conveniently after processing is completed improves overall processing efficiency.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model automatic burr removing mechanism；
Fig. 2 is the structural schematic diagram of part-structure in the utility model automatic burr removing mechanism；
Fig. 3 is the structural schematic diagram at the visual angles one of Fig. 2.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings.
Referring to figs. 1 to Fig. 3：Automatic burr removing mechanism, including rack 1, feed device 2, front and back pushing meanss 3, push away up and down
Dynamic device 4, positioning device 5, claw 6 and cutter 7.Feed device 2 and upper and lower pushing meanss 4 are set in rack 1, and cutter 7 is set
In in upper and lower pushing meanss 4, positioning device 5 is connect with upper and lower pushing meanss 4.
Feed device 2 is corresponding with positioning device 5, i.e., workpiece can be delivered at positioning device 5 by feed device 2, fixed
Position device 5 positions workpiece；Cutter 7 is corresponding with feed device 2, i.e., the workpiece that cutter 7 can convey feed device 2
Incision is carried out, realizes the processing of workpiece burr removing；Front and back pushing meanss 3 are corresponding with positioning device 5, i.e., front and back pushing meanss 3 can
The workpiece after Burr removal will be gone to release at positioning device 5；Feed device 2, front and back pushing meanss 3, upper and lower pushing meanss 4 and fixed
Position device 5 is corresponding with claw 6, i.e., feed device 2, front and back pushing meanss 3, upper and lower pushing meanss 4 and positioning device 5 act on
On workpiece on claw 6 or claw 6.
Feed device 2 includes vibrating disk 21 and conveyance conduit 22, and vibrating disk 21 is set in rack 1, and the one of conveyance conduit 22
End is connected to vibrating disk 21, and the other end is connected to claw 6.In use, workpiece to be processed is placed on vibrating disk 21
Interior, the lower section of vibrating disk 21 can install vibrating motor, drive vibrating disk 21 to be vibrated by the rotation of motor, pass through vibration
It acts on, the workpiece in vibrating disk 21 can orderly be sent to conveyance conduit 22；It is transported on claw 6 using conveyance conduit 22；
It offers on claw 6 and is delivered at corresponding slot with the matched slot of workpiece shapes, workpiece.
In order to improve processing efficiency, conveyance conduit 22 is a plurality of while opposite with conveyance conduit 22 claw 6, front and back pushes away
Dynamic device 3, upper and lower pushing meanss 4, positioning device 5 and cutter 7 are multiple, and are corresponded.
Upper and lower pushing meanss 4 include upper cylinder 41 and lower cylinder 42, and the cylinder body of upper cylinder 41 and lower cylinder 42 passes through spiral shell
Bolt is fixed in rack 1, and cutter 7 is set to one end of the piston rod of upper cylinder 41, and upper cylinder 41 and lower cylinder 42 are located at card
The piston rod of the both sides up and down of pawl 6, lower cylinder 42 is connect with positioning device 5, front and back pushing meanss 3, claw 6, wherein claw 6
It is fixed with the piston rod of lower cylinder 42.Cutter 7 is set on the piston rod of upper cylinder 41, passes through the flexible realization cutter of piston rod
7 up and down motion, i.e. cutter 7 cut off downwards the flash of workpiece, upward return.When the piston rod of upper cylinder 41 extends downwardly,
The piston rod of lower cylinder 42 stretches out upwards, realizes excision of the cutter 7 to workpiece flash in claw 6.
Positioning device 5 includes positioning cylinder 51 and thimble 52, and positioning cylinder 51 is connect with the piston rod of lower cylinder 42, thimble
52 are set on the piston rod of positioning cylinder 51, by the flexible of 51 piston rod of positioning cylinder, thimble 52 are driven to move up and down, pushed up
Needle 52 can run through claw 6.Wherein, the outer diameter of thimble 52 and the internal diameter of workpiece are consistent, to which positioning cylinder 51 can push top
Needle 52 is extend into workpiece, realizes the positioning to workpiece, is prevented the workpiece in impact of cutter 7 from moving, be ensure that product
Processing quality.
Front and back pushing meanss 3 include pusher cylinder 31 and charging ram 32, and pusher cylinder 31 is horizontally disposed, charging ram 32 with push away
It takes offence the piston rod connection of cylinder 31, charging ram 32 can run through claw 6.
Automatic burr removing mechanism further includes the first link block 8, and one end and the claw 6 of the first link block 8 are bolted,
The other end is connect with the cylinder body of pusher cylinder 31.To when the piston rod of lower cylinder 42 moves up and down, drive about 6 claw
Movement；Claw 6 drives the first link block 8 to move up and down again；First link block 8 drives pusher cylinder 31 to move up and down again so that
Pusher cylinder 31 can release the workpiece processed on claw 6 always, keep the consistency of movement, facilitate realization to automate, be not necessarily to
Manual hand manipulation saves manpower, improves efficiency.
Automatic burr removing mechanism further includes the second link block 9, and one end and the claw 6 of the second link block 9 are bolted,
The other end is connect with the cylinder body of positioning cylinder 51.To when the piston rod of lower cylinder 42 moves up and down, drive about 6 claw
Movement；Claw 6 drives the second link block 9 to move up and down again；Second link block 9 drives positioning cylinder 51 to move up and down again so that
Positioning cylinder 51 can move up and down always with the workpiece on claw 6, keep the consistency of movement, and realization is facilitated to automate,
Without manual hand manipulation, manpower is saved, improves efficiency.
Rack 1 is equipped with guide groove 11, and pusher cylinder 31 can move up and down in guide groove 11.Equipped with guide groove 11,
The installation of pusher cylinder 31 can be facilitated, save installation space, meanwhile, the scope of activities of pusher cylinder 31 can be limited
System.
Automatic burr removing mechanism further includes discharge pipe 10, and discharge pipe 10 is corresponding with front and back pushing meanss 3, i.e. pusher
Workpiece after the processing that bar 32 is released just is pushed on discharge pipe 10, is facilitated the conveying of workpiece after processing, is greatlyd save manpower.
The automatic burr removing mechanism of the utility model when in use, is sent out workpiece by feed device 2；Lower cylinder 42
Piston rod stretches out, and drives positioning cylinder 51, pusher cylinder 31 and claw 6 upward so that workpiece drops down onto in claw 6.Then, it positions
The piston rod of cylinder 51 stretches out, and pushes thimble 52 upward so that thimble 52 is extend into workpiece, realizes the positioning to workpiece.Work
After the completion of part positioning, the piston rod of upper cylinder 41 stretches out, and drive is played 7 and moved downward, and acts on the position of workpiece in claw 6
It sets, realizes and the burr removing of workpiece is handled.After the completion of the removal of workpiece flash, the piston rod of pusher cylinder 31 stretches out, charging ram 32
Workpiece is pushed forward so that workpiece is pushed to discharge pipe 10, completes conveying.After workpiece is pushed out, the piston of each cylinder
Bar is retracted, and the burr removing processing of next workpiece is prepared to enter into.
In summary, which may be implemented being automatically fed into, automatically for workpiece without carrying out manual handle
Flash and automatic output are cut off, production efficiency is substantially increased, saves manually, reduces cost of labor.
The above are merely preferred embodiments of the present invention, it is noted that for those of ordinary skill in the art
For, without departing from the concept of the present invention, various modifications and improvements can be made, these belong to this
The protection domain of utility model.
Claims (10)
1. automatic burr removing mechanism, which is characterized in that including rack (1), feed device (2), front and back pushing meanss (3), up and down
Pushing meanss (4), positioning device (5), claw (6) and cutter (7), the feed device (2) and upper and lower pushing meanss (4) are all provided with
In in rack (1), the cutter (7) is set in upper and lower pushing meanss (4), the positioning device (5) and upper and lower pushing meanss (4)
Connection, the feed device (2) is corresponding with positioning device (5), and the cutter (7) is corresponding with feed device (2), before described
Pushing meanss (3) are corresponding with positioning device (5) afterwards, the feed device (2), front and back pushing meanss (3), upper and lower pushing meanss
(4) and positioning device (5) is corresponding with claw (6).
2. automatic burr removing mechanism according to claim 1, which is characterized in that the feed device (2) includes vibrating disk
(21) it is set in rack (1) with conveyance conduit (22), the vibrating disk (21), one end of the conveyance conduit (22) and vibrating disk
(21) it is connected to, the other end is connected to claw (6).
3. automatic burr removing mechanism according to claim 2, which is characterized in that the pushing meanss (4) up and down include upper
The cylinder body of cylinder (41) and lower cylinder (42), the upper cylinder (41) and lower cylinder (42) is each attached in rack (1), described to cut
Knife (7) is set to one end of the piston rod of upper cylinder (41), and the upper cylinder (41) and lower cylinder (42) are located at claw (6)
The piston rod of upper and lower both sides, the lower cylinder (42) is connect with positioning device (5), front and back pushing meanss (3), claw (6).
4. automatic burr removing mechanism according to claim 3, which is characterized in that the positioning device (5) includes positioning gas
Cylinder (51) and thimble (52), the positioning cylinder (51) connect with the piston rod of lower cylinder (42), the thimble (52) and positioning
The piston rod of cylinder (51) connects, and by the flexible of the positioning cylinder (51) piston rod, drives thimble (52) to move up and down, institute
Claw (6) can be run through by stating thimble (52).
5. according to Claims 1 to 4 any one of them automatic burr removing mechanism, which is characterized in that the front and back pushing meanss
(3) include pusher cylinder (31) and charging ram (32), the pusher cylinder (31) is horizontally disposed, the charging ram (32) and promotion
The piston rod of cylinder (31) connects, and the charging ram (32) can run through claw (6).
6. automatic burr removing mechanism according to claim 5, which is characterized in that further include the first link block (8), described
One end of one link block (8) is fixed with claw (6), and the other end is connect with pusher cylinder (31).
7. automatic burr removing mechanism according to claim 6, which is characterized in that further include the second link block (9), described
One end of two link blocks (9) is connect with claw (6), and the other end is connect with positioning cylinder (51).
8. automatic burr removing mechanism according to claim 7, which is characterized in that the rack (1) is equipped with guide groove
(11), the pusher cylinder (31) can move up and down in guide groove (11).
9. according to claim 2~4 any one of them automatic burr removing mechanism, which is characterized in that the conveyance conduit (22)
It is a plurality of.
10. automatic burr removing mechanism according to claim 9, which is characterized in that further include discharge pipe (10), it is described go out
Pipe material (10) is corresponding with front and back pushing meanss (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721768329.8U CN207711168U (en) | 2017-12-13 | 2017-12-13 | Automatic burr removing mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721768329.8U CN207711168U (en) | 2017-12-13 | 2017-12-13 | Automatic burr removing mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207711168U true CN207711168U (en) | 2018-08-10 |
Family
ID=63056282
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721768329.8U Active CN207711168U (en) | 2017-12-13 | 2017-12-13 | Automatic burr removing mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207711168U (en) |
-
2017
- 2017-12-13 CN CN201721768329.8U patent/CN207711168U/en active Active
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