CN209110682U - Mill flat automatic processing device - Google Patents
Mill flat automatic processing device Download PDFInfo
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- CN209110682U CN209110682U CN201821629635.8U CN201821629635U CN209110682U CN 209110682 U CN209110682 U CN 209110682U CN 201821629635 U CN201821629635 U CN 201821629635U CN 209110682 U CN209110682 U CN 209110682U
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- collet
- milling
- processing device
- material machine
- automatic processing
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Abstract
The utility model provides a kind of milling flat automatic processing device.It includes rack, the rack is equipped with can be along the milling material machine of straight reciprocating motion, double collet mechanism is additionally provided in rack, the two sides of double collet mechanism are respectively equipped with a vibration hopper, the vibration hopper is connected with feeding track, one block of stock plate is connected separately in the two sides of milling material machine, the stock plate is equipped with stock slot, the double collet mechanism includes two chuck components disposed in parallel, when milling material machine is moved forward and backward along straight line, two chuck components respectively can be corresponding with the stock slot that two pieces are stocked up on plates.This utility model can realize feeding in continuous material, and connection is processed, and in feeding process, milling cutter is constantly in the machining state to workpiece, to save the feeding waiting time, production efficiency gets a promotion.
Description
Technical field
The utility model belongs to valve components processing technique field, is related to a kind of milling flat automatic processing device.
Background technique
In the design of valve, it is sometimes necessary to use flat, flat is such as used for valve head, flat is needed by milling
Processing, the milling machine of the prior art are to use feeding one by one, one by one Milling Machining, can not carry out Milling Machining, Ye Jicun in feeding process
In the feeding waiting time, therefore production efficiency is to be improved.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, providing a kind of milling flat automatic processing device.
In order to achieve the above objectives, the utility model uses following technical proposal:
A kind of milling flat automatic processing device, including rack, the rack is equipped with can be along the milling of straight reciprocating motion
Material machine is additionally provided with double collet mechanism in rack, and the two sides of double collet mechanism are respectively equipped with a vibration hopper, the vibration material
Bucket is connected with feeding track, is connected separately with one block of stock plate in the two sides of milling material machine, and the stock plate is equipped with stock slot,
The double collet mechanism includes two chuck components disposed in parallel, when milling material machine is moved forward and backward along straight line, two collets
Component respectively can be corresponding with the stock slot that two pieces are stocked up on plate.
In above-mentioned milling flat automatic processing device, the double collet mechanism includes the collet being fixed on the rack
Seat, chuck component are located in base of the carrier head, and chuck component includes the collet cylinder being fixed on base of the carrier head, and are located in base of the carrier head
Collet, the output shaft connecting clip of collet cylinder, the collet can be along straight reciprocating motion under the driving of collet cylinder
To close to or far from stock plate.
In above-mentioned milling flat automatic processing device, the feeding track is arc-shaped, and the outlet of feeding track is located at
It stocks up above plate, the cross section for slot of stocking up is rectangle.
In above-mentioned milling flat automatic processing device, collet sleeve cylindrical, collet are equipped in the base of the carrier head
It is flexibly connected in collet sleeve and with collet sleeve, the collet grabs collet, described collet cylinder one end and collet for three
Seat is hinged, and the other end is hinged with collet.
In above-mentioned milling flat automatic processing device, when milling material machine is moved forward and backward along straight line, on two vibration hoppers
Feeding track respectively can with two pieces stock up plates on stock slot it is corresponding.
In above-mentioned milling flat automatic processing device, rack is equipped with linear guide, and the milling material machine includes that pressure is set
Slide plate in linear guide is fixed with column on the slide plate, is fixed with spindle box, the spindle box connection in column
There is milling cutter.
In above-mentioned milling flat automatic processing device, the milling cutter has two, and when milling the movement of material machine, collet is located at
Among two milling cutters.
In above-mentioned milling flat automatic processing device, the column is equipped with dovetail guide, is equipped on spindle box
The dovetail groove to match with dovetail guide, dovetail guide are inserted into dovetail groove, and two adjusting bolts are equipped on dovetail guide,
The adjusting bolt and spindle box is spirally connected to be adjustable position of the spindle box on column.
In above-mentioned milling flat automatic processing device, the slide plate is pressed in linear guide and slides with linear guide
Dynamic connection is additionally provided with the milling material machine driver that milling material machine can be driven to move along a straight line on the rack.
In above-mentioned milling flat automatic processing device, the linear guide has two, the milling material machine driver
For straight line cylinder, straight line cylinder is arranged among two linear guides, the output axis connection slide plate of straight line cylinder.
Compared with prior art, utility model has the advantages that
The utility model can realize feeding in continuous material, and connection is processed, and in feeding process, milling cutter is constantly in workpiece
Machining state, to save the feeding waiting time, production efficiency gets a promotion.
The further advantage, target and feature of the utility model will be partially reflected by the following instructions, and part will also pass through
Research and practice to the utility model and be understood by the person skilled in the art.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram in another direction of the utility model.
Fig. 3 is the structural schematic diagram in another direction of the utility model.
In figure: rack 1, milling material machine 2, double collet mechanism 3, vibration hopper 4, feeding track 5, stock plate 6, stock slot 7, folder
Head assembly 8, base of the carrier head 9, collet cylinder 10, collet 11, collet sleeve 12, linear guide 13, slide plate 14, column 15, spindle box 16,
Milling cutter 17, dovetail guide 18 adjust bolt 19, milling material machine driver 20.
Specific embodiment
The utility model is further described with reference to the accompanying drawing.
As depicted in figs. 1 and 2, a kind of milling flat automatic processing device, including rack 1, the rack 1 is equipped with can edge
The milling material machine 2 of straight reciprocating motion is additionally provided with double collet mechanism 3 in rack 1, and the two sides of double collet mechanism 3 are respectively equipped with one
Hopper 4 is shaken, vibration hopper 4 is the prior art, and commercial product can be used.
Vibration hopper 4 is connected with feeding track 5, is connected separately with one block of stock plate 6 in the two sides of milling material machine 2, plate 6 of stocking up
With milling 2 synchronizing moving of material machine, the stock plate 6 is equipped with stock slot 7, and feeding track 5 is arc-shaped, the outlet of feeding track 5
Above stock plate 6, the cross section of stock slot 7 is rectangle.
It should be noted that being, there are gaps between feeding track 5 and stock plate 6, but gap is less than thickness of workpiece, and workpiece is only
Have and is fallen in stock slot 7 in corresponding stock 7 Shi Caineng of slot of feeding track 5.
Double collet mechanism 3 includes two chuck components 8 disposed in parallel, when milling material machine 2 is moved forward and backward along straight line, two
Chuck component 8 respectively can be corresponding with the stock slot 7 that two pieces are stocked up on plate 6.
When milling material machine 2 is moved forward and backward along straight line, the feeding track 5 on two vibration hoppers 4 can stock up respectively with two pieces
Stock slot 7 on plate 6 is corresponding.
In the present embodiment, when milling 2 front-rear reciprocation movement of material machine, the workpiece in two vibration hoppers 4 is serially entered
It stocks up in slot 7, when slot 7 of stocking up is corresponding with 8 pairs of chuck component, chuck component 8 is by the Workpiece clamping in slot of stocking up, after clamping, when
When milling material machine 2 is moved at the location of workpiece, workpiece is processed.
When a chuck component 8 clamps workpiece, the workpiece on another chuck component 8 is processed by milling material machine 2,
I.e. in the reciprocatory movement of milling material machine 2, one side feeding, the processing processed on one side are realized, processing efficiency improves 50%.
It should be noted that chuck component 8 can use artificial loading, automatic charging can also be used, namely work as collet
When 8 energy fore-aft motion of component, automatic charging can be realized and clamp workpiece.
Specifically, as shown in connection with fig. 2, double collet mechanism 3 includes the base of the carrier head 9 being fixed in rack 1, chuck component 8
In base of the carrier head 9, chuck component 8 includes the collet cylinder 10 being fixed on base of the carrier head 9, and the folder in base of the carrier head 9
First 11, the output shaft connecting clip 11 of collet cylinder, the collet 11 can be along linear reciprocation under the driving of collet cylinder 10
Movement is to close to or far from stock plate 6.
When the position of collet 11 is corresponding with 7 pairs of slot of stock, collet cylinder 10 drives collet 11 to move forward, and collet 11 is stretched
Out, workpiece enters in collet, and collet cylinder 10 pulls collet retraction, and workpiece is fixed on collet 11.
Collet sleeve 12 cylindrical is equipped in base of the carrier head 9, it is interior and movable with collet sleeve 12 that collet 11 is located at collet sleeve 12
Connection, collet sleeve play the role of positioning action and locking, collet 11 are made to move along a straight line, and the collet 11 grabs collet for three,
When collet 11 is travelled forward far from collet sleeve, collet is in open configuration, and when collet is retracted in collet sleeve, collet 11 is in collet
In clamped condition under the action of set, described 10 one end of collet cylinder and base of the carrier head 9 is hinged, and the other end and collet 11 are hinged.
Collet 11 moves forward and backward, and is driven by collet cylinder 10.
Rack 1 is equipped with linear guide 13, and the milling material machine 2 includes the slide plate 14 being pressed in linear guide 13, institute
It is fixed with column 15 on the slide plate 14 stated, is fixed with spindle box 16 in column 15, the spindle box 16 is connected with milling cutter 17.
Milling cutter 17 has two, and when milling the movement of material machine 2, collet 11 is located among two milling cutters 17.That is, collet 11 is clamped
Workpiece be located between two milling cutters 17, two milling cutters are simultaneously processed workpiece.
Column 15 is equipped with dovetail guide 18, and the dovetail groove to match with dovetail guide 18, swallow are equipped on spindle box 16
Tail guide rail 18 is inserted into dovetail groove, and two adjusting bolts 19, the adjusting bolt 19 and master are equipped on dovetail guide 18
Axle box 16 is spirally connected to be adjustable position of the spindle box 16 on column 15.
Spindle box 16 attend class setting with adjust the corresponding adjusting block of bolt 19 and be spirally connected with bolt 19 is adjusted, spiral shell is dynamic to adjust spiral shell
Bolt, spindle box 16 can rise or fall, and so as to adjust the position of spindle box 16 in the vertical direction, namely adjustment milling cutter is vertical
Position on direction, so that applicability is improved with various sizes of work pieces process is fitted.
Spindle box 16 is the prior art, is internally provided with main shaft, and main shaft connects milling cutter 17, and driving milling cutter 17 circumferentially rotates,
Main shaft connects motor or hydraulic motor, provides power.
As shown in connection with fig. 3, slide plate 14 is pressed in linear guide and is slidably connected with linear guide, is additionally provided on the rack
One milling material machine driver 20 that milling material machine 2 can be driven to move along a straight line.
Preferred embodiment, linear guide 13 have two, and the milling material machine driver 20 is straight line cylinder, straight line cylinder setting
Among two linear guides 13, the output axis connection slide plate 14 of straight line cylinder.
The course of work of the utility model is:
Workpiece to be processed is put into vibration hopper 4, and workpiece is drained into feeding track 5, and milling material machine driver 20 drives
Dynamic slide plate 14 moves, while two blocks of stock plates 6 being driven to move left and right, when the stock slot 7 on one of stock plate 6 is one corresponding
When feeding track 5, the workpiece in feeding track 5 is entered in stock slot 7, and slide plate 14 is driven reversely by milling material machine driver 20 again
It is mobile, make the corresponding one of collet 11 of slot 7 of stocking up, the collet cylinder 10 for connecting the collet 11 acts, and collet stretches out, workpiece into
Enter in collet, collet cylinder 10 acts again, and collet 11 is retracted into collet sleeve 12 and clamps workpiece, another collet 11 is at this time
Not yet feeding.
When milling material machine driver 20 moves again, the collet 11 of another non-feeding also realizes feeding with aforesaid operations,
And the workpiece on the collet 11 of feeding is then processed by milling cutter 17, that is, two collets, 11 1 feedings, one by milling cutter 17
Processing, in milling material machine driver 20 repeatedly motion process, milling cutter 17 is always processed the workpiece on collet 11, in
Between do not pause, production efficiency significantly improves.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Although herein more using rack 1, milling material machine 2, double collet mechanism 3, vibration hopper 4, feeding track 5, stock
Plate 6, chuck component 8, base of the carrier head 9, collet cylinder 10, collet 11, collet sleeve 12, linear guide 13, slide plate 14, is stood stock slot 7
Column 15, milling cutter 17, dovetail guide 18, adjusts bolt 19, the milling terms such as material machine driver 20 at spindle box 16, but is not precluded and makes
A possibility that with other terms.The use of these terms is merely for the convenience of describing and explaining the nature of the invention,
It is contrary to the spirit of the present invention to interpret them as any one of the additional limitations.
Claims (10)
1. a kind of milling flat automatic processing device, including rack (1), the rack (1) is equipped with can be along straight reciprocating motion
Milling material machine (2), be additionally provided with double collet mechanism (3) in rack (1), the two sides of double collet mechanism (3) are respectively equipped with a vibration
Hopper (4), the vibration hopper (4) are connected with feeding track (5), which is characterized in that connect respectively in the two sides of milling material machine (2)
It is connected to one piece of stock plate (6), the stock plate (6) is equipped with stock slot (7), and the double collet mechanism (3) includes two
Chuck component (8) disposed in parallel, when milling material machine (2) is moved forward and backward along straight line, two chuck components (8) respectively can be with two pieces
The stock slot (7) stocked up on plate (6) is corresponding.
2. milling flat automatic processing device according to claim 1, which is characterized in that double collet mechanism (3) packet
The base of the carrier head (9) being fixed on rack (1) is included, chuck component (8) is located in base of the carrier head (9), and chuck component (8) includes being fixed on
Collet cylinder (10) on base of the carrier head (9), and the collet (11) being located in base of the carrier head (9), the output axis connection of collet cylinder
Collet (11), the collet (11) can be along straight reciprocating motions to close to or far from standby under the driving of collet cylinder (10)
Flitch (6).
3. milling flat automatic processing device according to claim 1, which is characterized in that the feeding track (5) is in arc
The outlet of shape, feeding track (5) is located above stock plate (6), and the cross section of stock slot (7) is rectangle.
4. milling flat automatic processing device according to claim 2, which is characterized in that be equipped in the base of the carrier head (9)
Collet sleeve (12) cylindrical, collet (11) are located in collet sleeve (12) and are flexibly connected with collet sleeve (12), the folder
Head (11) grabs collet for three, and hingedly, the other end and collet (11) are hinged for described collet cylinder (10) one end and base of the carrier head (9).
5. milling flat automatic processing device according to claim 3, which is characterized in that when milling material machine (2) is before and after straight line
When movement, the stock slot (7) that the feeding track (5) on two vibration hoppers (4) can stock up on plate (6) respectively with two pieces is opposite
It answers.
6. milling flat automatic processing device according to claim 1, which is characterized in that rack (1) is equipped with linear guide
(13), the milling material machine (2) includes the slide plate (14) being pressed on linear guide (13), and the slide plate is fixed on (14)
Column (15) is fixed with spindle box (16) in column (15), and the spindle box (16) is connected with milling cutter (17).
7. milling flat automatic processing device according to claim 6, which is characterized in that the milling cutter (17) has two,
When milling material machine (2) movement, it is intermediate that collet (11) is located at two milling cutters (17).
8. milling flat automatic processing device according to claim 6, which is characterized in that the column (15) is equipped with swallow
Tail guide rail (18), is equipped with the dovetail groove to match with dovetail guide (18) on spindle box (16), and dovetail guide (18) is inserted into
In dovetail groove, two adjustings bolts (19), the adjusting bolt (19) and spindle box (16) are equipped on dovetail guide (18)
It is spirally connected to be adjustable position of the spindle box (16) on column (15).
9. milling flat automatic processing device according to claim 6, which is characterized in that the slide plate (14) is pressed on directly
It is slidably connected on line guide rail and with linear guide, is additionally provided with the milling that milling material machine (2) can be driven to move along a straight line on the rack
Material machine driver (20).
10. milling flat automatic processing device according to claim 9, which is characterized in that the linear guide (13) has
Two, the milling material machine driver (20) is straight line cylinder, and straight line cylinder setting is intermediate in two linear guides (13), straight line
The output axis connection slide plate (14) of cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821629635.8U CN209110682U (en) | 2018-10-08 | 2018-10-08 | Mill flat automatic processing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821629635.8U CN209110682U (en) | 2018-10-08 | 2018-10-08 | Mill flat automatic processing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209110682U true CN209110682U (en) | 2019-07-16 |
Family
ID=67200318
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821629635.8U Active CN209110682U (en) | 2018-10-08 | 2018-10-08 | Mill flat automatic processing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209110682U (en) |
-
2018
- 2018-10-08 CN CN201821629635.8U patent/CN209110682U/en active Active
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