CN208341921U - Both-end synchronous chamfering machine - Google Patents
Both-end synchronous chamfering machine Download PDFInfo
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- CN208341921U CN208341921U CN201820994464.2U CN201820994464U CN208341921U CN 208341921 U CN208341921 U CN 208341921U CN 201820994464 U CN201820994464 U CN 201820994464U CN 208341921 U CN208341921 U CN 208341921U
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- China
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- servo motor
- transmission component
- screw rod
- cutting apparatus
- grip slipper
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Abstract
The utility model both-end synchronous chamfering machine includes a body, one the first cutting apparatus and second cutting apparatus, body is provided with a grip slipper, first cutting apparatus includes first servo motor, one the first transmission component and first tool apron, first transmission component is connected to the first servo motor, first tool apron is connected to the first transmission component, first tool apron can be with the movement of the first transmission component and close to or far from grip slipper, second cutting apparatus includes second servo motor, one the second transmission component and second tool apron, second transmission component is connected to the second servo motor, second tool apron is connected to the second transmission component, second tool apron can be with the movement of the second transmission component and close to or far from grip slipper, beveler can complete the operation of the synchronous chamfering of both-end by above structure.
Description
Technical field
The utility model relates to a kind of beveler, espespecially both-end synchronous chamfering machine.
Background technique
TaiWan, China patent the M388381st " both-end synchronous chamfering machine " Patent Case is please referred to, is a kind of beveler
Comprising a board, left and right sets a pair of of fixing seat above board, sets a pair of of sliding rail above fixing seat, a fixture is located at this to fixing seat
Centre can one workpiece of clipping, a pair of of Mobile base respectively matches with the slide rail group, and Mobile base sets headstock；A pair of of shaft is respectively articulated in head
Seat and by the driving of one first driving source, which assembles a collet to install cutter, which makees chamfering to workpiece；One drives
Moving axis system is driven by the second driving source and passes through this to fixing seat, and the drive shaft or so respectively wears the promotion with limited ring groove
Part；A pair of of rocking bar is to be articulated on the outside of the fixing seat among it, sets a guide wheel below rocking bar, and guide wheel system position is in the stop collar
In slot, system pushes the Mobile base at the top of the rocking bar.
However, beveler using the above structure is to make a pair of of Mobile base synchronizing moving by mechanism actuation, with mechanism band
The mobile mode of dynamic Mobile base is easy to produce error, once the displacement of two Mobile bases is not identical, eventually results in working substance two
The chamfer dimesion at end is different.
Utility model content
The purpose of this utility model is that: a kind of both-end synchronous chamfering machine is provided, is solved existing in the prior art above-mentioned
Technical problem.
In order to achieve the above purposes, the technical solution adopted by the utility model is:
A kind of both-end synchronous chamfering machine, it is characterized in that including:
One body, the body are provided with a grip slipper；
One the first cutting apparatus, first cutting apparatus are fixedly connected on the body and are located at the side of the grip slipper,
First cutting apparatus includes first servo motor, first transmission component and first tool apron, first biography
Dynamic component is connected to first servo motor, which can be driven by first servo motor and be moved, this
One tool apron is connected to first transmission component, which can be with first transmission component movement and close to or far from the folder
Hold seat；
One the second cutting apparatus, which, which is fixedly connected on the body and is located at the grip slipper, is different from this
The side of first cutting apparatus, second cutting apparatus include second servo motor, second transmission component and one
A second tool apron, second transmission component are connected to second servo motor, which can be by second servo
Motor drives and moves, which is connected to second transmission component, which can be with second transmission component
It is mobile and close to or far from the grip slipper, and first tool apron can be synchronous past close to or far from the grip slipper with second tool apron
Direction it is mobile.
The both-end synchronous chamfering machine, in which: first transmission component includes first screw rod, first spiral shell
Part and a first movement platform, first screw rod be connected to first servo motor and can by first servo motor drive and
Rotation, first screw piece to be threadedly engaged the outer peripheral edge for being set to first screw rod, the first movement platform be fixedly connected on this
One screw piece is different from the side of first screw rod, which is fixedly connected on the first movement platform and can be with first shifting
Dynamic platform synchronizing moving, second transmission component include second screw rod, second screw piece and second mobile station, are somebody's turn to do
Second screw rod is connected to second servo motor and can be driven and be rotated by second servo motor, and second screw piece is with screw thread
It is equipped in the outer peripheral edge of second screw rod, which is fixedly connected on second screw piece and is different from second screw rod
Side, which is fixedly connected on second mobile station and can be with the second mobile station synchronizing moving.
The both-end synchronous chamfering machine, in which: first screw piece is in have the cannula-like of internal thread hole and with socket side
Formula is connected to first screw rod, which is in the cannula-like with internal thread hole and is connected to second spiral shell in a manner of socket
Bar.
Compared with prior art, the utility model by adopting the above technical scheme has advantages in that the beveler
The operation of the synchronous chamfering of both-end can be completed by above structure and makes the equal sized and accurate of both-end chamfering.
Detailed description of the invention
Fig. 1 is the stereo appearance figure of the utility model both-end synchronous chamfering machine.
Fig. 2 is the planar appearance figure of the utility model both-end synchronous chamfering machine.
Fig. 3 is the sectional structure chart of the first cutting apparatus of the utility model both-end synchronous chamfering machine.
Fig. 4 is the sectional structure chart of the second cutting apparatus of the utility model both-end synchronous chamfering machine.
Description of symbols: 10 bevelers；20 bodies；21 grip slippers；30 first cutting apparatus；31 first servo motors；
32 first transmission components；33 first tool aprons；321 first screw rods；322 first screw pieces；323 first movement platforms；40 second cutting dresses
It sets；41 second servo motors；42 second transmission components；43 second tool aprons；421 second screw rods；422 second screw pieces；423 second move
Dynamic platform；90 working substances.
Specific embodiment
It referring to figs. 1 to 4, is the stereo appearance figure of the utility model both-end synchronous chamfering machine, planar appearance figure, the
The sectional structure chart of the sectional structure chart of one cutting apparatus and the second cutting apparatus.The utility model beveler 10 includes one
20, first cutting apparatus 30 of body and second cutting apparatus 40；Wherein:
The body 20 is provided with a grip slipper 21.
First cutting apparatus 30 is fixedly connected on the body 20 and is located at the side of the grip slipper 21, the first cutting dress
Setting 30 includes 31, first transmission components 32 of first servo motor and first tool apron 33, first transmission group
Part 32 is connected to first servo motor 31, which can be driven by first servo motor 31 and be moved,
First tool apron 33 is connected to first transmission component 32, which can lean on first transmission component 32 movement
Close or remote from the grip slipper 21.
Second cutting apparatus 40, which is fixedly connected on the body 20 and is located at the grip slipper 21, is different from the first cutting dress
30 side is set, which includes 41, second transmission components 42 of second servo motor and one
Second tool apron 43, second transmission component 42 are connected to second servo motor 41, second transmission component 42 can by this
Two servo motors 41 drive and move, which is connected to second transmission component 42, which can be with
Second transmission component 42 it is mobile and close to or far from the grip slipper 21, and first tool apron 33 can be same with second tool apron 43
It walks mobile toward the direction close to or far from the grip slipper 21.
First transmission component 32 includes 321, first screw pieces 322 of first screw rod and a first movement platform
323, which is connected to first servo motor 31 and can be driven and be rotated by first servo motor 31, should
To be threadedly engaged the outer peripheral edge for being set to first screw rod 321, which is in first screw piece 322 in the present embodiment
Cannula-like with internal thread hole is simultaneously connected to first screw rod 321 in a manner of socket, which is fixedly connected on
First screw piece 322 is different from the side of first screw rod 321, which is fixedly connected on the first movement platform 323
And it can be with 323 synchronizing moving of first movement platform.
Second transmission component 42 includes 421, second screw pieces 422 of second screw rod and second mobile station
423, which is connected to second servo motor 41 and can be driven and be rotated by second servo motor 41, should
To be threadedly engaged the outer peripheral edge for being set to second screw rod 421, which is in second screw piece 422 in the present embodiment
Cannula-like with internal thread hole is simultaneously connected to second screw rod 421 in a manner of socket, which is fixedly connected on
Second screw piece 422 is different from the side of second screw rod 421, which is fixedly connected on second mobile station 423
And it can be with 423 synchronizing moving of the second mobile station.
For the beveler 10 in running, working substance 90 is held on the grip slipper 21, and being able to pass through the controller while controlling should
First servo motor 31 and second servo motor 41 rotation, when first servo motor 31 and second servo motor 41 rotate
First transmission component 32 and second transmission component 42 can be driven to operate, first screw rod 321 is by first servo motor
31 drivings and while rotate, first screw piece 322 can by helicitic texture on the surface of first screw rod 321 along in parallel should
Axially opposing first screw rod 321 of first screw rod 321 is mobile, and is further driven to the first movement platform 323 movement, this second
Transmission component 42 also operates in the same manner, and first transmission component 32 and second transmission component 42 are able to drive first knife
Seat 33 and second tool apron 43 are synchronized toward, so completion work mobile close to the direction of the grip slipper 21 or the separate grip slipper 21
The operation of the synchronous chamfering of 90 both-end of object, the beveler 10 can make the equal sized and accurate of both-end chamfering by above structure.
The utility model can be summarized with regard to the above to have the advantage that
1. being the utility model both-end synchronous chamfering machine, wherein beveler includes a body, a first cutting dress
Set and second cutting apparatus, the body be provided with a grip slipper, first cutting apparatus be fixedly connected on the body and
Positioned at the side of the grip slipper, which includes first servo motor, first transmission component and one
A first tool apron, first transmission component are connected to first servo motor, which can be by first servo
Motor drives and moves, which is connected to first transmission component, which can be with first transmission component
It moves close to or far from the grip slipper, which, which is fixedly connected on the body and is located at the grip slipper, is different from this
The side of first cutting apparatus, second cutting apparatus include second servo motor, second transmission component and one
A second tool apron, second transmission component are connected to second servo motor, which can be by second servo
Motor drives and moves, which is connected to second transmission component, which can be with second transmission component
It is mobile and close to or far from the grip slipper, and first tool apron can be synchronous past close to or far from the grip slipper with second tool apron
Direction it is mobile, which can complete the operation of the synchronous chamfering of both-end by above structure and make the size phase of both-end chamfering
Deng and it is accurate.
Claims (3)
1. a kind of both-end synchronous chamfering machine, it is characterized in that including:
One body, the body are provided with a grip slipper；
One the first cutting apparatus, first cutting apparatus are fixedly connected on the body and are located at the side of the grip slipper, this
One cutting apparatus includes first servo motor, first transmission component and first tool apron, first transmission group
Part is connected to first servo motor, which can be driven by first servo motor and be moved, first knife
Seat is connected to first transmission component, which can be with first transmission component movement and close to or far from the clamping
Seat；
One the second cutting apparatus, second cutting apparatus be fixedly connected on the body and be located at the grip slipper be different from this first
The side of cutting apparatus, second cutting apparatus include second servo motor, second transmission component and one
Two tool aprons, second transmission component are connected to second servo motor, which can be by second servo motor
It drives and moves, which is connected to second transmission component, which can be mobile with second transmission component
And close to or far from the grip slipper, and first tool apron being capable of the synchronous side toward close to or far from the grip slipper with second tool apron
To movement.
2. both-end synchronous chamfering machine as described in claim 1, it is characterised in that: first transmission component includes one first
Screw rod, first screw piece and a first movement platform, first screw rod be connected to first servo motor and can by this
One servo motor drives and rotates, and first screw piece is to be threadedly engaged the outer peripheral edge for being set to first screw rod, the first movement
Platform is fixedly connected on the side that first screw piece is different from first screw rod, which is fixedly connected on the first movement platform
And can include with the first movement platform synchronizing moving, second transmission component second screw rod, second screw piece and
One the second mobile station, second screw rod are connected to second servo motor and can be driven and be turned by second servo motor
It is dynamic, second screw piece to be threadedly engaged the outer peripheral edge for being set to second screw rod, second mobile station be fixedly connected on this second
Screw piece is different from the side of second screw rod, which is fixedly connected on second mobile station and can be with second movement
Platform synchronizing moving.
3. both-end synchronous chamfering machine as claimed in claim 2, it is characterised in that: first screw piece is in the set with internal thread hole
Tubulose is simultaneously connected to first screw rod in a manner of socket, which is in have the cannula-like of internal thread hole and in a manner of being socketed
It is connected to second screw rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820994464.2U CN208341921U (en) | 2018-06-26 | 2018-06-26 | Both-end synchronous chamfering machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820994464.2U CN208341921U (en) | 2018-06-26 | 2018-06-26 | Both-end synchronous chamfering machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208341921U true CN208341921U (en) | 2019-01-08 |
Family
ID=64882082
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820994464.2U Active CN208341921U (en) | 2018-06-26 | 2018-06-26 | Both-end synchronous chamfering machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208341921U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114260509A (en) * | 2021-11-25 | 2022-04-01 | 东台立一工业技术有限公司 | Workpiece outer working surface chamfering device for sliding bearing production and processing |
-
2018
- 2018-06-26 CN CN201820994464.2U patent/CN208341921U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114260509A (en) * | 2021-11-25 | 2022-04-01 | 东台立一工业技术有限公司 | Workpiece outer working surface chamfering device for sliding bearing production and processing |
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