CN207104451U - Numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw - Google Patents
Numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw Download PDFInfo
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- CN207104451U CN207104451U CN201721081057.4U CN201721081057U CN207104451U CN 207104451 U CN207104451 U CN 207104451U CN 201721081057 U CN201721081057 U CN 201721081057U CN 207104451 U CN207104451 U CN 207104451U
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- mounting disc
- cylinder
- drag link
- piston
- adjusting rod
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Abstract
A kind of fixture is the utility model is related to, specifically numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw.It includes mounting disc, the side of mounting disc is symmetrically arranged with a pair of support rods centered on the axis of mounting disc, and the axis of support bar is vertical with the card of mounting disc, and pressing plate is respectively and fixedly provided with support bar, the plate face of pressing plate is parallel with the card of mounting disc, there is adjusting rod between pressing plate and mounting disc.It is characterized in that the mounting disc side away from support bar is provided with the drag link radially arranged, drag link along the axially movable of mounting disc, can be provided with the pneumatic mechanism of driving drag link activity in mounting disc.Through hole is provided with corresponding to the adjusting rod in mounting disc, one end of adjusting rod both passes through corresponding through hole and is connected with drag link, coordinates between adjusting rod and through hole in slip shape.The operating efficiency and automaticity of the air-actuated jaw are higher.
Description
Technical field
A kind of fixture is the utility model is related to, specifically numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw.
Background technology
Both known about in machining industry, the motor aluminum frame of numerically controlled lathe needs to enter using fixture during Vehicle Processing
Row is fixed.At present, the numerically controlled lathe motor aluminum stent car fixture for processing used in industry includes mounting disc, the side of mounting disc
A pair of support rods is symmetrically arranged with centered on the axis of mounting disc, the axis of support bar is vertical with the card of mounting disc, branch
Have pressing plate on strut, the plate face of pressing plate is parallel with the card of mounting disc, between pressing plate and support bar in slide shape coordinate, pressing plate with
There is adjusting screw rod between mounting disc.In use, numerically controlled lathe motor aluminum support blank is first placed into two pressing plates and mounting disc
Between;Then, manual locking adjusting screw rod, pressing plate is compressed embryo material can complete to fix.After embryo material machines, unclamp manually
Adjusting screw rod, remove embryo material.This fixture is when fixing and removing embryo material, it is necessary to manual locking, release adjusting screw rod, work
Make efficiency and automaticity is relatively low.
Utility model content
The technical problems to be solved in the utility model is to provide a kind of numerically controlled lathe motor aluminum support Vehicle Processing pneumatic clamps
Tool, the operating efficiency and automaticity of the air-actuated jaw are higher.
To solve the above problems, provide following technical scheme:
Numerically controlled lathe motor aluminum support Vehicle Processing of the present utility model includes mounting disc, the side of mounting disc with air-actuated jaw
A pair of support rods is symmetrically arranged with centered on the axis of mounting disc, the axis of support bar is vertical with the card of mounting disc, branch
Pressing plate is respectively and fixedly provided with strut, the plate face of pressing plate is parallel with the card of mounting disc, there is adjusting rod between pressing plate and mounting disc.It is special
Point is that the mounting disc side away from support bar is provided with the drag link radially arranged, drag link can live along the axial direction of mounting disc
It is dynamic, the pneumatic mechanism of driving drag link activity is provided with mounting disc.It is provided with corresponding to the adjusting rod in mounting disc logical
Hole, one end of adjusting rod both pass through corresponding through hole and are connected with drag link, coordinate between adjusting rod and through hole in slip shape.
Wherein, there is radial groove corresponding to the drag link in mounting disc card, the drag link is located at the radial groove
It is interior.The pneumatic mechanism is cylinder, and cylinder is concentrically mounted on mounting disc side corresponding to drag link, the cylinder mouth direction installation of cylinder
Disk, and have end cap on the cylinder mouth of cylinder, there are piston and piston rod in cylinder, piston rod one end passes through the end cap and drag link of cylinder
In concentric connection, slide shape in sealing between piston rod and end cap and coordinate.
Slide post is connected with the piston with one heart, slide post one end extends through the cylinder bottom of cylinder, and sliding
It is dynamic to slide shape in sealing between post and cylinder cylinder bottom and coordinate, there are the first air inlet and the second air inlet on the end of slide post, and the
That section of cylinder cavity between one air inlet and piston and cylinder cylinder bottom is connected.The other end of slide post is between piston and end cap
That section of cylinder in, and second air inlet and that section of cylinder cavity between piston and end cap are to connecting.The slide post has
Centre bore, the one end of the piston rod away from drag link extend through slide post centre bore, are processed on the end of piston rod
There is external screw thread, and have nut thereon.
Above scheme is taken, there is advantages below:
Due to having drag link in the mounting disc of numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw of the present utility model,
Drag link along the axially movable of mounting disc, can be provided with the pneumatic mechanism of driving drag link activity in mounting disc, adjusting rod is corresponding
Mounting disc on be provided with through hole, one end of adjusting rod both pass through corresponding to through hole be connected with drag link.In use, first by number
Control lathe motor aluminum support blank is placed into two between pressing plate and mounting disc;Then, drive device is controlled to drive drag link to remote
A lateral movement, pulling adjusting rod band dynamic pressure plate compression embryo material from mounting disc can be completed to fix.After embryo material machines, control
Drive device processed drives drag link to the lateral movement close to mounting disc so that clamp loose embryo material, removes embryo material.It is this
Air-actuated jaw is compressed using pneumatic mechanism band dynamic pressure plate or unclamps embryo material, compared with prior art manually adjusts adjusting screw rod, greatly
Improve operating efficiency and automaticity greatly.
Brief description of the drawings
Fig. 1 is the structural representation of numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw of the present utility model;
Fig. 2 is Fig. 1 A-A to schematic cross-sectional view.
Embodiment
The utility model is described in further detail below in conjunction with accompanying drawing.
As depicted in figs. 1 and 2, numerically controlled lathe motor aluminum support Vehicle Processing of the present utility model includes installation with air-actuated jaw
Disk 1, the side of mounting disc 1 are symmetrically arranged with a pair of support rods 5 centered on the axis of mounting disc 1, the axis of support bar 5 with
The card of mounting disc 1 is vertical, pressing plate 2 is respectively and fixedly provided with support bar 5, the plate face of pressing plate 2 is parallel with the card of mounting disc 1, pressing plate 2
There is adjusting rod 6 between mounting disc 1.The side of mounting disc 1 away from support bar 5 is provided with the drag link 8 radially arranged, horizontal
Pull bar 8 along the axially movable of mounting disc 1, can be provided with the pneumatic mechanism of the activity of driving drag link 8 in mounting disc 1.The regulation
Through hole 4 is provided with corresponding to bar 6 in mounting disc 1, one end of adjusting rod 6 both passes through corresponding through hole 4 and is connected with drag link 8,
Coordinate between adjusting rod 6 and through hole 4 in slip shape.
There is radial groove 7 corresponding to the drag link 8 in the card of mounting disc 1, the drag link 8 is located at the radial groove 7
It is interior.The pneumatic mechanism is cylinder 14, and cylinder 14 is concentrically mounted on the side of mounting disc 1 corresponding to drag link 8, the cylinder mouth of cylinder 14
Towards mounting disc 1, and there is end cap 16 on the cylinder mouth of cylinder 14, there is piston 15 and piston rod 9 in cylinder 14, the one end of piston rod 9 is worn
The end cap 16 for crossing cylinder 14 is connected with drag link 8 in concentric, and sliding shape in sealing between piston rod 9 and end cap 16 coordinates.
Slide post 11 is connected with the piston 15 with one heart, the one end of slide post 11 is stretched out through the cylinder bottom of cylinder 14
Outside, and slide shape in sealing between slide post 11 and the cylinder bottom of cylinder 14 to coordinate, have the He of the first air inlet 13 on the end of slide post 11
Second air inlet 10, and the cavity of that section of cylinder 14 between the first air inlet 13 and piston 15 and the cylinder bottom of cylinder 14 is connected.Slide
In that section of cylinder 14 of the other end of post 11 between piston 15 and end cap 16, and second air inlet 10 and piston 15 and end
The cavity of that section of cylinder 14 between lid 16 is to connection.The slide post 11 has a centre bore, the piston rod 9 away from drag link 8 one
End extends through the centre bore of slide post 11, is machined with external screw thread on the end of piston rod 9, and have nut 12 thereon.
In use, first numerically controlled lathe motor aluminum support blank 3 is placed between two pressing plates 2 and mounting disc 1.Then, to
Compressed air is sent into second air inlet 10, drives a lateral movement of the piston 15 to cylinder bottom, drag link 8 is driven using piston rod 9
Compressing embryo material 3 with pressing plate 2 can complete to fix.After embryo material 3 machines, compressed air is sent into the first air inlet 13,
A lateral movement of the piston 15 to end cap 16 is driven, drives drag link 8 and pressing plate 2 to unclamp embryo material 3 using piston rod 9.Finally, remove
Embryo material 3.
Claims (3)
1. numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw, including mounting disc(1), mounting disc(1)Side to install
Disk(1)Axis centered on be symmetrically arranged with a pair of support rods(5), support bar(5)Axis and mounting disc(1)Card hang down
Directly, support bar(5)On be respectively and fixedly provided with pressing plate(2), pressing plate(2)Plate face and mounting disc(1)Card it is parallel, pressing plate(2)With peace
Sabot(1)Between have adjusting rod(6);It is characterized in that away from support bar(5)Mounting disc(1)Side is provided with radially cloth
The drag link put(8), drag link(8)Can be along mounting disc(1)Axially activity, mounting disc(1)On be provided with driving drag link(8)
The pneumatic mechanism of activity;The adjusting rod(6)Corresponding mounting disc(1)On be provided with through hole(4), adjusting rod(6)One end
Both pass through corresponding through hole(4)With drag link(8)It is connected, adjusting rod(6)With through hole(4)Between in slide shape coordinate.
2. numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw as claimed in claim 1, it is characterised in that the horizontal drawing
Bar(8)Corresponding mounting disc(1)There is radial groove in card(7), the drag link(8)Positioned at the radial groove(7)It is interior;It is described
Pneumatic mechanism is cylinder(14), cylinder(14)It is concentrically mounted on drag link(8)Corresponding mounting disc(1)Side, cylinder(14)'s
Cylinder mouth is towards mounting disc(1), and cylinder(14)Cylinder mouth on have end cap(16), cylinder(14)Inside there is piston(15)And piston rod
(9), piston rod(9)One end passes through cylinder(14)End cap(16)With drag link(8)In concentric connection, piston rod(9)With end cap
(16)Between in sealing slide shape coordinate.
3. numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw as claimed in claim 2, it is characterised in that the piston
(15)On be connected with slide post with one heart(11), slide post(11)One end passes through cylinder(14)Cylinder bottom extend, it is and sliding
Dynamic post(11)With cylinder(14)Shape is slided between cylinder bottom in sealing to coordinate, slide post(11)The end on have the first air inlet(13)With
Second air inlet(10), and the first air inlet(13)With piston(15)And cylinder(14)That section of cylinder between cylinder bottom(14)Cavity phase
Connection;Slide post(11)The other end be located at piston(15)With end cap(16)Between that section of cylinder(14)In, and described second enters
Gas port(10)With piston(15)And end cap(16)Between that section of cylinder(14)Cavity is to connection;The slide post(11)There is center
Hole, the piston rod(9)Away from drag link(8)One end pass through slide post(11)Centre bore extends, piston rod(9)Should
External screw thread is machined with end, and has nut thereon(12).
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
CN201721081057.4U CN207104451U (en) | 2017-08-28 | 2017-08-28 | Numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201721081057.4U CN207104451U (en) | 2017-08-28 | 2017-08-28 | Numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw |
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Publication Number | Publication Date |
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CN207104451U true CN207104451U (en) | 2018-03-16 |
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CN201721081057.4U Active CN207104451U (en) | 2017-08-28 | 2017-08-28 | Numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107695750A (en) * | 2017-08-28 | 2018-02-16 | 华星传动科技无锡有限公司 | Numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw |
CN114131361A (en) * | 2021-12-08 | 2022-03-04 | 中国航发南方工业有限公司 | Positioning and clamping device and processing equipment |
-
2017
- 2017-08-28 CN CN201721081057.4U patent/CN207104451U/en active Active
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN107695750A (en) * | 2017-08-28 | 2018-02-16 | 华星传动科技无锡有限公司 | Numerically controlled lathe motor aluminum support Vehicle Processing air-actuated jaw |
CN114131361A (en) * | 2021-12-08 | 2022-03-04 | 中国航发南方工业有限公司 | Positioning and clamping device and processing equipment |
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