CN110039346A - A kind of part multistation Quick-clamped tooling - Google Patents
A kind of part multistation Quick-clamped tooling Download PDFInfo
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- CN110039346A CN110039346A CN201910441790.XA CN201910441790A CN110039346A CN 110039346 A CN110039346 A CN 110039346A CN 201910441790 A CN201910441790 A CN 201910441790A CN 110039346 A CN110039346 A CN 110039346A
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- Prior art keywords
- clamping
- rod
- drive
- fastening strip
- multistation
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23Q—DETAILS, COMPONENTS, OR ACCESSORIES FOR MACHINE TOOLS, e.g. ARRANGEMENTS FOR COPYING OR CONTROLLING; MACHINE TOOLS IN GENERAL CHARACTERISED BY THE CONSTRUCTION OF PARTICULAR DETAILS OR COMPONENTS; COMBINATIONS OR ASSOCIATIONS OF METAL-WORKING MACHINES, NOT DIRECTED TO A PARTICULAR RESULT
- B23Q3/00—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine
- B23Q3/02—Devices holding, supporting, or positioning work or tools, of a kind normally removable from the machine for mounting on a work-table, tool-slide, or analogous part
- B23Q3/06—Work-clamping means
- B23Q3/08—Work-clamping means other than mechanically-actuated
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Jigs For Machine Tools (AREA)
Abstract
A kind of part multistation Quick-clamped tooling, including multistation install panel, and multistation installation panel upper surface offers the positioning counterbore of rectangular array distribution, and installation workpiece carries out multistation processing in positioning counterbore；Positioning counterbore or so and front and back side are equipped with holes for clamping, and clamp system is equipped in holes for clamping, and horizontal clamping item is equipped with above the clamp system of positioning counterbore or so side, is equipped with vertical fastening strip above the clamp system of side before and after positioning counterbore；Multistation installation panel is located at below positioning counterbore and the position opposite with horizontal clamping item and vertical fastening strip offers lateral clamp actuation slot, and clamp actuation slot and holes for clamping penetrate through；The position opposite with horizontal clamping item and vertical fastening strip is equipped with the traversing drive rod of series connection clamp system in clamp actuation slot；Horizontal clamping item and vertical fastening strip are able to drive horizontal clamping item in the traversing driving of traversing drive rod and vertical fastening strip is moved up and down Workpiece clamping or release.
Description
Technical field
The present invention relates to machining tooling field, more specifically to a kind of part multistation Quick-clamped toolings.
Background technique
It is time-consuming and laborious if processing one by one when carrying out the processing such as punching to small-sized workpiece using milling machine, processing effect
Rate is low, therefore multiple workpiece are usually installed on multi-station tooling simultaneously and process by we.Workpiece when in order to guarantee processing
Stability, it would be desirable to workpiece is installed to after the location hole in tooling and carries out clamping work again, due to being beaten in process
The position in hole may be overlapped to form interference with fixture, and such case needs us to change the position of fixture or changes the position of workpiece
It sets, then will form secondary clamping in this way.Since secondary clamping had not only influenced processing efficiency but also machining accuracy is influenced, therefore is badly in need of design one
Tooling of the kind without secondary clamping.
Summary of the invention
The present invention provides a kind of part multistation Quick-clamped tooling in view of the deficiencies of the prior art, and of the invention zero
Part multistation Quick-clamped tooling simultaneously processes the positioning counterbore that multiple workpiece are packed into rectangular array distribution to improve and add
Work efficiency rate, and horizontal clamping item and vertical fastening strip clamping in turn are controlled, it avoids doing in the case where not changing clamping state
It relates to, improves working efficiency, guarantee machining accuracy.
The specific technical solution of the present invention is as follows: a kind of part multistation Quick-clamped tooling, including multistation mounting surface
Plate, the multistation installation panel upper surface offer the positioning counterbore of rectangular array distribution, erector in the positioning counterbore
Part carries out multistation processing；Described positioning counterbore or so and front and back side are equipped with holes for clamping, are equipped with folder in the holes for clamping
Tight mechanism, is equipped with horizontal clamping item above the clamp system of described positioning counterbore or so side, before the positioning counterbore
Vertical fastening strip is installed above the clamp system of back side edge；The multistation installation panel is located under the positioning counterbore
The square and position opposite with the horizontal clamping item and the vertical fastening strip offers lateral clamp actuation slot, described
Clamp actuation slot and the holes for clamping penetrate through；In the clamp actuation slot with the horizontal clamping item and the vertical folder
The tight opposite position of item is equipped with the traversing drive rod for the clamp system of connecting；The horizontal clamping item and the vertical clamping
Item has in the traversing driving of the traversing drive rod to be driven on the horizontal clamping item and the vertical fastening strip
Lower movement is by the Workpiece clamping or the movement of release.
The positioning counterbore that multiple workpiece are packed into rectangular array distribution is carried out processing simultaneously as a result, can be significantly
Processing efficiency is improved, but the workpiece without clamping is easy for that flutter effect machining accuracy occurs in process；Institute
The workpiece can be pressed in the positioning counterbore to guarantee the workpiece by stating horizontal clamping item and the vertical fastening strip
Trembling does not occur to influence machining accuracy；In process, milling cutter may be with the horizontal clamping item or described vertical
Fastening strip forms interference, and controlling the horizontal clamping item and the vertical fastening strip by the traversing drive rod, clamping is just in turn
It can be avoided interference in the case where not changing clamping state, improve working efficiency, guarantee machining accuracy.
As a preference of the present invention, the clamp system further include with the rotating rod of the holes for clamping clearance fit and
The clamping drive block being connected to below the rotating rod, the clamping drive block upper end are equipped with link slot, the rotating rod
Lower end is equipped with the connection card convex cooperated with the link slot, and the rotating rod has the dynamic of rotation relative to the clamping drive block
Make.
The rotating rod is able to drive the horizontal clamping item or the vertical fastening strip rotation as a result, in the cross
When not carrying out clamping to the workpiece to fastening strip or the vertical fastening strip, the horizontal clamping item or the vertical fastening strip
It can rotate to the workpiece upper periphery, interfere to avoid being formed with milling cutter；In addition, being packed into or splitting out in the workpiece and is described
The horizontal clamping item and the vertical fastening strip can be rotated simultaneously to the positioning counterbore upper periphery, energy when positioning counterbore
The workpiece is enough facilitated to dismount.
As a preference of the present invention, the drive block middle position that clamps is equipped with the drive hole that lower section is in inclined-plane, the cross
It moves drive rod to install across the drive hole, and wedge shape is installed in the drive hole interior location below the traversing drive rod
Drive block, wedge shape drive block lower section and drive hole lower surface close fit, the transverse shifting of the traversing drive rod
Have and drive the traversing movement to drive the clamping drive block to move down of the wedge-shaped drive block, to drive the laterally folder
Tight item or the vertical fastening strip are moved down the Workpiece clamping.
The close fit of the wedge-shaped drive block and drive hole lower surface inclined-plane as a result, can be such that the wedge shape drives
Motion block to compress drive hole lower surface direction it is traversing during drive the clampings drive block to move down, thus drive described in
Rotating rod moves down, and compresses the horizontal clamping item or the vertical fastening strip to the workpiece.
As a preference of the present invention, on the horizontal clamping item and the vertical fastening strip and the multistation installation panel
Reset spring is set in the rotating rod periphery between surface.
As a result, in the power of the traversing drive rod revocation transverse shifting, the horizontal clamping item or the vertical clamping
Item can move up revocation clamping under the action of the reset spring.
As a preference of the present invention, being connected between the traversing drive rod and the wedge-shaped drive block by transition spring.
As a result, due to there are scale error, the corresponding wedge-shaped drive block of traversing drive rod described in same group and described
It not can guarantee while meeting cooperation between drive hole lower surface, cooperation firmly can be made to become soft cooperation by the transition spring,
The corresponding wedge-shaped drive block of traversing drive rod described in guaranteeing same group, which forms the drive hole lower surface, to be pushed.
As a preference of the present invention, the rotating rod shaft is equipped with rotary chute, peace in the multistation installation panel
Equipped with the rotation drive rod cooperated with the rotary chute；The horizontal clamping item or the corresponding rotation of the vertical fastening strip
Turn the rotary chute opened up on pull rod and the rotation drive rod rotation status is identical with position.
The rotary chute rotation angle is close to 90 ° as a result, while the rotating rod can be made to move up and down process
Movement is rotated, guarantees to be located on the workpiece when horizontal clamping item or the vertical fastening strip compress the workpiece
In square range, rotated when moving up revocation clamping to outside range above the workpiece.
As a preference of the present invention, the vertical slots being continuously connected at the inclined top of rotary chute there are one section.
The rotation is enabled to there are one section of continuous vertical slots at the inclined top of the rotary chute as a result,
Turn drive rod to be caught in the vertical slots, makes the rotating rod in the final stage for compressing the workpiece and by the work
The incipient stage that part unclamps keeps vertical upper and lower movement, and the horizontal clamping item or the vertical fastening strip will not be made to described
Workpiece generates lateral frictional force and drives the workpiece rotation.
As a preference of the present invention, the traversing drive rod both ends pass through the limit for being installed on clamp actuation slot aperture
Position closed plate is limited.
The traversing drive rod only retains the freedom degree of transverse shifting as a result, guarantees to the clamp system driving effect
Stability.
As a preference of the present invention, the corresponding traversing drive rod of the horizontal clamping item is being pierced by the limit closing
The side of plate is connected by horizontal clamping synchronising (connecting) rod, the corresponding traversing drive rod of the vertical fastening strip be pierced by it is described
The other side of closed plate is limited by vertically clamping synchronising (connecting) rod connection.
The horizontal clamping synchronous clamping and release can be guaranteed by the horizontal clamping synchronising (connecting) rod as a result, led to
The vertical fastening strip synchronous clamping and release can be guaranteed by crossing the vertical clamping synchronising (connecting) rod.
As a preference of the present invention, the horizontal clamping synchronising (connecting) rod and the vertical clamping synchronising (connecting) rod have been respectively articulated with
Activation lever, and the horizontal clamping synchronising (connecting) rod and described vertical is driven after driving the activation lever to swing by driving cylinder
It is traversing to clamp synchronising (connecting) rod；The driving cylinder is by Air Valve Control.
The horizontal clamping synchronising (connecting) rod and the vertical clamping synchronising (connecting) rod pass through the driving cylinder control respectively as a result,
Make traversing, control is simple, is quick on the draw, and can control the air valve by devices such as PLC, can control when converting and clamping
It makes the horizontal clamping item and the vertical fastening strip simultaneously clamps on the workpiece, unclamp again the transverse direction after a period of time that is delayed
Fastening strip or the vertical fastening strip, can make the workpiece remain clamped state in process.
In conclusion the invention has the following advantages:
Part multistation Quick-clamped tooling of the invention multiple workpiece are packed into simultaneously the positioning counterbore of rectangular array distribution into
Row processing controls horizontal clamping item and vertical fastening strip clamping in turn to improve processing efficiency, is not changing clamping state
In the case where avoid interference with, improve working efficiency, guarantee machining accuracy.
Detailed description of the invention
Fig. 1 is top view when part multistation Quick-clamped tooling horizontal clamping item of the present invention clamps；
Fig. 2 is cross-sectional view when part multistation Quick-clamped tooling horizontal clamping item of the present invention clamps at horizontal clamping item；
Fig. 3 is cross-sectional view when part multistation Quick-clamped tooling horizontal clamping item of the present invention clamps at vertical fastening strip；
Fig. 4 is top view when the vertical fastening strip of part multistation Quick-clamped tooling of the present invention clamps；
Fig. 5 is cross-sectional view when the vertical fastening strip of part multistation Quick-clamped tooling of the present invention clamps at horizontal clamping item；
Fig. 6 is cross-sectional view when the vertical fastening strip of part multistation Quick-clamped tooling of the present invention clamps at vertical fastening strip；
Fig. 7 is top view when part multistation Quick-clamped tooling fastening strip of the present invention all unclamps；
Fig. 8 is cross-sectional view when part multistation Quick-clamped tooling fastening strip of the present invention all unclamps at horizontal clamping item；
Fig. 9 is cross-sectional view when part multistation Quick-clamped tooling fastening strip of the present invention all unclamps at vertical fastening strip；
In figure, 1- multistation installs panel, 11- positioning counterbore, 12- holes for clamping, 13- clamp actuation slot, 14- limit closing
Plate, 2- workpiece, 3- clamp system, 31- horizontal clamping item, the vertical fastening strip of 32-, 33- rotating rod, 331- connection card convex,
332- rotary chute, 3321- vertical slots, 333- rotation drive rod, 34- clamp drive block, 341- link slot, 342- drive hole,
The traversing drive rod of 35- reset spring, 4-, 41- wedge shape drive block, 42- transition spring, 5- horizontal clamping synchronising (connecting) rod, 6- are vertical
It clamps synchronising (connecting) rod, 7- activation lever, 8- and drives cylinder.
Specific embodiment
Below in conjunction with attached drawing, by specific embodiment, the invention will be further described.
Such as Fig. 1 ~ Fig. 9, a kind of part multistation Quick-clamped tooling, including multistation install panel 1, multistation mounting surface
1 upper surface of plate offers the positioning counterbore 11 of rectangular array distribution, and installation workpiece 2 carries out multistation processing in positioning counterbore 11；
Positioning counterbore 11 or so and front and back side are equipped with holes for clamping 12, and clamp system 3 is equipped in holes for clamping 12, and positioning counterbore 11 is left
Horizontal clamping item 31 is installed above the clamp system 3 of right edge, is installed above the clamp system 3 of 11 front and back side of positioning counterbore
There is vertical fastening strip 32；Multistation installation panel 1 be located at the lower section of positioning counterbore 11 and with horizontal clamping item 31 and vertical clamping
The opposite position of item 32 offers lateral clamp actuation slot 13, and clamp actuation slot 13 and holes for clamping 12 penetrate through；Clamp behaviour
The traversing drive for clamp system 3 of connecting is installed in cannelure hole 13 with horizontal clamping item 31 and the vertical opposite position of fastening strip 32
Lever 4；Horizontal clamping item 31 and vertical fastening strip 32 have drive horizontal clamping in the traversing driving of traversing drive rod 4
Item 31 and vertical fastening strip 32 are moved up and down the movement of 2 clamp or release of workpiece.
The positioning counterbore 11 that multiple workpiece 2 are packed into rectangular array distribution, which is carried out processing, simultaneously as a result, to greatly improve
Processing efficiency, but workpiece 2 without clamping is easy for that flutter effect machining accuracy occurs in process；Horizontal clamping item
31 and vertical fastening strip 32 workpiece 2 can be pressed in positioning counterbore 11 with guarantee workpiece 2 do not occur trembling to influence plus
Work precision；In process, milling cutter may form interference with horizontal clamping item 31 or vertical fastening strip 32, pass through traversing drive
Clamping can avoid doing in the case where not changing clamping state in turn for the control horizontal clamping item 31 of lever 4 and vertical fastening strip 32
It relates to, improves working efficiency, guarantee machining accuracy.
Such as Fig. 1 ~ Fig. 9, clamp system 3 further includes and the rotating rod 33 of 12 clearance fit of holes for clamping and is connected to rotation
The clamping drive block 34 of 33 lower section of pull rod clamps 34 upper end of drive block and is equipped with link slot 341, and 33 lower end of rotating rod is equipped with and connects
The connection card convex 331 that access slot 341 cooperates, rotating rod 33 have the movement of rotation relative to clamping drive block 34.
Rotating rod 33 is able to drive horizontal clamping item 31 as a result, or vertical fastening strip 32 rotates, in horizontal clamping item 31
Or vertical fastening strip 32, when not carrying out clamping to workpiece 2, horizontal clamping item 31 or vertical fastening strip 32 can be rotated to workpiece 2
Side periphery, interferes to avoid being formed with milling cutter；In addition, can be by horizontal clamping item when workpiece 2 is packed into or splits out positioning counterbore 11
31 and vertical fastening strip 32 rotate simultaneously to 11 upper periphery of positioning counterbore, workpiece 2 can be facilitated to dismount.
Such as Fig. 1 ~ Fig. 9, clamps 34 middle position of drive block and be equipped with the drive hole 342 that lower section is in inclined-plane, traversing drive rod 4 is worn
It overdrives the installation of hole 342, and the lower section of traversing drive rod 4 is equipped with wedge-shaped drive block 41 in 342 interior location of drive hole, wedge shape is driven
41 lower section of motion block and 342 lower surface close fit of drive hole, the transverse shifting of traversing drive rod 4 have the wedge-shaped drive block 41 of drive
The traversing movement to drive clamping drive block 34 to move down, so that horizontal clamping item 31 or vertical fastening strip 32 be driven to move down work
Part 2 clamps.
The close fit of wedge-shaped drive block 41 and 342 lower surface inclined-plane of drive hole as a result, can make wedge-shaped drive block 41 to
Clamping drive block 34 is driven to move down during compression 342 lower surface direction of drive hole is traversing, to drive under rotating rod 33
It moves, compresses horizontal clamping item 31 or vertical fastening strip 32 to workpiece 2.
Such as Fig. 1 ~ Fig. 9, rotated between horizontal clamping item 31 and vertical fastening strip 32 and multistation installation 1 upper surface of panel
33 periphery of pull rod is set with reset spring 35.
As a result, in the power of traversing drive rod 4 revocation transverse shifting, horizontal clamping item 31 or vertical fastening strip 32 are resetting
Revocation clamping can be moved up under the action of spring 35.
Such as Fig. 1 ~ Fig. 9, connected between traversing drive rod 4 and wedge-shaped drive block 41 by transition spring 42.
As a result, since there are scale error, the same group of corresponding wedge shape drive block 41 of traversing drive rod 4 and drive holes 342
It not can guarantee while meeting cooperation between lower surface, cooperation firmly can be made to become soft cooperation by transition spring 42, guaranteed same
The corresponding wedge-shaped drive block 41 of the traversing drive rod 4 of group, which forms 342 lower surface of drive hole, to be pushed.
Such as Fig. 1 ~ Fig. 9,33 shaft of rotating rod is equipped with rotary chute 332, is equipped with and rotates in multistation installation panel 1
The rotation drive rod 333 that skewed slot 332 cooperates；It is opened up on horizontal clamping item 31 or the corresponding rotating rod 33 of vertical fastening strip 32
Rotary chute 332 and rotation 333 rotation status of drive rod are identical with position.
The rotation of rotary chute 332 angle is close to 90 ° as a result, hair while rotating rod 33 can be made to move up and down process
Raw spinning movement guarantees to be located within the scope of 2 top of workpiece when horizontal clamping item 31 or vertical fastening strip 32 compress workpiece 2, to
It rotates when upper mobile revocation clamping to outside 2 top range of workpiece.
Such as Fig. 1 ~ Fig. 9, there are one section of vertical slots being continuously connected 3321 at the inclined top of rotary chute 332.
There are one section of continuous vertical slots 3321 at the inclined top of rotary chute 332 as a result, and rotation is enabled to drive
Bar 333 is caught in vertical slots 3321, opens rotating rod 33 in the final stage for compressing workpiece 2 and by what workpiece 2 unclamped
Stage beginning keeps vertical upper and lower movement, and horizontal clamping item 31 or vertical fastening strip 32 will not be made to generate lateral rub to workpiece 2
Wiping power drives workpiece 2 to rotate.
Such as Fig. 1 ~ Fig. 9, traversing 4 both ends of drive rod pass through be installed on the limit closed plate 14 in 13 aperture of clamp actuation slot into
Row limit.
Traversing drive rod 4 only retains the freedom degree of transverse shifting as a result, guarantees the stabilization to 3 driving effect of clamp system
Property.
Such as Fig. 1 ~ Fig. 9, the corresponding traversing drive rod 4 of horizontal clamping item 31 passes through cross in the side for being pierced by limit closed plate 14
It is connected to synchronising (connecting) rod 5 is clamped, the corresponding traversing drive rod 4 of vertical fastening strip 32 is logical in the other side for being pierced by limit closed plate 14
The vertical synchronising (connecting) rod 6 that clamps is crossed to connect.
31 synchronous clamping of horizontal clamping item and release can be guaranteed by horizontal clamping synchronising (connecting) rod 5 as a result, by vertical
Vertical 32 synchronous clamping of fastening strip and release can be guaranteed by clamping synchronising (connecting) rod 6.
Such as Fig. 1 ~ Fig. 9, horizontal clamping synchronising (connecting) rod 5 and the vertical synchronising (connecting) rod 6 that clamps have been respectively articulated with activation lever 7, and
Driving horizontal clamping synchronising (connecting) rod 5 and vertical clamping synchronising (connecting) rod 6 are traversing after being swung by the drive activation lever 7 of driving cylinder 8；It drives
Cylinder 8 take offence by Air Valve Control.
Horizontal clamping synchronising (connecting) rod 5 and the vertical synchronising (connecting) rod 6 that clamps control traversing, control by driving cylinder 8 respectively as a result,
System is simple, is quick on the draw, and can control air valve by devices such as PLC, can control horizontal clamping item when converting and clamping
31 and vertical fastening strip 32 simultaneously clamp on workpiece 2, horizontal clamping item 31 or vertical fastening strip 32 are unclamped again after a period of time that is delayed,
Workpiece 2 can be made to remain clamped state in process.
Embodiment described above is only that preferred embodiments of the present invention will be described, not to design of the invention
It is defined with range.Without departing from the design concept of the invention, ordinary people in the field is to technical side of the invention
The all variations and modifications that case is made, should all drop into protection scope of the present invention, the claimed technology contents of the present invention,
Through being all described in the claims.
Claims (10)
1. a kind of part multistation Quick-clamped tooling, it is characterised in that: install panel (1) including multistation, the multistation
Installation panel (1) upper surface offers the positioning counterbore (11) of rectangular array distribution, installs workpiece in the positioning counterbore (11)
(2) multistation processing is carried out；Positioning counterbore (11) left and right and front and back side are equipped with holes for clamping (12), the holes for clamping
(12) it is equipped with clamp system (3) in, cross is installed above the clamp system (3) of positioning counterbore (11) the left and right side
To fastening strip (31), vertical fastening strip is installed above the clamp system (3) of side before and after the positioning counterbore (11)
(32)；Multistation installation panel (1) be located at the positioning counterbore (11) lower section and with the horizontal clamping item (31) and
The opposite position of the vertical fastening strip (32) offers lateral clamp actuation slot (13), the clamp actuation slot (13)
It is penetrated through with the holes for clamping (12)；In the clamp actuation slot (13) with the horizontal clamping item (31) and the vertical folder
The tight opposite position of item (32) is equipped with the traversing drive rod (4) for the clamp system (3) of connecting；The horizontal clamping item (31)
Have with the vertical fastening strip (32) in the traversing driving of the traversing drive rod (4) and drives the horizontal clamping item
(31) and the vertical fastening strip (32) is moved up and down the movement of the workpiece (2) clamp or release.
2. a kind of part multistation Quick-clamped tooling according to claim 1, it is characterised in that: the clamp system
(3) further include and the rotating rod (33) of the holes for clamping (12) clearance fit and be connected to below the rotating rod (33)
Clamping drive block (34), the clamping drive block (34) upper end be equipped with link slot (341), rotating rod (33) lower end is set
There are the connection card convex (331) with the link slot (341) cooperation, the relatively described clamping drive block (34) of the rotating rod (33)
The movement for having rotation.
3. a kind of part multistation Quick-clamped tooling according to claim 2, it is characterised in that: the clamping drive block
(34) middle position is equipped with the drive hole (342) that lower section is in inclined-plane, and the traversing drive rod (4) passes through the drive hole (342)
Installation, and wedge-shaped drive block (41), institute are installed in the drive hole (342) interior location below the traversing drive rod (4)
It states below wedge-shaped drive block (41) and the drive hole (342) lower surface close fit, the lateral of the traversing drive rod (4) is moved
It is dynamic to have the traversing movement to drive clamping drive block (34) to move down of the drive wedge-shaped drive block (41), to drive
The horizontal clamping item (31) or the vertical fastening strip (32), which move down, clamps the workpiece (2).
4. a kind of part multistation Quick-clamped tooling according to claim 3, it is characterised in that: the horizontal clamping item
(31) the vertical fastening strip (32) and the multistation installation panel (1) upper surface between the rotating rod (33) outside
It encloses and is set with reset spring (35).
5. a kind of part multistation Quick-clamped tooling according to claim 4, it is characterised in that: the traversing drive rod
(4) it is connect between the wedge-shaped drive block (41) by transition spring (42).
6. a kind of part multistation Quick-clamped tooling according to claim 4, it is characterised in that: the rotating rod
(33) shaft is equipped with rotary chute (332), is equipped in multistation installation panel (1) and matches with the rotary chute (332)
The rotation drive rod (333) of conjunction；The horizontal clamping item (31) or the corresponding rotating rod of the vertical fastening strip (32)
(33) rotary chute (332) and rotation drive rod (333) rotation status opened up on is identical with position.
7. a kind of part multistation Quick-clamped tooling according to claim 6, it is characterised in that: the rotary chute
(332) there are one section of vertical slots being continuously connected (3321) at inclined top.
8. a kind of part multistation Quick-clamped tooling according to claim 7, it is characterised in that: the traversing drive rod
(4) both ends are limited across the limit closed plate (14) for being installed on clamp actuation slot (13) aperture.
9. a kind of part multistation Quick-clamped tooling according to claim 8, it is characterised in that: the horizontal clamping item
(31) the corresponding traversing drive rod (4) passes through horizontal clamping synchronising (connecting) rod in the side for being pierced by limit closed plate (14)
(5) it connects, the corresponding traversing drive rod (4) of the vertical fastening strip (32) is being pierced by the another of limit closed plate (14)
Side is by vertically clamping synchronising (connecting) rod (6) connection.
10. a kind of part multistation Quick-clamped tooling according to claim 9, it is characterised in that: the horizontal clamping
Synchronising (connecting) rod (5) and the vertical clamping synchronising (connecting) rod (6) have been respectively articulated with activation lever (7), and are driven by driving cylinder (8)
The activation lever (7) drives the horizontal clamping synchronising (connecting) rod (5) and the vertical clamping synchronising (connecting) rod (6) horizontal after swinging
It moves；The driving cylinder (8) is by Air Valve Control.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910441790.XA CN110039346B (en) | 2019-05-24 | 2019-05-24 | Multi-station quick clamping tool for parts |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910441790.XA CN110039346B (en) | 2019-05-24 | 2019-05-24 | Multi-station quick clamping tool for parts |
Publications (2)
| Publication Number | Publication Date |
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| CN110039346A true CN110039346A (en) | 2019-07-23 |
| CN110039346B CN110039346B (en) | 2023-07-21 |
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| CN201910441790.XA Active CN110039346B (en) | 2019-05-24 | 2019-05-24 | Multi-station quick clamping tool for parts |
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