CN206030460U - Toggle formula movable mould board self -adaptation locking mechanism - Google Patents
Toggle formula movable mould board self -adaptation locking mechanism Download PDFInfo
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- CN206030460U CN206030460U CN201620887738.9U CN201620887738U CN206030460U CN 206030460 U CN206030460 U CN 206030460U CN 201620887738 U CN201620887738 U CN 201620887738U CN 206030460 U CN206030460 U CN 206030460U
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- moving platen
- hinge
- self
- depth
- parallelism
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Abstract
The utility model discloses a toggle formula movable mould board self -adaptation locking mechanism belongs to die -casting or injection moulding device manufacturing and designing technical field. The utility model provides a depth of parallelism self -adjusting toggle formula movable mould board self -adaptation locking mechanism of four directions can be realized at the operation in -process. Include compound hinge structure, cut with scissors and the movable mould board through compound hinge structure articulated is quick -witted compound hinge structure with what the machine hinge connect one serves and is provided with movable mould board depth of parallelism automatic regulating apparatus, compound hinge structure with the one end that the machine hinge connect is passed through movable mould board depth of parallelism automatic regulating apparatus with machine hinge swing joint, toggle formula movable mould board self -adaptation locking mechanism still include self -balancing stabilising arrangement, the movable mould board passes through other two the ascending depth of parallelisms in side for equipment stationary mold plate self -balancing stabilising arrangement by oneself adjust and remain stable in the course of the work.
Description
Technical field
This utility model is related to a kind of self adaptation clamping, more particularly, to a kind of In A Diecasting Equipment moving platen self adaptation matched moulds
Mechanism, belongs to die casting or injection-moulding device design and manufacturing technology field.
Background technology
Clamping is die casting machine, one of principal organ in injection machine, mainly by board, moving platen, quiet template, tail
Plate, great Gang, open closing cylinder and toggle, mould adjusting mechanism composition；Described quiet template is fixedly connected with board, and described moving platen leads to
The machine for crossing out closing cylinder driving cuts with scissors the slip on board guide rail；Described big thick stick is arranged with described board guide rail parallel, and which two
End is respectively positioned at both sides before and after moving platen, and is slidably matched with moving platen, and one end is fixedly connected with quiet template, the other end and tail
Plate is connected.Moving platen and the division of quiet template are realized by opening closing cylinder driving machine hinge, so as to ensure in whole molding
In journey, the position of pattern and its die joint is fixed；In addition, tailgate is slid axially under mould adjusting mechanism driving with moving platen, adjust
Final spacing between tailgate, moving platen and quiet template, so that realize the adaptation to different thickness moulds.
Specifically, the modal existing clamping of current die casting machine, injection machine is mechanical reaming type or claims In A Diecasting Equipment matched moulds
Mechanism and curvature crank type clamping, their machine hinge are arranged between tailgate and moving platen.The folding of their clamping
Mould cylinder is all fixed on tailgate, and moving platen is hinged by machine with tailgate, is opened closing cylinder and is driven hinge to promote moving platen motion, when
When moving platen completes matched moulds with quiet template, machine hinge is in straight configuration mechanical self-latching；Its mould adjusting mechanism is also mounted on tailgate, bag
Include driven by mode transfer motor a gear wheel, the planetary gear along gear wheel circumferentially, gear wheel refutes planetary gear,
The gear nut that adjusts of the big thick stick tail end of planet gear drives realizes tailgate, moving platen and machine hinge moving along big thick stick axial direction, realizes
Spacing adjustment between moving platen and quiet template.The advantage of mechanical reaming type clamping is embodied a concentrated reflection of on the hinged structure of machine, i.e. folding
Mould speed is fast, matched moulds realizes mechanical self-latching, locked mode is rigidly good etc..But while there is also following shortcoming, such as machine cuts with scissors each movable joint
Discontinuity equalization, each pivot pin axle sleeve serious wear, after life-time service, relative closing precision significantly declines.It has been investigated that, produce
The reason for raw the problems referred to above, is mainly：The depth of parallelism of the mould that the depth of parallelism between moving platen and quiet template, manufacturer install,
There is local and expands with heat and contract with cold that caused mould is not parallel, transship swollen being molded as during converted productss in mould in process of production
Template is made a concession inconsistent not parallel etc..The not parallel of the above is caused all to cause both machine hinge pin axis and axle sleeve axis uneven
OK, two axial lines are not parallel causes pivot pin to suppress power eccentric wear rotation cause pivot pin axle sleeve Fast Wearing with axle sleeve generation, or even pivot pin is carried
Imbalance is sheared and fractures.So longtime running will make moving platen increasing with quiet template parallelism error or even matched moulds is smart
Degree dramatic decrease.When there is the parallelism error value of above-mentioned moving platen and quiet template, manufacturing firm with generally adopted using businessman
Tailgate, machine hinge, moving platen are transferred to into the overall state to parallel to quiet template with the method for adjustment drawing big thick stick.So move
Template is parallel with the big face of quiet template, but again result in the injustice of moving platen guide bearing axis and big thick stick axis in turn
OK, four regulation gear nuts keep balance mode transfer much smoother with tailgate rubbing surface originally in addition, but big thick stick is inconsistent and causes
Mode transfer is difficult, and its result is the problem that each adjusting nut force unbalance, mode transfer freely do not occur pulling big thick stick screw thread.For total
It, when producing above-mentioned shortcoming, axle sleeve easily weares and teares, mode transfer is difficult, closing precision is low, usage cycles are short, maintenance cost is high
Deng.
Applicant has successively carried out a series of improvement to prior art, solves existing for above-mentioned In A Diecasting Equipment clamping
Many not enough problem, but still have that structure is excessively cumbersome, integral arrangement is inconvenient, part processing technology is not good enough,
Using technical problems such as regulation inconveniences.
Utility model content
Technical problem to be solved in the utility model is：Offer is a kind of to realize the flat of four direction in running
The In A Diecasting Equipment moving platen self adaptation clamping of row degree adjust automatically.
By solving the technical scheme that adopts of above-mentioned technical problem it is：A kind of In A Diecasting Equipment moving platen self adaptation clamping,
Including machine hinge, compound hinged structure and moving platen, described machine is cut with scissors by described compound hinged structure and described moving platen
It is hinged, described moving platen is closed by the cooperation edge that the compound hinged structure is cut with scissors with the machine in the presence of external motivating force
Mould direction is reciprocally moveable, and is provided with the moving platen depth of parallelism certainly on one end that the compound hinged structure is hinged with the machine
Dynamic adjusting means, the compound hinged structure are automatically adjusted by the described moving platen depth of parallelism with one end that the machine is hinged
Device is flexibly connected with described machine hinge；In running, moving platen is relative to the quiet template of equipment on two pin joint directions
The depth of parallelism, voluntarily adjusted by described moving platen depth of parallelism self-checking device in the course of the work, described In A Diecasting Equipment
Moving platen self adaptation clamping also includes self-balancing stabilising arrangement, and the moving platen is relative to the quiet template of equipment at two other
The depth of parallelism on direction is voluntarily adjusted by described self-balancing stabilising arrangement in the course of the work and keeps stable.
The beneficial effects of the utility model are：The application passes through again in described In A Diecasting Equipment moving platen self adaptation clamping
A set of self-balancing stabilising arrangement is inside set, and makes the depth of parallelism of the moving platen relative to the quiet template of equipment on two other direction
Voluntarily adjust and keep stable by described self-balancing stabilising arrangement in the course of the work.Along with moving platen is relative to equipment
The depth of parallelism of the quiet template on two pin joint directions, by described moving platen depth of parallelism self-checking device in the course of work
In voluntarily adjust, so, just can make In A Diecasting Equipment moving platen self adaptation clamping energy in running described herein
Realize the depth of parallelism adjust automatically of four direction.
It is further that described self-balancing stabilising arrangement includes elastic component, equilibrant adjusting part and installation cavity, institute
The installation cavity stated is arranged on described moving platen, and described elastic component is arranged in described installation cavity, the equilibrant
On described elastic component, the other end of the equilibrant adjusting part is screwed in described being combined to one end apical grafting of adjusting part
The both sides of articulated structure.
Such scheme it is preferable that, described elastic component is gum elastic, described equilibrant adjusting part bag
Regulation stud and the pressing plate of mutual apical grafting is included, one end of the equilibrant adjusting part passes through described pressing plate apical grafting described
On gum elastic, the other end of the equilibrant adjusting part is screwed in the compound hinged structure by described regulation stud
Both sides.
It is further that described compound hinged structure includes composite hinge toggle and eccentric shaft, described composite hinge binding
Structure is passed through described composite hinge toggle and described eccentric shaft and is flexibly connected with described machine hinge；The described moving platen depth of parallelism is certainly
Dynamic adjusting means includes automatic swing arm and floating pendulum gear, one end of the automatic swing arm is provided with floating pendulum tooth, described automatic
The other end of swing arm is provided with installing hole；Described automatic swing arm is symmetrically installed on the machine by described installing hole and cuts with scissors not
On the eccentric shaft of homonymy；Automatic swing arm on different side eccentric shafts is matched somebody with somebody with the floating pendulum gear by the floating pendulum tooth
Close, the eccentric shaft reversed on correspondence position for linking in opposite direction is adjusting the moving platen relative to the quiet template of equipment two
The depth of parallelism on individual pin joint direction.
Such scheme it is preferable that, described moving platen depth of parallelism self-checking device also includes being arranged in described floating
Support mounting plate on the inside of pendulum gear, described in described floating pendulum gear is arranged on corresponding one group by described support mounting plate
Automatic swing arm between.
It is further to be provided with convex arc connecting hinge ear on described moving platen, sets on described composite hinge toggle
The concave arc connecting hinge ear being adapted with the convex arc connecting hinge ear is equipped with, described moving platen is passed through with described composite hinge toggle
Described convex arc connecting hinge ear and described concave arc connecting hinge ear are hinged.
Such scheme it is preferable that, described convex arc connecting hinge ear is integrally formed with described moving platen, described
Concave arc connecting hinge ear is integrally formed with described composite hinge toggle.
It is further that a set of described compound hinged structure includes the composite hinge toggle described in two groups, described in each group
Composite hinge toggle include a base shaft, described concave arc connecting hinge ear is arranged in described base shaft, same set of described multiple
The composite hinge toggle closed described in two groups of articulated structure is that being integrally machined based on described base shaft cuts structure.
It is further to pass through locking nut between described automatic swing arm and described eccentric shaft and keeper is detachable
Connection or by strong and spacer shell is non-removable is welded to connect.
It is further between the floating pendulum gear and described support mounting plate, to pass through gland and adjusting screw friction company
Connect.
Description of the drawings
Structural representations of the Fig. 1 for this utility model In A Diecasting Equipment moving platen self adaptation clamping；
A-A sectional views of the Fig. 2 for Fig. 1；
The schematic diagram that Fig. 3 is connected with moving platen for the composite hinge toggle that this utility model is related to；
B-B sectional views of the Fig. 4 for Fig. 1；
C-C sectional views of the Fig. 5 for Fig. 3；
A kind of structural representations of the Fig. 6 for a portions enlarged drawing of Fig. 2；
Another kind of structural representations of the Fig. 7 for a portions enlarged drawing of Fig. 2；
B portion enlarged drawings of the Fig. 8 for Fig. 2；
Fig. 9 cuts structural representation for being integrally machined for composite hinge toggle that this utility model is related to.
It is labeled as in figure：Machine hinge 1, compound hinged structure 2, moving platen 3, moving platen depth of parallelism self-checking device 4, from flat
Weighing apparatus stabilising arrangement 5, elastic component 6, equilibrant adjusting part 7, installation cavity 8, regulation stud 9, pressing plate 10, composite hinge toggle 11,
Eccentric shaft 12, automatic swing arm 13, floating pendulum gear 14, support mounting plate 15, convex arc connecting hinge ear 16, concave arc connecting hinge ear 17, base
Bar 18, locking nut 19, keeper 20, strong 21, spacer shell 22, gland 23, adjusting screw 24.
Specific embodiment
It is that a kind of of this utility model offer can realize the parallel of four direction in running as shown in Fig. 1～Fig. 9
The In A Diecasting Equipment moving platen self adaptation clamping of degree adjustment.Described In A Diecasting Equipment moving platen self adaptation clamping include machine hinge 1,
Compound hinged structure 2 and moving platen 3, described machine hinge 1 are hinged with described moving platen 3 by described compound hinged structure 2,
Described moving platen 3 in the presence of external motivating force by the compound hinged structure 2 and the machine hinge 1 cooperation along matched moulds
Direction is reciprocally moveable, and is provided with the moving platen depth of parallelism certainly on one end that the compound hinged structure 2 is connected with machine hinge 1
Dynamic adjusting means 4, one end that the compound hinged structure 2 is connected with machine hinge 1 are automatic by the described moving platen depth of parallelism
Adjusting means 4 is flexibly connected with described machine hinge 1；In running, moving platen 3 is relative to the quiet template of equipment in two pin joints
The depth of parallelism on direction, is voluntarily adjusted in the course of the work by described moving platen depth of parallelism self-checking device 4, described
In A Diecasting Equipment moving platen self adaptation clamping also includes self-balancing stabilising arrangement 5, and the moving platen 3 exists relative to the quiet template of equipment
The depth of parallelism on two other direction is voluntarily adjusted by described self-balancing stabilising arrangement 5 in the course of the work and keeps steady
It is fixed.The application is by setting a set of self-balancing stabilising arrangement 5 again in described In A Diecasting Equipment moving platen self adaptation clamping, and makes
The depth of parallelism of the moving platen 3 relative to the quiet template of equipment on two other direction is by described self-balancing stabilising arrangement 5
Voluntarily adjust and keep stable in the course of the work.Along with moving platen 3 relative to the quiet template of equipment in two pin joint directions
On the depth of parallelism, voluntarily adjusted by described moving platen depth of parallelism self-checking device 4 in the course of the work, so, just may be used
So that In A Diecasting Equipment moving platen self adaptation clamping described herein can realize the depth of parallelism of four direction in running
Adjust automatically.
In above-mentioned embodiment, in order to simplify the structure of the self-balancing stabilising arrangement 5, facilitate the self-balancing stabilising arrangement
5 manufacture, while and conveniently installed between described compound hinged structure 2 and described moving platen 3, described is certainly flat
Weighing apparatus stabilising arrangement 5 includes elastic component 6, equilibrant adjusting part 7 and installation cavity 8, and described installation cavity 8 is arranged on described moving
In template 3, described elastic component 6 is arranged in described installation cavity 8, and one end apical grafting of the equilibrant adjusting part 7 exists
On described elastic component 6, the other end of the equilibrant adjusting part 7 is screwed in the both sides of the compound hinged structure 2；This
When, described elastic component 6 is preferably gum elastic, and the preferred structure of described equilibrant adjusting part 7 is to include mutually top
The regulation stud 9 for connecing and pressing plate 10, one end of the equilibrant adjusting part 7 pass through described 10 apical grafting of pressing plate in described bullet
On property rubber, the other end of the equilibrant adjusting part 7 is screwed in the compound hinged structure by described regulation stud 9
2 both sides.Also include being arranged on the inside of the floating pendulum gear 14 further according to described moving platen depth of parallelism self-checking device 4
The construction featuress of support mounting plate 15, the application are directly screwed in described regulation stud 9 in described support mounting plate 15,
And certain precompression is imposed by the gum elastic described in described regulation stud 9 and described pressing plate 10 pairs, so as to reach
Both facilitate and install, be advantageously used for automatically adjusting the moving platen 3 again flat on two other direction relative to the quiet template of equipment
The purpose of row degree.Now, in order to reduce the precompression that described regulation stud 9 applies, can increase on described gum elastic
If preload screws, described gum elastic is first pre-stressed in described installation, as being arranged on the gum elastic in accompanying drawing 4
Dotted line.Certainly, the self-balancing stabilising arrangement 5 of the application can also have replacing structure, will regulation stud therein 9 more
Change wedge into, realize the automatic regulation function of the depth of parallelism of the moving platen 3 on two other direction.
In prior art, include composite hinge toggle 11 and eccentric shaft 12 with reference to described compound hinged structure 2, described answers
Close articulated structure 2 to be flexibly connected with described machine hinge 1 by described composite hinge toggle 11 and described eccentric shaft 12；Described
Moving platen depth of parallelism self-checking device 4 includes automatic swing arm 13 and floating pendulum gear 14, sets in one end of the automatic swing arm 13
Floating pendulum tooth is equipped with, the other end of the automatic swing arm 13 is provided with installing hole；Described automatic swing arm 13 is by described peace
Dress hole is symmetrically installed on construction featuress of the machine hinge 1 not on the eccentric shaft 12 of homonymy, especially described floating pendulum tooth and institute
The mounting structure for stating floating pendulum gear 14 is complex, so that very inconvenient carried out between composite hinge toggle 11 and eccentric shaft 12
The characteristics of installation, for this purpose, the application also sets up most one on described moving platen depth of parallelism self-checking device 4 is arranged in institute
The support mounting plate 15 on the inside of floating pendulum gear 14 is stated, described floating pendulum gear 14 is arranged on right by described support mounting plate 15
Between the automatic swing arm 13 described in a group answered.So, the moving platen depth of parallelism self-checking device 4 just can both be simplified
Structure, the convenient automatic swing arm 13 for constituting described moving platen depth of parallelism self-checking device 4 and the installation of floating pendulum gear 14 again,
Meanwhile, can also make the overall structure of described moving platen depth of parallelism self-checking device 4 become compacter.
In for prior art, the installation between described composite hinge toggle 11 and moving platen 3 is complex, it has not been convenient to plus
The shortcoming of work, the application are changed to which, are provided with convex arc connecting hinge ear 16 on described moving platen 3, are combined in described
The concave arc connecting hinge ear 17 being adapted with the convex arc connecting hinge ear 16, described moving platen 3 and institute are provided with hinge toggle 11
The composite hinge toggle 11 stated passes through described convex arc connecting hinge ear 16 and described concave arc connecting hinge ear 17 is hinged；And will be described
Convex arc connecting hinge ear 16 be set to integrated formed structure with described moving platen 3, by described concave arc connecting hinge ear 17 and institute
The composite hinge toggle 11 stated is also configured as integrated formed structure.Further, include with reference to a set of described compound hinged structure 2
Composite hinge toggle 11 described in two groups, the composite hinge toggle 11 described in each group include a base shaft 18, and described concave arc connects
Connect hinge ear 17 and be arranged in the construction featuress in described base shaft 18, the application is by two groups of the same set of compound hinged structure 2
Described composite hinge toggle 11 is that being integrally machined based on described base shaft 18 cuts structure, as shown in Figure 9.Will two
With the described basic moulded, processing of base shaft 18, it is two pieces then to cut at dotted line again to composite hinge toggle 11 described in part,
The last processing for carrying out hinge axis hole again.
In in conjunction with prior art, described automatic swing arm 13 and floating pendulum gear 14 are inconvenient to the characteristics of fixing, Yi Jigu
Often occur loosening and affecting the situation for automatically adjusting after fixed during use, described automatic swing arm 13 and described eccentric shaft 12
Between pass through locking nut 19 and the dismountable connection of keeper 20 or connected by the non-removable welding in strong 21 and spacer shell 22
Connect.Pass through 24 frictional connection of gland 23 and adjusting screw between the floating pendulum gear 14 and described support mounting plate 15.Now,
According to the present situation that moving platen 3 is installed by big bar, compound hinged structure 2 and moving platen depth of parallelism self-checking device for convenience
Installation between 4, and both can quickly from being dismantled between four big bars as an entirety, the application is described
Gripper shoe side FE Tiler is additionally provided with composite hinge toggle 11, when needs are automatically adjusted articulated structure 2 is closed with the moving platen depth of parallelism
During fast as entirety quick-detach of device 4, it is only necessary to remove described gripper shoe side FE Tiler and be capable of achieving.
Claims (10)
1. a kind of In A Diecasting Equipment moving platen self adaptation clamping, cuts with scissors (1), compound hinged structure (2) and moving platen (3) including machine,
Described machine hinge (1) is hinged with described moving platen (3) by described compound hinged structure (2), and described moving platen (3) exists
In the presence of external motivating force by compound hinged structure (2) and the machine hinge (1) cooperation along matched moulds direction reciprocally
It is mobile, the moving platen depth of parallelism is provided with one end that compound hinged structure (2) are connected with machine hinge (1) automatically adjust
Device (4), one end that compound hinged structure (2) are connected with machine hinge (1) are automatic by the described moving platen depth of parallelism
Adjusting means (4) is flexibly connected with described machine hinge (1)；In running, moving platen (3) is relative to the quiet template of equipment at two
The depth of parallelism on pin joint direction, is voluntarily adjusted in the course of the work by described moving platen depth of parallelism self-checking device (4)
It is whole, it is characterised in that：Described In A Diecasting Equipment moving platen self adaptation clamping also includes self-balancing stabilising arrangement (5), described dynamic
The depth of parallelism of the template (3) relative to the quiet template of equipment on two other direction is existed by described self-balancing stabilising arrangement (5)
Voluntarily adjust and keep stable in the course of work.
2. In A Diecasting Equipment moving platen self adaptation clamping according to claim 1, it is characterised in that：Described self-balancing is steady
Device (5) is determined including elastic component (6), equilibrant adjusting part (7) and installation cavity (8), described installation cavity (8) is arranged on institute
On the moving platen (3) stated, described elastic component (6) is arranged in described installation cavity (8), the equilibrant adjusting part
(7) on described elastic component (6), the other end of equilibrant adjusting part (7) is screwed in described multiple one end apical grafting
Close the both sides of articulated structure (2).
3. In A Diecasting Equipment moving platen self adaptation clamping according to claim 2, it is characterised in that：Described elastic component
(6) it is gum elastic, described equilibrant adjusting part (7) includes regulation stud (9) and the pressing plate (10) of mutual apical grafting, described
By described pressing plate (10) apical grafting on described gum elastic, the equilibrant is adjusted for one end of equilibrant adjusting part (7)
The other end of section component (7) is screwed in the both sides of compound hinged structure (2) by described regulation stud (9).
4. the In A Diecasting Equipment moving platen self adaptation clamping according to claim 1,2 or 3, it is characterised in that：Described answers
Closing articulated structure (2) includes composite hinge toggle (11) and eccentric shaft (12), and described compound hinged structure (2) is answered by described
Close hinge toggle (11) and described eccentric shaft (12) to be flexibly connected with described machine hinge (1)；The described moving platen depth of parallelism is automatic
Adjusting means (4) includes automatic swing arm (13) and floating pendulum gear (14), and the one end of automatic swing arm (13) is provided with floating pendulum
Tooth, the other end in automatic swing arm (13) are provided with installing hole；Described automatic swing arm (13) passes through described installing hole
Machine hinge (1) is symmetrically installed on not on the eccentric shaft (12) of homonymy；Automatic swing arm on different side eccentric shaft (12)
(13) by the floating pendulum tooth and the floating cooperation for putting gear (14), reversing for linking in opposite direction is inclined on correspondence position
Heart axle (12) is adjusting the depth of parallelism of the moving platen (3) relative to the quiet template of equipment on two pin joint directions.
5. In A Diecasting Equipment moving platen self adaptation clamping according to claim 4, it is characterised in that：Described moving platen is put down
Row degree self-checking device (4) also includes being arranged in the support mounting plate (15) on the inside of floating pendulum gear (14), and described is floating
Pendulum gear (14) is by described support mounting plate (15) between the automatic swing arm (13) described in corresponding a group.
6. In A Diecasting Equipment moving platen self adaptation clamping according to claim 4, it is characterised in that：In described moving platen
(3) convex arc connecting hinge ear (16) is provided with, is provided with and the convex arc connecting hinge ear on described composite hinge toggle (11)
(16) concave arc connecting hinge ear (17) being adapted, described moving platen (3) pass through described with described composite hinge toggle (11)
Convex arc connecting hinge ear (16) and described concave arc connecting hinge ear (17) are hinged.
7. In A Diecasting Equipment moving platen self adaptation clamping according to claim 6, it is characterised in that：Described convex arc connection
Hinge ear (16) is integrally formed with described moving platen (3), described concave arc connecting hinge ear (17) and described composite hinge toggle
(11) it is integrally formed.
8. In A Diecasting Equipment moving platen self adaptation clamping according to claim 7, it is characterised in that：A set of described is combined
Articulated structure (2) includes the composite hinge toggle (11) described in two groups, and the composite hinge toggle (11) described in each group includes one
Base shaft (18), described concave arc connecting hinge ear (17) are arranged in described base shaft (18), the same set of compound hinged structure
(2) the composite hinge toggle (11) described in two groups is that being integrally machined based on described base shaft (18) cuts structure.
9. In A Diecasting Equipment moving platen self adaptation clamping according to claim 4, it is characterised in that：Described automatic swing arm
(13) removably it is connected or by strong by locking nut (19) and keeper (20) between described eccentric shaft (12)
And spacer shell (22) is non-removable is welded to connect (21).
10. In A Diecasting Equipment moving platen self adaptation clamping according to claim 5, it is characterised in that：The floating pendulum gear
(14) by gland (23) and adjusting screw (24) frictional connection between described support mounting plate (15).
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620887738.9U CN206030460U (en) | 2016-08-16 | 2016-08-16 | Toggle formula movable mould board self -adaptation locking mechanism |
| PCT/CN2017/074727 WO2017157153A1 (en) | 2016-03-16 | 2017-02-24 | Automatic universal mould closing mechanism for use in die casting machine or injection moulding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620887738.9U CN206030460U (en) | 2016-08-16 | 2016-08-16 | Toggle formula movable mould board self -adaptation locking mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206030460U true CN206030460U (en) | 2017-03-22 |
Family
ID=58306469
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620887738.9U Expired - Fee Related CN206030460U (en) | 2016-03-16 | 2016-08-16 | Toggle formula movable mould board self -adaptation locking mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206030460U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108705748A (en) * | 2017-07-25 | 2018-10-26 | 北京化工大学 | For injection molding machine or the adaptive clamping of die casting machine precision positioning |
-
2016
- 2016-08-16 CN CN201620887738.9U patent/CN206030460U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108705748A (en) * | 2017-07-25 | 2018-10-26 | 北京化工大学 | For injection molding machine or the adaptive clamping of die casting machine precision positioning |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170322 Termination date: 20200816 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |