CN209095914U - A kind of elbow bend injection mold - Google Patents
A kind of elbow bend injection mold Download PDFInfo
- Publication number
- CN209095914U CN209095914U CN201821980112.8U CN201821980112U CN209095914U CN 209095914 U CN209095914 U CN 209095914U CN 201821980112 U CN201821980112 U CN 201821980112U CN 209095914 U CN209095914 U CN 209095914U
- Authority
- CN
- China
- Prior art keywords
- dynamic model
- block
- die holder
- stopper rod
- cover half
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
The utility model relates to a kind of elbow bend injection molds, belong to plastic elbow injection-moulding device technical field.The elbow bend injection mold is made of dynamic model and cover half；Be flexibly connected between dynamic model and cover half: the dynamic model is made of die holder, translator slider, dynamic model block, horizontal stopper rod and vertical stopper rod；It is fixed with dynamic model block in die holder, horizontal stopper rod is equipped with by translator slider respectively on the die holder of dynamic model block two sides；Vertical stopper rod is equipped with by vertical shift sliding block symmetry shape on die holder below dynamic model block；Die holder one end end face is equipped with discharging slide plate by guide rod and stop nut sliding；It is top to be fixed with discharging for symmetry shape on discharging slide plate；Buffer spring is set on discharging is top.The elbow bend injection mold, it is ingenious in design, it can not only be molded two components simultaneously and improve injection efficiency, and also solve existing injection mold and the problem of stopper rod acts asynchronous caused high rejection rate easily occur；Meet the needs of enterprise's production and application.
Description
Technical field
The utility model relates to a kind of elbow bend injection molds, belong to plastic elbow injection-moulding device technical field.
Background technique
Moulding is widely used because having the characteristics that anticorrosive, light-weight and long service life in each field.And
It is always the difficult point of production in injection molding art due to the particularity of plastic quarter elbow structure in pipe fitting field；Its main table
Now for existing injection mold stopper rod be by individually pushing component controls, and then often result in acted between each stopper rod it is different
The problem of blocking inside elbow bend caused by walking, high rejection rate；Furthermore existing injection mold can only once be molded single-piece
Product has the low problem of injection efficiency, is not able to satisfy the needs of enterprise's production and application.
Summary of the invention
The purpose of this utility model is that: it is simple, ingenious in design to provide a kind of structure, has to solve existing injection mold
High rejection rate and the low problem of injection efficiency elbow bend injection mold.
The technical solution of the utility model is:
A kind of elbow bend injection mold, it is made of dynamic model and cover half；It is flexibly connected between dynamic model and cover half；Its feature
Be: the dynamic model is made of die holder, translator slider, dynamic model block, horizontal stopper rod and vertical stopper rod；Dynamic model is fixed in die holder
Block is equipped with horizontal stopper rod by translator slider respectively on the die holder of dynamic model block two sides；Pass through vertical shift on die holder below dynamic model block
Sliding block symmetry shape is equipped with vertical stopper rod；Vertical stopper rod and horizontal stopper rod are slidably connected with dynamic model block respectively；Die holder one end end face
Discharging slide plate is housed by guide rod and stop nut sliding；It is top to be fixed with discharging for symmetry shape on discharging slide plate；Discharging is top
On be set with buffer spring, buffer spring and dynamic model block are contradicted and are connected；Discharging is top to be slidably connected with dynamic model block.
The dynamic model block is in T-shape structure；Symmetry shape is provided with injection molding deep gouge on dynamic model block；Injection molding deep gouge is at right angles tied
Structure；It is molded on the dynamic model block at deep gouge both ends and is provided with guide chute；Stock chest is provided between injection molding deep gouge；It is set in injection molding deep gouge
It is equipped with dumping pit；Dumping pit with discharging is top is slidably connected.
The die holder is made of upper die holder and multiple side form seats；The upper end of dynamic model block is welded with upper die holder；Under dynamic model block
End two sides are respectively welded side form seat；The thickness of upper die holder and side form seat is equal, and the surface of upper die holder and side form seat is in same
In plane；There is certain distance on the surface of dynamic model block and the surface of upper die holder and side form seat；The upper die holder of dynamic model block two sides and side
Translator slider is equipped with by sliding slot sliding between die holder；It is sliding equipped with vertical shift by sliding slot sliding between side form seat below dynamic model block
Block.
The upper die holder and side form seat is assembled under multiple template is with the bolt.
The vertical shift sliding block and translator slider structure in the shape of a " convex "；It is respectively set in vertical shift sliding block and translator slider
There is driving slide opening；The vertical stopper rod on horizontal stopper rod and vertical shift sliding block in translator slider respectively with the guiding on corresponding dynamic model block
Sliding slot is slidably connected；The end of horizontal stopper rod and the end of vertical stopper rod are respectively arranged with linking inclined-plane；Horizontal stopper rod with it is corresponding
When vertical stopper rod contact, connection is bonded to each other by being connected inclined-plane.
The cover half is by assembly template, cover half block and brace is pushed to constitute；One end end face of assembly template is fixed with fixed
Module；Cover half block is in be oppositely arranged with dynamic model block；Cover half block two sides and lower section are respectively welded promotion brace；The promotion of two sides is oblique
Bar and the driving slide opening of translator slider are slidably connected；The promotion brace and the driving slide opening of vertical shift sliding block of lower section are slidably connected.
The cover half block is in T-shape structure；Symmetry shape is provided with injection molding deep gouge on cover half block；It is molded the dynamic of deep gouge both ends
Guide chute is provided in module；Injection molding deep gouge on cover half block and the injection molding deep gouge on dynamic model block are in being oppositely arranged；Injection molding is heavy
Stock chest is provided on cover half block between slot；Stock chest is connected to by circulation groove with the injection molding deep gouge of two sides；It is set on stock chest
It is equipped with feed opening；Feed opening is connected to after passing through cover half block and assembly template with extraneous adapted to injection system.
Multiple limit slide bars are provided on the cover half block；It is arranged on the die holder of dynamic model corresponding with limit slide bar limited
Position slide opening；Limit slide bar is slidably connected with corresponding limit slide opening.
Utility model has the advantages that
The elbow bend injection mold, it is ingenious in design, it can be molded two components simultaneously and improve injection efficiency；And it should
When injection mold works, vertical shift sliding block 7 and translator slider 3 are able to drive horizontal stopper rod and vertical stopper rod synchronization action, and then solve
Easily there is the problem of stopper rod acts asynchronous caused high rejection rate in existing injection mold of having determined；Meet enterprise's production and application
It needs.
Detailed description of the invention
Fig. 1 is the schematic view of the front view of the utility model；
Fig. 2 be Fig. 1 in A-A to structural schematic diagram；
Fig. 3 be Fig. 2 in C-C to structural schematic diagram；
Fig. 4 is the dynamic model block of the utility model and the structural schematic diagram of die holder；
Fig. 5 is the structural schematic diagram of B-B direction in Fig. 1.
In figure: 1, dynamic model, 2, cover half, 3, sliding block, 4, dynamic model block, 5, horizontal stopper rod, 6, vertical stopper rod, 7, vertical shift sliding block,
8, guide rod, 9, discharging slide plate, 10, discharging it is top, 11, injection molding deep gouge, 12, stock chest, 13, dumping pit, 14, guide chute,
15, upper die holder, 16, side form seat, 17, driving slide opening, 18, assembly template, 19, cover half block, 20, promotion brace, 21, limit cunning
Bar, 22, limit slide opening, 23, buffer spring, 24, feed opening.
Specific embodiment
The elbow bend injection mold is made of dynamic model 1 and cover half 2；It is flexibly connected between dynamic model 1 and cover half 2.
Dynamic model 1 is made of die holder, translator slider 3, dynamic model block 4, horizontal stopper rod 5 and vertical stopper rod 6 (referring to Figure of description
2 and 3).
Dynamic model block 4 is fixed in die holder, dynamic model block 4 is in T-shape structure；Symmetry shape is provided with injection molding deep gouge on dynamic model block 4
11；It is molded the rectangular structure of deep gouge 11；It is molded on the dynamic model block 4 at 11 both ends of deep gouge and is provided with guide chute 14；Guide chute 14
Diameter be less than injection molding deep gouge 11 diameter.
Stock chest 12 is provided between injection molding deep gouge 11；It is attached referring to specification that dumping pit 13(is provided in injection molding deep gouge 11
Fig. 4).
Die holder is made of upper die holder 15 and multiple side form seats 16；The upper end of dynamic model block 4 is welded with upper die holder 15；Dynamic model block 4
Lower end two sides are respectively welded side form seat 16(referring to Figure of description 4).
Upper die holder 15 is equal with the thickness of side form seat 16, and the surface of upper die holder 15 and side form seat 16 is in same plane；
The surface of dynamic model block 4 and the surface of upper die holder 15 and side form seat 16 have certain distance (referring to Figure of description 3)；It is arranged such
The purpose of dynamic model block 4 is；So that dynamic model block 4 is in 1 motion process of dynamic model, cover half block 19 can be in upper die holder 15 and side form seat
It is inserted into inside it between 16, and is fitted and connected with dynamic model block 4.
Translator slider 3 is equipped with by sliding slot sliding between the upper die holder 15 and side form seat 16 of 4 two sides of dynamic model block；Dynamic model block 4
Vertical shift sliding block 7 is equipped with by sliding slot sliding between the side form seat 16 of lower section.It is respectively arranged in vertical shift sliding block 7 and translator slider 3
Drive slide opening 17(referring to Figure of description 2)；
Vertical shift sliding block 7 and the structure in the shape of a " convex " of translator slider 3 (referring to Figure of description 1)；Sliding slot can be to translation
Sliding block 3 and vertical shift sliding block 7 are defined, and move it can only in fixed track, so as to avoid deviation route problem
Occur.
Horizontal stopper rod 5 is housed in translator slider 3；7 symmetry shape of vertical shift sliding block is equipped with vertical stopper rod 6；Horizontal stopper rod 5 and perpendicular
Straight stopper rod 6 is slidably connected with the guide chute 14 on corresponding dynamic model block 4 respectively；When work under the guidance of guide chute 14, water
Flat stopper rod 5 and vertical stopper rod 6 are inserted into the inside of injection molding deep gouge 11, and finally on the corner contact.
The end of horizontal stopper rod 5 and the end of vertical stopper rod 6 are respectively arranged with linking inclined-plane；Horizontal stopper rod 5 is erected with corresponding
When straight stopper rod 6 contacts, connection is bonded to each other by being connected inclined-plane.The purpose of such setting is: so that level plug when work
After bar 5 and vertical stopper rod 6 contact, injection molding hot material can only form moulding in horizontal stopper rod 5 and the external of vertical stopper rod 6, thus
So that the inside of moulding is formed bending hole, and then achievees the purpose that be molded elbow bend.
The upper die holder 15 of die holder and 16 one end end face of side form seat are slided by guide rod 8 and stop nut is equipped with discharging slide plate
9(is referring to Figure of description 1 and 3)；Symmetry shape is fixed with discharging top 10 on discharging slide plate 9；It is set in discharging top 10 slow
Spring 23 is rushed, buffer spring 23 and dynamic model block 4, which contradict, to be connected；Discharging top 10 is slidably connected with dynamic model block 4.Discharging top 10 is prolonged
Inside the dumping pit 13 for extending to injection molding deep gouge 11, and it is slidably connected therewith；Under the action of 23 elastic force of buffer spring, discharging slide plate
9 contradict connection with stop nut (referring to Figure of description 1)；The top of discharging at this time top 10 and the inner end bead of dumping pit 13
Concordantly；The purpose of such setting is: so that dumping pit 13 can be fully sealed for discharging top 10 when the mold work, from
And it avoids injection molding hot material and enters in dumping pit 13 generation for forming useless part problem.
Upper die holder 15 and side form seat 16 are assembled under multiple template is with the bolt.Upper die holder 15 is arranged such
It is with the purpose of side form seat 16: first is that facilitating processing；Second is that processing cooling in upper die holder 15 and side form seat 16 to facilitate
Chamber carries out cooling solidification to moulding consequently facilitating cooling medium is passed into upper die holder 15 and side form seat 16 when work.
Cover half 2 in the utility model is made of (attached referring to specification assembly template 18, cover half block 19 and promotion brace 20
Fig. 5).
One end end face of assembly template 18 is fixed with cover half block 19；Cover half block 19 is in be oppositely arranged with dynamic model block 4；Cover half block
19 be in T-shape structure；Symmetry shape is provided with injection molding deep gouge 11 on cover half block 19；It is molded on the dynamic model block 4 at 11 both ends of deep gouge and is arranged
There is guide chute 14；Injection molding deep gouge 11 on cover half block 19, in being oppositely arranged, is molded deep gouge with the injection molding deep gouge 11 on dynamic model block 4
Stock chest 12 is provided on cover half block 19 between 11.When work when be bonded between cover half block 19 and dynamic model block 4 contact when, cover half
It mutually can fasten to form injection molding cavity between the injection molding deep gouge 11 of block 19 and the injection molding deep gouge 11 of dynamic model block 4；The storing of cover half block 19
It mutually can fasten to form storage cavity between slot 12 and the guide chute stock chest 12 of dynamic model block 4.
It mutually can fasten to form directed cavity between the guide chute 14 of cover half block 19 and the guide chute 14 of dynamic model block 4；Work
Horizontal stopper rod 5 and vertical stopper rod 6 can be inserted into injection molding cavity under the guidance for the directed cavity that corresponding guide chute 14 is formed when making
Inside.
The stock chest 12 of cover half block 19 is connected by the injection molding deep gouge 11 of circulation groove (not indicating in Figure of description) and two sides
It is logical；Feed opening 24 is provided on stock chest 12；Injection molding system of the feed opening 24 after cover half block 19 and assembly template 18 with the external world
System connection.When such setting, extraneous injection molding hot material will enter the inside of storage cavity by feed opening 24, enter storage cavity
The injection molding hot material of inside injection molding inside injection molding cavity will be entered by circulation groove.
19 two sides of cover half block and lower section, which are respectively welded, pushes brace 20；Two sides push brace 20 and translator slider 3
Driving slide opening 17 is slidably connected；The promotion brace 20 and the driving slide opening 17 of vertical shift sliding block 7 of lower section are slidably connected.Such setting pushes away
The purpose of dynamic brace 20 is: due to pushing brace 20 to be obliquely arranged on cover half block 19；When dynamic model 1 is relative to cover half block
19 it is mobile when, under the action of pushing brace 20, translator slider 3 and vertical shift sliding block 7 are by synchronization action, translator slider 3 and vertical shift
When 7 synchronization action of sliding block, 6 synchronization action of horizontal stopper rod 5 and vertical stopper rod will be driven, to make horizontal stopper rod 5 and vertical stopper rod 6
Contact and separated in synchronization can be synchronized, and then avoid horizontal stopper rod 5 and vertical stopper rod 6 not contacting caused high rejection rate
Problem.
Multiple limit slide bars 21 are provided on cover half block 19；It is provided on the die holder of dynamic model 1 corresponding with limit slide bar 21
Limit slide opening 22；Limit slide bar 21 is slidably connected with corresponding limit slide opening 22.Limit slide bar 21 is set and limits slide opening 22
Purpose is: to be defined by limiting slide bar 21 to the movement of dynamic model 1, backhaul it can only along limit slide bar 21
It is dynamic, the generation of running track problem is deviateed so as to avoid dynamic model 1.
When the elbow bend injection mold works, injection molding machine drives dynamic model 1 to draw close towards cover half 2 first；Dynamic model 1 is towards calmly
During mould 2 is drawn close, under the guidance for pushing brace 20；Translator slider 3 on dynamic model 1 drives horizontal stopper rod 5, vertical shift sliding block 7
It drives vertical stopper rod 6 to synchronize to move inward；When the dynamic model block 4 of dynamic model 1 is bonded with cover half block 19；Horizontal stopper rod 5 and vertical plug
Bar 6 is moved to designated position, and contacts with each other.
It mutually can fasten to form injection molding between the injection molding deep gouge 11 of cover half block 19 and the injection molding deep gouge 11 of dynamic model block 4 at this time
Chamber；It mutually can fasten to form storage cavity between the stock chest 12 of cover half block 19 and the guide chute stock chest 12 of dynamic model block 4.
Subsequent injection molding machine passes through the inside that feed opening 24 is injected into storage cavity for hot material is molded, and enters the inside of storage cavity
Injection molding hot material entered inside injection molding cavity by circulation groove；The injection molding hot material then entered inside injection molding cavity will be filled in level
Internal condensate between bar 5 and vertical stopper rod 6 and injection molding cavity forms, and elbow bend is thus made.
After injection molding hot material condenses into type, injection molding machine drives dynamic model 1 to reset；In 1 reseting procedure of dynamic model, brace 20 is being pushed
Under guidance, the translator slider 3 on dynamic model 1 drives horizontal stopper rod 5, and vertical shift sliding block 7 drives vertical stopper rod 6 to synchronize and is displaced outwardly；When
After horizontal stopper rod 5 and vertical stopper rod 6 and elbow bend disengage, injection molding machine push discharging slide plate 9 and discharging top 10 towards
It is resetted after the mobile a distance of dynamic model block 4；Expect that elbow bend is released dynamic model block 4 by top 10 in this course, dynamic model block 4 exists
Under the action of self gravity, drop into the receiving member of injection molding machine；Then the elbow bend injection mold can enter next
Working cycles.
Pay attention in elbow bend finished product injection moulding process, the injection molding hot material inside storage cavity is synchronous coagulation forming, therefore
Producing between two elbow bends completed is linked together by the injection molding material of storage cavity coagulation forming；Therefore by being somebody's turn to do
After the elbow bend of injection mold production need to carry out deburring processing, factory could be completed.
The elbow bend injection mold, it is ingenious in design, it can not only be molded two components simultaneously and improve injection efficiency, and
And it also solves existing injection mold and the problem of stopper rod acts asynchronous caused high rejection rate easily occurs；Meet enterprise's production
The needs used.
Claims (8)
1. a kind of elbow bend injection mold, it is made of dynamic model (1) and cover half (2)；It is movable between dynamic model (1) and cover half (2)
Connection；It is characterized by: the dynamic model (1) is by die holder, translator slider (3), dynamic model block (4), horizontal stopper rod (5) and vertical plug
Bar (6) is constituted；It is fixed in die holder dynamic model block (4), is equipped with respectively by translator slider (3) on the die holder of dynamic model block (4) two sides
Horizontal stopper rod (5)；Vertical stopper rod (6) are equipped with by vertical shift sliding block (7) symmetry shape on die holder below dynamic model block (4)；Vertically
Stopper rod (6) and horizontal stopper rod (5) are slidably connected with dynamic model block (4) respectively；Die holder one end end face passes through guide rod (8) and limit spiral shell
Mother's sliding is equipped with discharging slide plate (9)；It is top (10) to be fixed with discharging for symmetry shape on discharging slide plate (9)；Discharging covers on top (10)
Equipped with buffer spring (23), buffer spring (23) and dynamic model block (4) contradict and connect；Discharging top (10) and dynamic model block (4) are slided
Connection.
2. a kind of elbow bend injection mold according to claim 1, it is characterised in that: the dynamic model block (4) is in " T "
Type structure；Symmetry shape is provided with injection molding deep gouge (11) on dynamic model block (4)；It is molded deep gouge (11) rectangular structure；It is molded deep gouge
(11) guide chute (14) are provided on the dynamic model block (4) at both ends；Stock chest (12) are provided between injection molding deep gouge (11)；Injection molding
Dumping pit (13) are provided in deep gouge (11)；Dumping pit (13) is slidably connected with discharging top (10).
3. a kind of elbow bend injection mold according to claim 2, it is characterised in that: the die holder is by upper die holder
(15) it is constituted with multiple side form seats (16)；The upper end of dynamic model block (4) is welded with upper die holder (15)；Dynamic model block (4) lower end two sides point
It is not welded with side form seat (16)；The thickness of upper die holder (15) and side form seat (16) is equal, upper die holder (15) and side form seat (16)
Surface is in same plane；There is certain distance on the surface and upper die holder (15) of dynamic model block (4) and the surface of side form seat (16)；
Translator slider (3) are equipped with by sliding slot sliding between the upper die holder (15) and side form seat (16) of dynamic model block (4) two sides；Dynamic model block
(4) vertical shift sliding block (7) are equipped with by sliding slot sliding between the side form seat (16) below.
4. a kind of elbow bend injection mold according to claim 3, it is characterised in that: the upper die holder (15) and side
Die holder (16) is assembled under multiple template is with the bolt.
5. a kind of elbow bend injection mold according to claim 4, it is characterised in that: the vertical shift sliding block (7) and
Translator slider (3) structure in the shape of a " convex "；Driving slide opening (17) is respectively arranged on vertical shift sliding block (7) and translator slider (3)；
The vertical stopper rod (6) on horizontal stopper rod (5) and vertical shift sliding block (7) in translator slider (3) is respectively and on corresponding dynamic model block (4)
Guide chute (14) is slidably connected；The end of horizontal stopper rod (5) and the end of vertical stopper rod (6) are respectively arranged with linking inclined-plane；
When horizontal stopper rod (5) contacts with corresponding vertical stopper rod (6), connection is bonded to each other by being connected inclined-plane.
6. a kind of elbow bend injection mold according to claim 5, it is characterised in that: the cover half (2) is by assembling
Template (18), cover half block (19) and promotion brace (20) are constituted；One end end face of assembly template (18) is fixed with cover half block (19)；
Cover half block (19) is in be oppositely arranged with dynamic model block (4)；Cover half block (19) two sides and lower section, which are respectively welded, pushes brace (20)；Two
The promotion brace (20) of side is slidably connected with the driving slide opening (17) of translator slider (3)；The promotion brace (20) of lower section and vertical shift
The driving slide opening (17) of sliding block (7) is slidably connected.
7. a kind of elbow bend injection mold according to claim 6, it is characterised in that: the cover half block (19) is in
T-shape structure；Symmetry shape is provided with injection molding deep gouge (11) on cover half block (19)；Injection molding deep gouge (11) on cover half block (19) and dynamic
Injection molding deep gouge (11) in module (4) is in be oppositely arranged；Stock chest is provided on cover half block (19) between injection molding deep gouge (11)
(12)；Stock chest (12) is connected to by circulation groove with the injection molding deep gouge (11) of two sides；Stock chest is provided with feed opening on (12)
(24)；Feed opening (24) passes through cover half block (19) and assembly template (18) and is connected to afterwards with extraneous adapted to injection system.
8. a kind of elbow bend injection mold according to claim 7, it is characterised in that: set on the cover half block (19)
It is equipped with multiple limit slide bars (21)；Limit slide opening (22) is provided on the die holder of dynamic model (1) corresponding with limit slide bar (21)；Limit
Position slide bar (21) is slidably connected with corresponding limit slide opening (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821980112.8U CN209095914U (en) | 2018-11-29 | 2018-11-29 | A kind of elbow bend injection mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821980112.8U CN209095914U (en) | 2018-11-29 | 2018-11-29 | A kind of elbow bend injection mold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209095914U true CN209095914U (en) | 2019-07-12 |
Family
ID=67161825
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821980112.8U Expired - Fee Related CN209095914U (en) | 2018-11-29 | 2018-11-29 | A kind of elbow bend injection mold |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209095914U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115871175A (en) * | 2023-03-08 | 2023-03-31 | 太仓奥林吉汽车零部件有限公司 | Injection molding machine for producing oil pipe quick connector |
-
2018
- 2018-11-29 CN CN201821980112.8U patent/CN209095914U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115871175A (en) * | 2023-03-08 | 2023-03-31 | 太仓奥林吉汽车零部件有限公司 | Injection molding machine for producing oil pipe quick connector |
| CN115871175B (en) * | 2023-03-08 | 2023-05-12 | 太仓奥林吉汽车零部件有限公司 | Injection molding machine for quick-plugging connector of production oil pipe |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN208854934U (en) | A kind of injection mold ejecting mechanism | |
| CN103737856B (en) | Printer panel passive sequential matched moulds precision die | |
| CN209095914U (en) | A kind of elbow bend injection mold | |
| CN107914366A (en) | A kind of mechanical automation core-pulling mechanism design | |
| CN109016376A (en) | The early return mechanism of injection mold and its early back method | |
| CN210190397U (en) | Precise mold for automatic equipment | |
| CN203752450U (en) | Synchronous ejection mechanism for front mold inclined ejector | |
| CN207696962U (en) | A kind of inclined pin type slider die structure | |
| CN107336410B (en) | Injection mould | |
| CN210705825U (en) | Screw rod mould | |
| CN212147378U (en) | Straight-ejection inner core-pulling mechanism of injection mold | |
| CN209365279U (en) | One kind being used for plastic shell process equipment rapid shaping precision lower casing | |
| CN206605731U (en) | The male model core of bend pipe mould | |
| CN209240414U (en) | Mold equipped with more mold insert built-in sliding block devices | |
| CN206981691U (en) | A kind of mould for being used to forge bend pipe | |
| CN206154597U (en) | Automatic system of moulding plastics of thermosets and thermosets injection mold thereof | |
| CN220075389U (en) | Injection mold with annular structure demolding mechanism | |
| CN219006877U (en) | Mold opening and closing mechanism of injection mold | |
| CN218053787U (en) | One-way sliding block type angle pin core-pulling mechanism of injection mold | |
| CN214726298U (en) | Extrusion molding mould for pipe processing | |
| CN109177089A (en) | A kind of simple type secondary demolding mechanism injection mold | |
| CN110406053A (en) | Injection mold narrow space small angle oscillation formula pitched roof mechanism | |
| CN207359540U (en) | Heavy camber pipe fitting mold slides core pulling clamping mechanism | |
| CN221365658U (en) | Double-hole core-pulling die | |
| CN220497719U (en) | Precise injection mold for hardware |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190712 Termination date: 20201129 |