CN209240414U - Mold equipped with more mold insert built-in sliding block devices - Google Patents
Mold equipped with more mold insert built-in sliding block devices Download PDFInfo
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- CN209240414U CN209240414U CN201822219722.2U CN201822219722U CN209240414U CN 209240414 U CN209240414 U CN 209240414U CN 201822219722 U CN201822219722 U CN 201822219722U CN 209240414 U CN209240414 U CN 209240414U
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- cover half
- mold insert
- sliding block
- half mold
- face contact
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- 239000004033 plastic Substances 0.000 claims abstract description 30
- 229920003023 plastic Polymers 0.000 claims abstract description 30
- 238000000465 moulding Methods 0.000 claims abstract description 25
- 230000009471 action Effects 0.000 claims abstract description 8
- 239000007787 solid Substances 0.000 claims description 23
- 230000008878 coupling Effects 0.000 claims description 15
- 238000010168 coupling process Methods 0.000 claims description 15
- 238000005859 coupling reaction Methods 0.000 claims description 15
- 239000000463 material Substances 0.000 claims description 8
- 238000003825 pressing Methods 0.000 claims description 7
- 230000000694 effects Effects 0.000 abstract description 4
- 230000007246 mechanism Effects 0.000 abstract description 3
- 238000004519 manufacturing process Methods 0.000 abstract description 2
- 238000005086 pumping Methods 0.000 abstract description 2
- 238000007493 shaping process Methods 0.000 abstract description 2
- 229920001169 thermoplastic Polymers 0.000 abstract description 2
- 238000000034 method Methods 0.000 description 11
- 230000008569 process Effects 0.000 description 10
- 238000010586 diagram Methods 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 2
- 230000006872 improvement Effects 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000008676 import Effects 0.000 description 1
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000003754 machining Methods 0.000 description 1
- 238000000926 separation method Methods 0.000 description 1
- 239000000243 solution Substances 0.000 description 1
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- Moulds For Moulding Plastics Or The Like (AREA)
Abstract
Mold equipped with more mold insert built-in sliding block devices, belong to thermoplastic plastics shaping mould applications, the leading interior pumping of cover half mold insert C14 die sinking is moved, wedge action of the slope surface being arranged on guiding drive block 6 under molding state to built-in sliding block 8, the tension force effect of promotion and guiding role and spring A9 and spring B 19 of the dovetail angle guide groove being arranged on guiding drive block 6 under die opening state to built-in sliding block 8 is combined together, realize the molding of plastic product back-off shape, solve the molding die of the plastic product with back-off shape, the problem of being applied especially to the molding die for the plastic product that back-off is arranged in periphery seal or semi enclosed area；Mould opening force when using die sinking realizes the proper motion of mould inside mechanism, it is reliable to transmit the big stable working of power, additional force application apparatus is not needed to drive, it has saved cost-effective utilization die space and has simplified mould structure, it demoulds product smoothly and reaches technical requirements and requirement, improve production efficiency.
Description
Technical field
The utility model belongs to thermoplastic plastics shaping mould applications, is related to the mould equipped with more mold insert built-in sliding block devices
Tool is mainly used in the molding die of the plastic product with back-off shape, be applied especially to back-off setting in periphery seal or
The molding die of plastic product in semi enclosed area.
Background technique
Plastic product is closely bound up with our daily lifes and the structure of plastic product is ever-changing, wants to reach use
Ask and be provided with the back-off shape that comes in every shape on many plastic products, it is smaller for back-off position, shape and size precision require compared with
It is low, force ejection to be unlikely to destroy article shape, it can be using ejection device be forced, for forcing ejection device irrealizable
Plastic product back-off mold routinely uses the structures such as side slide and oblique top, is envelope around position for being buckled on plastic product
In the case where between closed interval or semi enclosed area, often ramp-roof structure when mould structure designs, the use of ramp-roof structure is for oblique top
Machining accuracy, selection and the fit clearance of sliding associated component have very high requirement, if the plastic product is buckled to out
Present cover half side, which will result in cover half, must be provided with the cover half drop front of fixed die lifter ejection mechanism fits, and mould structure is complicated
And increase die cost.
Summary of the invention
The purpose of the utility model is to provide the molds for being equipped with more mold insert built-in sliding block devices, do not have to installation external drive work
Tool, the movement of carriage is realized by mold mould opening force, to realize the automatic demoulding of plastic products back-off.
The technical problem to be solved by the present invention is to provide the molds for being equipped with more mold insert built-in sliding block devices, solve band
There is the molding die of the plastic product of back-off shape, is applied especially to the modeling that back-off is arranged in periphery seal or semi enclosed area
The problem of expecting the molding die of product, demoulds product smoothly and reaches technical requirements and requirement.
The technical solution of the utility model is: the mold equipped with more mold insert built-in sliding block devices, and structure includes: cover half bottom
Plate 1, runner plate 2, solid plate 3, moving template 4, fixed plate 5, guiding drive block 6, positioning sleeve 7, built-in sliding block 8, spring A9, bulb
Jackscrew 10, limited block 11, cover half mold insert A12, cover half mold insert B13, cover half mold insert C14, fixed die insert 15, inclined guide pillar combination 16,
Sliding block 17, spring B 19, moving die insert 20, pressing plate 21, insert 22, draws material spring 23 and shouldered tap bolt 24 at inclined wedge 18,
Connection relationship is that fixed clamping plate 1 is fixed with 2 face contact of runner plate by screw-threaded coupling, runner plate 2 and 3 face contact of solid plate；Cover half
Insert 15 is fixed with 3 face contact of solid plate by screw-threaded coupling, and moving die insert 20 is fixed with 4 face contact of moving template by screw-threaded coupling；
Fixed plate 5 is fitted close with 2 face contact of runner plate and is fixed by screw-threaded coupling, is oriented on drive block 6 and is provided with hanging platform, dovetail angle
Guide groove and slope surface, guiding drive block 6 connect face contact by hanging platform with fixed plate 5 and are fitted close, and are oriented to drive block 6 and runner plate
2 face contacts simultaneously limit, guiding drive block 6 and 3 clearance fit of solid plate, and guiding drive block 6 and cover half mold insert A12 face contact are slided
Cooperation；Cover half mold insert A12 and cover half mold insert B13 connect with 15 face contact hanging platform of fixed die insert fixed by screw-threaded coupling respectively, fixed
Mould mold insert A12 and cover half mold insert B13 face contact are fitted close, the setting of positioning sleeve 7 cover half mold insert A12 and cover half mold insert B13 it
Between, positioning sleeve 7 connect face contact by hanging platform with cover half mold insert A12 and cover half mold insert B13 and is fitted close；Cover half mold insert C14 and solid
The tight fit of 5 face contact of fixed board is connected by hanging platform, cover half mold insert C14 and 3 clearance fit of solid plate, cover half mold insert C14 and positioning
It covers 7 face contacts to be slidably matched, cover half mold insert C14 and cover half mold insert A12 and cover half mold insert B13 face contact are slidably matched；Cover half edge
It is provided with square through hole, limit inclined-plane and half spring blind hole on part A12, it is oblique that guiding surface, wedging are provided on built-in sliding block 8
The side being arranged on face, half spring blind hole, spherical pit and dovetail angle guide table, the built-in sliding block 8 and cover half mold insert A12
Shape through-hole face contact slide cooperates, the limit inclined-plane face being arranged on the guiding surface and cover half mold insert A12 being arranged on built-in sliding block 8
Contact is fitted close, and the half spring being arranged in the half spring blind hole and cover half mold insert A12 being arranged on the built-in sliding block 8 is blind
Hole constitutes a complete spring blind hole, and spring A9 is placed in the spring blind hole, bulb jackscrew 10 and cover half mold insert A12
Be threadedly engaged close connection, 10 head of bulb jackscrew and 8 face contact of built-in sliding block are fitted close under molding state, limited block 11 with
Cover half mold insert A12 face contact is fixed by screw-threaded coupling, the dovetail angle guide groove being arranged on the guiding drive block 6 and built-in cunning
The dovetail angle guide table contact slide cooperation being arranged on block 8, it is described to be oriented to the slope surface being arranged on drive block 6 and built-in sliding block
The wedging inclined-plane face contact wedging cooperation being arranged on 8；Inclined guide pillar combination 16 is fitted close with 15 face contact of fixed die insert by screw thread
It is locked, inclined guide pillar combination 16 and 17 clearance fit of sliding block, sliding block 17 and cover half mold insert B13 face contact, sliding block 17 and dynamic model
20 face contact of insert is slidably matched, spring B 19 and 17 clearance fit of sliding block, and inclined wedge 18 and 15 boss of fixed die insert position face contact
It is fixed by screw-threaded coupling, inclined wedge 18 and 17 face contact wedging of sliding block cooperate, pressing plate 21 and 17 hanging platform joint face contact slide of sliding block
Cooperation, pressing plate 21 are locked with 20 face contact of moving die insert by bolt, and insert 22 is connect with moving die insert 20 by hanging platform
Face contact precision-fit is provided with cone boss on cover half mold insert C14, and cone shaped countersink, cover half edge are provided in insert 20
The cone boss being arranged on part C14 and the cone shaped countersink face contact being arranged on movable model mold insert 20 are fitted close and limit, and draw material
Spring 23 and 3 clearance fit of solid plate draw material spring 23 to be locked with runner plate 2 by bolt, shouldered tap bolt 24 and runner plate 2
It is threadedly coupled and locks, shouldered tap bolt 24 and 3 clearance fit of solid plate；The slope surface being arranged on the guiding drive block 6 is molding
There is wedge action for built-in sliding block 8 under state, it is right under die opening state to be oriented to the dovetail angle guide groove being arranged on drive block 6
There are promotion and guiding in built-in sliding block 8；As for cover half mold insert A12 in the built-in sliding block 8, the limited block 11 is being opened
Built-in sliding block 8 is limited under mould state；The built-in sliding block 8 and the back-off part on 17 moulding plastic product of sliding block, institute
The through-hole of cover half mold insert C14 molding back-off portion centers is stated, the cover half mold insert C14 die sinking first pumps few built-in sliding block 8 and slides
Resistance in the back-off demoulding of block 17.
The working principle of mold equipped with more mold insert built-in sliding block devices are as follows: when mold is opened, expect 23 elastic force of spring drawing
Under the action of, runner plate 2 separates first with solid plate 3, cover half mold insert C14 and guiding 6 companion of drive block during separation
Runner plate 2 moves in a straight line together, and the through-hole that cover half mold insert C14 is detached from plastic product back-off center reduces cover half mold insert C14
To the package power of plastic product hole wall；The wedging inclined-plane point being arranged in the slope surface and built-in sliding block 8 being arranged on guiding drive block 6
From, it is oriented to drive block 6 at this time, the wedge action of built-in sliding block 8 is cancelled, the dovetail angle guiding being arranged on guiding drive block 6
Slot generates pulling force for the dovetail angle guide table being arranged on built-in sliding block 8, while built-in sliding block 8 is generated in spring A9 and is opened
The effect of power promotes built-in sliding block 8 to move towards the direction for being detached from back-off, sets when on the head of bulb jackscrew 10 and built-in sliding block 8
When the spherical pit face contact set, the movement of built-in sliding block 8 stops, while built-in sliding block 8 touches limited block 11 and is limited, and works as band
When the hanging platform of rotator bolt 24 and the hanging platform counterbore of solid plate 3 contact, runner plate 2 and the relative motion of solid plate 3 terminate, solid plate
3 are initially separated with moving template 4, and under the action of 19 tension of thrust and spring B of inclined guide pillar combination 16, sliding block 17 is moved in a straight line
It is detached from the back-off part on plastic product, completes the demoulding of multi-direction back-off on plastic product.
The beneficial effects of the utility model are: by the application for the mold for being equipped with more mold insert built-in sliding block devices, by cover half
The leading interior pumping of mold insert C14 die sinking is dynamic, is oriented to the slope surface being arranged on drive block 6 under molding state to the wedge of built-in sliding block 8
Promotion and guiding of the dovetail angle guide groove being arranged in tight effect, guiding drive block 6 under die opening state to built-in sliding block 8 are made
With with the tension force effect of spring A9 and spring B 19 are ingenious is combined together, realize the molding of plastic product back-off shape, solve
The molding die of plastic product with back-off shape is applied especially to back-off and is arranged in periphery seal or semi enclosed area
The problem of molding die of plastic product；Die sinking when mold equipped with more mold insert built-in sliding block devices is using die sinking
Power realizes the proper motion of mould inside mechanism, and the transmitting big stable working of power is reliable, does not need additional force application apparatus to drive,
To save cost, efficiently use die space, simplify mould structure, demould product smoothly and reach technical requirements and
Requirement improves production efficiency.
Detailed description of the invention
Below in conjunction with attached drawing, illustrated with embodiment.
Fig. 1 is provided with the assembling schematic diagram one of the mold of more mold insert built-in sliding block devices.
Fig. 2 is provided with the cut-away illustration two of the mold of more mold insert built-in sliding block devices.
Fig. 3 is provided with the partial schematic diagram three of the mold of more mold insert built-in sliding block devices.
Fig. 4 is provided with the partial schematic diagram four of the mold of more mold insert built-in sliding block devices.
Fig. 5 is provided with the partial schematic diagram five of the mold of more mold insert built-in sliding block devices.
In figure: 1 fixed clamping plate；2 runner plates；3 solid plates；4 moving templates；5 fixed plates；6 guiding drive blocks；7 positioning sleeves；8
Built-in sliding block；9 spring A；10 bulb jackscrews；11 limited blocks；12 cover half mold insert A；13 cover half mold insert B；14 cover half mold insert C；15 is fixed
Mould insert；The combination of 16 inclined guide pillars；17 sliding blocks；18 inclined wedges；19 spring Bs；20 moving die inserts；21 pressing plates；22 inserts；23 draw material
Spring；24 shouldered tap bolts.
Specific embodiment
Describe the specific embodiment of utility model in detail below with reference to technology text and attached drawing.
When assembling die, bolt passes through fixed clamping plate 1 and it is locked with runner plate 2, and guiding drive block 6 is fitted in solid
The type processed on fixed board 5 is intracavitary to be limited by hanging platform, and it is intracavitary by hanging that cover half mold insert C14 is fitted in the type processed in fixed plate 5
Platform limit, fixed plate 5, guiding drive block 6 and cover half mold insert C14 are fitted in the type that runner plate 2 processes as a whole intracavitary, spiral shell
Bolt passes through fixed plate 5 and it is locked with runner plate 2, and bolt passes through pull-rod spring and it is locked with runner plate 2, spring
A9 is fitted in the half spring blind hole processed on built-in sliding block 8, and built-in sliding block 8 and spring A9 are fitted in as a whole
The type that cover half mold insert A12 is processed is intracavitary, and it is intracavitary that limited block 11 is fitted in the type that cover half mold insert A12 is processed, and bolt passes through limit
It is locked by position block 11 with cover half mold insert A12, and bulb jackscrew 10 is fitted in the wire hole internal locking that cover half mold insert A12 is processed
Fixed, cover half mold insert A12 and cover half mold insert B13 is fitted in that the type that fixed die insert 15 processes is intracavitary, and positioning sleeve 7 is fitted in cover half
It is limited in the counterbore that mold insert A12 and cover half mold insert B13 are processed by hanging platform, inclined guide pillar combination 16, which is fitted on fixed die insert 15, to be added
The good type of work is intracavitary, and bolt passes through inclined guide pillar combination 16 and it is locked with fixed die insert 15, and inclined wedge 18 is fitted in cover half edge
The type that block 15 processes is intracavitary, and bolt passes through inclined wedge 18 and it is locked with fixed die insert 15, and fixed die insert 15 is fitted in fixed
It is intracavitary that mould pulls the type that 3 process, and bolt, which passes through fixed die insert 15, to be pulled 3 with cover half for it and be locked, solid plate 3 and runner plate 2
Equipped, cover half mold insert C14 is fitted in cover half mold insert A12 and cover half mold insert B13 across positioning sleeve 7, and guiding drive block 6 imports
It is intracavitary to be fitted in the type processed in fixed die insert 15, while being oriented to drive block 6 and being equipped with built-in sliding block 8, shouldered tap bolt 24 is worn
It crosses cover half and pulls the through-hole that 3 process and fixed with 2 screw-threaded coupling of runner plate, cover half is partially completed；Insert 22 is fitted in
The type that moving die insert 20 processes is intracavitary to be limited by hanging platform, and it is intracavitary that moving die insert 20 is fitted in the type that moving template 4 processes, bolt
It is locked with moving template 4 across moving die insert 20, spring B 19 is fitted in the spring counterbore that sliding block 17 processes, sliding
Block 17 is fitted in that the type processed on moving die insert 20 is intracavitary, and pressing plate 21 is equipped with respectively at two with spring B 19 as a whole
In the two sides of sliding block 17, bolt passes through pressing plate 21 and it is locked with moving die insert 20 (see Fig. 3,4), and dynamic model part group installs
At；Cover half part and dynamic model part mold, and inclined guide pillar combination 16 is fitted in the slanting guide pillar hole that sliding block 17 processes, inclined wedge 18 with
Simultaneously wedging limits the contact of sliding block 17, the cone shaped countersink being arranged on the cone boss and insert 22 being arranged on cover half mold insert C14
Equipped, fixed die insert 15 and 20 face contact of moving die insert, mold are completed (see Fig. 1,2).
Specific forming process is: after the completion of molding machine injection, drawing material spring 23 to act on the guidance tape 2 that flows down when mold is opened
It pulls 3 with cover half to separate first, cover half mold insert C14 does core pulling campaign, is detached from the hole inner cavity of plastic product, is oriented to drive block 6 to interior
The wedging power for setting sliding block 8, which is cancelled and passes through dovetail angle guide groove, pushes built-in sliding block 8 to move, the tension auxiliary pushing of spring A9
Built-in sliding block 8 does the movement far from plastic product back-off, the back-off part inside plastic product is detached, when shouldered tap bolt 24
When the hanging platform counterbore face contact of hanging platform face and solid plate 3, runner plate 2 and cover half are pulled the die sinking campaign between 3 and are terminated, in molding machine
Under the action of, cover half pulls 3 and does disengaging movement with moving template 4, and inclined wedge 18 cancels the wedging power of sliding block 17, inclined guide pillar combination 16
Apply thrust simultaneously for sliding block 17 with spring B 19, sliding block 17 is moved towards the direction far from plastic product back-off, detaches plastics
Back-off part on the outside of product, to realize the demoulding of plastic product many places difference likeness in form back-off, solid plate 3 divides with moving template 4
From rear, mandril ejects plastic product, and manipulator takes out plastic product, cover half part and dynamic model portion under the action of molding machine
Divide and reset molding, the one-pass molding period completes.
The above is the superior embodiment of the utility model, it is noted that technology neck affiliated for the utility model
For the technical staff in domain, without deviating from the technical principle of the utility model, several improvement and deformations can also be made,
These improvement and deformations also should be regarded as the protection scope of the utility model.
Claims (1)
1. being equipped with the mold of more mold insert built-in sliding block devices, it is characterised in that its structure includes: fixed clamping plate (1), runner plate
(2), solid plate (3), moving template (4), fixed plate (5), guiding drive block (6), positioning sleeve (7), built-in sliding block (8), spring A
(9), bulb jackscrew (10), limited block (11), cover half mold insert A(12), cover half mold insert B(13), cover half mold insert C(14), cover half edge
Block (15), inclined guide pillar combine (16), sliding block (17), inclined wedge (18), spring B (19), moving die insert (20), pressing plate (21), dynamic model
Mold insert (22), drawing material spring (23) and shouldered tap bolt (24), connection relationship are that fixed die insert (15) connects with solid plate (3) face
Touching is fixed by screw-threaded coupling, and moving die insert (20) is fixed with moving template (4) face contact by screw-threaded coupling；Fixed plate (5) and runner
Plate (2) face contact tight fit fixed by screw-threaded coupling, guiding drive block (6) on be provided with hanging platform, dovetail angle guide groove and
Slope surface, guiding drive block (6) connect face contact by hanging platform with fixed plate (5) and are fitted close, and are oriented to drive block (6) and runner plate
(2) it face contact and limits, guiding drive block (6) and solid plate (3) clearance fit, guiding drive block (6) and cover half mold insert A(12)
Face contact is slidably matched；Cover half mold insert A(12) and cover half mold insert B(13) connect respectively with fixed die insert (15) face contact hanging platform by
Screw-threaded coupling is fixed, cover half mold insert A(12) and cover half mold insert B(13) face contact tight fit, positioning sleeve (7) setting is in cover half edge
Part A(12) and cover half mold insert B(13) between, positioning sleeve (7) is connect with cover half mold insert A(12) and cover half mold insert B(13) by hanging platform
Face contact is fitted close；Cover half mold insert C(14) connect with the tight fit of fixed plate (5) face contact by hanging platform, cover half mold insert C(14)
It is slidably matched with solid plate (3) clearance fit, cover half mold insert C(14) with positioning sleeve (7) face contact, cover half mold insert C(14) and it is fixed
Mould mold insert A(12) and cover half mold insert B(13) face contact is slidably matched；Cover half mold insert A(12) on to be provided with square through hole, limit oblique
Face and half spring blind hole, be provided on built-in sliding block (8) guiding surface, wedging inclined-plane, half spring blind hole, spherical pit and
The square through hole face contact being arranged on dovetail angle guide table, the built-in sliding block (8) and cover half mold insert A(12) is slidably matched,
The guiding surface being arranged on built-in sliding block (8) and the limit inclined-plane face contact being arranged on cover half mold insert A(12) are fitted close, described
The half spring blind hole being arranged on built-in sliding block (8) and the half spring blind hole being arranged on cover half mold insert A(12) constitute one
Complete spring blind hole, spring A(9) it is placed in the spring blind hole, bulb jackscrew (10) is matched with cover half mold insert A(12) screw thread
Close close connection, bulb jackscrew (10) head and built-in sliding block (8) face contact are fitted close under molding state, limited block (11) with
Cover half mold insert A(12) face contact fixed by screw-threaded coupling, the dovetail angle guide groove being arranged on guiding drive block (6) with it is interior
Set the dovetail angle guide table contact slide cooperation being arranged on sliding block (8), on guiding drive block (6) slope surface that is arranged with
The wedging inclined-plane face contact wedging cooperation being arranged on built-in sliding block (8)；Inclined guide pillar combines (16) and fixed die insert (15) face contact
Tight fit is fixed by screw-threaded coupling, and inclined guide pillar combines (16) and sliding block (17) clearance fit, sliding block (17) and cover half mold insert B
(13) face contact, sliding block (17) are slidably matched with moving die insert (20) face contact, spring B (19) and sliding block (17) clearance fit,
Inclined wedge (18) is fixed with fixed die insert (15) boss positioning face contact by screw-threaded coupling, inclined wedge (18) and sliding block (17) face contact wedge
Tight fit, insert (22) connect face contact precision-fit, cover half mold insert C(14 by hanging platform with moving die insert (20)) on be arranged
Have cone boss, cone shaped countersink, cover half mold insert C(14 be provided in insert (22)) on the cone boss that is arranged and dynamic model inlay
The cone shaped countersink face contact being arranged on part (22) is fitted close and limits, and draws material spring (23) and solid plate (3) clearance fit, draws
Material spring (23) is locked with runner plate (2) by bolt, and shouldered tap bolt (24) is threadedly coupled and locks, band with runner plate (2)
Rotator bolt (24) and solid plate (3) clearance fit；The slope surface being arranged on guiding drive block (6) is under molding state for interior
Setting sliding block (8) has wedge action, and the dovetail angle guide groove being arranged in guiding drive block (6) is under die opening state for built-in cunning
Block (8) plays the role of promotion and guiding；As for cover half mold insert A(12 in the built-in sliding block (8)), the limited block (11) is being opened
Built-in sliding block (8) is limited under mould state；Back-off portion on the built-in sliding block (8) and sliding block (17) moulding plastic product
Point, the cover half mold insert C(14) molding back-off portion centers through-hole, the cover half mold insert C(14) die sinking first pump less it is built-in
Resistance in sliding block (8) and sliding block (17) back-off demoulding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822219722.2U CN209240414U (en) | 2018-12-27 | 2018-12-27 | Mold equipped with more mold insert built-in sliding block devices |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822219722.2U CN209240414U (en) | 2018-12-27 | 2018-12-27 | Mold equipped with more mold insert built-in sliding block devices |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209240414U true CN209240414U (en) | 2019-08-13 |
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ID=67535029
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822219722.2U Active CN209240414U (en) | 2018-12-27 | 2018-12-27 | Mold equipped with more mold insert built-in sliding block devices |
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| Country | Link |
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| CN (1) | CN209240414U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454833A (en) * | 2018-12-27 | 2019-03-12 | 大连銮艺精密模塑制造有限公司 | Mold equipped with more mold insert built-in sliding block devices |
-
2018
- 2018-12-27 CN CN201822219722.2U patent/CN209240414U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109454833A (en) * | 2018-12-27 | 2019-03-12 | 大连銮艺精密模塑制造有限公司 | Mold equipped with more mold insert built-in sliding block devices |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address |
Address after: 116600 No.3 Tianhua Road, Dalian Development Zone, Liaoning Province Patentee after: Dalian Luanyi Precision Technology Co.,Ltd. Country or region after: China Address before: 116600 No.3 Tianhua Road, Dalian Development Zone, Liaoning Province Patentee before: DALIAN LUANYI PRECISION ENGINEERING Co.,Ltd. Country or region before: China |
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| CP03 | Change of name, title or address |