CN208991731U9 - Multi-slider zinc alloy die-casting die - Google Patents
Multi-slider zinc alloy die-casting die Download PDFInfo
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- CN208991731U9 CN208991731U9 CN201821805099.2U CN201821805099U CN208991731U9 CN 208991731 U9 CN208991731 U9 CN 208991731U9 CN 201821805099 U CN201821805099 U CN 201821805099U CN 208991731 U9 CN208991731 U9 CN 208991731U9
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Abstract
The utility model discloses a many sliders zinc alloy die casting die, it includes a die holder, a plurality of sliders, a plurality of mold inserts, a scraper blade and a powerful ejecting mechanism, through setting up powerful ejecting mechanism and scraper blade, when the mould compound die, can ejecting hold the too big product of power tightly, reduce follow-up machine-shaping, and can not hit the mould because of the spring inefficacy, the compound die order can be according to the structure arbitrary adjustment of product, this the utility model discloses can full-automatic production, production speed is fast, and the product can not use the thimble to go out the mould, consequently can not see the thimble seal, and the outward appearance is more pleasing to the eye, and the mould size is little, and long service life is taken, and product back way processing technology is few, and it is convenient to tear open and trade.
Description
Technical field
The utility model relates to a kind of molds, particularly relate to a kind of multi-slide kirsite pressure casing mould.
Background technique
Existing kirsite pressure casing mould is mostly traditional mold, and precision is not high, and error is larger, structure is complicated, and postchannel process processing is more, and the service life is short, and operate inconvenience, and with the development of science and technology, zinc alloy product precision prescribed is higher and higher, while cost of labor is also higher and higher, therefore need a kind of precision high, postchannel process is few, and the service life is long, and the mold of energy fully-automatic production is to adapt to scientific and technological development.
Utility model content
It is high that the purpose of this utility model is to provide a kind of precision, and postchannel process is few, and the service life is long, the multi-slide kirsite pressure casing mould of energy fully-automatic production.
In order to achieve the above objectives, the solution of the utility model is:
A kind of multi-slide kirsite pressure casing mould, it includes a die holder, multiple sliding blocks, multiple mold inserts, one scraper plate and a strength ejecting mechanism, the die holder is equipped with multiple sliding slots, each sliding block cooperation is in the sliding slot of die holder, a mold insert is fixed in center one end of each sliding block towards die holder respectively, wherein a sliding block is slidably disposed in a sliding slot of die holder, remaining sliding block is fixed in the sliding slot of die holder, it defines slidable sliding block and its corresponding sliding slot is the first sliding block and first sliding groove, the mold insert of the first sliding block is arranged in towards the one end at die holder center in the scraper plate, the strength ejecting mechanism is combined together with the first sliding block, the strength ejecting mechanism includes ejector pin component, drag hook, skewback and spring, the first sliding groove two sides of the die holder are equipped with symmetrical elongated slot, first sliding block is arranged in first sliding groove, the two sidewalls of first sliding groove On be respectively equipped with a T-slot vertical with elongated slot direction, one end of the adjacent T-slot of two elongated slots further respectively has a drag hook slot；The one end at the first sliding block towards die holder center is equipped with a tank, the ejector pin component cooperation is in the tank, the ejector pin component has more thimbles for stretching out sliding block tank, and the two sides that the mold insert corresponds to first sliding groove further respectively have a groove, which penetrates through one side of the mold insert towards die holder center；Two drag hook slots of die holder are arranged in two drag hooks, and each drag hook is equipped with a hook, and hook has an inclined-plane away from the one side of the first sliding block；Two skewbacks are equipped in two T-slots of die holder, each skewback is equipped with the T-shaped block cooperated with T-slot, one end of skewback, which forms one, has one to face directly and the triangle convex on an inclined-plane, the other end of skewback is held for one end top of the spring, the other end of spring is fixed on the die holder, and a card slot cooperated for the hook of drag hook is formed on the triangle convex of skewback.
Further, the die holder is respectively equipped with the side opening of connection first sliding groove in two outsides of first sliding groove, the two sides of first sliding block are respectively equipped with a limiting slot, after first sliding block is installed in first sliding groove, the side opening of insertion die holder and the limiting slot of the first sliding block are sold by side, are fixed on the first sliding block slidably in the first sliding groove of die holder.
Further, one end of the skewback and spring cooperation is equipped with a deep gouge, one end of the spring is arranged in the deep gouge of skewback, the other end is fixed on die holder by a spring anchor block, spring anchor block is equipped with the T-shaped block cooperated with the T-slot of die holder, spring anchor block is additionally provided with the slot held for spring top, and the T-shaped block cooperation of spring anchor block is fixed in the T-slot of die holder.
Further, two drag hooks are respectively equipped with the convex block and groove being mutually clamped towards one end of the first sliding block and the first sliding block, interlock drag hook and the first sliding block together.
Further, mold insert one end and the first sliding block that the first sliding block is arranged in cooperate, the other end is equipped with an edge seat, the top of edge seat is equipped with the type groove to pack tightly shaped article, the notch that shaped article cooperates in type groove, and protrudes at least provided with one for shaped article in the type groove, the scraper plate is equipped with the through-hole passed through for edge seat, the via height of scraper plate is less than the edge seat height degree of mold insert, and the type groove for inlaying seat protrudes the through-hole top surface of the scraper plate, and the top surface of the scraper plate is equipped with an at least rib for corresponding notch.
Mold insert one end on first sliding block is set and the first sliding block cooperates, the other end is equipped with an edge seat, the top of edge seat is equipped with the type groove to pack tightly shaped article, the scraper plate is equipped with the through-hole passed through for edge seat, the via height of scraper plate is less than the edge seat height degree of mold insert, and the type groove for inlaying seat protrudes the through-hole top surface of the scraper plate, and shaped article cooperation is in the type groove of edge seat, protrusion on shaped article at least with a protrusion type groove, the top surface of the scraper plate is equipped with an at least rib for corresponding protrusion.
The mold insert includes a bottom plate connecting with first sliding block one end and the edge seat being molded on bottom plate, and bottom plate and the joint face two sides for inlaying seat are respectively formed an edge, and the bottom surface of the scraper plate is on the bottom plate edge of mold insert.
Further, one end of each mold insert and the cooperation of each sliding block, which is equipped with, is equipped with the multiple caulking grooves cooperated with convex block with the mutually matched multiple convex blocks of sliding block, each sliding block, and the mold insert other end being arranged on the first sliding block is additionally provided with and the mutually matched multiple protrusions in scraper plate one end and groove.
Further, the ejector pin component includes the thimble, face needle plate and bottom needle plate, and face needle plate and bottom needle plate are installed in the tank of sliding block after being fixed together, and the thimble is arranged on ejector retainner plate.
Further, each sliding block passes through a limit backing plate respectively away from the one end at die holder center and postive stop baffle is fixed on die holder, limit backing plate is fixed on the lateral wall of die holder, postive stop baffle secure fit is on each sliding block, and one end of each postive stop baffle towards limit backing plate protrudes out outside sliding block, is that postive stop baffle and limit backing plate form stopper state.
After adopting the above structure, the utility model passes through setting strength ejecting mechanism and scraper plate, in mold clamping, drag hook and the first sliding block interlock, the T-shaped block of skewback cooperates in the T-slot of die holder, and the hook of drag hook is caught in the card slot of skewback, spring under the effect of elasticity will be in the groove of triangle convex one end push-in mold insert of skewback；The ejector pin component for being installed with thimble is fixed in the tank of the first sliding block, and one end of mold insert is fixed on the first sliding block, and the other end connects scraper plate, after formed product molding in each mold insert；When die sinking, the first sliding block is controlled to move backward, the triangle convex top of skewback can release mode at this time, when the first sliding block drives drag hook to fall back on certain position, the hook of drag hook can exit the card slot of skewback along inclined-plane, when the hook of drag hook exits card slot completely, thimble will release scraper plate, product is allowed to be detached from the mold insert of the first sliding block and be stuck on scraper plate, release agent is recycled to remove product from scraper plate, such shaped article will not touch shaped article departing from the first sliding block, thimble, therefore shaped article does not have thimble print, and appearance is more beautiful.When molding again, when the first sliding block, which blocks drag hook, shifts certain stroke onto forward, spring can push skewback in the groove of mold insert to, the movement that repetition is released by force.The utility model can eject the excessive product of enclasping force, reduce following process molding, and will not hit mould because of spring failure.
Compared with traditional moulds, the molding sequence of the utility model multi-slide kirsite pressure casing mould can be adjusted according to the structure of product, the utility model can fully-automatic production, speed of production is fast (can reach 15-40 mould per minute), and product can not have to thimble depanning, therefore it can't see thimble print, appearance is more beautiful, and die size is small, takes length using the longevity, road processing technology is few after product, and it is convenient to change mold.
Detailed description of the invention
Fig. 1 is the decomposing state figure of the utility model.
Fig. 2 is the assembled state figure of the utility model.
Fig. 3 is the structural schematic diagram of the utility model die holder.
Fig. 4 is the structural schematic diagram of the utility model sliding block.
Fig. 5 is the structural schematic diagram of the utility model skewback.
Fig. 6 is the structural schematic diagram of the utility model drag hook.
Fig. 7 is the structural schematic diagram of the utility model mold insert.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment, the utility model is elaborated.
As shown in Figures 1 to 7, the utility model discloses a kind of multi-slide kirsite pressure casing mould, it includes a die holder 1, multiple sliding blocks 2, multiple mold inserts 3, one scraper plate 4 and a strength ejecting mechanism 5, the die holder 1 is equipped with multiple sliding slots 11, each cooperation of sliding block 2 is in the sliding slot 11 of die holder 1, a mold insert 3 is fixed in center one end of each sliding block 2 towards die holder 1 respectively, wherein a sliding block 2 is slidably disposed in a sliding slot 11 of die holder 1, remaining sliding block 2 is fixed in the sliding slot 11 of die holder 1, it defines slidable sliding block 2 and its corresponding sliding slot 11 is the first sliding block 2A and first sliding groove 11A, the die holder 1 is respectively equipped with the side opening 15 of connection first sliding groove 11A in two outsides of first sliding groove 11A, the two sides of first sliding block 2A are respectively equipped with a limiting slot 22 , after the first sliding block 2A is installed in first sliding groove 11A, it is inserted into the side opening 15 of die holder 1 and the limiting slot 22 of the first sliding block 2A by side pin 6, is fixed on the first sliding block 2A slidably in the first sliding groove 11A of die holder 1.The two sides first sliding groove 11A of the die holder 1 are equipped with symmetrical elongated slot 12, the first sliding block 2A is arranged in first sliding groove 11A, a T-slot 13 vertical with 12 direction of elongated slot is respectively equipped on the two sidewalls of first sliding groove 11A, one end of the adjacent T-slot 13 of two elongated slot 12 further respectively has a drag hook slot 14；The one end at the first sliding block 2A towards 1 center of die holder is equipped with a tank 21.
The two sides of the corresponding first sliding groove 11A of the mold insert 3 further respectively have a groove 31, which penetrates through one side of the mold insert 3 towards 1 center of die holder.3 one end of mold insert and the first sliding block 2A that the first sliding block 2A is arranged in cooperate, the mold insert 3 includes one and the first sliding block 2A bottom plate 32 connecting and the edge seat 33 being molded on bottom plate 32, the joint face two sides of bottom plate 32 and edge seat 33 are respectively formed an edge 34, and the top of the edge seat 33 is equipped with the type groove 35 to pack tightly shaped article A.
The mold insert 3 of the first sliding block 2A is arranged in towards on the edge seat 33 of the one end at 1 center of die holder in the scraper plate 4, the bottom surface of the scraper plate 4 is on 32 edge 34 of bottom plate of mold insert 3, scraper plate 4 is equipped with the through-hole 41 passed through for edge seat 33, 41 height of through-hole of scraper plate 4 is less than the height of edge seat 33, the type groove 35 for inlaying seat 33 is set to protrude 41 top surface of through-hole of the scraper plate 4, in order to make shaped article A when the first sliding block 2A is moved backward, it may be stuck on scraper plate 4 without being interlocked with the first sliding block 2A, protrusion on shaped article A at least with a protrusion type groove 35, the top surface of the scraper plate 4 is equipped with an at least rib 42 for the corresponding protrusion shaped article A.The notch protruded for shaped article A can also be set in edge 33 type groove 35 of seat of mold insert 3, and rib 42 is set at the position of the corresponding notch of scraper plate 4, when sliding block 1 moves down, it will drive mold insert 3 and synchronize and move down, 3 synchronizing moving of mold insert can be followed by being molded over the shaped article A that mold insert 3 is inlayed in 33 type groove 35 of seat, when the first sliding block 1 is snapped down to the through-hole 41 of scraper plate 4, shaped article A can be blocked by the rib 42 of scraper plate 4 and can not be continued to move down with the first sliding block 2A, it is stuck in shaped article A on scraper plate 4, shaped article A in this way is just departing from the first sliding block 2A, thimble in first sliding block 2A will not touch shaped article A, therefore shaped article A does not have thimble print, appearance is more beautiful.The shaped article being stuck on scraper plate 3 can be removed from scraper plate 3 using release agent or other modes.
The strength ejecting mechanism 5 is combined together with the first sliding block 2A.The strength ejecting mechanism 5 includes ejector pin component 51, drag hook 52, skewback 53 and spring 54, the cooperation of ejector pin component 51 is in the tank 21, the ejector pin component 5 includes more thimbles 511, face needle plate 512 and the bottom needle plate 513 of the protrusion tank 21, face needle plate 511 and bottom needle plate 512 are installed in the tank 21 of the first sliding block 2A after being fixed together, and the thimble 511 is arranged on ejector retainner plate 512.Two drag hooks 52 are arranged in two drag hook slots 14 of die holder 1, and each drag hook 52 is respectively equipped with the convex block 521 and groove 23 being mutually clamped towards one end of the first sliding block 2A and the first sliding block 2A, interlock drag hook 52 and the first sliding block 2A together.Each drag hook 52 is equipped with a hook 522, and hook 522 has an inclined-plane 523 away from the one side of the first sliding block 2A；Two skewbacks 53 are equipped in two T-slots 13 of die holder 1, each skewback 53 is equipped with the T-shaped block 531 cooperated with T-slot 13, one end of skewback 53 formed one with one face directly 532 and one inclined-plane 533 triangle convex, the other end of skewback 53 is held for one end top of the spring 54, one end that the skewback 53 and spring 54 cooperate is equipped with a deep gouge 534, one end of the spring 54 is arranged in the deep gouge 534 of skewback 53, the other end is fixed on die holder 1 by a spring anchor block 55, spring anchor block 55 is equipped with the T-shaped block 551 cooperated with the T-slot 13 of die holder 1, spring anchor block 55, which is additionally provided with, pushes up the slot 552 held for spring 54, the cooperation of T shape block 551 of spring anchor block 55 is fixed in the T-slot 13 of die holder 1.A card slot 535 cooperated for the hook 522 of drag hook 52 is formed on the triangle convex of skewback 53.
In addition, pass through a limit backing plate 7 respectively away from the one end at 1 center of die holder in each sliding block 2 and postive stop baffle 8 is fixed on die holder 1, limit backing plate 7 is fixed on the lateral wall of die holder 1,8 secure fit of postive stop baffle is on each sliding block 2, and one end of each postive stop baffle 8 towards limit backing plate 7 protrudes out outside sliding block 2, is that postive stop baffle 8 and limit backing plate 7 form stopper state.
When the utility model mold clamping, each sliding block 2 is caught in sliding block 2 after the side opening 15 of die holder 1 by side pin 6, each sliding block 2 is fixed on die holder 1, since the first sliding block 2A is equipped in limiting slot 21, therefore, first sliding block 2A is slidably fixed in the first sliding groove 11A of die holder 1, the convex block 521 of the drag hook 52 is caught in the groove 23 of the first sliding block 2A, interlock drag hook 52 and the first sliding block 2A, the T-shaped block 531 of skewback 53 cooperates in the T-slot 13 of die holder 1, and the hook 522 of drag hook 52 is caught in the card slot 535 of skewback 53, spring 54 is arranged between the deep gouge 534 of skewback 53 and the slot 552 of spring anchor block 55, triangle convex one end of skewback 53 is pushed into mold insert 3 under the effect of elasticity by spring 54 Groove 31 in；The face needle plate 512 and bottom needle plate 513 for being installed with thimble 511 are fixed in the tank 21 of the first sliding block 2A, and mold insert 3 is fixed on the first sliding block 2A, and the other end of mold insert 3 is arranged in scraper plate, and product A cooperates in mold insert 3.
When die sinking, the first sliding block 2A is controlled to move backward, the triangle convex top of skewback 53 can release scraper plate 4 at this time, scraper plate 4 is set to progressively disengage the edge seat of mold insert 3, when the first sliding block 2A drives drag hook 52 to fall back on certain position, the hook 522 of drag hook 52 can exit the card slot 535 of skewback 53 along inclined-plane 523, when the hook 522 of drag hook 52 exits card slot 535 completely, thimble 511 will eject scraper plate 4, and product A is allowed to be detached from the type groove 35 of edge seat.
When molding again, when the first sliding block 2A, which blocks drag hook 52, shifts certain stroke onto forward, spring 54 can push skewback 53 in the groove 51 of mold insert 3 to, the movement that repetition is released by force.The utility model can eject the excessive product of enclasping force, reduce following process molding, and will not hit mould because of spring failure.It is to be stuck in product A on scraper plate 4 by being detached from mold insert 3 that the product A of the utility model, which is exited, release agent is recycled to remove product from scraper plate, shaped article is departing from the first sliding block 2A in this way, thimble 511 will not touch shaped article, therefore shaped article does not have thimble print, and appearance is more beautiful.
Compared with traditional moulds, the molding sequence of the utility model multi-slide kirsite pressure casing mould can arbitrarily be adjusted according to the structure of product, the utility model can fully-automatic production, speed of production is fast (can reach 15-40 mould per minute), and product can not have to thimble depanning, therefore it can't see thimble print, appearance is more beautiful, and die size is small, takes length using the longevity, road processing technology is few after product, and it is convenient to change mold.
The product form and style of above-described embodiment and schema and non-limiting the utility model, the appropriate changes or modifications that any person of an ordinary skill in the technical field does it all should be regarded as the patent category for not departing from the utility model.
Claims (10)
1. a kind of multi-slide kirsite pressure casing mould, it is characterised in that: including a die holder, more
A sliding block, multiple mold inserts, a scraper plate and a strength ejecting mechanism, the die holder are equipped with multiple
Sliding slot, in the sliding slot of die holder, each sliding block is distinguished towards center one end of die holder for each sliding block cooperation
A mold insert is fixed, wherein a sliding block is slidably disposed in a sliding slot of die holder, remaining
Sliding block is fixed in the sliding slot of die holder, defines slidable sliding block and its corresponding sliding slot is first
The mold insert of the first sliding block is arranged in towards the one of die holder center in sliding block and first sliding groove, the scraper plate
End, the strength ejecting mechanism are combined together with the first sliding block, which includes
Ejector pin component, drag hook, skewback and spring, the first sliding groove two sides of the die holder are equipped with symmetrical long
Slot, first sliding block are arranged in first sliding groove, are respectively equipped on the two sidewalls of first sliding groove
One end of one T-slot vertical with elongated slot direction, the adjacent T-slot of two elongated slots further respectively has one
Drag hook slot；The one end at the first sliding block towards die holder center is equipped with a tank, and the ejector pin component is matched
It closes in the tank, the ejector pin component has more thimbles for stretching out sliding block tank, the edge
The two sides that part corresponds to first sliding groove further respectively have a groove, which penetrates through mold insert towards die holder
The one side at center；Two drag hook slots of die holder are arranged in two drag hooks, and each drag hook is equipped with a hook, card
The one side hooked away from the first sliding block has an inclined-plane；Two skewbacks are equipped with the two T shapes in die holder
In slot, each skewback is equipped with the T-shaped block cooperated with T-slot, and one end of skewback, which forms one, has one
It faces directly and the triangle convex on an inclined-plane, the other end of skewback is held for one end top of the spring, bullet
The other end of spring is fixed on the die holder, card of the formation one for drag hook on the triangle convex of skewback
Hook the card slot of cooperation.
2. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In: the die holder is respectively equipped with the side opening of connection first sliding groove in two outsides of first sliding groove, the
The two sides of one sliding block are respectively equipped with a limiting slot and pass through after the first sliding block is installed in first sliding groove
The side opening of side pin insertion die holder and the limiting slot of the first sliding block, fix the first sliding block slidably
In the first sliding groove of die holder.
3. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In: one end of the skewback and spring cooperation is equipped with a deep gouge, and one end setting of the spring exists
In the deep gouge of skewback, the other end is fixed on die holder by a spring anchor block, spring anchor block
Equipped with the T-shaped block with the cooperation of the T-slot of die holder, spring anchor block is additionally provided with to be held for spring top
The T-shaped block cooperation of slot, spring anchor block is fixed in the T-slot of die holder.
4. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In: two drag hooks are respectively equipped with the convex block being mutually clamped towards one end of the first sliding block and the first sliding block
And groove, interlock drag hook and the first sliding block together.
5. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In: mold insert one end and the first sliding block that the first sliding block is arranged in cooperate, and the other end is equipped with an edge seat,
The top of edge seat is equipped with the type groove to pack tightly shaped article, and shaped article cooperates in type groove,
And the notch protruded at least provided with one for shaped article in the type groove, the scraper plate are equipped with for edge
The through-hole that seat passes through, the via height of scraper plate are less than the edge seat height degree of mold insert, and the type groove for inlaying seat is convex
The through-hole top surface of the scraper plate out, the top surface of the scraper plate are equipped with an at least rib for corresponding notch.
6. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In: mold insert one end on the first sliding block is set and the first sliding block cooperates, the other end is equipped with an edge
Seat inlays the top of seat equipped with the type groove to pack tightly shaped article, and the scraper plate is equipped with for edge
The through-hole that seat passes through, the via height of scraper plate are less than the edge seat height degree of mold insert, and the type groove for inlaying seat is convex
The through-hole top surface of the scraper plate out, shaped article cooperation edge seat type groove in, shaped article up to
Protrusion less with a protrusion type groove, the top surface of the scraper plate are equipped at least one gear of corresponding protrusion
Side.
7. special such as a kind of multi-slide kirsite pressure casing mould described in claim 5 or 6
Sign is: the mold insert includes a bottom plate connecting with first sliding block one end and is molded on bottom plate
Edge seat, bottom plate and edge seat joint face two sides be respectively formed an edge, the bottom surface of the scraper plate is matched
It closes on the bottom plate edge of mold insert.
8. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In one end of: each mold insert and the cooperation of each sliding block be equipped with the mutually matched multiple convex blocks of sliding block, respectively
Sliding block is equipped with multiple caulking grooves for cooperating with convex block, and the mold insert other end on the first sliding block is arranged in also
Equipped with scraper plate one end it is mutually matched it is multiple protrusion and grooves.
9. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In: the ejector pin component include the thimble, face needle plate and bottom needle plate, face needle plate and bottom needle plate
It is installed in after being fixed together in the tank of sliding block, the thimble is arranged on ejector retainner plate.
10. a kind of multi-slide kirsite pressure casing mould as described in claim 1, feature exist
In: each sliding block passes through a limit backing plate respectively away from the one end at die holder center and postive stop baffle is fixed
On die holder, limit backing plate is fixed on the lateral wall of die holder, and postive stop baffle secure fit is each
On sliding block, and one end of each postive stop baffle towards limit backing plate protrudes out outside sliding block, is limiting block
Plate and limit backing plate form stopper state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821805099.2U CN208991731U9 (en) | 2018-11-02 | 2018-11-02 | Multi-slider zinc alloy die-casting die |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821805099.2U CN208991731U9 (en) | 2018-11-02 | 2018-11-02 | Multi-slider zinc alloy die-casting die |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN208991731U CN208991731U (en) | 2019-06-18 |
| CN208991731U9 true CN208991731U9 (en) | 2019-07-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821805099.2U Active CN208991731U9 (en) | 2018-11-02 | 2018-11-02 | Multi-slider zinc alloy die-casting die |
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| CN (1) | CN208991731U9 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109093094B (en) * | 2018-11-02 | 2024-04-02 | 厦门美托精密模具有限公司 | Multi-slider zinc alloy die casting die |
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| CN208991731U (en) | 2019-06-18 |
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Legal Events
| Date | Code | Title | Description |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CU01 | Correction of utility model |
Correction item: Description Correct: Zheng Que False: Cuo Wu Number: 25-01 Page: Quan Wen Volume: 35 |
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| CU01 | Correction of utility model |