CN205343691U - Automatic cutout side sprue's mold machine constructs in mould - Google Patents
Automatic cutout side sprue's mold machine constructs in mould Download PDFInfo
- Publication number
- CN205343691U CN205343691U CN201520975472.9U CN201520975472U CN205343691U CN 205343691 U CN205343691 U CN 205343691U CN 201520975472 U CN201520975472 U CN 201520975472U CN 205343691 U CN205343691 U CN 205343691U
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- plate
- screw
- mould
- thimble
- ejector retainner
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Abstract
Automatic cutout side sprue's mold machine constructs in mould, it be utilize install cutter (15) of movable mould party at injection machine during with the ejecting goods of die casting machine die sinking, cutter (15) cut off goods (4) and the gating system's the material that congeals separately, then outside expecting the release mould by the ejecting mechanism of mould with fixed attention with goods and the gating system. Install in the step hole of first thimble board (16) cutter (15), return pin (8), and the via hole established then cutter (15) were passed in cutter (15) and return pin (8) on movable mould board (6) front end congeals material (5) with the gating system to be hugged closely, and the terminal surface of return pin (8) is hugged closely with the lower plane of fixed die plate (2), the A of cutter (15) department sets 45 inclined planes to, and the B department of cutter (15) sets the arc surface to, and the last plane of first thimble board (16) has locating part (22) with the 6th screw (278) fastening connection, the up end of locating part (22) is hugged closely with the lower plane of movable mould board (6).
Description
Technical field
The present invention relates to plastic injection moulding mould and the gate cutting of die cast metal mould, it is the mold mechanism automatically cutting off side gate in mould.
Background technology
The demand that modern injection produces and Die Casting requires mould must to be fulfilled for automated production, it is desirable in injection or press casting procedure, runner waste material and goods separate automatically.In order to realize this purpose, a lot of goods use TOP-TIP to water goods are enterprising, spot pouring mouth or tunnel gate, but the raw-material function of different molding is different to the requirement of cast gate, the particularly plastics of some poor fluidities: as Merlon, PVC-U, polyphenylene oxide, poly-vitriol, fluoroplastics are not suitable for using above-mentioned cast gate molding, therefore adopt side gate to enter to water form.Side gate is a kind of conventional gate form, accounts for about the 2/3 of moulded products sum.Side-gate mold simple in construction, the manufacturing cycle is short, cost is low.But the solidifying material that existing side-gate mold is typically all goods and running gate system connects together outside launch mode, then manual or special tool is adopted to remove the solidifying material of running gate system, this process carrying out secondary operations outside mould very easily causes the cosmetic injury of goods, there will be that gate cutting face is irregular, cast gate is torn simultaneously, the problems the such as therefore scrappage of goods is high, and labor strength is big, production cost is high occur.In order to improve quality of item, reducing production cost, reduce labor strength, I combines and manufactures and designs experience for many years, and spy provides a kind of mold mechanism at mould inside automatic break gate as follows to solve the problems referred to above.
Summary of the invention
The present invention automatically cuts off the mold mechanism of side gate in mould, it is to utilize the cutting knife (15) being arranged on dynamic model one side when injector and die casting machine die sinking eject goods, cutting knife (15) cuts off solidifying to goods (4) and running gate system material (5) separately, then by the ejecting mechanism of mould by outside goods (4) and running gate system solidifying material (5) launch mode.The mold mechanism of side gate is automatically cut off in mould, it provides the benefit that: this cutter is suitable for metal die-casting mold and plastic injection mould automatically cuts off side gate in mould, its simple in construction, production stability are good, alleviate the labor intensity of workman, improve the presentation quality of goods, it is to avoid the problem of scrapping goods in mould external cutting off cast gate process.Automatically cut off the mold mechanism of side gate in mould, solve when existing side-gate mold excises cast gate outside mould that labor strength is big, products appearance is of poor quality and scraps the problem of goods.The mold mechanism of side gate is automatically cut off in mould, it is characterized in that: it is made up of fixed half and moving half two parts, its cover half part is by top clamping plate (1), solid plate (2), cover half mold insert (3), first spring (13), push rod (14), guide pin bushing (475), first screw (175), second screw (275), centring ring (675), sprue bush (575) is constituted, described top clamping plate (1) and solid plate (2) the first screw (175) are fastenedly connected, sprue bush (575) is arranged in the hole of top clamping plate (1), sprue bush (575) be arranged over centring ring (675), centring ring (675) and top clamping plate (1) are fastenedly connected, described solid plate offers spill frame in (2), the spill frame offered is fastenedly connected with cover half mold insert (3) with the second screw (275), cover half mold insert (3) offers step through-hole and the spill die cavity of moulded products (4), described push rod (14) is arranged in the hole of solid plate (2) and cover half mold insert (3), the big end of push rod (14) is close to the first spring (13), the lower plane of the other end of the first spring (13) and top clamping plate (1) is close to, the small end of described push rod (14) is close to the solidifying material (5) of running gate system, described guide pin bushing (475) is securedly mounted in the stepped hole of solid plate (2), glade plane space is become to coordinate when guide pin bushing (475) is with guide pillar (775) matched moulds being arranged on dynamic model one side, the dynamic model part of this mould is by moving platen (6), mould foot (7), push back pin (8), 3rd screw (9), 4th screw (11), Bottom clamp plate (10), insert (375), first thimble (12), cutting knife (15), first ejector retainner plate (16), first thimble backing plate (17), second ejector retainner plate (18), second thimble backing plate (19), locating part (22), second spring (23), 5th screw (178), 6th screw (278), 7th screw (176), 8th screw (276), rubbish part (376), guide pillar (775) is constituted, described moving platen (6) and insert (375) are fastenedly connected, guide pillar (775) is arranged in the stepped hole of moving platen (6), the hole of guide pin bushing (475) it is arranged in during the front end matched moulds of guide pillar (775), described moving platen (6) be connected with mould foot (7), mould foot (7) be connected with Bottom clamp plate (10), described moving platen (6), mould foot (7), Bottom clamp plate (10) connects with the 4th screw (11) fastening, mould foot (7) and Bottom clamp plate (10) are fastenedly connected with the 3rd screw (9), described first thimble (12) is arranged in the stepped hole of the second ejector retainner plate (18), first thimble (12) traverse the first thimble backing plate (17), first ejector retainner plate (16), moving platen (6), the end face of then the first thimble (12) of the via in insert (375) and the inner surface of goods (4) are close to, described second ejector retainner plate (18) be connected with the second thimble backing plate (19), second thimble backing plate (19) and the second ejector retainner plate (18) are fastenedly connected with the 8th screw (276), described second spring (23) is arranged in the first thimble backing plate (17) and the upper set hole of the second ejector retainner plate (18), described cutting knife (15), push back pin (8) is arranged in the stepped hole of the first ejector retainner plate (16), cutting knife (15) and push back pin (8) are close to through the upper set front end of via then cutting knife (15) of moving platen (6) with the solidifying material (5) of running gate system, the lower plane of the end face of push back pin (8) and solid plate (2) is close to, the A place of described cutting knife (15) arranges inclined-plane at 45 °, the B place of cutting knife (15) is arranged to arc surface, the upper plane of the first ejector retainner plate (16) is fastenedly connected finite place piece (22) with the 6th screw (278), the upper surface of described locating part (22) is close to the lower plane of moving platen (6) when pushing out product, described first ejector retainner plate (16) and the first thimble backing plate (17) are fastenedly connected with the 7th screw (176), described rubbish part (376) and Bottom clamp plate (10) are fastenedly connected with the 5th screw.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is further described
Shown in figure:
Fig. 1 is the sectional side elevation during cast of mould matched moulds
Fig. 2 is sectional side elevation during mould die sinking
When Fig. 3 is to eject mould dynamic model first time, cutting knife (15) cuts off sectional side elevation during cast gate
Fig. 4 is mould dynamic model second time sectional side elevation when ejecting the solidifying material (5) of running gate system
Fig. 5 is the enlarged drawing of cutting knife (15)
In figure, numeral numbering represents respectively:
1 top clamping plate 2 solid plate 3 cover half mold insert
4 goods 5 running gate systems solidifying material 6 moving platens
7 mould foot 8 push back pin 9 the 3rd screws
10 Bottom clamp plate 11 the 4th screw 12 first thimbles
375 insert 275 second screw 175 first screws
675 centring ring 575 sprue bush 13 first springs
475 guide pin bushing 14 push rod 15 cutting knifes
21 second thimble 22 locating part 23 second springs
178 the 5th screw 278 the 6th screw 775 guide pillars
16 first ejector retainner plate 17 first thimble backing plate 18 second ejector retainner plates
19 second thimble backing plate 376 rubbish part 276 the 8th screws
176 the 7th screw 98 injector or die casting machine push rods
A represents 45 ° of inclined-planes of cutting knife (15) front end
B represents the arc surface of cutting knife (15) front end
Detailed description of the invention:
As shown in the figure, it it is the mold mechanism automatically cutting off side gate in mould, it is to utilize the cutting knife (15) being arranged on dynamic model one side when injector and die casting machine die sinking eject goods, cutting knife (15) is doubted material (5) goods (4) and running gate system and is cut off separately, then by the ejecting mechanism of mould by outside goods (4) and running gate system solidifying material (5) launch mode.Below this mold mechanism is described further.
One, the structure of this mould and annexation: it is made up of fixed half and moving half two parts, its cover half part is by top clamping plate (1), solid plate (2), cover half mold insert (3), first spring (13), push rod (14), guide pin bushing (475), first screw (175), second screw (275), centring ring (675), sprue bush (575) is constituted, described top clamping plate (1) and solid plate (2) the first screw (175) are fastenedly connected, sprue bush (575) is arranged in the hole of top clamping plate (1), sprue bush (575) be arranged over centring ring (675), centring ring (675) and top clamping plate (1) are fastenedly connected, described solid plate offers spill frame in (2), the spill frame offered is fastenedly connected with cover half mold insert (3) with the second screw (275), cover half mold insert (3) offers step through-hole and the spill die cavity of moulded products (4), described push rod (14) is arranged in the hole of solid plate (2) and cover half mold insert (3), the big end of push rod (14) is close to the first spring (13), the lower plane of the other end of the first spring (13) and top clamping plate (1) is close to, the small end of described push rod (14) is close to the solidifying material (5) of running gate system, described guide pin bushing (475) is securedly mounted in the stepped hole of solid plate (2), glade plane space is become to coordinate when guide pin bushing (475) is with guide pillar (775) matched moulds being arranged on dynamic model one side, the dynamic model part of this mould is by moving platen (6), mould foot (7), push back pin (8), 3rd screw (9), 4th screw (11), Bottom clamp plate (10), insert (375), first thimble (12), cutting knife (15), first ejector retainner plate (16), first thimble backing plate (17), second ejector retainner plate (18), second thimble backing plate (19), locating part (22), second spring (23), 5th screw (178), 6th screw (278), 7th screw (176), 8th screw (276), rubbish part (376), guide pillar (775) is constituted, described moving platen (6) and insert (375) are fastenedly connected, guide pillar (775) is arranged in the stepped hole of moving platen (6), the hole of guide pin bushing (475) it is arranged in during the front end matched moulds of guide pillar (775), described moving platen (6) be connected with mould foot (7), mould foot (7) be connected with Bottom clamp plate (10), described moving platen (6), mould foot (7), Bottom clamp plate (10) connects with the 4th screw (11) fastening, mould foot (7) and Bottom clamp plate (10) are fastenedly connected with the 3rd screw (9), described first thimble (12) is arranged in the stepped hole of the second ejector retainner plate (18), first thimble (12) traverse the first thimble backing plate (17), first ejector retainner plate (16), moving platen (6), the end face of then the first thimble (12) of the via in insert (375) and the inner surface of goods (4) are close to, described second ejector retainner plate (18) be connected with the second thimble backing plate (19), second thimble backing plate (19) and the second ejector retainner plate (18) are fastenedly connected with the 8th screw (276), described second spring (23) is arranged in the first thimble backing plate (17) and the upper set hole of the second ejector retainner plate (18), described cutting knife (15), push back pin (8) is arranged in the stepped hole of the first ejector retainner plate (16), cutting knife (15) and push back pin (8) are close to through the upper set front end of via then cutting knife (15) of moving platen (6) with the solidifying material (5) of running gate system, the lower plane of the end face of push back pin (8) and solid plate (2) is close to, the A place of described cutting knife (15) arranges inclined-plane at 45 °, the B place of cutting knife (15) is arranged to arc surface, the upper plane of the first ejector retainner plate (16) is fastenedly connected finite place piece (22) with the 6th screw (278), the upper surface of described locating part (22) is close to the lower plane of moving platen (6) when pushing out product, described first ejector retainner plate (16) and the first thimble backing plate (17) are fastenedly connected with the 7th screw (176), described rubbish part (376) and Bottom clamp plate (10) are fastenedly connected with the 5th screw.
Two, the operating principle of this mould is: be arranged on injector or die casting machine when mould, after moulding by casting, pressurize feeding, cooling and shaping, move after injector or die casting machine driven mold dynamic model part, in this moving process, first spring (13) loses pressure, then push rod (14) is upspring under the effect of the first spring (13), and solidifying for running gate system material (5) is pushed to dynamic model one side.Goods (4) are buckled in insert (375) and are pulled to dynamic model one side simultaneously.When die sinking spacing more than do not affect the solidifying material (5) of goods (4) and running gate system drop out mould outer time, dynamic model part is mobile after stopping to be made.At this moment injector or die casting machine push rod (98) promote the second thimble backing plate (19) to drive the first thimble (12), the second thimble (21), the second spring (23) up；Now, first thimble (12) promotes goods (4) to take off insert (375), second spring (23) promotes the first thimble backing plate (17) to drive the cutting knife (15) being arranged on the first ejector retainner plate (16) up simultaneously, in This move process, cutting knife (15) cuts off solidifying to goods (4) and running gate system material (5) from the edge of goods (4).When continuing to release, goods (4) by the first thimble (12) launch mode outside, and at this moment the solidifying material (5) of running gate system is also attached on cutting knife (15), needs two-step ejecting.When second time is released, collide with the lower plane of moving platen (6) in the upper surface of locating part (22) owing to being arranged on the first ejector retainner plate (16), limit the first ejector retainner plate (16) and the first thimble backing plate (17) is up, also stop up action in the cutting knife (15) being mounted on the first ejector retainner plate (16).Injector or die casting machine push rod (98) continue to press on the second thimble backing plate (19) and drive the second thimble (21) of being arranged on the second ejector retainner plate (18) solidifying for running gate system material (5) from outside launch mode cutting knife (15).After completing one-time cast-forming, when mould resets, it is injector or die casting machine driven mold dynamic model part does action contrary during die sinking, first it is that the end face of push back pin (8) is collided with the lower plane of solid plate (2), then the propulsive thrust of solid plate (2) promotes push back pin (8) to drive the first thimble backing plate (17) to promote the second spring (23) to drive the second ejector retainner plate (18) to make homing action, in This move process, it is arranged on the cutting knife (15) on the first ejector retainner plate (16) and the first thimble (12) and the second thimble (21) being arranged on the second ejector retainner plate (18) returns to beginning initial conditions with the reset of the first ejector retainner plate (16) and the second ejector retainner plate (18).
Three, the structure of cutting knife (15) and the selection manufacturing steel
Due in actual production, the every die sinking of cutting knife once must cut off a cast gate, then the intensity of cutting knife and hardness are crucial, if cutting knife (15) is intensity or hardness not, when cutting side cast gate, soft flocks can be left, the surface albefaction of goods, the problem even occurring can't cut after excision after product sprue excision.For the problems referred to above, then the cutting knife of this mould is when steel are selected materials, first 8407A type, by being heat-treated to the hardness of 58 60HRC.The front end of cutting knife (15) arranges inclined-plane at 45 °, and the blade of cutting knife (15) is arranged to arc surface.By this mold mechanism of above-mentioned enforcement not only can in mould automatic break gate, and after excising cast gate, the excision trace not albefaction on goods and produce soft flocks.
Claims (1)
1. in mould, automatically cut off the mold mechanism of side gate, it is characterized in that: it is made up of fixed half and moving half two parts, its cover half part is by top clamping plate (1), solid plate (2), cover half mold insert (3), first spring (13), push rod (14), guide pin bushing (475), first screw (175), second screw (275), centring ring (675), sprue bush (575) is constituted, described top clamping plate (1) and solid plate (2) the first screw (175) are fastenedly connected, sprue bush (575) is arranged in the hole of top clamping plate (1), sprue bush (575) be arranged over centring ring (675), centring ring (675) and top clamping plate (1) are fastenedly connected, described solid plate offers spill frame in (2), the spill frame offered is fastenedly connected with cover half mold insert (3) with the second screw (275), cover half mold insert (3) offers step through-hole and the spill die cavity of moulded products (4), described push rod (14) is arranged in the hole of solid plate (2) and cover half mold insert (3), the big end of push rod (14) is close to the first spring (13), the lower plane of the other end of the first spring (13) and top clamping plate (1) is close to, the small end of described push rod (14) is close to the solidifying material (5) of running gate system, described guide pin bushing (475) is securedly mounted in the stepped hole of solid plate (2), glade plane space is become to coordinate when guide pin bushing (475) is with guide pillar (775) matched moulds being arranged on dynamic model one side, the dynamic model part of this mould is by moving platen (6), mould foot (7), push back pin (8), 3rd screw (9), 4th screw (11), Bottom clamp plate (10), insert (375), first thimble (12), cutting knife (15), first ejector retainner plate (16), first thimble backing plate (17), second ejector retainner plate (18), second thimble backing plate (19), locating part (22), second spring (23), 5th screw (178), 6th screw (278), 7th screw (176), 8th screw (276), rubbish part (376), guide pillar (775) is constituted, described moving platen (6) and insert (375) are fastenedly connected, guide pillar (775) is arranged in the stepped hole of moving platen (6), the hole of guide pin bushing (475) it is arranged in during the front end matched moulds of guide pillar (775), described moving platen (6) be connected with mould foot (7), mould foot (7) be connected with Bottom clamp plate (10), described moving platen (6), mould foot (7), Bottom clamp plate (10) connects with the 4th screw (11) fastening, mould foot (7) and Bottom clamp plate (10) are fastenedly connected with the 3rd screw (9), described first thimble (12) is arranged in the stepped hole of the second ejector retainner plate (18), first thimble (12) traverse the first thimble backing plate (17), first ejector retainner plate (16), moving platen (6), the end face of then the first thimble (12) of the via in insert (375) and the inner surface of goods (4) are close to, described second ejector retainner plate (18) be connected with the second thimble backing plate (19), second thimble backing plate (19) and the second ejector retainner plate (18) are fastenedly connected with the 8th screw (276), described second spring (23) is arranged in the first thimble backing plate (17) and the upper set hole of the second ejector retainner plate (18), described cutting knife (15), push back pin (8) is arranged in the stepped hole of the first ejector retainner plate (16), cutting knife (15) and push back pin (8) are close to through the upper set front end of via then cutting knife (15) of moving platen (6) with the solidifying material (5) of running gate system, the lower plane of the end face of push back pin (8) and solid plate (2) is close to, the A place of described cutting knife (15) arranges inclined-plane at 45 °, the B place of cutting knife (15) is arranged to arc surface, the upper plane of the first ejector retainner plate (16) is fastenedly connected finite place piece (22) with the 6th screw (278), the upper surface of described locating part (22) is close to the lower plane of moving platen (6) when pushing out product, described first ejector retainner plate (16) and the first thimble backing plate (17) are fastenedly connected with the 7th screw (176), described rubbish part (376) and Bottom clamp plate (10) are fastenedly connected with the 5th screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520975472.9U CN205343691U (en) | 2015-11-20 | 2015-11-20 | Automatic cutout side sprue's mold machine constructs in mould |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520975472.9U CN205343691U (en) | 2015-11-20 | 2015-11-20 | Automatic cutout side sprue's mold machine constructs in mould |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205343691U true CN205343691U (en) | 2016-06-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520975472.9U Expired - Fee Related CN205343691U (en) | 2015-11-20 | 2015-11-20 | Automatic cutout side sprue's mold machine constructs in mould |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205343691U (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568952A (en) * | 2017-06-29 | 2018-09-25 | 常州星宇车灯股份有限公司 | Annular is into the mold for automatically removing cast gate in rubber moulding at a kind of speculum bulb hole |
| CN108673850A (en) * | 2018-07-07 | 2018-10-19 | 苏州华吉威自动化设备有限公司 | A kind of injection moulding die casting mouth automatic shearing mechanism |
| CN108927963A (en) * | 2018-07-07 | 2018-12-04 | 苏州华吉威自动化设备有限公司 | A kind of mold with from cutting cast gate function |
| CN110181776A (en) * | 2019-07-05 | 2019-08-30 | 英力电子科技（重庆）有限公司 | The injection mold of automatic cutoff in a kind of mould |
| CN110216241A (en) * | 2019-06-04 | 2019-09-10 | 雒应学 | A kind of efficient metal type casting mould |
| CN110756772A (en) * | 2019-12-09 | 2020-02-07 | 安徽省含山县富坤铸造厂 | Mold ejection supporting mechanism for casting disc castings |
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2015
- 2015-11-20 CN CN201520975472.9U patent/CN205343691U/en not_active Expired - Fee Related
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108568952A (en) * | 2017-06-29 | 2018-09-25 | 常州星宇车灯股份有限公司 | Annular is into the mold for automatically removing cast gate in rubber moulding at a kind of speculum bulb hole |
| CN108568952B (en) * | 2017-06-29 | 2024-04-19 | 常州星宇车灯股份有限公司 | Mould for automatically removing pouring gate in annular glue feeding mould at reflector lamp hole |
| CN108673850A (en) * | 2018-07-07 | 2018-10-19 | 苏州华吉威自动化设备有限公司 | A kind of injection moulding die casting mouth automatic shearing mechanism |
| CN108927963A (en) * | 2018-07-07 | 2018-12-04 | 苏州华吉威自动化设备有限公司 | A kind of mold with from cutting cast gate function |
| CN110216241A (en) * | 2019-06-04 | 2019-09-10 | 雒应学 | A kind of efficient metal type casting mould |
| CN110216241B (en) * | 2019-06-04 | 2024-03-19 | 雒应学 | High-efficient golden die casting mould |
| CN110181776A (en) * | 2019-07-05 | 2019-08-30 | 英力电子科技（重庆）有限公司 | The injection mold of automatic cutoff in a kind of mould |
| CN110181776B (en) * | 2019-07-05 | 2024-04-19 | 英力电子科技（重庆）有限公司 | Injection mold capable of automatically cutting materials in mold |
| CN110756772A (en) * | 2019-12-09 | 2020-02-07 | 安徽省含山县富坤铸造厂 | Mold ejection supporting mechanism for casting disc castings |
| CN110756772B (en) * | 2019-12-09 | 2021-06-01 | 安徽省含山县富坤铸造厂 | Mold ejection supporting mechanism for casting disc castings |
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| C14 | Grant of patent or utility model | ||
| 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: 20160629 Termination date: 20161120 |