CN207930991U - Part and pickup tooling are put in injection molding machine - Google Patents
Part and pickup tooling are put in injection molding machine Download PDFInfo
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- CN207930991U CN207930991U CN201820203721.6U CN201820203721U CN207930991U CN 207930991 U CN207930991 U CN 207930991U CN 201820203721 U CN201820203721 U CN 201820203721U CN 207930991 U CN207930991 U CN 207930991U
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- injection molding
- molding machine
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- cover half
- pickup
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Abstract
The utility model discloses put part and pickup tooling in injection molding machine, including fixed plate, it is equipped with towards the side of injection molding machine cover half in fixed plate and puts part template, part template is put to be connected to a fixed by several connecting rods with fixed plate, towards being provided with several hanging platforms on the outer wall of injection molding machine cover half on putting part template, several positioning pins and absorbent module are arranged on each hanging platform, the material jacking mechanism that corresponding hanging platform is outwardly away to the ironware to be molded that will be absorbed and fixed on hanging platform is additionally provided in putting part mould bases, it is equipped with by the pickup template of driving mechanism driving opposing fixed plate movement in the lower section of fixed plate, several electronic clamping jaws and suction nozzle are equipped in pickup template.The utility model has the advantages that：Can ironware to be molded be put into cover half automatically and automatically take out the ironware of injection molding in cover half from cover half, not only labor intensity is low, and work efficiency is high, and will not lead to injecting products deformation when pickup, ensure that product quality.
Description
Technical field
The utility model is related to injection molding machine technical fields, and in particular to put part and pickup tooling in injection molding machine.
Background technology
Injection molding machine is common injection-moulding device, is mainly molded package in the outer of ironware by the molding die in injection molding machine
One circle plastics, usually have several location holes on ironware.The structure of molding die includes in injection molding machine：It is oppositely arranged in left and right
Cover half and dynamic model, be provided with several die cavitys on the cover half inner wall opposite with dynamic model, be provided in the cavity wall of each die cavity
Several glue-feeders, be additionally provided on the cover half inner wall opposite with dynamic model be connected to simultaneously the first of each glue-feeder into glue runner, with
First is connected into glue runner and extends to the grate flow channel at cover half edge and several pilot holes, is moved in opposite with cover half
Be provided on mould inner wall with the first of cover half into glue runner corresponding second into glue runner, connection second into glue runner and perforation
The glue feeding opening of dynamic model, when cover half and dynamic model mold, on cover half first into second on glue runner and dynamic model into glue runner just
It is combined to form the glue feeding channel of connection glue feeding opening and each glue-feeder well, while the grate flow channel on cover half and dynamic model inner wall just shape
At the exhaust passage of connection glue feeding channel.
Injection molding machine is to the injection moulding process of ironware：So that cover half in injection molding machine is molded with dynamic model, then will manually wait being molded
Ironware is placed in the die cavity of cover half, then molds cover half and dynamic model in injection molding machine, and first on cover half is into glue runner at this time
The glue feeding channel for being connected to glue feeding opening and each glue-feeder is just combined to form into glue runner with second on dynamic model, while on cover half
Grate flow channel just forms the exhaust passage for being connected to glue feeding channel with dynamic model inner wall；Then by plastic cement melt from dynamic model into glue
Glue feeding channel is injected in hole, and the plastic cement melt in glue feeding channel enters through each glue-feeder in each die cavity again, to realize to injection membrane
The bound edge at thin-wall product edge in chamber, during plastic cement melt flows through glue feeding channel with die cavity, in glue feeding channel and die cavity
Air can be discharged through exhaust passage, wait after the completion of being molded, then cover half and dynamic model is made to mold, then again manually by cover half into glue
Waste material in runner takes out from cover half, while the ironware of injection molding in the membrane cavity of cover half being taken out from cover half.In injection molding machine pair
It is this artificial to put part and the mode of operation of pickup has the following disadvantages in the injection moulding process of ironware：One, since molding die molds
Temperature is still higher afterwards, manually puts part and pickup and may result in operation employee and is burned, and there are some potential safety problemss；Two,
When molding die molds, the temperature for being molded ironware is higher, has been molded ironware when temperature is higher, entirety can be softer, manually
The deformation for being molded ironware is easily caused when pickup, product size and shape is influenced, to influence product quality；Three, Gong Renlao
Fatigue resistance is big, and working efficiency is low.
Utility model content
The purpose of this utility model be to provide it is a kind of can improve working efficiency and in safe injection molding machine put part with
Pickup tooling.
To achieve the above object, the utility model uses following technical solution：Putting part and taking in the injection molding machine
Part tooling, including fixed plate, in the side of fixed plate towards injection molding machine cover half, spaced and parallel be provided with puts part template, puts part template
It is connected to a fixed by several connecting rods with fixed plate, it is several towards being provided on the outer wall of injection molding machine cover half on putting part template
Hanging platform corresponding with the die cavity on injection molding machine cover half is respectively arranged on each hanging platform and several determines on ironware to be molded
Position hole matches and the positioning pin that enables ironware to be molded accurately to be hung on corresponding hanging platform and will be hung on hanging platform
Ironware to be molded be absorbed and fixed at the absorbent module on corresponding hanging platform, be additionally provided in putting part mould bases fixation will be adsorbed
Ironware to be molded on hanging platform is outwardly away from the material jacking mechanism of corresponding hanging platform, and pickup template is provided with below fixed plate,
Energy opposing fixed plate is closer or far from injection molding machine cover half under the driving of driving mechanism for pickup template, towards note in pickup template
It is provided on the outer wall of molding machine cover half several clamping electronic clamping jaw, the Yi Jiruo into waste material in glue runner of injection molding machine cover half
It does corresponding with the die cavity on injection molding machine cover half and the suction nozzle for being molded ironware in corresponding die cavity can be drawn.
Further, part and pickup tooling are put in injection molding machine above-mentioned, wherein：The structure of absorbent module includes：It hangs
Magnetic patch placing groove is provided on platform, ironware the to be molded absorption being placed in magnetic patch placing groove will be hung on hanging platform is solid
The magnetic patch being scheduled on corresponding hanging platform.
Further, part and pickup tooling are put in injection molding machine above-mentioned, wherein：The structure of material jacking mechanism includes：Every
It is respectively arranged with several first pilot holes on a hanging platform, several second pilot holes are provided on putting part template, are put in part template
Each second pilot hole and each hanging platform on the first pilot hole correspond, be provided with liftout between part template and fixed plate putting
Plate, die pad in the case where being installed on the driving for putting the material ejection cylinder in part template closer or far from putting part template, the court on die pad
Several mandrils, every mandril and a pair of corresponding first pilot hole and the second pilot hole are provided on the outer wall of injection molding machine cover half
Corresponding, when material ejection cylinder driving die pad is close puts part template, the mandril on die pad can be led from corresponding a pair of first
The corresponding hanging platform in part template is put with stretching in the second pilot hole to hole, to which the ironware to be molded on corresponding hanging platform will be hung on
The corresponding hanging platform of ejection outward.
Further, part and pickup tooling are put in injection molding machine above-mentioned, wherein：The structure of driving mechanism includes：It is fixed
It is installed on the mounting plate of fixed plate bottom, horizontal sliding cylinder, piston rod and the pickup template of horizontal sliding cylinder are installed on a mounting board
It is mutually fixed, when the piston rod of horizontal sliding cylinder stretches out or retracts, pickup template opposing fixed plate can be driven closer or far from injection molding
Machine cover half.
Further, part and pickup tooling are put in injection molding machine above-mentioned, wherein：Being additionally provided in pickup template can be with
Pilot hole on injection molding machine cover half matches the guide rod being oriented to pickup template.
Through the implementation of the above technical solution, the utility model has the beneficial effects that：Automatically ironware to be molded can be put into
Cover half simultaneously automatically takes out the ironware of injection molding in cover half from cover half, and not only labor intensity is low, and work efficiency is high, and
And injecting products deformation will not be caused when pickup, it ensure that product quality.
Description of the drawings
Fig. 1 is the structural schematic diagram for putting part and pickup tooling in injection molding machine described in the utility model.
Fig. 2 is the enlarged diagram at the positions H shown in Fig. 1.
Fig. 3 is the dimensional structure diagram for putting part and a visual angle of pickup tooling in injection molding machine shown in Fig. 1.
Fig. 4 is the enlarged diagram at the positions F shown in Fig. 3.
Fig. 5 is the dimensional structure diagram for putting part and another visual angle of pickup tooling in injection molding machine shown in Fig. 1.
Specific implementation mode
The utility model is described in further detail in the following with reference to the drawings and specific embodiments.
As shown in figure 1, figure 2, figure 3, figure 4 and figure 5, part and pickup tooling, including fixed plate 1 are put in the injection molding machine,
In the side of fixed plate 1 towards injection molding machine cover half, spaced and parallel be provided with puts part template 2, if put part template 2 and fixed plate 1 by
Involvement extension bar 3 is connected to a fixed, several with injection molding machine cover half towards being provided on the outer wall of injection molding machine cover half on putting part template 2
On the corresponding hanging platform 4 of die cavity, several location holes on ironware to be molded are respectively arranged on each hanging platform 4 and are matched
And it the positioning pin 5 that enables ironware to be molded accurately to be hung on corresponding hanging platform 4 and waits noting will be hung on hanging platform 4
Ironshaper part is absorbed and fixed at the absorbent module 6 on corresponding hanging platform 4, is additionally provided in putting part mould bases 2 will be absorbed and fixed at
Ironware to be molded on hanging platform 4 is outwardly away from the material jacking mechanism of corresponding hanging platform 4, and the lower section of fixed plate 1 is provided with pickup template
7, energy opposing fixed plate 1 is closer or far from injection molding machine cover half under the driving of driving mechanism for pickup template 7, in pickup template 7
It is provided on towards the outer wall of injection molding machine cover half several clamping the electronic clamping jaw into waste material in glue runner of injection molding machine cover half
8 and several corresponding with die cavity on injection molding machine cover half and the suction nozzle 9 for being molded ironware in corresponding die cavity can be drawn；
In the present embodiment, the structure of absorbent module 6 includes：It is provided with magnetic patch placing groove on hanging platform 4, is placed in magnetic patch placing groove
Ironware to be molded will be hung on hanging platform is absorbed and fixed at the magnetic patch on corresponding hanging platform, above-mentioned absorbent module structure letter
It is single, it is convenient to install and maintain；In the present embodiment, the structure of material jacking mechanism includes：Several are respectively arranged on each hanging platform 4
One pilot hole 10 is provided with several second pilot holes on putting part template, puts each second pilot hole in part template 2 and each hanging platform
The first pilot hole 10 on 4 corresponds, and die pad 11 is provided between part template 2 and fixed plate 1 putting, die pad 11 is being pacified
Closer or far from part template 2 is put under driving loaded on the material ejection cylinder 12 put in part template 2, towards injection molding machine on die pad 11
Several mandrils 13, every mandril 13 and a pair of corresponding first pilot hole, 10 and second pilot hole phase are provided on the outer wall of cover half
Corresponding, when material ejection cylinder 12 drives die pad 11 is close to put part template 2, the mandril 13 on die pad 11 can be from corresponding a pair
First pilot hole 10 puts the corresponding hanging platform 4 in part template 2 with stretching in the second pilot hole, to be hung on corresponding hanging platform 4
Ironware to be molded eject corresponding hanging platform 4 outward, above-mentioned material jacking mechanism is simple in structure, convenient to install and maintain；In the present embodiment,
The structure of driving mechanism includes：It is fixedly installed in the mounting plate 14 of 1 bottom of fixed plate, horizontal sliding cylinder is installed on mounting plate 14
15, piston rod and 7 phase of pickup template of horizontal sliding cylinder 15 are fixed, when the piston rod of horizontal sliding cylinder 15 stretches out or retracts, energy band
For dynamic 7 opposing fixed plate 1 of pickup template closer or far from injection molding machine cover half, above-mentioned driving mechanism structure is simple, convenient to install and maintain；
In the present embodiment, be additionally provided in pickup template 7 can be matched with the pilot hole on injection molding machine cover half to pickup template 7 into
The guide rod 16 that row is oriented to；It is used in combination with manipulator with pickup tooling in practical application, originally putting part；
The operation principle of the utility model is as follows：
It first passes through manipulator and will originally put part and pickup tooling and move to feeding area, then manually pass through a batch ironware to be molded
Location hole is matched with the positioning pin 5 on hanging platform 4 and is hung on hanging platform 4, at this time under the magneticaction of the magnetic patch on hanging platform 4,
Ironware to be molded can be fixed on hanging platform 4, then made manipulator that will originally put part again and moved to above injection molding machine with pickup tooling, waited for
Cover half makes mechanical hand-motion originally put part and is displaced downwardly on the hanging platform 4 for putting part template 2 with pickup tooling with after dynamic model die sinking in injection molding machine
Wait be molded ironware just against the die cavity of cover half when, make material ejection cylinder 12 drive die pad 11 close to putting part template 2, in liftout
For plate 11 during put part template 2, the mandril 13 on die pad 11 can be from corresponding a pair of first pilot hole 10 and second
The correspondence hanging platform 4 put in part template 2 is stretched out in pilot hole, the ironware to be molded to be hung on corresponding hanging platform 4 pushes up outward
Go out corresponding hanging platform 4 and be pushed into the cavity mold of cover half, the part of putting to complete ironware to be molded operates；
Then make mechanical hand-motion originally put part and pickup tooling again on be moved away from injection molding machine, and move to feeding area again,
Then manually next group ironware to be molded is hung over by location hole is matched with the positioning pin 5 on hanging platform 4 on hanging platform 4 again,
At this time under the magneticaction of the magnetic patch on hanging platform 4, ironware to be molded can be fixed on hanging platform 4, then make manipulator will again
Originally it puts part to move to above injection molding machine with pickup tooling, after cover half in injection molding machine and dynamic model die sinking, mechanical hand-motion is first made originally to put
Part is displaced downwardly to that pickup template 7 is opposite with cover half with pickup tooling, then stretches out the piston rod of horizontal sliding cylinder 15, drives pickup mould
7 opposing fixed plate 1 of plate is close to cover half, and during pickup template 7 is close to cover half, the electronic clamping jaw 8 in pickup template 7 can grab
Take being corresponded in die cavity on automatic sucking cover half into the waste material in glue runner while each suction nozzle of pickup template 7 for cover half
It is molded ironware, the piston rod of horizontal sliding cylinder 15 is then made to retract again, drives 7 opposing fixed plate 1 of drive pickup template far from cover half,
During pickup template 7 leaves cover half, waste material can be taken out cover half while by cover half by electronic clamping jaw 8 in pickup template 7
In injecting products take out cover half, to complete ironware be molded put part operate；Then make mechanical hand-motion originally put part with
Pickup tooling is displaced downwardly to the ironware to be molded on the hanging platform 4 for putting part template 2 just against the die cavity of cover half, then makes material ejection cylinder
12 drive die pads 11 close to putting part template 2, die pad 11 close to put part template 2 during, the mandril on die pad 11
13 can put the corresponding hanging platform 4 in part template 2 from corresponding a pair of first pilot hole 10 with stretching in the second pilot hole, to hang
It sets the ironware to be molded on corresponding hanging platform 4 to eject corresponding hanging platform 4 outward and be pushed into the cavity mold of cover half, to complete to wait for again
Injection molding ironware puts part operation；
Then make mechanical hand-motion originally put part and pickup tooling again on be moved away from injection molding machine, and move to feeding area again,
Waste material storage area can be passed through by originally being put in mechanical hand-motion during part and pickup tooling move to feeding area, when originally putting part and pickup
When tooling moves to waste material storage area, the electronic clamping jaw 8 in pickup template 7 can unclamp waste material, and waste material can drop down onto waste material storage at this time
Area, after originally putting part and pickup tooling moves to feeding area, the suction nozzle 9 in pickup template 7, which can unclamp, has been molded ironware, at this time feeding
The worker in area can arrange to being molded ironware and next group ironware to be molded is hung on to the hanging platform for putting part template 2 again
On；
Aforesaid operations are repeated, can realize automatic continuous pickup and put part.
The utility model has the advantages that：Automatically ironware to be molded can be put into cover half and automatically by the injection molding in cover half
Ironware takes out from cover half, and not only labor intensity is low, and work efficiency is high, and will not lead to injecting products change when pickup
Shape ensure that product quality.
Claims (5)
1. putting part and pickup tooling in injection molding machine, it is characterised in that：Including fixed plate, in fixed plate towards injection molding machine cover half
Spaced and parallel be provided in side puts part template, puts part template and is connected to a fixed by several connecting rods with fixed plate, is putting part mould
Towards several hanging platforms corresponding with die cavity on injection molding machine cover half are provided on the outer wall of injection molding machine cover half on plate, in each extension
Several location holes on ironware to be molded are respectively arranged on platform to match and so that ironware to be molded accurately is hung on corresponding
Positioning pin on hanging platform and the ironware to be molded will be hung on hanging platform are absorbed and fixed at the absorption group on corresponding hanging platform
Part is additionally provided with the top that corresponding hanging platform is outwardly away to the ironware to be molded that will be absorbed and fixed on hanging platform in putting part mould bases
Expect mechanism, pickup template is provided with below fixed plate, pickup template energy opposing fixed plate under the driving of driving mechanism leans on
It is several clamping injection molding machine towards being provided on the outer wall of injection molding machine cover half in pickup template close or remote from injection molding machine cover half
Cover half into the electronic clamping jaw of waste material in glue runner and several corresponding with die cavity on injection molding machine cover half and correspondence can be drawn
The suction nozzle for being molded ironware in die cavity.
2. putting part and pickup tooling in injection molding machine according to claim 1, it is characterised in that：The structure packet of absorbent module
It includes：It is provided with magnetic patch placing groove on hanging platform, is placed in magnetic patch placing groove the iron to be molded on hanging platform will be hung on
Part is absorbed and fixed at the magnetic patch on corresponding hanging platform.
3. putting part and pickup tooling in injection molding machine according to claim 1, it is characterised in that：The structure packet of material jacking mechanism
It includes：It is respectively arranged with several first pilot holes on each hanging platform, several second pilot holes are provided on putting part template, put part
Each second pilot hole in template is corresponded with the first pilot hole on each hanging platform, is arranged between part template and fixed plate putting
Have a die pad, die pad in the case where being installed on the driving for putting the material ejection cylinder in part template closer or far from part template is put, in liftout
Towards being provided with several mandrils, every mandril and a pair of corresponding first pilot hole and second on the outer wall of injection molding machine cover half on plate
Pilot hole is corresponding, and when material ejection cylinder driving die pad is close puts part template, the mandril on die pad can be from corresponding a pair
First pilot hole puts the corresponding hanging platform in part template with stretching in the second pilot hole, waits noting to be hung on corresponding hanging platform
Ironshaper part ejects corresponding hanging platform outward.
4. putting part and pickup tooling in injection molding machine according to claim 1, it is characterised in that：The structure packet of driving mechanism
It includes：Be fixedly installed in the mounting plate of fixed plate bottom, horizontal sliding cylinder be installed on a mounting board, the piston rod of horizontal sliding cylinder with take
Part template is mutually fixed, and when the piston rod of horizontal sliding cylinder stretches out or retracts, pickup template opposing fixed plate can be driven close or remote
From injection molding machine cover half.
5. putting part and pickup tooling in injection molding machine according to claim 1 or 2 or 3 or 4, it is characterised in that：In pickup
The guide rod being oriented to pickup template can be matched with the pilot hole on injection molding machine cover half by being additionally provided in template.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820203721.6U CN207930991U (en) | 2018-02-06 | 2018-02-06 | Part and pickup tooling are put in injection molding machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820203721.6U CN207930991U (en) | 2018-02-06 | 2018-02-06 | Part and pickup tooling are put in injection molding machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207930991U true CN207930991U (en) | 2018-10-02 |
Family
ID=63651679
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820203721.6U Active CN207930991U (en) | 2018-02-06 | 2018-02-06 | Part and pickup tooling are put in injection molding machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207930991U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108247950A (en) * | 2018-02-06 | 2018-07-06 | 江苏顺航电子科技有限公司 | Part and pickup tooling are put in injection molding machine |
| CN111873307A (en) * | 2020-08-01 | 2020-11-03 | 合肥旭弘塑胶制品有限公司 | Stator clamping device |
-
2018
- 2018-02-06 CN CN201820203721.6U patent/CN207930991U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108247950A (en) * | 2018-02-06 | 2018-07-06 | 江苏顺航电子科技有限公司 | Part and pickup tooling are put in injection molding machine |
| CN111873307A (en) * | 2020-08-01 | 2020-11-03 | 合肥旭弘塑胶制品有限公司 | Stator clamping device |
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