CN103331868B - Automatic feeding mechanism for put embedded piece injection mold - Google Patents
Automatic feeding mechanism for put embedded piece injection mold Download PDFInfo
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- CN103331868B CN103331868B CN201310295678.2A CN201310295678A CN103331868B CN 103331868 B CN103331868 B CN 103331868B CN 201310295678 A CN201310295678 A CN 201310295678A CN 103331868 B CN103331868 B CN 103331868B
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Abstract
The invention discloses an automatic feeding mechanism for a put embedded piece injection mold, and a processing method of the automatic feeding mechanism for the put embedded piece injection mold. The automatic feeding mechanism comprises an injection mold board provided with an automatic feeding mechanism part, wherein embedded piece clamping positions for placing embedded pieces are arranged on the injection mold board; a lifting sliding board controlled by a first air cylinder is arranged on the injection mold board; a hitting board controlled by a second air cylinder is arranged on the lifting sliding board; a movable valve controlled by a third air cylinder is arranged between feeding channels and material troughs; hitting rods controlled by a fourth air cylinder are arranged on the injection mold board; and clamping blocks controlled by a fifth air cylinder are arranged between transfer feeding channels and the material troughs. According to the automatic feeding mechanism, the automatic feeding mechanism part is connected with the injection mold board into a whole, so that the structure is compact; a PLC (Programmable Logic Controller) is utilized to control various pneumatic elements electrically, so that programming is flexible, and the movement speed is high; full-automatic injection molding of plastic products containing the embedded pieces is achieved; the labor cost is saved; and the processing efficiency is improved.
Description
Technical field
The present invention relates to injection mould technical field, especially relate to a kind of automatic feed mechanism putting embedding piece injection mold.
Background technology
It is a kind of by the special-purpose machinery process equipment of inserts and moulding integrated injection molding for putting embedding piece injection mold, can be used for the injection molding of magnetic steel rotor 90.Magnetic steel rotor 90 as shown in Figure 1 to Figure 3, its structure comprises the axle core 92 that the magnet steel 91 be made up of magnetic material and plastics are made, during injection molding, need first magnet steel 91 to be put into embedding piece injection mold to locate, then injection machine matched moulds completes axle core 92 injection mo(u)lding, makes magnet steel 91 be embedded at obtained magnetic steel rotor 90 on axle core 92 regularly.Tradition is put embedding piece injection mold and is adopted and manually put part mode inserts is put into embedding piece injection mold, its efficiency is very low, also unexpected injury may be caused to human body when injection moulding matched moulds, and manually put part mode and can not ensure that inserts is putting the positioning precision in embedding piece injection mold, thus affect the processing yield of product.
Summary of the invention
For the deficiency that above-mentioned prior art exists, object of the present invention will provide a kind of and puts the automatic feed mechanism of embedding piece injection mold and use this to put the processing method of the automatic feed mechanism of embedding piece injection mold, its automatic feed mechanism and injection molding mould plate join together, compact conformation, adopts each pneumatic element of PLC electrical control, flexible in programming, quick action, achieve the Full-automatic injection molding of containing insert plastic products, save human cost, improve working (machining) efficiency.
To achieve these goals, the technical solution adopted in the present invention is:
A kind of automatic feed mechanism putting embedding piece injection mold, comprise the injection molding mould plate being provided with automatic feed mechanism, this injection molding mould plate is provided with the inserts screens of placing inserts, described injection molding mould plate be provided with by the first cylinder control can the lifter slide that slides up and down of this injection molding mould plate relatively, described injection molding mould plate is provided with the feeding-passage for described inserts loading; Described lifter slide be provided with by the second cylinder control can re-packing along the normal direction movement of this lifter slide, described lifter slide inside is provided with the hopper matched with described inserts, the described push rod being provided with and the inserts in described hopper can being headed into described inserts screens that re-packs, on described lifter slide, the position of corresponding described hopper is vertically provided with the through hole inserted for described push rod; Be provided with the mobile valve controlled by the 3rd cylinder between described feeding-passage and described hopper, described mobile valve is provided with the transfer feeding channel that can be communicated with described feeding-passage or described hopper respectively; Described injection molding mould plate be provided with by four-cylinder control for the inserts in described transfer feeding-passage being squeezed into the bar of beating in described hopper; The fixture block opening or closing described hopper notch controlled by the 5th cylinder is provided with between described transfer feeding channel and described hopper.
Wherein, described injection molding mould plate is provided with positive stop along the glide direction of described lifting slider, described injection molding mould plate offers locating hole, described in re-pack the locating dowel being provided with and matching with described locating hole, the height of described locating dowel is greater than the height of described push rod.
Further, described feeding-passage is m bar, and accordingly, described transfer feeding channel and described hopper are m bar, and described bar of beating is m root, and described m root makes bar and described m bar feeding-passage is intervally arranged; Described inserts screens is m*n, is divided into m row, often arranges n inserts screens and equally arranges, and accordingly, described push rod is m*n, is divided into m row, often arranges n push rod and equally arranges; Transfer feeding channel described in every bar all can hold n inserts; Wherein m, n are positive integer.As preferably, described feeding-passage is 2, and accordingly, described transfer feeding channel and described hopper are 2, and described bar of beating is 2, makes bar and described 2 feeding-passages are intervally arranged for described 2; Described inserts screens is 8, is divided into 2 row, and often row 4 inserts screens are equally arranged, and accordingly, described push rod is 8, is divided into 2 row, and often row 4 push rods are equally arranged; Transfer feeding channel described in every bar all can hold 4 inserts.
Wherein, described first cylinder, described 3rd cylinder and described four-cylinder are fixed on described injection molding mould plate, and described second cylinder and described 5th cylinder are fixed on described lifter slide.
As preferably, described injection molding mould plate is solid plate, and certain described injection molding mould plate also can be moving platen.
Put a processing method for the automatic feed mechanism of embedding piece injection mold, it is characterized in that, comprise the following steps:
A, initial state, inserts is put into feeding-passage continuously, hopper is filled inserts, transfer feeding channel aligns with feeding-passage, and the inserts in feeding-passage falls in transfer feeding channel under gravity, and fixture block closes the notch of hopper, push rod exits hopper, make bar and exit transfer feeding channel, upper end and the injection molding mould plate of lifter slide offset
B, the first cylinder control lifter slide and drop to the position relative with inserts screens that re-pack, and push rod and inserts screens are positioned;
C, the second cylinder control to re-pack to eject, and make push rod vertically head into hopper and head in corresponding inserts screens by the inserts in hopper by described through hole, then the second cylinder controls to re-pack to return, and makes push rod exit hopper;
D, the first cylinder control lifter slide and rise to the upper end of lifter slide and injection molding mould plate offsets;
E, machine Control system injection molding mould plate carry out mold-closing injection, complete this injection step;
F, the 3rd cylinder control mobile valve move and transfer feeding channel are alignd with hopper;
G, the 5th cylinder control fixture block and move the notch making fixture block open hopper;
H, four-cylinder control to make bar and decline, and make to make bar and squeeze in hopper by the inserts in transfer feeding channel, and then four-cylinder controls to play bar rising, make to make bar and exit transfer feeding channel;
I, the 3rd cylinder control mobile valve and move, and transfer feeding channel is alignd with feeding-passage, and the inserts in feeding-passage falls in transfer feeding channel under gravity;
J, the 5th cylinder control fixture block and move the notch making fixture block close hopper;
K, repetition step B to step J are until terminate.
Wherein, in described step B, push rod and inserts screens position and comprise the following steps:
B1, the first cylinder control lifter slide and decline, and the lower end of lifter slide and the positive stop be located on injection molding mould plate are offseted, completes coarse positioning;
B2, the second cylinder control to re-pack movement, make to be located at the insertion of the locating dowel on re-packing and are located in the locating hole on injection molding mould plate, complete accurate location.
As preferably, carry out synchronously can carrying out step F successively to step J in the process of step e.
As preferably, step F and step G can synchronously carry out, and step I and step J can synchronously carry out.
Adopt after technique scheme, the present invention compared to the prior art advantageously:
1, originally put the automatic feed mechanism of embedding piece injection mold and use this to put the processing method of the automatic feed mechanism of embedding piece injection mold, achieving the Full-automatic injection molding of containing insert plastic products, saving human cost, enhance productivity.
2, automatic feed mechanism and the injection molding mould plate of originally putting embedding piece injection mold join together, compact conformation, registration, and the same mould and die accuracy of its accuracy, the little efficiency of cost is high.
3, the automatic feed mechanism originally putting embedding piece injection mold adopts each pneumatic element of PLC electrical control, programming simple and flexible, quick action.
4, the automatic feed mechanism originally putting embedding piece injection mold is applicable to the containing insert plastic product of two template dies, its automatic feed mechanism is arranged on solid plate, certainly can according to dissimilar containing insert plastic products, automatic feed mechanism also can be arranged on moving platen, such as, be applicable to the containing insert plastic product of three template dies.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described:
Fig. 1 is the sectional structure schematic diagram of magnet steel of the present invention.
Fig. 2 is the plan structure schematic diagram of magnet steel of the present invention.
Fig. 3 is the sectional structure schematic diagram of magnetic steel rotor of the present invention.
Fig. 4 is the side-looking structural representation of initial state of the present invention.
Fig. 5 be initial state of the present invention face structural representation.
Fig. 6 is that magnet steel of the present invention sends into the side-looking structural representation of magnet steel screens by hopper.
Fig. 7 is A place partial enlargement structural representation in Fig. 4.
Fig. 8 is B place partial enlargement structural representation in Fig. 6.
Fig. 9 magnet steel of the present invention faces structural representation by transfer feeding channel feeding hopper.
Figure 10 is the structural representation of solid plate of the present invention and moving platen mold-closing injection.
In figure, 100: injection molding mould plate/solid plate; 200: moving platen; 11: the first cylinders; 12: the second cylinders; 13: the three cylinders; 14: the four-cylinders; 15: the five cylinders; 21: lifter slide; 22: re-pack; 23: mobile valve; 24: make bar; 25: fixture block; 26: push rod; 27: locating dowel; 28: positive stop; 31: feeding-passage; 32: hopper; 33: transfer feeding channel; 34: through hole; 35: locating hole; 36: bar groove; 80: inserts screens/magnet steel screens; 90: magnetic steel rotor; 91: inserts/magnet steel; 92: axle core.
Detailed description of the invention
The following stated is only preferred embodiment of the present invention, does not therefore limit protection scope of the present invention.
Embodiment, see shown in Fig. 1 to 10: a kind of automatic feed mechanism putting embedding piece injection mold, the present embodiment is described for the automatic feed mechanism of magnetic steel rotor 90 injection mould, wherein inserts is magnet steel 91, this magnetic steel rotor 90 injection mould is two template dies, comprises solid plate 100 and moving platen 200, and solid plate 100 and moving platen 200 form the matched moulds template of this magnetic steel rotor 90 injection mould, solid plate 100 is provided with the magnet steel screens 80 of placing magnet steel 91, and automatic feed mechanism is arranged on solid plate 100.
Particularly, solid plate 100 be provided with by the first cylinder 11 control can the lifter slide 21 that slides up and down of this solid plate 100 relatively, solid plate 100 inside is provided with the feeding-passage 31 loaded for described magnet steel 91.The width of feeding-passage 31 is suitable with the width of magnet steel 91, and magnet steel 91 passage vibrating disc enters in feeding-passage 31, and in vertical single-row arrangement, the first cylinder 11 is fixedly installed on solid plate 100.Solid plate 100 is provided with projection, and solid plate 100 is provided with positive stop 28 along the glide direction of lifting slider, and the first cylinder 11 drives lifter slide 21 to slide between described projection and described positive stop 28.
Lifter slide 21 be provided with controlled by the second cylinder 12 can re-pack 22 along the normal direction movement of this lifter slide 21, second cylinder 12 is fixedly installed on lifter slide 21, lifter slide 21 inside is provided with the hopper 32 matched with magnet steel 91, the width of hopper 32 is suitable with the width of magnet steel 91, magnet steel 91 is vertical single-row arrangement in hopper 32, re-pack and 22 be provided with the push rod 26 that the magnet steel 91 in hopper 32 can be headed into magnet steel screens 80, on lifter slide 21, the position of corresponding hopper 32 is vertically provided with the through hole 34 inserted for push rod 26.The position that first cylinder 11 drives lifter slide 21 to drop to the lower surface of lifter slide 21 and positive stop 28 to offset, now push rod 26 aligns with magnet steel screens 80 coarse positioning, and wherein positive stop 28 plays coarse positioning effect.Further, solid plate 100 offers locating hole 35, re-pack and 22 be provided with the locating dowel 27 matched with locating hole 35, the height of locating dowel 27 is greater than the height of push rod 26, second cylinder 12 drives 22 edges that re-pack to move perpendicular to the direction of lifter slide 21, height due to locating dowel 27 is greater than the height of push rod 26, locating dowel 27 first to be inserted in locating hole 35 then push rod 26 and just magnet steel 91 is headed into magnet steel screens 80, now push rod 26 and magnet steel screens 80 is accurately located and is alignd, and wherein locating dowel 27 plays pinpoint effect with coordinating of locating hole 35.Coarse positioning and accurately location dual-positioning can ensure that magnet steel 91 is headed into the accuracy of magnet steel screens 80 by push rod 26.The detailed process that magnet steel 91 is headed into magnet steel screens 80 by push rod 26 is: the second cylinder 12 drives 22 edges that re-pack to move perpendicular to the direction of lifter slide 21, the push rod 26 re-packed on 22 inserts in the through hole 34 of lifter slide 21, is headed in the magnet steel screens 80 of solid plate 100 by the magnet steel 91 in hopper 32 by push rod 26 by through hole 34.
Be provided with the mobile valve 23 controlled by the 3rd cylinder 13 between feeding-passage 31 and hopper 32, mobile valve 23 is provided with the transfer feeding channel 33 that can be communicated with feeding-passage 31 or hopper 32 respectively.3rd cylinder 13 is fixedly installed on solid plate 100, mobile valve 23 be to be arranged between feeding-passage 31 and hopper 32 and under the driving of the 3rd cylinder 13 transversely movable slide block, transfer feeding channel 33 is located on mobile valve 23 vertically, when the 3rd cylinder 13 drive mobile valve 23 move to transfer feeding channel 33 align with feeding-passage 31 time, the magnet steel 91 being positioned at feeding-passage 31 falls to transfer feeding channel 33 under gravity.
Solid plate 100 be provided with controlled by four-cylinder 14 make bar 24 for being squeezed into by the magnet steel 91 in the transfer feeding channel 33 of mobile valve 23 in hopper 32, solid plate 100 offers the bar groove 36 parallel with described feeding-passage 31, make bar 24 and be arranged at slidably in bar groove 36.The fixture block 25 opening or closing described hopper 32 notch controlled by the 5th cylinder 15 is provided with between transfer feeding channel 33 and hopper 32.When the 3rd cylinder 13 drive mobile valve 23 move to transfer feeding channel 33 align with feeding-passage 31 time, now transfer feeding channel 33 also with make bar 24 and align, 5th cylinder 15 drives fixture block 25 to move and opens the notch of hopper 32, driving dozen bar 24 to move down by four-cylinder 14 again squeezes in hopper 32 by the magnet steel 91 in transfer feeding channel 33 from the notch of hopper 32, fixture block 25 closes the notch of hopper 32 under the driving of the 5th cylinder 15, because hopper 32 has filled magnet steel 91, the notch that fixture block 25 closes hopper 32 can prevent magnet steel 91 because of vibrations ejection hopper 32, position-limiting action is played to magnet steel 91, also can prevent other impurity in magnet steel 91 self-feeding process or in magnetic steel rotor 90 injection moulding process from entering in hopper 32, thus avoid mold damage.
As preferably, described in the present embodiment, feeding-passage 31 is 2, and accordingly, described transfer feeding channel 33 and described hopper 32 are 2, and described bar 24 of beating is 2, makes bar 24 and is intervally arranged with described 2 feeding-passages 31 for described 2; Described inserts screens is 8, is divided into 2 row, and often row 4 inserts screens are equally arranged, and accordingly, described push rod 26 is 8, is divided into 2 row, and often row 4 push rods 26 are equally arranged; Transfer feeding channel 33 described in every bar all can hold 4 inserts.
The automatic feed mechanism of this magnet steel injection mould is applicable to magnetic steel rotor 90 injecting products of two template dies, its automatic feed mechanism is arranged on solid plate 100, certainly can according to dissimilar containing insert plastic products, automatic feed mechanism is also arranged on moving platen 200, such as, be applicable to the containing insert plastic product of three template dies.
The processing method of the automatic feed mechanism of the magnet steel injection mould described in the present embodiment, comprises the following steps:
A, initial state, magnet steel 91 is put into feeding-passage 31 continuously by vibrating disk, hopper 32 is filled magnet steel 91, transfer feeding channel 33 aligns with feeding-passage 31, and the magnet steel 91 in feeding-passage 31 falls in transfer feeding channel 33 under gravity, and fixture block 25 closes the notch of hopper 32, push rod 26 exits hopper 32, make bar 24 and exit transfer feeding channel 33, upper end and the solid plate 100 of lifter slide 21 offset
B, the first cylinder 11 control lifter slide 21 and drop to 22 positions relative with magnet steel screens 80 that re-pack, and push rod 26 and magnet steel screens 80 are positioned;
C, the second cylinder 12 control to re-pack 22 to eject, and make push rod 26 vertically head into hopper 32 and head in corresponding magnet steel screens 80 by the magnet steel 91 in hopper 32 by described through hole 34, and then the second cylinder 12 controls to re-pack and 22 to return, and makes push rod 26 exit hopper 32;
D, the first cylinder 11 control lifter slide 21 and rise to the upper end of lifter slide 21 and solid plate 100 offsets;
E, machine Control system solid plate 100 carry out mold-closing injection with moving platen 200, complete this injection step;
F, the 3rd cylinder 13 control mobile valve 23 and move transfer feeding channel 33 is alignd with hopper 32;
G, the 5th cylinder 15 control fixture block 25 and move the notch making fixture block 25 open hopper 32;
H, four-cylinder 14 control to make bar 24 and decline, and make to make bar 24 and squeeze in hopper 32 by the magnet steel 91 in transfer feeding channel 33, and then four-cylinder 14 controls to make bar 24 and rises, and makes dozen bar 24 exit transfer feeding channel 33;
I, the 3rd cylinder 13 control mobile valve 23 and move, and transfer feeding channel 33 is alignd with feeding-passage 31, and the magnet steel 91 in feeding-passage 31 falls in transfer feeding channel 33 under gravity;
J, the 5th cylinder 15 control fixture block 25 and move the notch making fixture block 25 close hopper 32;
K, repetition step B to step J are until terminate.
Wherein, in described step B, push rod 26 and magnet steel screens 80 position and comprise the following steps:
B1, the first cylinder 11 control lifter slide 21 and decline, and the lower end of lifter slide 21 and the positive stop 28 be located on solid plate 100 are offseted, completes coarse positioning;
B2, the second cylinder 12 control to re-pack 22 to move, and make to be located at the locating dowel 27 re-packed on 22 and insert in the locating hole 35 be located on solid plate 100, complete accurate location.
Further, carry out synchronously can carrying out step F successively to step J in the process of step e.
Further, step F and step G can synchronously carry out, and step I and step J can synchronously carry out.
Above content is only preferred embodiment of the present invention, and for those of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, this description should not be construed as limitation of the present invention.
Claims (9)
1. put the automatic feed mechanism of embedding piece injection mold for one kind, comprise the injection molding mould plate (100) being provided with automatic feed mechanism, this injection molding mould plate (100) is provided with the inserts screens (80) of placing inserts (91), it is characterized in that:
Described injection molding mould plate (100) be provided with by the first cylinder (11) control can the lifter slide (21) that slides up and down of this injection molding mould plate (100) relatively, described injection molding mould plate (100) is provided with the feeding-passage (31) loaded for described inserts (91);
Described lifter slide (21) be provided with by the second cylinder (12) control can along re-pack (22) of the normal direction movement of this lifter slide (21), described lifter slide (21) inside is provided with the hopper (32) matched with described inserts (91), described re-pack (22) are provided with the push rod (26) that the inserts (91) in described hopper (32) can be headed into described inserts screens (80), the position of the upper corresponding described hopper (32) of described lifter slide (21) is vertically provided with the through hole (34) inserted for described push rod (26),
Be provided with the mobile valve (23) controlled by the 3rd cylinder (13) between described feeding-passage (31) and described hopper (32), described mobile valve (23) is provided with the transfer feeding channel (33) that can be communicated with described feeding-passage (31) or described hopper (32) respectively;
Described injection molding mould plate (100) be provided with controlled by four-cylinder (14) make bar (24) for being squeezed into by the inserts (91) in described transfer feeding channel (33) in described hopper (32);
The fixture block (25) opening or closing described hopper (32) notch controlled by the 5th cylinder (15) is provided with between described transfer feeding channel (33) and described hopper (32).
2. the automatic feed mechanism putting embedding piece injection mold according to claim 1, it is characterized in that: described injection molding mould plate (100) is provided with positive stop (28) along the glide direction of described lifting slider, described injection molding mould plate (100) offers locating hole (35), described re-pack (22) are provided with the locating dowel (27) matched with described locating hole (35), and the height of described locating dowel (27) is greater than the height of described push rod (26).
3. the automatic feed mechanism putting embedding piece injection mold according to claim 2, it is characterized in that: described feeding-passage (31) is m bar, accordingly, described transfer feeding channel (33) and described hopper (32) are m bar, described bar (24) of beating is for m root, and described m root is made bar (24) and is intervally arranged with described m bar feeding-passage (31); Described inserts screens (80) is m*n, is divided into m row, often arranges n inserts screens (80) and equally arranges, accordingly, described push rod (26) is m*n, is divided into m row, often arranges n push rod (26) and equally arranges; Transfer feeding channel (33) described in every bar all can hold n inserts (91); Wherein m, n are positive integer.
4. the automatic feed mechanism putting embedding piece injection mold according to claim 1, it is characterized in that: described first cylinder (11), described 3rd cylinder (13) and described four-cylinder (14) are fixed on described injection molding mould plate (100), described second cylinder (12) and described 5th cylinder (15) are fixed on described lifter slide (21).
5. the automatic feed mechanism putting embedding piece injection mold according to claim 1, is characterized in that: described injection molding mould plate (100) is solid plate or moving platen.
6. a kind of processing method of putting the automatic feed mechanism of embedding piece injection mold as claimed in claim 1, is characterized in that, comprise the following steps:
A, initial state, inserts (91) is put into feeding-passage (31) continuously, hopper (32) is filled inserts (91), transfer feeding channel (33) aligns with feeding-passage (31), inserts (91) in feeding-passage (31) falls in transfer feeding channel (33) under gravity, fixture block (25) closes the notch of hopper (32), push rod (26) exits hopper (32), make bar (24) and exit transfer feeding channel (33), upper end and the injection molding mould plate (100) of lifter slide (21) offset,
B, the first cylinder (11) control lifter slide (21) and drop to re-pack (22) position relative with inserts screens (80), and push rod (26) and inserts screens (80) are positioned;
C, the second cylinder (12) control re-pack (22) eject, make push rod (26) vertically head into hopper (32) and the inserts (91) in hopper (32) is headed in corresponding inserts screens (80) by described through hole (34), then the second cylinder (12) control re-pack (22) return, make push rod (26) exit hopper (32);
D, the first cylinder (11) control lifter slide (21) and rise to the upper end of lifter slide (21) and injection molding mould plate (100) offsets;
E, machine Control system injection molding mould plate (100) carry out mold-closing injection, complete this injection step;
F, the 3rd cylinder (13) control mobile valve (23) move and transfer feeding channel (33) are alignd with hopper (32);
G, the 5th cylinder (15) control fixture block (25) move and make fixture block (25) open the notch of hopper (32);
H, four-cylinder (14) control to make bar (24) and decline, making to make bar (24) squeezes in hopper (32) by the inserts (91) in transfer feeding channel (33), then four-cylinder (14) controls to play bar (24) rising, makes to make bar (24) and exits transfer feeding channel (33);
I, the 3rd cylinder (13) control mobile valve (23) and move, transfer feeding channel (33) is alignd with feeding-passage (31), and the inserts (91) in feeding-passage (31) falls in transfer feeding channel (33) under gravity;
J, the 5th cylinder (15) control the mobile notch making fixture block (25) close hopper (32) of fixture block (25);
K, repetition step B to step J are until terminate.
7. processing method of putting the automatic feed mechanism of embedding piece injection mold according to claim 6, is characterized in that, in described step B, push rod (26) and inserts screens (80) position and comprise the following steps:
B1, the first cylinder (11) control lifter slide (21) and decline, and the lower end of lifter slide (21) and the positive stop (28) be located on injection molding mould plate (100) are offseted, completes coarse positioning;
B2, the second cylinder (12) control (22) movement that re-packs, make to be located at locating dowel (27) insertion re-packed on (22) to be located in the locating hole (35) on injection molding mould plate (100), complete accurate location.
8. the processing method of putting the automatic feed mechanism of embedding piece injection mold according to claim 6 or 7, is characterized in that, carries out synchronously can carrying out step F successively to step J in the process of step e.
9. the processing method of putting the automatic feed mechanism of embedding piece injection mold according to claim 6 or 7, is characterized in that, step F and step G can synchronously carry out, and step I and step J can synchronously carry out.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310295678.2A CN103331868B (en) | 2013-07-15 | 2013-07-15 | Automatic feeding mechanism for put embedded piece injection mold |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310295678.2A CN103331868B (en) | 2013-07-15 | 2013-07-15 | Automatic feeding mechanism for put embedded piece injection mold |
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| CN103331868A CN103331868A (en) | 2013-10-02 |
| CN103331868B true CN103331868B (en) | 2015-06-10 |
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| CN105365151B (en) * | 2014-08-26 | 2020-10-16 | 东莞市帝威塑胶模具有限公司 | Full-automatic mold filling production system for inserts |
| CN109016337A (en) * | 2018-07-26 | 2018-12-18 | 苏州朵唯智能科技有限公司 | A kind of injection molding insert-molding equipment |
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| US3849042A (en) * | 1970-08-05 | 1974-11-19 | H Anderegg | Injection molding machine for producing slide fasteners |
| US4310282A (en) * | 1977-06-13 | 1982-01-12 | Emhart Industries, Inc. | Delay stretch and blow machine system |
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| CN202556631U (en) * | 2011-12-22 | 2012-11-28 | 北京东明兴业科技有限公司 | Automatic plug-in device for insert nuts of injection mould |
| CN202826251U (en) * | 2012-07-25 | 2013-03-27 | 常州新区赛恩机电设备有限公司 | Die system of injection molding machine |
| CN203357788U (en) * | 2013-07-15 | 2013-12-25 | 王子卿 | Automatic feeding mechanism of insert placing injection molding mold |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH10289919A (en) * | 1997-04-16 | 1998-10-27 | Sumitomo Bakelite Co Ltd | Semiconductor sealing method |
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|---|---|---|---|---|
| US3849042A (en) * | 1970-08-05 | 1974-11-19 | H Anderegg | Injection molding machine for producing slide fasteners |
| US4310282A (en) * | 1977-06-13 | 1982-01-12 | Emhart Industries, Inc. | Delay stretch and blow machine system |
| CN202225366U (en) * | 2011-09-09 | 2012-05-23 | 晋江市凯嘉机器制造有限公司 | Automatic taking device |
| CN202556631U (en) * | 2011-12-22 | 2012-11-28 | 北京东明兴业科技有限公司 | Automatic plug-in device for insert nuts of injection mould |
| CN202826251U (en) * | 2012-07-25 | 2013-03-27 | 常州新区赛恩机电设备有限公司 | Die system of injection molding machine |
| CN203357788U (en) * | 2013-07-15 | 2013-12-25 | 王子卿 | Automatic feeding mechanism of insert placing injection molding mold |
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