CN207481079U - A kind of feeding device of injection-moulding device insert - Google Patents
A kind of feeding device of injection-moulding device insert Download PDFInfo
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- CN207481079U CN207481079U CN201720986296.8U CN201720986296U CN207481079U CN 207481079 U CN207481079 U CN 207481079U CN 201720986296 U CN201720986296 U CN 201720986296U CN 207481079 U CN207481079 U CN 207481079U
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Abstract
The utility model discloses a kind of feeding devices of injection-moulding device insert, including vibration feeding disk, spiral shape feeding track are equipped in the vibration feeding disk, the top of the spiral shape feeding track is discharge port, it is characterised in that：The discharge outlet is equipped with two discharging tracks, two discharging tracks include outside discharging track and inside discharging track, the discharge outlet is connected through a connection track with the inside discharging track and outside discharging track, connection track is horn-like structure, including feed end and discharge end, a shunting raised item is additionally provided in the connection track, the shunting raised item is set at the discharge end, and the inner end of the shunting raised item is set to the middle part of the connection track, outer end is connected with the joint of the inside discharging track and outside discharging track.The utility model improves the injection efficiency of the injection-moulding device with insert, improves the automatic charging efficiency of insert, reduces labor intensity of operating staff.
Description
Technical field
The utility model is related to a kind of a kind of feeding of injection auxiliary device more particularly to injection-moulding device insert dresses
It puts.
Background technology
Moulding refers to be referred to as moulding by the various injecting products that injection molding machine produces, including various packagings, part etc..
Wherein, some products need the embedded parts in moulding, such as embedded screw, pinion gear etc., make these zero
Component directly melts together with moulding, saves subsequent assembly time and process, while improves the group of parts and moulding
Packing quality.
In the prior art, all it is very inconvenient, the behaviour by being manually put into generally for the feeding of parts
It is big to make personnel labor intensity, but also is susceptible to mistake.
Invention content
The utility model aim is to provide a kind of feeding device of injection-moulding device insert, by using the structure, carries
The high loading efficiency of product, ensure that the feeding quality of product.
In order to achieve the above objectives, the technical solution adopted in the utility model is：A kind of feeding of injection-moulding device insert
Device including vibration feeding disk, is equipped with spiral shape feeding track, the bottom of the spiral shape feeding track in the vibration feeding disk
Portion is set to the bottom of the vibration feeding disk, and the top of the spiral shape feeding track is discharge port, the discharge port setting
In on the top outer wall of the vibration feeding disk, the discharge outlet is equipped with two discharging tracks, two discharging tracks
Feed end is connected with the discharge port, and discharge end is set to the outside of the vibration feeding disk；Two discharging tracks include
Outside discharging track and inside discharging track, the discharge outlet go out through a connection track with the inside discharging track and outside
Material track is connected, and the connection track is horn-like structure, and including feed end and discharge end, the width of the discharge end is described
2 times of feed end width~2.5 times, described connect are additionally provided with a shunting raised item in track, the shunting raised item is set to
At the discharge end, and the inner end of the shunting raised item is set to the middle part of the connection track, and outer end goes out with the inside
The joint of material track and outside discharging track is connected；The top of the feed end of the inside discharging track and outside discharging track
Be respectively equipped with a cover board, respectively inside cover plate and balustrade deching, the inside cover plate be placed on the inside discharging track into
Expect the surface at end, the balustrade deching is placed on the surface of the feed end of the outside discharging track；The inside cover plate and
One connecting plate of inner end of balustrade deching is connected, and one connecting rod of bottom of the connecting plate is installed on the shunting raised item
On.
In above-mentioned technical proposal, the middle part of the inside discharging track and outside discharging track surrounds the vibration feeding
Disk spirals setting, discharge end setting of the discharge end far from the outside discharging track of the inside discharging track, and it is described in
It is in y-type structure between the discharge end of side discharging track and the discharge end of outside discharging track.
In above-mentioned technical proposal, the outer edge surface of the vibration feeding disk is equipped at least two supporting rods, the every branch
Strut is set perpendicular to the outer edge surface of the vibration feeding disk, and the supporting rod is respectively arranged at the inside discharging track and outer
The surface of side discharging track, and the inside discharging track and outside discharging track are respectively through connection sheet and the supporting rod phase
Even.
In above-mentioned technical proposal, the discharge outlet is additionally provided with a compression bar, and the compression bar is set to the spiral shape feeding
The spacing of the ㎝ of 1 ㎝~3 is equipped between the top surface of the surface of the discharge outlet of track, the compression bar and the discharge port.
In above-mentioned technical proposal, the compression bar is curved rod, and the compression bar is parallel in the spiral shape of the discharge outlet
Expect track setting；The outer edge surface of the vibration feeding disk shakes equipped at least two pieces of limiting plates, the limiting plate perpendicular to described
The outer edge surface setting of dynamic loading plate, the bottom of the limiting plate are equipped with a limited mouth, and the curved rod is inserted in the limited mouth
It is interior.
Since above-mentioned technical proposal is used, the utility model has following advantages compared with prior art：
1. by setting vibration feeding disk in the utility model, raw material can be all positioned in vibration feeding disk,
By vibration feeding disk automatic sequencing feeding, then by setting two discharging tracks in discharge port, discharging effect can be improved in this way
Rate, while medial and lateral cover board is set above connection track, it in this way when discharging shunting, can prevent material from dropping out, ensure to supply
Expect efficiency and feed quality；
2. medial and lateral discharging track is fixed by the outer edge surface of supporting rod and vibration feeding disk in the utility model,
In this way during vibration feeding disk carries out vibration feeding, can medial and lateral be driven by the vibration of vibration feeding disk in itself
Discharging track is vibrated simultaneously, can also be ensured that medial and lateral discharging track vibrates discharging simultaneously in this way, be ensured feed efficiency and feed
Quality prevents the blocking in feeder process.
Description of the drawings
Fig. 1 is the structure diagram in the utility model embodiment one；
Fig. 2 is the structure diagram (structural representation under the cover board opening state of medial and lateral in the utility model embodiment one
Figure)；
Fig. 3 is the mounting structure schematic diagram of compression bar in the utility model embodiment one.
Wherein：1st, vibration feeding disk；2nd, spiral shape feeding track；3rd, discharge port；4th, outside discharging track；5th, inside discharges
Track；6th, track is connected；7th, raised item is shunted；8th, inside cover plate；9th, balustrade deching；10th, connecting plate；11st, supporting rod；12nd, it presses
Bar；13rd, limiting plate；14th, limited mouth.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments：
Embodiment one：Referring to shown in Fig. 1~3, a kind of feeding device of injection-moulding device insert, including vibration feeding disk
1, the vibration feeding disk 1 is interior to be equipped with spiral shape feeding track 2, and the bottom of the spiral shape feeding track 2 is set to described shake
The bottom of dynamic loading plate 1, the top of the spiral shape feeding track 2 is discharge port 3, and the discharge port 3 is set to the vibration
On the top outer wall of loading plate 1, be equipped with two discharging tracks at the discharge port 3, two discharging track feed ends with
The discharge port is connected, and discharge end is set to the outside of the vibration feeding disk；Two discharging tracks discharge including outside
Track 4 and inside discharging track 5 discharge through a connection track 6 with the inside discharging track 5 and outside at the discharge port 3
Track 4 is connected, and the connection track 6 is horn-like structure, and including feed end and discharge end, the width of the discharge end is described
2 times of feed end width~2.5 times, described connect are additionally provided with a shunting raised item 7 in track 6, the shunting raised item 7 is set
At the discharge end, and it is described shunting raised item 7 inner end be set to it is described connection track 6 middle part, outer end with it is described interior
The joint of side discharging track 5 and outside discharging track 4 is connected；The feed end of the inside discharging track and outside discharging track
Top be respectively equipped with a cover board, respectively inside cover plate 8 and balustrade deching 9, the inside cover plate is placed on the inside discharging
The surface of the feed end of track, the balustrade deching are placed on the surface of the feed end of the outside discharging track；In described
One connecting plate 10 of inner end of side cover plate and balustrade deching is connected, and one connecting rod of bottom of the connecting plate is installed on described point
It flows on raised item.
In the present embodiment, vibration feeding disk is directly positioned over to the side of injection molding machine, then will need embedded moulding
Interior part is directly placed into vibration feeding disk, using the vibration feeding of vibration feeding disk, when part vibration to discharge outlet
Later, part can be vibrated in connection track, and due to the setting of inside and outside discharging track, the part connected on track can shake successively
It moves into medial and lateral discharging track, wherein, in this process, the part in track is connected, entering medial and lateral discharging rail
During road, if the part in the discharging track of inside is more, connecting the part in track can be difficult to squeeze into inside discharging
Track, then part can be automatically into outside discharging track.Similarly, part equally enters inside discharging track.Wherein, pass through setting
Two discharging tracks can send out two parts, can improve feeding efficiency simultaneously in this way.Meanwhile feeding process in order to prevent
In, it connects part at track and is squeezed away, fallen at medial and lateral discharging track and connection track, by setting inside and outside side cover
Plate can be used in, to limiting at the discharging track of medial and lateral, ensureing the feed quality of part in this way.
Meanwhile shunting raised item is set, part can be oriented in advance in this way, make the part of shunting raised item both sides
It can automatically be sent in the discharging track of respective side, can prevent part from being blocked at connection track in this way, ensure discharging
Smoothness, ensure feed quality.
Referring to shown in Fig. 1,2, the middle part of the inside discharging track and outside discharging track surrounds the vibration feeding
Disk spirals setting, discharge end setting of the discharge end far from the outside discharging track of the inside discharging track, and it is described in
It is in y-type structure between the discharge end of side discharging track and the discharge end of outside discharging track.
Wherein, by being arranged to y-type structure, it can ensure that there are one between the discharge end of medial and lateral discharging track in this way
Fixed distance is convenient for capturing two parts simultaneously or vibration feeding disk is positioned over two convenient for the manipulator of injection molding machine in this way
Between platform injection molding machine, two injection molding machines can respectively capture the part in a discharging track, such two injection molding machines
It can be molded automatically simultaneously, ensure the automation that insert is installed in injection moulding process, without human intervention, behaviour can be reduced
Make personnel labor intensity, improve behaviour's injection efficiency and quality.
Referring to shown in Fig. 1,2, the outer edge surface of the vibration feeding disk is equipped at least two supporting rods 11, the every branch
Strut is set perpendicular to the outer edge surface of the vibration feeding disk, and the supporting rod is respectively arranged at the inside discharging track and outer
The surface of side discharging track, and the inside discharging track and outside discharging track are respectively through connection sheet and the supporting rod phase
Even.
In the present embodiment, in order to ensure the normal discharging of medial and lateral discharging track, ensure its fastness, pass through support
Bar is supported medial and lateral discharging track, can ensure the firmly installing property of medial and lateral discharging track in this way, meanwhile, in order to
Ensure its normal discharging, since vibration feeding disk can inherently vibrate, supporting rod and medial and lateral discharging track is utilized to connect
It connects, using the vibration of vibration feeding disk, vibration is driven by supporting rod, can ensure that medial and lateral discharging track has
Certain vibration can utilize vibration to drive the normal discharging of medial and lateral discharging track discharge end, ensure the smoothness of discharging,
The blocking of part can be also prevented simultaneously, ensures the normal of injection molding machine feeding, ensure injection molding machine injection efficiency.
Referring to a compression bar 12 shown in Fig. 1~3, is additionally provided at the discharge port 3, the compression bar 12 is set to the spiral shape
The spacing of the ㎝ of 1 ㎝~3 is equipped between the top surface of the surface of the discharge outlet of feeding track, the compression bar and the discharge port.
The compression bar is curved rod, and the compression bar is parallel to the spiral shape feeding track setting of the discharge outlet；It is described
The outer edge surface of vibration feeding disk is equipped at least two pieces of limiting plates 13, and the limiting plate 13 is perpendicular to the outer of the vibration feeding disk
Edge face is set, and the bottom of the limiting plate is equipped with a limited mouth 14, and the curved rod is inserted in the limited mouth.
In the present embodiment, since part is shunted at discharging track, in branching process, inevitably
Can be there are crowded, the clogging of part, part is extruded from discharge outlet and falls in order to prevent, compression bar is set, to part
Top is limited, while also is able to convenient for observation.Wherein, limiting plate is set, and compression bar is directly inserted in the limited mouth of limiting plate
Interior, such operating personnel can be adjusted compression bar according to actual conditions.Wherein it is possible to according to the part of different height, more
Different compression bars is changed, since compression bar is mating with limited mouth, is replaced convenient and efficient.
Claims (5)
1. a kind of feeding device of injection-moulding device insert including vibration feeding disk, is equipped with spiral in the vibration feeding disk
Shape feeding track, the bottom of the spiral shape feeding track are set to the bottom of the vibration feeding disk, the spiral shape feeding
The top of track is discharge port, and the discharge port is set on the top outer wall of the vibration feeding disk, it is characterised in that：Institute
Discharge outlet is stated equipped with two discharging tracks, two discharging track feed ends are connected with the discharge port, discharge end setting
In the outside of the vibration feeding disk；Two discharging tracks include outside discharging track and inside discharging track, it is described go out
It is connected at material mouth through a connection track with the inside discharging track and outside discharging track, the connection track is horn-like knot
Structure, including feed end and discharge end, the width of the discharge end is 2 times~2.5 times of the feed end width, the connection rail
A shunting raised item is additionally provided in road, the shunting raised item is set at the discharge end, and the shunting raised item is interior
End is set to the middle part of the connection track, and outer end is connected with the joint of the inside discharging track and outside discharging track；
It is respectively equipped with a cover board above the feed end of the inside discharging track and outside discharging track, respectively inside cover plate and outer
Side cover plate, the inside cover plate are placed on the surface of the feed end of the inside discharging track, and the balustrade deching is placed on described
The surface of the feed end of outside discharging track；One connecting plate of inner end of the inside cover plate and balustrade deching is connected, described
One connecting rod of bottom of connecting plate is installed on the shunting raised item.
2. the feeding device of injection-moulding device insert according to claim 1, it is characterised in that：The inside discharging rail
Road and the middle part of outside discharging track are spiraled setting around the vibration feeding disk, and the discharge end of the inside discharging track is remote
Discharge end setting from the outside discharging track, and the discharge end of the inside discharging track and the discharging of outside discharging track
It is in y-type structure between end.
3. the feeding device of injection-moulding device insert according to claim 1, it is characterised in that：The vibration feeding disk
Outer edge surface be equipped at least two supporting rods, the every supporting rod perpendicular to the vibration feeding disk outer edge surface set,
The supporting rod is respectively arranged at the surface of the inside discharging track and outside discharging track, and the inside discharging track
And outside discharging track is connected respectively through connection sheet with the supporting rod.
4. the feeding device of injection-moulding device insert according to claim 1, it is characterised in that：The discharge outlet is also
Equipped with a compression bar, the compression bar is set to the surface of the discharge outlet of the spiral shape feeding track, the compression bar with it is described
The spacing of the ㎝ of 1 ㎝~3 is equipped between the top surface of discharge port.
5. the feeding device of injection-moulding device insert according to claim 4, it is characterised in that：The compression bar is arc
Bar, the compression bar are parallel to the spiral shape feeding track setting of the discharge outlet；It is set on the outer edge surface of the vibration feeding disk
There are at least two pieces of limiting plates, the limiting plate is set perpendicular to the outer edge surface of the vibration feeding disk, the bottom of the limiting plate
Equipped with a limited mouth, the curved rod is inserted in the limited mouth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720986296.8U CN207481079U (en) | 2017-08-08 | 2017-08-08 | A kind of feeding device of injection-moulding device insert |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720986296.8U CN207481079U (en) | 2017-08-08 | 2017-08-08 | A kind of feeding device of injection-moulding device insert |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207481079U true CN207481079U (en) | 2018-06-12 |
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ID=62484732
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720986296.8U Active CN207481079U (en) | 2017-08-08 | 2017-08-08 | A kind of feeding device of injection-moulding device insert |
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| Country | Link |
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| CN (1) | CN207481079U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108839303A (en) * | 2018-07-24 | 2018-11-20 | 广州市瑞高包装工业有限公司 | A kind of new coping machine |
-
2017
- 2017-08-08 CN CN201720986296.8U patent/CN207481079U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108839303A (en) * | 2018-07-24 | 2018-11-20 | 广州市瑞高包装工业有限公司 | A kind of new coping machine |
| CN108839303B (en) * | 2018-07-24 | 2024-05-28 | 广州市瑞高包装工业有限公司 | Cover closing machine |
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