CN209306493U - A kind of plug injection moulding molding materials in the tube batch transfers preposition feeder - Google Patents
A kind of plug injection moulding molding materials in the tube batch transfers preposition feeder Download PDFInfo
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- CN209306493U CN209306493U CN201822223206.7U CN201822223206U CN209306493U CN 209306493 U CN209306493 U CN 209306493U CN 201822223206 U CN201822223206 U CN 201822223206U CN 209306493 U CN209306493 U CN 209306493U
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Abstract
The utility model discloses a kind of plug injection moulding molding materials in the tube batches to transfer preposition feeder, it is received including being equipped with transfer material seat, materials in the tube delivery device and materials in the tube, the workbench of epicyclical mechanism, transfer material seat is equipped with inclined materials in the tube slideway, and the high-end of materials in the tube slideway is communicated with vibration feeding machine structure；The material jacking mechanism of perforation transfer material seat width is additionally provided on workbench, the low side of material jacking mechanism and materials in the tube slideway is correspondingly arranged；Materials in the tube delivery device is set to the end of transfer material seat and extends to the high-end top of materials in the tube slideway；Materials in the tube reception, epicyclical mechanism and material jacking mechanism are distributed in the two sides of transfer material seat.Realize the mechanization automatic charging of materials in the tube, meanwhile being received by materials in the tube, the turnover of epicyclical mechanism, achieve the purpose that materials in the tube toward the mechanization batch feed on materials in the tube batch grass-hopper, production efficiency is improved, the artificial security risk for placing materials in the tube in mold is reduced；In addition, providing guarantee to improve the formed precision of plug and yield rate.
Description
Technical field
The utility model belongs to optical cable plug production technical field of auxiliary equipment more particularly to a kind of molding of plug injection moulding
Preposition feeder is transferred with materials in the tube batch.
Background technique
Optical cable plug is the injection molding on injection molding machine comprising aluminum pipe or copper pipe (materials in the tube) and is moulded in materials in the tube
Materials in the tube are placed in injection mold first in injection molding, then carry out injection molding work again by the shell of periphery, optical cable plug, currently,
It is manually to place one by one for the mode that materials in the tube are placed in injection mold, using which, has the following problems:
1, continuous production is poor, and rhythm of production is slow, and then causes production efficiency low；
2, artificial that materials in the tube are placed in mold, security risk is big；
3, formed precision is poor, and yield rate is low.
To solve the above-mentioned problems, it needs to be arranged on injection molding machine one and carries out turn that materials in the tube batch transfers in injection mold
Device is sent, and the batch for completing materials in the tube transfers, and needs that the equipment of a preposition feeding is arranged in the upstream of grass-hopper, it is past to realize
Feeding is carried out in grass-hopper.
Utility model content
For the defects in the prior art, the utility model provides before a kind of plug injection moulding molding materials in the tube batch transfers
Feeder is set, to realize the automatic charging and ordered arrangement of materials in the tube, and reaches the mass machinery in grass-hopper and conveys materials in the tube
Purpose.
Technical solution provided by the utility model is: a kind of plug injection moulding molding materials in the tube batch transfers preposition feeding
Machine, including workbench, the workbench are equipped with transfer material seat, and the transfer material seat is equipped with the materials in the tube slideway being obliquely installed,
The high-end of materials in the tube slideway is communicated with vibration feeding machine structure；
The material jacking mechanism for penetrating through the transfer material seat width, the material jacking mechanism and the pipe are additionally provided on the workbench
The low side of material slideway is correspondingly arranged and is set to the same side of the transfer material seat with the vibration feeding machine structure；The work
Platform is additionally provided with materials in the tube delivery device, and the materials in the tube delivery device is set to the end of the transfer material seat and extends to the pipe
Expect the high-end top of slideway；
Materials in the tube reception, epicyclical mechanism, the materials in the tube reception, epicyclical mechanism and the liftout machine are additionally provided on the workbench
Structure is distributed in the two sides of the transfer material seat, and the materials in the tube receive, epicyclical mechanism is located at the top of the material jacking mechanism and send direction
On.
As an improvement the vibration feeding machine structure includes the vibrating tray being set on the workbench, the vibration
The output end linking of feeding screw track has feed pipe on dynamic charging tray, and the feed pipe is fixedly installed on the vibrating tray；
It further include material feeding seat, the material feeding seat is equipped with the materials in the tube transfer passage being obliquely installed, the materials in the tube transfer passage
It is high-end be connected setting with the feed pipe, the low side of the materials in the tube transfer passage is connected to the materials in the tube slideway；
The conveying direction of the materials in the tube transfer passage and the inclined direction of the materials in the tube slideway are vertically arranged.
As a further improvement, the material jacking mechanism includes the first straight line driving member being set on the workbench
Part, the actuating station of the first straight line driving element are equipped with mandril and towards the transfer material seats；
Through-hole is equipped on the transfer material seat side wall of materials in the tube slideway two sides, in the axial direction of two through-holes
Heart line is collinearly arranged, and two through-holes are set to the low side of the materials in the tube slideway and are interconnected with the materials in the tube slideway；
The mandril is correspondingly arranged with the through-hole, and the mandril is equipped with clump weight, and the clump weight is close to described
The actuating station of first straight line driving element is arranged.
Extend as a further improvement, the wherein one side wall of the transfer material seat is equipped with to materials in the tube slideway direction
Baffle, the baffle is arranged in parallel with the materials in the tube slideway, and distance is small between the baffle and materials in the tube slideway bottom surface
In two materials in the tube diameter and.
It is improved as further, is additionally provided with horizontal material path on the transfer material seat, the horizontal material path is set to institute
It states the high-end of materials in the tube slideway and is interconnected, be equipped with feed inlet with the transfer material seat of the horizontal material path corresponding position,
The feed inlet is connected to the horizontal material path and the materials in the tube transfer passage；
The materials in the tube delivery device extends to the top of the horizontal material path.
As further improvement, the materials in the tube delivery device includes being set on the workbench and positioned at described
The actuating station of the second straight line driving element of transfer material seat end, the second straight line driving element is equipped with link block, the company
Block is connect equipped with pushing block, the pushing block extends to the top of the horizontal material path far from one end of the link block；
The pushing block is set close to the side of the horizontal material path there are two convex block, and materials in the tube constraint is formed between two convex blocks
Channel, when being in original state, the materials in the tube confined channel and the feed inlet are interconnected；
It is less than the height of another convex block close to the height of the convex block of the materials in the tube slideway, and far from the pipe
Expect that the thickness of convex block described in slideway side is greater than the distance of the materials in the tube confined channel to the materials in the tube slideway.
As further improvement, the materials in the tube are received, epicyclical mechanism includes being set on the workbench and along X
The support base of axis sliding is slidably fitted with slide unit along Y-axis on the support base, is slidably fitted with slide along Z axis on the slide unit,
It is slidably fitted with scraping wings along X-axis on the slide, elasticity is equipped with material seat on the scraping wings, and the material seat is equipped with multiple
Materials in the tube receiving channel is equipped with push rod with the scraping wings of the materials in the tube receiving channel corresponding position, and the push rod is described in
Materials in the tube receiving channel direction extends；Third linear driving element is equipped between the slide and the scraping wings.
As further improvement, the slide is equipped with the slide bar of the more arrangements that are square, and the scraping wings passes through
Linear bearing is slidably mounted on the slide bar；
Connecting rod is equipped between the material seat and the scraping wings, the connecting rod is equipped with two and is distributed in the material seat
Both ends, one end of the connecting rod are fixedly installed on the material seat, and the other end of the connecting rod is slidably mounted on the scraping wings
On；Compressed spring is set on the connecting rod, the compressed spring is set between the material seat and the scraping wings.
As further improvement, the material seat is equipped at least two location holes far from the side of the slide.
As further improvement, the scraping wings is equipped with limited post, the limited post close to the side of the material seat
Length be less than the push rod length.
Using technical solution described above, a kind of plug injection moulding molding materials in the tube batch provided by the utility model
Transfer having the beneficial effect that for preposition feeder:
It include workbench since the plug injection moulding molding materials in the tube batch transfers preposition feeder, workbench is equipped with transfer
Expect that seat, transfer material seat are equipped with the materials in the tube slideway being obliquely installed, the high-end of materials in the tube slideway is communicated with vibration feeding machine structure；Workbench
On be additionally provided with the material jacking mechanism of perforation transfer material seat width, the low side of material jacking mechanism and materials in the tube slideway be correspondingly arranged and with vibration
Feeding mechanism is set to the same side of transfer material seat；Workbench is additionally provided with materials in the tube delivery device, during materials in the tube delivery device is set to
Turn the end of material seat and extends to the high-end top of materials in the tube slideway；Materials in the tube reception, epicyclical mechanism, materials in the tube are additionally provided on workbench
Reception, epicyclical mechanism and material jacking mechanism are distributed in the two sides of transfer material seat, and materials in the tube receive, epicyclical mechanism is located at material jacking mechanism
Top is sent on direction, thus at work, by vibration feeding machine structure in transfer material seat successional orderly conveying materials in the tube, it
Afterwards, by materials in the tube delivery device by conveying come materials in the tube toward the direction of materials in the tube slideway low side one by one apply push power pass through later
The materials in the tube slideway being obliquely installed slides materials in the tube to the low side of materials in the tube slideway, later, by material jacking mechanism by multiple materials in the tube one by one
Top is sent to materials in the tube and is received, on epicyclical mechanism, later, materials in the tube receive, epicyclical mechanism by thereon go to pipe in all materials in the tube batch weeks
On charge amount grass-hopper.
In conclusion transferring preposition feeder using the plug injection moulding molding materials in the tube batch, the machinery of materials in the tube is realized
Change automatic charging, and materials in the tube are arranged orderly in each conveying operation, smoothly to send materials in the tube to materials in the tube reception, epicyclical mechanism
On provide guarantee, meanwhile, received by materials in the tube, the turnover of epicyclical mechanism, reached materials in the tube toward on materials in the tube batch grass-hopper
Mechanization batch feed purpose, continuous production, rhythm of production and production efficiency are not only substantially increased, moreover, effectively
Reduce the artificial security risk that materials in the tube are placed in mold；In addition, being provided to improve the formed precision of plug and yield rate
Guarantee.
Since vibration feeding machine structure includes the vibrating tray being set on workbench, feeding screw track on vibrating tray
Output end linking has feed pipe, and feed pipe is fixedly installed on vibrating tray；It further include material feeding seat, material feeding seat is equipped with inclination and sets
The materials in the tube transfer passage set, the high-end and feed pipe of materials in the tube transfer passage are connected setting, the low side and materials in the tube of materials in the tube transfer passage
Slideway connection, thus when conveying materials in the tube toward transfer material seat direction, vibrating tray vibration, so that materials in the tube enter feeding screw track
Upper, Line Continuity of going forward side by side orderly conveying, in this process, materials in the tube enter feed pipe by the output end of feeding screw track
Interior, later, materials in the tube are entered in materials in the tube transfer passage by feed pipe, and later, materials in the tube enter in transfer material seat, and structure is simple,
The orderly conveying to materials in the tube is not only realized, but also good to the conveying effect of materials in the tube and conveying continuity.
Since materials in the tube transfer passage is obliquely installed, the high-end and vibration feeding machine structure of materials in the tube transfer passage is connected setting, pipe
The low side of material transfer passage is connected to materials in the tube slideway, to ensure that materials in the tube are sent from vibration by inclined materials in the tube transfer passage
The smoothness that material mechanism is conveyed toward transfer material seat.
Since the inclined direction of the conveying direction and materials in the tube slideway of materials in the tube transfer passage is vertically arranged, to pass through the knot
Effective conveying of materials in the tube has not only been effectively ensured in structure, but also convenient for the linking of material feeding seat and transfer material seat arrangement.
Since material jacking mechanism includes the first straight line driving element being set on workbench, first straight line driving element is held
Row end is equipped with mandril and towards transfer material seat；Through-hole, two through hole are equipped on the transfer material seat side wall of materials in the tube slideway two sides
Longitudinal center line be collinearly arranged, and two through hole be set to materials in the tube slideway low side and with materials in the tube slideway be interconnected；Mandril with
Through-hole is correspondingly arranged, thus to materials in the tube carry out top send when, first straight line driving element drive mandril pass through a through-hole, it
Afterwards, mandril push up to the materials in the tube for being located at materials in the tube slideway low side and be sent, and by another through-hole and enters it by the materials in the tube that top is sent
On its materials in the tube transfer device, later, first straight line driving element drives mandril return, next to be pushed up during return
The materials in the tube sent slide to the low side of materials in the tube slideway and carry out the work of continuity liftout, structure letter according to process described above later
Single, the top one by one for realizing materials in the tube is sent.
Since mandril is equipped with clump weight, clump weight is arranged close to the actuating station of first straight line driving element, thus first
When linear driving element drives mandril movement, increases the weight of mandril by clump weight, avoid mandril that from occurring on the move
It shakes and influences the work for entering through-hole.
Since the wherein one side wall of transfer material seat is equipped with the baffle extended to materials in the tube slideway direction, baffle and materials in the tube slideway are flat
Row setting, and between baffle and materials in the tube slideway bottom surface diameter of the distance less than two materials in the tube and, thus pass through baffle to materials in the tube into
Row stops, and ensure that materials in the tube are single layer arrangement always in materials in the tube slideway, send materials in the tube to establish base for subsequent normal orderly top
Plinth.
Due to being additionally provided with horizontal material path on transfer material seat, horizontal material path is set to the high-end of materials in the tube slideway and is interconnected,
It is equipped with feed inlet with the transfer material seat of horizontal material path corresponding position, feed inlet connects with horizontal material path and materials in the tube transfer passage
It is logical；Materials in the tube delivery device extends to the top of horizontal material path, so that at work, the materials in the tube that the conveying of materials in the tube transfer passage comes pass through
Feed inlet enters in horizontal material path, later, pushes in materials in the tube slideway materials in the tube by materials in the tube delivery device, realizes materials in the tube
Neat arrangement in materials in the tube slideway, at the same can control materials in the tube in materials in the tube slideway number (that is: materials in the tube transfer device transfer how much
A materials in the tube, materials in the tube delivery device just push several materials in the tube).
Since materials in the tube delivery device includes the second straight line driving member for being set on workbench and being located at transfer material seat end
Part, the actuating station of second straight line driving element are equipped with link block, and link block is equipped with pushing block, and pushing block prolongs far from one end of link block
Extend to the top of horizontal material path；Pushing block is set close to the side of horizontal material path there are two convex block, and materials in the tube constraint is formed between two convex blocks
Channel, when being in original state, materials in the tube confined channel and feed inlet are interconnected, so that at work, materials in the tube transfer passage is defeated
The materials in the tube sent are entered after feed inlet in materials in the tube confined channel, and later, second straight line driving element drives link block and pushing block
Movement, so realize pushing block to materials in the tube from horizontal material path to the push of materials in the tube slideway, structure is simple, push effect it is good, be materials in the tube
Neatly arrangement is laid a good foundation in materials in the tube slideway.
Since the height of the convex block close to materials in the tube slideway is less than the height of another convex block, thus pushing away with this configuration
Block is convenient for quickly forming blanking with the bottom surface of materials in the tube slideway by the small convex block of height when pushing materials in the tube in materials in the tube slideway
Gap helps to improve the pushing efficiency of materials in the tube so that materials in the tube are rapidly separated materials in the tube confined channel, and does not influence materials in the tube in materials in the tube
Arrangement in slideway；Since the thickness far from materials in the tube slideway side convex block is greater than the distance of materials in the tube confined channel to materials in the tube slideway,
To with this configuration, ensure that pushing block when pushing materials in the tube, it can synchronize and stop next materials in the tube into horizontal material path, be
The materials in the tube smoothly enter after pushing block return lays a good foundation in materials in the tube confined channel.
Since materials in the tube receive, epicyclical mechanism includes being set on workbench and along the support base of X-axis sliding, support base
Slide unit is slidably fitted with along Y-axis, is slidably fitted with slide along Z axis on slide unit, is slidably fitted with scraping wings along X-axis on slide, is pushed away
Elasticity is equipped with material seat on flitch, and material seat is equipped with multiple materials in the tube receiving channels, the pusher with materials in the tube receiving channel corresponding position
Plate is equipped with push rod, and push rod extends toward materials in the tube receiving channel direction；Third linear driving element is equipped between slide and scraping wings,
To when materials in the tube are received from transfer material seat toward materials in the tube, epicyclical mechanism carries out top and send, by the sliding of support base, slide unit and slide,
The side wall for expecting seat and transfer material seat is set mutually to abut against and make the through-hole on materials in the tube receiving channel and transfer material seat to be interconnected, it
One materials in the tube top is sent to materials in the tube receiving channel by material jacking mechanism afterwards, later, through-hole is connected to next materials in the tube receiving channel,
And the materials in the tube that top is sent are received, and so on, materials in the tube are served by pushing up in all materials in the tube receiving channels, later, pass through support base, cunning
The sliding of platform and slide makes to expect that seat returns to initial position, and later, materials in the tube batch grass-hopper reclines with material seat, and later, third is straight
It is mobile to material seat direction that line driving element drives scraping wings and push rod thereon, and then mobile push rod will accommodate materials in the tube
In all materials in the tube synchronized push to materials in the tube batch grass-hopper in channel, later, materials in the tube batch grass-hopper can be by materials in the tube
Batch transfers in injection mold；In above process, it is installed by the elasticity of material seat, so that materials in the tube batch transfer device is close
Expect when seat or expect flexible deformation can occur when seating against nearly transfer material seat, avoids the two hard contact (collision) close to each other
And the problem of damaging.In conclusion being received using the materials in the tube, epicyclical mechanism realizes materials in the tube in transfer material seat and materials in the tube batch
The batch turnover between transfer device is measured, structure is simple, and batch turnover effect is good, to improve continuous production and production efficiency
It lays a good foundation.
Since slide is equipped with the slide bar of the more arrangements that are square, scraping wings is slidably mounted on slide bar by linear bearing
On；Expect to be equipped with connecting rod between seat and scraping wings, connecting rod is equipped with two and is distributed in the both ends of material seat, the fixed peace in one end of connecting rod
Loaded on material seat, the other end of connecting rod is slidably mounted on scraping wings；Compressed spring is set on connecting rod, compressed spring is set to
Expect between seat and scraping wings, to not influence scraping wings not only by the cooperation of scraping wings and more slide bars of the arrangement that is square
Sliding, and the guiding role to scraping wings can be played, so that stability is high when scraping wings is mobile, smoothly be pushed for push rod
Materials in the tube in materials in the tube receiving channel provide guarantee；The flexible deformation generated by compressed spring, in materials in the tube batch grass-hopper
It is buffered, is had the advantages of simple structure and easy realization, and manufacturing cost is low when reclining with material seat and when material seat reclines with transfer material seat.
Since material seat is equipped at least two location holes far from the side of slide, to be convenient for and materials in the tube batch by location hole
Locating rod on grass-hopper carries out location fit, ensure that materials in the tube from material seat toward materials in the tube batch grass-hopper on push it is accurate
Property.
Since scraping wings is equipped with limited post close to the side of material seat, the length of limited post is less than the length of push rod, thus logical
Limited post is crossed to limit material moving displacement of the seat to scraping wings direction, it is excessive to avoid material seat moving displacement, and makes push rod through pipe
Material receiving channel passes through material seat and touches and damage with materials in the tube batch grass-hopper or transfer material seated connection.
Detailed description of the invention
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described.In all the appended drawings, similar
Element or part are generally identified by similar appended drawing reference.In attached drawing, each element or part might not be according to actual ratios
It draws.
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is that Fig. 1 removes the structural schematic diagram after materials in the tube reception, epicyclical mechanism；
Fig. 3 is the bottom view of Fig. 2；
Fig. 4 is the A direction view in Fig. 3；
Fig. 5 is the B direction view in Fig. 1；
In figure, 1- workbench；2- transfer material seat；201- materials in the tube slideway；202- baffle；The horizontal material path of 203-；204- charging
Mouthful；3- vibration feeding machine structure；301- vibrating tray；302- feed pipe；303- material feeding seat；304- materials in the tube transfer passage；4- liftout
Mechanism；401- first straight line driving element；402- mandril；403- through-hole；404- clump weight；5- materials in the tube delivery device；501- is convex
Block；502- second straight line driving element；503- link block；504- pushing block；505- materials in the tube confined channel；6- materials in the tube are received, are had enough to meet the need
Mechanism；601- support base；602- slide unit；603- slide；604- scraping wings；605- expects seat；606- materials in the tube receiving channel；607- is pushed away
Bar；608- third linear driving element；609- slide bar；610- linear bearing；611- connecting rod；612- compressed spring；613- positioning
Hole；614- limited post；7- sliding rail.
Specific embodiment
It is described in detail below in conjunction with embodiment of the attached drawing to technical solutions of the utility model.Following embodiment is only
For clearly illustrating the utility model, technical solution, therefore it is only used as example, and it is originally practical to cannot be used as a limitation limitation
Novel protection scope.
For ease of description, define: the length direction of workbench 1 is X-axis, and the width direction of workbench 1 is Y-axis, work
The short transverse of platform 1 is Z axis.
As shown in Figure 1, a kind of plug injection moulding molding materials in the tube batch transfers preposition feeder, including workbench 1, the work
Platform 1 is equipped with transfer material seat 2, which is equipped with the materials in the tube slideway 201 that is obliquely installed, the materials in the tube slideway 201 it is high-end
It is communicated with vibration feeding machine structure 3；The material jacking mechanism 4 of perforation 2 width of transfer material seat, the material jacking mechanism 4 are additionally provided on the workbench 1
The same side of transfer material seat 2 is correspondingly arranged and is set to vibration feeding machine structure 3 with the low side of materials in the tube slideway 201；The workbench
Materials in the tube delivery device 5 is additionally provided on 1, which is set to the end of transfer material seat 2 and extends to materials in the tube slideway
201 high-end tops；Materials in the tube reception, epicyclical mechanism 6, materials in the tube reception, epicyclical mechanism 6 and liftout are additionally provided on the workbench 1
Mechanism 4 is distributed in the two sides of transfer material seat 2, and materials in the tube receive, epicyclical mechanism 6 is located at the top of material jacking mechanism 4 and send on direction.
As Fig. 2 and Fig. 3 jointly shown in, which includes the vibrating tray 301 that is set on workbench 1, should
The output end linking of feeding screw track has feed pipe 302 on vibrating tray 301, which is fixedly installed in vibration material
On disk 301；It further include material feeding seat 303, which is equipped with the materials in the tube transfer passage 304 being obliquely installed, materials in the tube conveying
The high-end and feed pipe 302 in channel 304 is connected setting, and the low side of the materials in the tube transfer passage 304 is connected to materials in the tube slideway 201；It should
The conveying direction of materials in the tube transfer passage 304 and the inclined direction of materials in the tube slideway 201 are vertically arranged.
As Fig. 2 to Fig. 4 jointly shown in, which includes the first straight line driving element that is set on workbench 1
401, the actuating station of the first straight line driving element 401 is equipped with mandril 402 and towards transfer material seat 2；Positioned at materials in the tube slideway 201
It is equipped with through-hole 403 on 2 side wall of transfer material seat of two sides, the longitudinal center line of two through hole 403 is collinearly arranged, and two through hole 403
It is set to the low side of materials in the tube slideway 201 and is interconnected with materials in the tube slideway 201；The mandril 402 is correspondingly arranged with through-hole 403, and
Mandril 402 is equipped with clump weight 404, which is arranged close to the actuating station of first straight line driving element 401, in we
In case, which is cylinder.
The wherein one side wall of the transfer material seat 2 is equipped with the baffle 202 that extends to 201 direction of materials in the tube slideway, the baffle 202 and
Materials in the tube slideway 201 is arranged in parallel, and between 201 bottom surface of baffle 202 and materials in the tube slideway diameter of the distance less than two materials in the tube and；Make
To be preferred, it is additionally provided with horizontal material path 203 on the transfer material seat 2, which is set to the high-end, simultaneously of materials in the tube slideway 201
Be interconnected, be equipped with feed inlet 204 with the transfer material seat 2 of horizontal 203 corresponding position of material path, the feed inlet 204 with level
Material path 203 is connected to materials in the tube transfer passage 304；The materials in the tube delivery device 5 extend to horizontal material path 203 top (referring to fig. 2 and
Fig. 3).
As shown in figure 4, the materials in the tube delivery device 5 includes for being set on workbench 1 and being located at 2 end of transfer material seat
Two linear driving elements 502, which is cylinder and actuating station is equipped with link block 503, the link block
503 are equipped with pushing block 504, which extends to the top of horizontal material path 203 far from one end of link block 503；The pushing block
504 set close to the side of horizontal material path 203 there are two convex block 501, form materials in the tube confined channel 505 between two convex blocks 501, are in
When original state, the materials in the tube confined channel 505 and feed inlet 204 are interconnected；Preferably, close to the convex of materials in the tube slideway 201
The height of block 501 is less than the height of another convex block 501, and the thickness far from 201 side convex block 501 of materials in the tube slideway is greater than materials in the tube
Confined channel 505 to materials in the tube slideway 201 distance.
As shown in figure 5, the materials in the tube receive, epicyclical mechanism 6 includes being set on workbench 1 and along the support base of X-axis sliding
601, slide unit 602 is slidably fitted with along Y-axis on the support base 601, is slidably fitted with slide 603 along Z axis on the slide unit 602, it should
It is slidably fitted with scraping wings 604 along X-axis on slide 603, elasticity, which is equipped with, on the scraping wings 604 expects seat 605, on the material seat 605
Equipped with multiple materials in the tube receiving channels 606, it is equipped with push rod 607 with the scraping wings 604 of 606 corresponding position of materials in the tube receiving channel, it should
Push rod 607 extends toward 606 direction of materials in the tube receiving channel；Third linear driving element is equipped between the slide 603 and scraping wings 604
608, which is cylinder；The sliding of above-mentioned all parts can be by cylinder or oil cylinder driving and in cunning
It is slided on rail 7.
The slide 603 is equipped with the slide bar 609 of the more arrangements that are square, which is slided by linear bearing 610
It is installed on slide bar 609；Connecting rod 611 is equipped between the material seat 605 and scraping wings 604, which is equipped with two and is distributed
In the both ends of material seat 605, one end of the connecting rod 611 is fixedly installed on material seat 605, and the other end of the connecting rod 611 is slidably installed
In on scraping wings 604；It is set with compressed spring 612 on the connecting rod 611, which is set to material seat 605 and scraping wings
Between 604.
The material seat 605 is equipped at least two location holes 613 far from the side of slide 603；The scraping wings 604 is close to material seat
605 side is equipped with limited post 614, and the length of the limited post 614 is less than the length of push rod 607.
The above various embodiments is only to illustrate the technical solution of the utility model, rather than its limitations；Although referring to aforementioned
The utility model is described in detail in each embodiment, those skilled in the art should understand that: it still can be with
It modifies the technical solutions described in the foregoing embodiments, or some or all of the technical features is equal
Replacement；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution various embodiments of the utility model technical side
The range of case should all cover in the claim of the utility model and the range of specification.
Claims (10)
1. a kind of plug injection moulding molding materials in the tube batch transfers preposition feeder, including workbench, which is characterized in that the work
Platform is equipped with transfer material seat, and the transfer material seat is equipped with the materials in the tube slideway being obliquely installed, the high-end connection of the materials in the tube slideway
There is vibration feeding machine structure；
The material jacking mechanism for penetrating through the transfer material seat width is additionally provided on the workbench, the material jacking mechanism and the materials in the tube are sliding
The low side in road is correspondingly arranged and is set to the same side of the transfer material seat with the vibration feeding machine structure；On the workbench
It is additionally provided with materials in the tube delivery device, the materials in the tube delivery device is set to the end of the transfer material seat and extends to the materials in the tube
The high-end top of slideway；
Materials in the tube reception, epicyclical mechanism are additionally provided on the workbench, the materials in the tube receive, epicyclical mechanism and the material jacking mechanism divide
It is distributed in the two sides of the transfer material seat, and the materials in the tube receive, epicyclical mechanism is located at the top of the material jacking mechanism and send on direction.
2. plug injection moulding molding materials in the tube batch according to claim 1 transfers preposition feeder, which is characterized in that described
Vibration feeding machine structure includes the vibrating tray being set on the workbench, the output of feeding screw track on the vibrating tray
End linking has feed pipe, and the feed pipe is fixedly installed on the vibrating tray；
It further include material feeding seat, the material feeding seat is equipped with the materials in the tube transfer passage being obliquely installed, the height of the materials in the tube transfer passage
End is connected setting with the feed pipe, and the low side of the materials in the tube transfer passage is connected to the materials in the tube slideway；
The conveying direction of the materials in the tube transfer passage and the inclined direction of the materials in the tube slideway are vertically arranged.
3. plug injection moulding molding materials in the tube batch according to claim 2 transfers preposition feeder, which is characterized in that described
Material jacking mechanism includes the first straight line driving element being set on the workbench, the actuating station of the first straight line driving element
Equipped with mandril and towards the transfer material seat；
Through-hole, the longitudinal center line of two through-holes are equipped on the transfer material seat side wall of materials in the tube slideway two sides
Conllinear setting, and two through-holes are set to the low side of the materials in the tube slideway and are interconnected with the materials in the tube slideway；
The mandril is correspondingly arranged with the through-hole, and the mandril is equipped with clump weight, and the clump weight is close to described first
The actuating station of linear driving element is arranged.
4. plug injection moulding molding materials in the tube batch according to claim 3 transfers preposition feeder, which is characterized in that described
The wherein one side wall of transfer material seat is equipped with the baffle extended to materials in the tube slideway direction, and the baffle and the materials in the tube slideway are flat
Row setting, and between the baffle and the materials in the tube slideway bottom surface diameter of the distance less than two materials in the tube and.
5. plug injection moulding molding materials in the tube batch according to claim 4 transfers preposition feeder, which is characterized in that described
Horizontal material path is additionally provided on transfer material seat, the horizontal material path is set to the high-end of the materials in the tube slideway and is interconnected, with institute
The transfer material seat for stating horizontal material path corresponding position is equipped with feed inlet, the feed inlet with the horizontal material path and described
The connection of materials in the tube transfer passage；
The materials in the tube delivery device extends to the top of the horizontal material path.
6. plug injection moulding molding materials in the tube batch according to claim 5 transfers preposition feeder, which is characterized in that described
Materials in the tube delivery device includes the second straight line driving element for being set on the workbench and being located at the transfer material seat end,
The actuating station of the second straight line driving element is equipped with link block, and the link block is equipped with pushing block, and the pushing block is far from described
One end of link block extends to the top of the horizontal material path；
The pushing block is set close to the side of the horizontal material path there are two convex block, and it is logical that materials in the tube constraint is formed between two convex blocks
Road, when being in original state, the materials in the tube confined channel and the feed inlet are interconnected；
It is less than the height of another convex block close to the height of the convex block of the materials in the tube slideway, and sliding far from the materials in the tube
The thickness of convex block described in road side is greater than the distance of the materials in the tube confined channel to the materials in the tube slideway.
7. plug injection moulding molding materials in the tube batch according to any one of claims 1 to 6 transfers preposition feeder, feature
It is, the materials in the tube receive, epicyclical mechanism includes being set on the workbench and along the support base of X-axis sliding, the support
Slide unit is slidably fitted with along Y-axis on seat, is slidably fitted with slide along Z axis on the slide unit, is slidably installed on the slide along X-axis
There is scraping wings, elasticity is equipped with material seat on the scraping wings, and the material seat is equipped with multiple materials in the tube receiving channels, with the materials in the tube
The scraping wings of receiving channel corresponding position is equipped with push rod, and the push rod extends toward materials in the tube receiving channel direction；Institute
It states and is equipped with third linear driving element between slide and the scraping wings.
8. plug injection moulding molding materials in the tube batch according to claim 7 transfers preposition feeder, which is characterized in that described
Slide is equipped with the slide bar of the more arrangements that are square, and the scraping wings is slidably mounted on the slide bar by linear bearing；
Connecting rod is equipped between the material seat and the scraping wings, the connecting rod is equipped with two and is distributed in the both ends of the material seat,
One end of the connecting rod is fixedly installed on the material seat, and the other end of the connecting rod is slidably mounted on the scraping wings；Institute
It states and is set with compressed spring on connecting rod, the compressed spring is set between the material seat and the scraping wings.
9. plug injection moulding molding materials in the tube batch according to claim 8 transfers preposition feeder, which is characterized in that described
Expect that seat is equipped at least two location holes far from the side of the slide.
10. plug injection moulding molding materials in the tube batch according to claim 9 transfers preposition feeder, which is characterized in that institute
It states scraping wings and is equipped with limited post close to the side of the material seat, the length of the limited post is less than the length of the push rod.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822223206.7U CN209306493U (en) | 2018-12-27 | 2018-12-27 | A kind of plug injection moulding molding materials in the tube batch transfers preposition feeder |
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|---|---|---|---|
| CN201822223206.7U CN209306493U (en) | 2018-12-27 | 2018-12-27 | A kind of plug injection moulding molding materials in the tube batch transfers preposition feeder |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112390515A (en) * | 2020-11-19 | 2021-02-23 | 成都市新西北光电有限公司 | Automatic feed supplement system of glass softening furnace |
| CN113318934A (en) * | 2021-05-25 | 2021-08-31 | 龙港市圣嘉刀具有限公司 | A device and processing equipment are inserted to handle of a knife for accurate cutter coating |
-
2018
- 2018-12-27 CN CN201822223206.7U patent/CN209306493U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112390515A (en) * | 2020-11-19 | 2021-02-23 | 成都市新西北光电有限公司 | Automatic feed supplement system of glass softening furnace |
| CN113318934A (en) * | 2021-05-25 | 2021-08-31 | 龙港市圣嘉刀具有限公司 | A device and processing equipment are inserted to handle of a knife for accurate cutter coating |
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