CN207273688U - A kind of vertical injection feeder equipment - Google Patents
A kind of vertical injection feeder equipment Download PDFInfo
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- CN207273688U CN207273688U CN201720759048.XU CN201720759048U CN207273688U CN 207273688 U CN207273688 U CN 207273688U CN 201720759048 U CN201720759048 U CN 201720759048U CN 207273688 U CN207273688 U CN 207273688U
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Abstract
The utility model discloses a kind of vertical injection feeder equipment, including rack, the rack is equipped with two groups of symmetrically arranged feed mechanisms, module mechanism is equipped between two groups of symmetrically arranged feed mechanisms, the lower section of module mechanism is equipped with material storage mechanism, material storage mechanism is connected with module mechanism, and the side of material storage mechanism is equipped with material fetching mechanism, and material fetching mechanism is fixedly connected with rack；The material storage mechanism includes material storage mechanism fixed frame, the material storage mechanism fixed frame is fixedly connected with module mechanism, drive component is fixedly connected with below the material storage mechanism fixed frame, drive component is connected with storing component, detection components are equipped with above storing component, detection components are fixedly connected with material storage mechanism fixed frame.The vertical injection feeder equipment of the utility model has the advantages that to improve production efficiency, reduces artificial labor intensity, reduces cost of labor, the quality for lifting product and uniformity and reduce manually-operated security risk.
Description
Technical field
Injection molding technical field is the utility model is related to, is specially a kind of vertical injection feeder equipment.
Background technology
In the production of some injections, it usually needs first some auxiliary materials are manually placed into injection molding machine, then are set by injection
Standby to be molded, the injection especially for plug produces, and it is right in the mould of injection-moulding device to be typically first inserted into copper foot
On the position answered, then injection production carried out by injection-moulding device.In industry it is substantially using manual operation at present, when injection is set
After standby die sinking, after manually copper foot is inserted into by the copper foot placement location in copper foot alignment mould one by one, then by injection-moulding device
Injection molding is carried out, is molded again after injection molding, manually takes out the product of injection molding, then the insertion of copper foot is so followed
Ring works.It is so low without work efficiency using manual operation, and since artificial uncertainty can there are some copper feet
Place not just or copper foot etc. is put in leakage so that the product that beer comes out is unqualified, on the one hand so that the product produced of injection is consistent
Property and of poor quality, on the other hand can cause the waste of raw material；And it is more using the artificial quantity needed for manual operation, its manually into
This height, due to injection mold, temperature is higher during injection molding, and there are operating personnel's high temperature in daily operation to scald
The security risk of wound.
Utility model content
The utility model provides a kind of raising production efficiency, reduces artificial labor intensity, reduces cost of labor, lifting
The quality and uniformity of product and the vertical injection feeder equipment for reducing manually-operated security risk.
The utility model can be achieved through the following technical solutions：
A kind of vertical injection feeder equipment, including rack, the rack are equipped with two groups of symmetrically arranged feed mechanisms, and two
Module mechanism is equipped between the symmetrically arranged feed mechanism of group, the lower section of module mechanism is equipped with material storage mechanism, material storage mechanism and mould
The connection of group mechanism, the side of material storage mechanism are equipped with material fetching mechanism, and material fetching mechanism is fixedly connected with rack；The material storage mechanism includes
Material storage mechanism fixed frame, the material storage mechanism fixed frame are fixedly connected with module mechanism, solid below the material storage mechanism fixed frame
Surely drive component is connected with, drive component is connected with storing component, and detection components, detection components and storage are equipped with above storing component
Material institutions fixator is fixedly connected.The vertical injection feeder equipment of the utility model, in use, first by feed mechanism automatically by copper
Foot is passed out on material storage mechanism；After the mould being connected with the utility model in the injection-moulding device used is opened, by material fetching mechanism
By the good product of beer takes out and is placed on product placement position, while material storage mechanism is under the drive of module mechanism in mould
It is moved on injection-moulding device, and copper foot is injected on mould, while detection components can checks the copper on storing component automatically
Whether foot is all put into mould, completes the self-feeding of the utility model and takes the work of product.Using the utility model
With self-feeding and the good product of beer can be automatically taken out instead of artificial blowing and taking-up product, reduced needed for artificial blowing and feeding
Time, realize serialization, automated production, effectively raise the efficiency of production；Each mechanism of the utility model is equal
It can realize automatically working, without the copper foot putting hole blowing being manually aligned one by one in mould, make Machine automated operation generation
For manual operation, manual labor is discharged, reduces hand labor intensity；Copper foot is put automatically by using the utility model unification to arrive
In mould, its position placed is unified, and the utility model is equipped with testing agency, can check whether copper foot is all put into
In mould, it is ensured that mould places the accuracy of quantity, it is possibility to have some human factors when effect avoids worker's blowing are such as
Placement location is not allowed or leaks to put copper foot underproof phenomenon after copper foot etc. causes product beer good, the effective quality for lifting product and
Uniformity.
Further, the driving component is the lifting cylinder that terminal part is fixedly connected with material storage mechanism fixed frame, its is defeated
Outlet is connected with storing component.The lifting cylinder is used to drive storing component to move up and down, when material storage mechanism is in module mechanism
Drive be moved on the mould of injection-moulding device after, drive component drives storing component to decline and simultaneously copper foot is placed into mould
Relevant position on, and by whether copper foot being put on testing agency's detection storing component in mould in full, after the completion of detection,
Lifting cylinder drives storing component to be lifted off mould, and carries out the cycle operation of next round.Therefore, the driving component is set
Putting can be in order to which copper foot be placed into the mould of injection-moulding device by material storage mechanism.
Further, the storing component includes storing plate and blowing guide plate, and storing plate is arranged on blowing guide plate
Above, pumping board is equipped between the storing plate and blowing guide plate, the side of pumping board is equipped with the pumping board cylinder for being used for driving pumping board.
The storing plate is equipped with the stock chest of spread configuration, and blowing guide plate is equipped with first be correspondingly arranged with stock chest and is oriented to
Groove, pumping board are equipped with the second guide groove, when storing component needs to store copper foot, the second guide groove on pumping board and stock chest and
First guide groove shifts to install, and copper foot is fallen on the pumping board of stock chest slot bottom and can not be dropped, and realizes that storing component stores
Copper foot, when being moved under drive of the material storage mechanism in module mechanism on the mould of injection-moulding device, it is necessary to which copper foot is put into mould
On the correspondence position of tool, the driving pumping board movement of pumping board cylinder, makes the second guide groove and stock chest and the first guide groove on pumping board
Connect, copper foot is directly dropped on the corresponding position of mould from stock chest by the second guide groove and the first guide groove, is realized
The automatic discharging function of the utility model.
Further, the detection components include detection probe, linear motion plate, detection connecting plate and detection cylinder, institute
The end for stating detection cylinder is fixedly connected with material storage mechanism fixed frame, and output terminal is fixedly connected with detection connecting plate, detection connection
Plate is connected by intermediate connector with linear motion plate, and linear motion plate is equipped with the probe for being used for preventing that detection probe from dropping
Hole, the top of the detection probe are arranged in probe aperture and can move in the axial direction.The detection probe is to be used to contact
The metallic plug of copper foot；The linear motion plate is equipped with probe aperture and is used to constrain detection probe, prevents detection probe from dropping；It is described
Detection connecting plate can contact energization connection with detection probe, when the test side of detection probe is inserted into stock chest, if storing
It also there are copper foot in component, then the test side of detection probe is contacted with copper foot is jacked up detection probe, the top of detection probe
End can contact energization with detection connecting plate, and send false command to PLC.
Further, the feed mechanism includes vibration plate and directly shakes, and described one end directly to shake is connected with vibration plate, described directly to shake
Top be equipped with pusher.The vibration plate is used to carry out orderly arrangement and Automatic-feeding to copper foot；It is described it is straight shake for pair
Copper foot carries out transverse shifting, copper foot is gone out with suitable state by orderly transmission.
Further, the pusher includes push cylinder fixed plate and push cylinder, and the push cylinder is by pushing away
Cylinder connecting plate of supplying gas is connected with push cylinder fixed plate, and the output terminal of push cylinder is fixed through cylinder guidance plate and push cylinder
Plate, the cylinder guidance plate are fixedly connected with push cylinder fixed plate.Straight guiding of shaking is equipped with the middle part of the push cylinder fixed plate
Hole, the discharge end for making directly to shake outwards transmit copper foot through pilot hole, and the upper end of push cylinder fixed plate sets directed line and shakes direction
The push cylinder connecting plate of stretching, is fixedly connected with push cylinder on the bottom surface of push cylinder connecting plate, push cylinder it is defeated
Outlet extends to the output extreme direction directly to shake, and is oriented to through cylinder guidance plate and the push cylinder on push cylinder fixed plate top
Hole can be protruding, and the copper foot that material jacking mechanism jacks up is pushed on the storing plate of material storage mechanism.
Further, sensor is equipped with before the push cylinder fixed plate, the sensor is fixed with push cylinder
Material jacking mechanism is equipped between plate, the material jacking mechanism includes the output terminal of material ejection cylinder and scraping wings, scraping wings and material ejection cylinder
It is fixedly connected.The sensor is fibre optical sensor, and the scraping wings is equipped with material constrained port, material jacking mechanism it is not operating it
Before, material constrained port is docked with the discharge end directly to shake on scraping wings, and make directly to shake is transferred directly on scraping wings material about by copper foot
In beam hole, when copper foot one end pass through material constrained port after can by sensor sensing to material in place, material ejection cylinder promotion pusher
Strip is moved copper foot and is moved up, and when the push cylinder that copper foot is driven push cylinder fixed plate is oriented to hole site, pushes gas
The output terminal of cylinder is released forward, and the copper foot in the material constrained port of scraping wings is pushed on storing plate, completes the utility model
Liftout and pusher work.
Further, the module mechanism includes module suspension bridge, transmission component and drag chain, and the module suspension bridge is consolidated with rack
Fixed connection, the transmission component is arranged on the downside of module suspension bridge, and is fixedly connected with module suspension bridge, and the drag chain is arranged on biography
The side of dynamic component, one end of drag chain are connected with transmission component, and the other end is connected with material storage mechanism fixed frame.The module suspension bridge
Fixed conveyor component is used to support, the transmission component includes servomotor and screw, and servomotor is arranged on one end of screw,
For driving screw to rotate；The drag chain is used for the movement for driving material storage mechanism.
Further, the material fetching mechanism includes rocking bar cylinder, and the end of rocking bar cylinder is fixed by connector and rack
Connection, the output terminal of rocking bar cylinder are connected with flake connector, and flake connector is connected by one end of connecting shaft and rocking bar, rocking bar
The lower part of the other end and shaft connects, and the top of shaft is equipped with rocking arm extension arm, and the rocking arm extension arm is equipped with material folding component.
The rocking bar cylinder is used for the power for providing rocking arm rotation, and rocking bar, rocking bar band are promoted by flake connector when rocking bar cylinder stretches out
Turn axis rotates, and shaft drives material folding component to rotate by rocking arm extension arm, material fetching mechanism is rotated and by injection-moulding device
The product that beer is good in mould takes out, and the rocking arm extension arm is equipped with several adjustment holes, can adjust according to demand required
Length.
Further, the material folding component includes manipulator installing plate, and manipulator installing plate is equipped with manipulator gas up and down
Cylinder, the output terminal of manipulator upper and lower air cylinders are equipped with manipulator, and the manipulator is installed by manipulator guide rod and manipulator
Plate connects.The manipulator installing plate is equipped with some groups of mounting holes, can conveniently adjust the installation site of manipulator；The machine
Lower cylinder is used for moving up and down for driving manipulator to tool on hand, and the manipulator can complete clamping and expansion action, Ke Yiqu
Go out the product after injection.
The vertical injection feeder equipment of the utility model, compared with prior art, has following beneficial effect：
Firstth, production efficiency is improved, the vertical injection feeder equipment of the utility model, can be sent automatically using the utility model
Expect and automatically take out the good product of beer instead of artificial blowing and take out product, reduce artificial blowing and the time needed for feeding, it is real
Show serialization, automated production, effectively raise the efficiency of production；
Secondth, artificial labor intensity is reduced, each mechanism of the utility model can realize automatically working, without
The copper foot putting hole blowing being manually aligned one by one in mould, makes Machine automated operation replace manual operation, can effectively release
Manual labor is put, reduces hand labor intensity；
3rd, cost of labor is reduced, realizes that automation mechanized operation replaces manual operation using the utility model, when use only needs
Want an operating personnel to complete work, reduce required artificial quantity, reduce cost of labor；
4th, the quality and uniformity of product are lifted, by using the unified copper foot of putting automatically of the utility model in mould,
Its position placed is unified, and the utility model is equipped with testing agency, can check whether copper foot is all put into mould,
It can ensure that mould places the accuracy of quantity, it is possibility to have effect avoids some human factors such as placement location during worker's blowing
The underproof phenomenon of copper foot after copper foot etc. causes product beer good, the effective quality and uniformity for lifting product are put in inaccurate or leakage；
5th, manually-operated security risk is reduced, by using the utility model self-feeding and product is taken out, makes one
Work need not be directed at the copper foot correspondence position blowing on mould, and the risk for avoiding high temperature from scalding, effectively reduces artificial blowing and take
Go out the security risk of product.
Brief description of the drawings
Fig. 1 is the structure diagram of the vertical injection feeder equipment of the utility model；
Fig. 2 is the vertical injection each Distribution of Institutions schematic diagram of feeder equipment of the utility model；
Fig. 3 is the structure diagram of material storage mechanism in Fig. 2；
Fig. 4 is storing plate, blowing guide plate and the drawing plate structure schematic diagram of Fig. 3；
The structure diagram of feed mechanism and module mechanism in Fig. 5 Fig. 2；
A portions schematic enlarged-scale view in Fig. 6 Fig. 5；
Fig. 7 is the structure diagram of the material fetching mechanism in Fig. 2.
Embodiment
In order to make those skilled in the art more fully understand the technical solution of the utility model, with reference to embodiment and
Attached drawing is described in further detail the utility model product.
As shown in Figure 1 to Figure 3, a kind of vertical injection feeder equipment, including rack 1, the rack 1 are symmetrical equipped with two groups
The feed mechanism 2 of setting, is equipped with module mechanism 4 between two groups of symmetrically arranged feed mechanisms 2, the lower section of module mechanism 4 is equipped with
Material storage mechanism 3, material storage mechanism 3 are connected with module mechanism 4, and the side of material storage mechanism 3 is equipped with material fetching mechanism 5, material fetching mechanism 5 and machine
Frame 1 is fixedly connected, and the rack 1 is equipped with and is additionally provided with protective cover 11, and the protective cover 11 is arranged on outside each mechanism, plays protection
Effect, the protective cover 11, which is equipped with, to be used to set the operation panel 14 of working procedure, and the bottom surface of the rack 1 is equipped with and can rise
Foot cup 15 drops, and the liftable foot cup 15 is used for the height of adjustment equipment.The material storage mechanism 3 includes material storage mechanism fixed frame 6,
The material storage mechanism fixed frame 6 is fixedly connected with module mechanism 4, and the lower section of material storage mechanism fixed frame 6 is fixedly connected with driving
Component 7, drive component 7 are connected with storing component 8, and the top of storing component 8 is equipped with detection components 9, detection components 9 and material storage mechanism
Fixed frame 6 is fixedly connected.The vertical injection feeder equipment of the utility model, in use, first automatically being sent copper foot by feed mechanism 2
Go out into the storing component 8 of material storage mechanism 3；After the mould being connected with the utility model in the injection-moulding device used is opened, by
Material fetching mechanism 5 is by the good product of beer takes out and is placed on product placement position, while material storage mechanism 3 is in module machine in mould
The drive of structure 4 is moved on injection-moulding device, moves down storing component 8 under the promotion of drive component 7, and copper foot is put into
On mould, while detection components 9 can check whether the copper foot in storing component 8 is all put into mould automatically, detect
Bi Hou, drive component 7 drive storing component 8 to move up, and it is next that module mechanism 4 drives material storage mechanism 3 to return to original position progress
Cycle operation, completes the self-feeding of the utility model and takes the work of product.
As shown in Figure 3 and Figure 4, the driving component 7 is the lifting air that terminal part is fixedly connected with material storage mechanism fixed frame 6
Cylinder, its output terminal are connected by I-shaped connecting plate 701 with storing component 8.The storing component 8 includes storing plate 801 and puts
Expect guide plate 802, storing plate 801 is arranged on above blowing guide plate 802, and 801 both sides of storing plate are equipped with symmetrical row
The stock chest set is arranged, the blowing guide plate 802 is equipped with the first guide groove being correspondingly arranged with stock chest；The storing plate
It is equipped with pumping board 803 between 801 and blowing guide plate 802, the pumping board 803 is equipped with the second guide groove, and the one of the pumping board 803
Side is equipped with the pumping board cylinder 804 for being used for driving pumping board 803, when storing plate 801 needs to store copper foot, second on pumping board 803
Guide groove is shifted to install with stock chest and the first guide groove, is made on the pumping board 803 that copper foot is stored in stock chest, when storing plate
801 when needing copper foot being put into the correspondence position of mould, and pumping board cylinder 804 drives pumping board 803 to move, and makes on the second guide groove
Portion is connected with stock chest, and lower part is connected with the first guide groove, and copper foot can both drop out of stock chest, due to blowing guide plate
The placement location of copper foot on the first guide groove position correspondence mould on 802, then copper foot can directly be slipped to mould automatically
On correspondence position, the blowing work of the utility model is realized.The detection components 9 include detection probe 901, linear motion plate
902nd, connecting plate 903 and detection cylinder 904 are detected, the end of the detection cylinder 904 is fixed with material storage mechanism fixed frame 6 to be connected
Connect, output terminal is fixedly connected with detection connecting plate 903, and detection connecting plate 903 is connected by intermediate connector and linear motion plate 902
Connect, linear motion plate 902 is equipped with the probe aperture for being used for preventing that detection probe 901 from dropping, and the top of the detection probe 901 is set
Put in probe aperture and can move in the axial direction；When the copper foot in storing plate 801 is put on the correspondence position of mould,
Detection cylinder 904 drives detection probe 901 to move down, and the test side of detection probe 901 is inserted into stock chest and checks whether also
Copper foot is left, if leaving copper foot in stock chest, the test side of detection probe 901 can not be further continued for moving down after encountering copper foot, detect
Probe 901 by jack-up make probe top and detection connecting plate 903 contact be powered and send false command to PLC, realize to storage
The detection of copper foot in flitch 801.
As shown in Figure 5 and Figure 6, the feed mechanism 2 include vibration plate 201 and it is straight shake 202, it is described it is straight shake 202 one end with
Vibration plate 201 connects, and straight 202 top of shaking is equipped with pusher 10.The pusher 10 includes push cylinder fixed plate
1001 and push cylinder 1002, the push cylinder 1002 pass through push cylinder connecting plate 1003 and push cylinder fixed plate 1001
Connection, the middle part of the push cylinder fixed plate 1001 are equipped with the straight pilot hole that shakes, and the output terminal for making directly to shake passes through the straight pilot hole that shakes
Copper foot is transmitted to the lateral surface of push cylinder fixed plate 1001；One end of the push cylinder connecting plate 1003 is consolidated with push cylinder
The upper end connection of fixed board 1001, and it is arranged on push cylinder connecting plate 1003 to straight 202 directions extension of shaking, push cylinder 1002
Downside, the output terminal of push cylinder 1002 passes through the push gas on 1001 top of cylinder guidance plate 1004 and push cylinder fixed plate
Cylinder pilot hole, the cylinder guidance plate 1004 are fixedly connected with push cylinder fixed plate 1001.The push cylinder fixed plate
Sensor 13 is equipped with before 1001, material jacking mechanism 12, institute are equipped between the sensor 13 and push cylinder fixed plate 1001
Stating material jacking mechanism 12 includes material ejection cylinder 1201 and scraping wings, and scraping wings is fixedly connected with the output terminal of material ejection cylinder 1201, institute
State scraping wings and be equipped with material constrained port, material jacking mechanism 12 without action before, material constrained port and directly shake 202 output terminal
Docking, when copper foot from directly shake 202 output terminal be transferred out come when, sensor 13 senses that copper foot is sent to position, and will letter
Number control system is transmitted to, drives copper foot to move up by control system control material jacking mechanism 12, while material storage mechanism 3 is moved to
The position being connected to each other with pusher 10, when copper foot reach push cylinder pilot hole front when, push cylinder 1002 it is defeated
The push cylinder pilot hole on outlet through 1001 top of cylinder guidance plate 1004 and push cylinder fixed plate forward extends out, by material
Copper foot in constrained port is pushed in storing plate 801, completes the self-feeding work of the utility model.
As shown in figure 5 and figure 7, the module mechanism 4 includes module suspension bridge 401, transmission component 402 and drag chain 403, described
Module suspension bridge 401 is fixedly connected with rack 1, and the transmission component 402 is arranged on the downside of module suspension bridge 401, and is hung with module
Bridge 401 is fixedly connected, and the transmission component 402 includes servomotor and leading screw, and the servomotor is arranged on one end of screw；
The drag chain 403 is arranged on the side of transmission component 402, and one end of drag chain 403 is connected with transmission component 402, the other end and storage
Material institutions fixator 6 connects.The material fetching mechanism 5 includes rocking bar cylinder 501, the end of rocking bar cylinder 501 by connector with
Rack 1 is fixedly connected, and the output terminal of rocking bar cylinder 501 is connected with flake connector 502, and flake connector 502 is by connecting shaft with shaking
One end connection of bar 503, the other end of rocking bar 503 are connected with the lower part of shaft 504, and the top of shaft 504 is extended equipped with rocking arm
Arm 505, the rocking arm extension arm 505 are equipped with material folding component.The material folding component includes manipulator installing plate 506, manipulator
Installing plate 506 is equipped with manipulator upper and lower air cylinders 507, and the output terminal of manipulator upper and lower air cylinders 507 is equipped with manipulator 508, institute
Manipulator 508 is stated to be connected with manipulator installing plate 506 by manipulator guide rod 509.
The above, is only the preferred embodiment of the utility model, not the utility model is made in any form
Limitation；The those of ordinary skill of all industry can be shown in by specification attached drawing and described above and swimmingly implement this practicality
It is new；But all those skilled in the art are not being departed from the range of technical solutions of the utility model, using above institute
The technology contents of announcement and the equivalent variations of a little variation, modification and evolution made, are the equivalence enforcement of the utility model
Example；Meanwhile the changes of any equivalent variations for being made to above example of all substantial technologicals according to the utility model, modification with
Develop etc., still fall within the protection domain of the technical solution of the utility model.
Claims (10)
- A kind of 1. vertical injection feeder equipment, it is characterised in that：Including rack（1）, the rack（1）Symmetrically set equipped with two groups The feed mechanism put（2）, two groups of symmetrically arranged feed mechanisms（2）Between be equipped with module mechanism（4）, module mechanism（4）Under Side is equipped with material storage mechanism（3）, material storage mechanism（3）With module mechanism（4）Connection, material storage mechanism（3）Side be equipped with material fetching mechanism （5）, material fetching mechanism（5）With rack（1）It is fixedly connected；The material storage mechanism（3）Including material storage mechanism fixed frame（6）, the storage Expect institutions fixator（6）With module mechanism（4）It is fixedly connected, the material storage mechanism fixed frame（6）Lower section is fixedly connected with driving Component（7）, drive component（7）With storing component（8）Connection, storing component（8）Top is equipped with detection components（9）, detection components （9）With material storage mechanism fixed frame（6）It is fixedly connected.
- 2. vertical injection feeder equipment according to claim 1, it is characterised in that：The driving component（7）For terminal part With material storage mechanism fixed frame（6）The lifting cylinder being fixedly connected, its output terminal and storing component（8）Connection.
- 3. vertical injection feeder equipment according to claim 2, it is characterised in that：The storing component（8）Including storing Plate（801）With blowing guide plate（802）, storing plate（801）It is arranged on blowing guide plate（802）Above, the storing plate （801）With blowing guide plate（802）Between be equipped with pumping board（803）, pumping board（803）Side be equipped be used for drive pumping board（803） Pumping board cylinder（804）.
- 4. vertical injection feeder equipment according to claim 3, it is characterised in that：The detection components（9）Including detection Probe（901）, linear motion plate（902）, detection connecting plate（903）With detection cylinder（904）, the detection cylinder（904）'s End and material storage mechanism fixed frame（6）It is fixedly connected, output terminal and detection connecting plate（903）It is fixedly connected, detects connecting plate （903）Pass through intermediate connector and linear motion plate（902）Connection, move along a straight line plate（902）It is equipped with and is used to prevent detection from visiting Pin（901）The probe aperture to drop, the detection probe（901）Top be arranged in probe aperture and can move in the axial direction.
- 5. vertical injection feeder equipment according to claim 1, it is characterised in that：The feed mechanism（2）Including vibration plate （201）With directly shake（202）, it is described directly to shake（202）One end and vibration plate（201）Connection, it is described directly to shake（202）Top be equipped with push away Expect mechanism（10）.
- 6. vertical injection feeder equipment according to claim 5, it is characterised in that：The pusher（10）Including push Air cylinder fixed plate（1001）And push cylinder（1002）, the push cylinder（1002）Pass through push cylinder connecting plate（1003）With Push cylinder fixed plate（1001）Connection, push cylinder（1002）Output terminal pass through cylinder guidance plate（1004）And push cylinder Fixed plate（1001）, the cylinder guidance plate（1004）With push cylinder fixed plate（1001）It is fixedly connected.
- 7. vertical injection feeder equipment according to claim 6, it is characterised in that：The push cylinder fixed plate（1001） Before be equipped with sensor（13）, the sensor（13）With push cylinder fixed plate（1001）Between be equipped with material jacking mechanism （12）, the material jacking mechanism（12）Including material ejection cylinder（1201）And scraping wings, scraping wings and material ejection cylinder（1201）Output End is fixedly connected.
- 8. vertical injection feeder equipment according to claim 1, it is characterised in that：The module mechanism（4）Including module Suspension bridge（401）, transmission component（402）And drag chain（403）, the module suspension bridge（401）With rack（1）It is fixedly connected, the biography Dynamic component（402）It is arranged on module suspension bridge（401）Downside, and with module suspension bridge（401）It is fixedly connected, the drag chain（403） It is arranged on transmission component（402）Side, drag chain（403）One end and transmission component（402）Connection, the other end and material storage mechanism Fixed frame（6）Connection.
- 9. vertical injection feeder equipment according to claim 1, it is characterised in that：The material fetching mechanism（5）Including rocking bar Cylinder（501）, rocking bar cylinder（501）End pass through connector and rack（1）It is fixedly connected, rocking bar cylinder（501）Output End and flake connector（502）Connection, flake connector（502）Pass through connecting shaft and rocking bar（503）One end connection, rocking bar（503） The other end and shaft（504）Lower part connection, shaft（504）Top be equipped with rocking arm extension arm（505）, the rocking arm elongation Arm（505）It is equipped with material folding component.
- 10. vertical injection feeder equipment according to claim 9, it is characterised in that：The material folding component includes manipulator Installing plate（506）, manipulator installing plate（506）It is equipped with manipulator upper and lower air cylinders（507）, manipulator upper and lower air cylinders（507）'s Output terminal is equipped with manipulator（508）, the manipulator（508）Pass through manipulator guide rod（509）With manipulator installing plate （506）Connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720759048.XU CN207273688U (en) | 2017-06-28 | 2017-06-28 | A kind of vertical injection feeder equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720759048.XU CN207273688U (en) | 2017-06-28 | 2017-06-28 | A kind of vertical injection feeder equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207273688U true CN207273688U (en) | 2018-04-27 |
Family
ID=61992713
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720759048.XU Active CN207273688U (en) | 2017-06-28 | 2017-06-28 | A kind of vertical injection feeder equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207273688U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109130075A (en) * | 2018-08-20 | 2019-01-04 | 桐庐中浩塑料机械有限公司 | ' 7 ' font ironware manipulator pickups of one kind are bumped into injection molding automation equipment |
-
2017
- 2017-06-28 CN CN201720759048.XU patent/CN207273688U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109130075A (en) * | 2018-08-20 | 2019-01-04 | 桐庐中浩塑料机械有限公司 | ' 7 ' font ironware manipulator pickups of one kind are bumped into injection molding automation equipment |
| CN109130075B (en) * | 2018-08-20 | 2024-04-05 | 桐庐中浩塑料机械有限公司 | 7-shaped iron part manipulator picking and embedding injection molding automation equipment |
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