CN208052431U - Injection-moulded plastic part classification material collecting device - Google Patents
Injection-moulded plastic part classification material collecting device Download PDFInfo
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- CN208052431U CN208052431U CN201820285170.2U CN201820285170U CN208052431U CN 208052431 U CN208052431 U CN 208052431U CN 201820285170 U CN201820285170 U CN 201820285170U CN 208052431 U CN208052431 U CN 208052431U
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- injection
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- plastic part
- moulded plastic
- rack
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Abstract
The utility model discloses a kind of injection-moulded plastic part classification material collecting devices, including rack, it is set to Fen Qiang mechanisms, the receiving mechanism of the rack, receiving mechanism has multiple rewinding chambers, Fen Qiang mechanisms have multiple points of lumens, multiple point of lumen is located on rewinding chamber, and each point of lumen lower end is respectively directed to corresponding rewinding chamber；Further include being arranged dividing the blanking buffer module between lumen and rewinding chamber, the blanking buffer module includes installation ontology, multiple buffer boards, power unit, transmission mechanism, multiple buffer boards are set to installation ontology respectively turnablely, and corresponded with the multiple point of lumen, to accept from the material for dividing lumen to fall；Power unit connects each buffer board by transmission mechanism, to drive each buffer board to overturn to splicing station or unloading station.The setting of the blanking buffer module can avoid injection-moulded plastic part from directly falling into rewinding chamber and generate quality problems from dividing on lumen to playing cushioning effect from the injection-moulded plastic part for dividing lumen to fall.
Description
Technical field
The utility model is related to be molded manufacturing field, more particularly to a kind of injection-moulded plastic part classification material collecting device.
Background technology
Injection-moulded plastic part be molded after, traditional method generally by manipulator fixture by injection-moulded plastic part from injection mold
It takes out, places into inside rewinding box.This rewinding mode does not have classification feature, can not be by the injection-moulded plastic part list of each pattern number
Solely it is collected together.For this purpose, there is the material collecting device with classification feature in the prior art comprising Fen Qiang mechanisms and collecting machine
There are multiple rewinding chambers, Fen Qiang mechanisms there are multiple points of lumens, multiple point of lumen to be located on rewinding chamber for structure, receiving mechanism,
And each point of lumen lower end is respectively directed to corresponding rewinding chamber.This material collecting device with classification feature, can be by each pattern number
Injection-moulded plastic part be collected separately together so that when some classification injection-moulded plastic part when something goes wrong, can be individually by such
Other injection-moulded plastic part is rejected, to reduce the economic loss caused by a certain classification part is then all scrapped when something goes wrong.
However, this material collecting device has the following disadvantages：Divide the distance between lumen lower end and rewinding box larger, injection-moulded plastic part is caused to exist
It collides with rewinding box inner body when falling, injection-moulded plastic part is made to generate quality problems.For this purpose, being badly in need of in Fen Qiang mechanisms and receipts
Setting can be to injection-moulded plastic part into the structure of row buffering between magazine.Currently, usually setting can for the structure with pooling feature
Inclined guide plate, and drive guide plate to reset using elastic device (such as spring).This buffer structure is suitable for heavier portion
Part (such as sandstone etc.) provides buffering, and for lighter component, for example, injection-moulded plastic part, then be not suitable for, this is because injection molding zero
Part is lighter, when injection-moulded plastic part is fallen on guide plate, is not enough to overcome the elastic force of elastic device that guide plate is driven to tilt discharging.
Utility model content
The utility model provides a kind of injection-moulded plastic part classification material collecting device, and which overcome the prior arts with classification feature
Shortcoming present in material collecting device.
Technical solution adopted by the utility model to solve its technical problems is：A kind of injection-moulded plastic part classification material collecting device,
Including rack, it is set to Fen Qiang mechanisms, the receiving mechanism of the rack, there are receiving mechanism multiple rewinding chambers, Fen Qiang mechanisms to have
Multiple points of lumens, multiple point of lumen is located on rewinding chamber, and each point of lumen lower end is respectively directed to corresponding rewinding chamber；Also wrap
It includes to be arranged and is dividing the blanking buffer module between lumen and rewinding chamber, which includes installation ontology, multiple bufferings
Plate, power unit, transmission mechanism, multiple buffer boards are set to installation ontology respectively turnablely, and with the multiple point of lumen
It corresponds, to accept from the material for dividing lumen to fall；Power unit connects each buffer board by transmission mechanism, each slow to drive
Punching is overturn to splicing station or unloading station.
Further, the installation ontology offers multiple receiving holes, and the multiple buffer board and multiple receiving holes are one by one
It is corresponding, and each buffer board is respectively fitting on the downside of corresponding receiving hole, to be docked with receiving hole；The multiple point of lumen lower end with
Multiple receiving holes are docked one by one.
Further, the transmission mechanism includes rack, multiple gears, and rack is set by the sliding of the first gliding movement targeting structure
It sets on the installation ontology, and is driven by the power unit；The shaft of each buffer board respectively with the coaxial phase of an at least gear
It connects, wheel and rack engagement.
Further, the power unit is arranged on the installation ontology, and the power unit is straight line executing mechanism,
And connect the rack.
Further, the multiple buffer board is divided into several groups, and each group includes several buffer boards, and several bufferings
Plate presses rods arranged in horizontal line, and shares same shaft, and each shaft is parallel to each other, and vertical with the glide direction of the rack respectively.
Further, the buffer board includes the cushion pad of bottom plate and setting on which floor plate, and the front of the cushion pad is
Splicing face；If the shaft of the buffer board is installed on the installation ontology by dry bearing；The installation ontology is mounting plate.
Further, the receiving mechanism includes multiple rewinding boxes, carrier plate, driving mechanism, and the inner cavity of rewinding box is constituted
The rewinding chamber, multiple rewinding box are placed on carrier plate, and carrier plate is slidably arranged in machine by the second gliding movement targeting structure
On frame, driving mechanism is arranged in rack, and connects carrier plate, to drive carrier plate to be slided along preset direction.
Further, the driving mechanism includes motor, lead screw, movable part, and movable part is arranged on the carrier plate, and
It is connect with wire rod thread, lead screw is arranged along the carrier plate glide direction, and is driven and rotated by motor.
Further, the Fen Qiang mechanisms further include a point cavity plate, this divides cavity plate to be arranged in the rack, and divides in cavity plate
Multiple material-distributing holes are provided with, the upper end of the multiple point of lumen is docked with multiple material-distributing hole one by one respectively.
Further, control panel, power control cabinet, warning device, warning device and control panel are provided in the rack
Electrical connection, control panel are electrically connected with power control cabinet；It corresponds to be provided on front side of the receiving mechanism in the rack and slidably open and close
Door-plate.
Compared to the prior art, the utility model has the advantages that：
1, the blanking buffer module is arranged dividing between lumen and rewinding chamber in the utility model, can be to from dividing lumen to fall
Under injection-moulded plastic part play cushioning effect, avoid injection-moulded plastic part from directly falling into rewinding chamber and generate quality and ask from dividing on lumen
Topic.In addition, the blanking buffer module is not influenced by connect weight of material size, it is suitable for injection-moulded plastic part into row buffering,
Also, the blanking buffer module can adapt to the classification feature of Fen Qiang mechanisms and receiving mechanism, will not cause different classes of
Injection-moulded plastic part batch mixing.
2, the driving device that the same set of power unit of multiple buffer boards and transmission mechanism are constituted is driven, and is substantially reduced
Overall volume and production cost.Particularly, the transmission mechanism preferably includes rack and pinion, coordinates straight line executing mechanism,
Simple in structure, simple installation.
3, the receiving mechanism includes the multiple rewinding box, carrier plate, driving mechanism, keeps the utility model automatic
Full material is completed from the action for moving box.Particularly, the driving mechanism includes the motor, lead screw, movable part, has structure letter
The features such as list, simple installation.
The utility model is described in further detail with reference to the accompanying drawings and embodiments；But a kind of note of the utility model
Modeling part classification material collecting device is not limited to embodiment.
Description of the drawings
Fig. 1 is the knot organigram one of the utility model；
Fig. 2 is the front view of Fig. 1；
Fig. 3 is the A-A sectional views of Fig. 2；
Fig. 4 is the vertical view of Fig. 1；
Fig. 5 is the B-B sectional views of Fig. 4；
Fig. 6 is that the structural schematic diagram one of the blanking buffer module of the utility model (embodies front, buffer board is in splicing work
Position)；
Fig. 7 is that the structural schematic diagram two of the blanking buffer module of the utility model (embodies the back side, buffer board is in splicing work
Position)；
Fig. 8 is the front view of the blanking buffer module of the utility model (buffer board is in unloading station)；
Fig. 9 is the side view of the blanking buffer module of the utility model (buffer board is in unloading station)；
Figure 10 is the structural schematic diagram of the feeding distribution mechanism of the utility model；
Figure 11 is the receiving mechanism of the utility model and the front view of portion chassis；
Figure 12 is the C-C sectional views of Figure 11；
Figure 13 is the structural schematic diagram one (embodying front) of the receiving mechanism of the utility model；
Figure 14 is the structural schematic diagram two (embodying the back side) of the receiving mechanism of the utility model；
Figure 15 is the structural schematic diagram two (containing door-plate, power control cabinet) of the utility model.
Specific implementation mode
Embodiment refers to shown in Fig. 1-Figure 15, a kind of injection-moulded plastic part classification material collecting device of the utility model, including machine
Frame 10, being set to the Fen Qiang mechanisms 20 of the rack 10, receiving mechanism, receiving mechanism, there are multiple rewinding chambers, Fen Qiang mechanisms 20 to have
There are multiple points of lumens 21, multiple point of lumen 21 to be located on rewinding chamber, and each point of 21 lower end of lumen is respectively directed to corresponding receipts
Expect chamber.The utility model further includes being arranged that the blanking buffer module 30 between lumen 21 and rewinding chamber, the blanking is being divided to buffer mould
Block 30 includes installation ontology, multiple buffer boards 32, power unit, transmission mechanism, and installation ontology is arranged in rack 10, Duo Gehuan
Punching 32 is set to installation ontology respectively turnablely, and is corresponded with the multiple point of lumen 21, to accept from dividing lumen
21 materials fallen；Power unit connects each buffer board 32 by transmission mechanism, to drive the overturning of each buffer board 32 to splicing work
Position or unloading station.
In the present embodiment, the installation ontology is specially mounting plate 31, offered on the mounting plate 31 it is multiple up and down
Receiving hole, the multiple buffer board 32 and multiple receiving holes correspond, and each buffer board 32 is respectively fitting into and connects accordingly
Expect on the downside of hole, to be docked with receiving hole；The multiple point of 21 lower end of lumen is docked one by one with multiple receiving holes, specifically, each splicing
Material receiving tube 311 is respectively arranged on hole, in order to be connect with 21 lower end of lumen is divided.
In the present embodiment, as shown in Figure 6, Figure 7, the transmission mechanism includes rack 34, multiple gears 35, and rack 34 passes through
First gliding movement targeting structure is slidably arranged on the mounting plate 31, and is driven by the power unit；Each buffer board 32 turns
Axis 38 coaxially connects with an at least gear 35 respectively, and gear 35 is engaged with rack 34.The power unit is arranged in the installation
On plate 31, and the power unit is straight line executing mechanism, and connects the rack 34.Specifically, the power unit is cylinder
33, the piston rod of the cylinder 33 is arranged along the glide direction of rack 34, and connects rack 34.The first gliding movement targeting structure packet
The first sliding rail 36 and several first sliding blocks 37 are included, the first sliding rail 36 is arranged along the glide direction of rack 34 on mounting plate 31, the
One sliding block 37 is arranged on rack 34, and sliding together with the first sliding rail 36.
In the present embodiment, the multiple buffer board 32 is divided into several groups, and each group includes several buffer boards 32, and this is several
A buffer board 32 press rods arranged in horizontal line, and share same shaft 38, each shaft 38 is parallel to each other, and respectively with the rack 34
Glide direction is vertical.Multiple receiving holes on the mounting plate 31 are in array distribution, specifically press four rows, four column distribution, but do not limit to
In this.Since buffer board 32 and receiving hole correspond, the distribution side of the distribution mode and receiving hole of multiple buffer boards 32
Formula is identical, also presses four rows, four column distribution, and four buffer boards 32 of each row (can also be every a line) constitute one group, and share
Therefore same root shaft 38 shares four shafts 38.The both ends of each shaft 38 are installed on the mounting plate by bearing respectively
31, opposite both ends are correspondingly arranged on bearing block respectively on mounting plate 31, to install bearing.
In the present embodiment, as shown in figure 8, the buffer board 32 includes bottom plate 321 and the buffering being arranged on the bottom plate 321
One end of pad 322, bottom plate 321 is connected to corresponding shaft 38, and the front of cushion pad 322 is splicing face.
In the present embodiment, as shown in Figure 10, the Fen Qiang mechanisms 20 further include point cavity plate 22, this divides cavity plate 22 to be arranged in institute
It states in rack 10, and is provided with multiple material-distributing holes 2211 in point cavity plate 22, the upper end of the multiple point of lumen 21 is more with this respectively
A material-distributing hole 2211 docks one by one.Described point of cavity plate 22 specifically includes fixed plate 222 and be arranged divides chamber in the fixed plate 222
First 221, to divide on chamber head 221 and is provided with the multiple material-distributing hole 2211, each point of 21 top of lumen is each passed through fixed plate 222, and
It is docked with corresponding material-distributing hole 2211.The mode of the multiple row in two rows of the multiple material-distributing hole 2211 is distributed, the multiple point of lumen
21 major parts are inclined to set, and in order to be adapted to adaptation docking with multiple receiving holes below, divide lumen with what is be obliquely installed
21 corresponding material-distributing holes 2211 are also set as inclined hole.
In the present embodiment, as shown in figures 11-14, the receiving mechanism includes multiple rewinding boxes 40, carrier plate 50, driving
The inner cavity of mechanism 60, rewinding box 40 constitutes the rewinding chamber, and multiple rewinding box 40 is placed on carrier plate 50, and carrier plate 50 is logical
The second gliding movement targeting structure to be crossed to be slidably arranged in rack 10, driving mechanism 60 is arranged in rack 10, and connects carrier plate 50,
To drive carrier plate 50 to be slided along preset direction.The driving mechanism 60 includes motor 61, lead screw 62, movable part 63, movable part
63 settings are threadedly coupled on the carrier plate 50, and with lead screw 62, and lead screw 62 is arranged along 50 glide direction of the carrier plate, and
It is driven and is rotated by motor 61.Specifically, 62 one end of lead screw and the output shaft of motor 61 are linked together by shaft coupling.Described second
Gliding movement targeting structure includes two second sliding rails, 70, two group of second sliding block 51, and the second sliding rail 70 is set along the glide direction of carrier plate 50
It sets in rack 10, each second sliding block 51 is arranged in 50 bottom end of carrier plate, and sliding together with corresponding second sliding rail 70.
In the present embodiment, as shown in figure 15, control panel 80, power control cabinet 100, alarm dress are provided in the rack 10
It sets, warning device is electrically connected with control panel 80, and control panel 80 is electrically connected with power control cabinet 100.Control panel 80 is used for institute
It states cylinder 33, motor 61 etc. and carries out coordination control, the warning device is specially alarm lamp 90, can be occurred in the utility model
Alarm signal is sent out when unusual condition.The rack 10 is divided upper and lower two layers, and the Fen Qiang mechanisms 20 divide cavity plate 22 to be arranged in machine
10 top surface of frame, Fen Qiang mechanisms 20 divide lumen 21, receiving mechanism, blanking buffer module 30 to be located in the superstructure of rack 10,
And the superstructure of rack 10 corresponds to and is provided with the door-plate 110 slidably opened and closed on front side of the receiving mechanism, is received in order to replace
Magazine 40.The understructure in rack 10 is arranged in the power control cabinet 100.10 bottom end of the rack is provided with several castors 11, and
It is provided with several footed glasses 12 for braking.
A kind of injection-moulded plastic part sub-material material collecting device of the utility model when work, first places a fixed number on carrier plate 50
The rewinding box 40 of amount, the quantity of the rewinding box 40 is more than the quantity for dividing lumen 21, and the two is at multiple proportion；Then in control plane
Rewinding quantity, the equipment speed of service, starting device are set on plate 80.When starting rewinding, divide each material-distributing hole 2211 in cavity plate 22
Receive the injection-moulded plastic part above manipulator fixture, each injection-moulded plastic part respectively by dividing lumen 21, receiving hole to fall accordingly
On corresponding buffer board 32；Then, cylinder 33 starts, and drives rack 34 to slide, each gear 35 is driven to turn an angle, and makes each
Buffer board 32 downwardly turns over 90 ° and reaches unloading station (32 state in a vertical shape of each buffer board), as shown in Figure 8, Figure 9, each to make
Injection-moulded plastic part on buffer board 322 slides into corresponding rewinding box 40.After each buffer board 32 completes discharging, cylinder 33 drives rack
34 reverse slides drive each gear 35 to invert certain angle, so that each buffer board 32 is flipped up 90 ° of arrival splicing stations (each slow
Punching 32 is horizontal), as shown in Figure 6, Figure 7, it is ready for next splicing.The letter of the power control cabinet 100 and injection molding machine
Number docking, when reaching the rewinding quantity set on control panel 80, motor 61 start, driven by lead screw 62, movable part 63
Carrier plate 50 slides a distance, and completes the action that full material changes box.Such cycle operation, until each rewinding box 40 is filled.
Injection-moulded plastic part can be carried out sub-category collection and determined by a kind of injection-moulded plastic part sub-material material collecting device of the utility model
Amount is collected.When some classification injection-moulded plastic part when something goes wrong, can individually by the injection-moulded plastic part of the category reject, to subtract
Few economic loss caused by the injection-moulded plastic part of a certain classification is then all scrapped when something goes wrong.The blanking buffer module
Setting can avoid injection-moulded plastic part from dividing on lumen directly to fall to playing cushioning effect from the injection-moulded plastic part for dividing lumen 21 to fall
Enter and collides serious between causing part in rewinding box 40 and quality problems occur.
In other embodiments, the power unit is other straight line executing mechanisms that rack can be driven to slide, such as liquid
Cylinder pressure or electric pushrod etc..Except this, the power unit can also be motor, the motor can by gear drive or its
Its transmission mechanism is connect with the rack-driving, to drive rack to slide.
In other embodiments, the power unit is motor, the output shaft of the motor and the coaxial phase of the shaft of buffer board
It connects, alternatively, the motor is connect by transmission mechanism (such as reduction box etc.) with the rotating shaft transmission of buffer board.
In other embodiments, the driving mechanism is straight line executing mechanism.
Above-described embodiment only is used for further illustrating a kind of injection-moulded plastic part classification material collecting device of the utility model, but this reality
It is not limited to embodiment with novel, it is made by the above technical examples according to the technical essence of the present invention any simple
Modification, equivalent variations and modification, each fall in the protection domain of technical solutions of the utility model.
Claims (10)
- The material collecting device 1. injection-moulded plastic part is classified, including rack, are set to Fen Qiang mechanisms, the receiving mechanism of the rack, receiving mechanism With multiple rewinding chambers, there are multiple points of lumens, multiple point of lumen to be located on rewinding chamber for Fen Qiang mechanisms, and under each point of lumen End is respectively directed to corresponding rewinding chamber；It is characterized in that：Further include being arranged that the blanking between lumen and rewinding chamber is being divided to buffer mould Block, the blanking buffer module include installation ontology, multiple buffer boards, power unit, transmission mechanism, and multiple buffer boards can turn over respectively It is set to installation ontology with turning, and is corresponded with the multiple point of lumen, to accept from the material for dividing lumen to fall；Power list Member connects each buffer board by transmission mechanism, to drive each buffer board to overturn to splicing station or unloading station.
- The material collecting device 2. injection-moulded plastic part according to claim 1 is classified, it is characterised in that：The installation ontology offers more A receiving hole, the multiple buffer board is corresponded with multiple receiving holes, and each buffer board is respectively fitting into corresponding receiving hole Downside, to be docked with receiving hole；It is docked one by one with multiple receiving holes the multiple point of lumen lower end.
- The material collecting device 3. injection-moulded plastic part according to claim 1 is classified, it is characterised in that：The transmission mechanism includes tooth Item, multiple gears, rack are slidably arranged in by the first gliding movement targeting structure on the installation ontology, and by the power unit Driving；The shaft of each buffer board coaxially connects with an at least gear respectively, wheel and rack engagement.
- The material collecting device 4. injection-moulded plastic part according to claim 3 is classified, it is characterised in that：The power unit is arranged in institute It states on installation ontology, the power unit is straight line executing mechanism, and connects the rack.
- The material collecting device 5. injection-moulded plastic part according to claim 3 is classified, it is characterised in that：If the multiple buffer board is divided into Dry group, each group includes several buffer boards, and several buffer boards press rods arranged in horizontal line, and shares same shaft, each shaft It is parallel to each other and vertical with the glide direction of the rack respectively.
- The material collecting device 6. injection-moulded plastic part according to claim 1 is classified, it is characterised in that：The buffer board include bottom plate and Cushion pad on which floor plate is set, and the front of the cushion pad is splicing face；If the shaft of the buffer board is pacified by dry bearing Loaded on the installation ontology；The installation ontology is mounting plate.
- The material collecting device 7. injection-moulded plastic part according to claim 1 is classified, it is characterised in that：The receiving mechanism includes multiple The inner cavity of rewinding box, carrier plate, driving mechanism, rewinding box constitutes the rewinding chamber, and multiple rewinding box is placed on carrier plate, Carrier plate is slidably arranged in by the second gliding movement targeting structure in rack, and driving mechanism is arranged in rack, and connects carrier plate, To drive carrier plate to be slided along preset direction.
- The material collecting device 8. injection-moulded plastic part according to claim 7 is classified, it is characterised in that：The driving mechanism includes electricity Machine, lead screw, movable part, movable part setting are connect on the carrier plate, and with wire rod thread, and lead screw is slided along the carrier plate Direction is arranged, and is driven and rotated by motor.
- The material collecting device 9. injection-moulded plastic part according to claim 1 is classified, it is characterised in that：The Fen Qiang mechanisms further include point Cavity plate, this divides cavity plate to be arranged in the rack, and multiple material-distributing holes are provided in point cavity plate, the upper end of the multiple point of lumen It is docked one by one with multiple material-distributing hole respectively.
- The material collecting device 10. injection-moulded plastic part according to claim 1 is classified, it is characterised in that：Control is provided in the rack Panel processed, power control cabinet, warning device, warning device are electrically connected with control panel, and control panel is electrically connected with power control cabinet；The machine It is corresponded on frame and is provided with the door-plate slidably opened and closed on front side of the receiving mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820285170.2U CN208052431U (en) | 2018-02-28 | 2018-02-28 | Injection-moulded plastic part classification material collecting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820285170.2U CN208052431U (en) | 2018-02-28 | 2018-02-28 | Injection-moulded plastic part classification material collecting device |
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| Publication Number | Publication Date |
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| CN208052431U true CN208052431U (en) | 2018-11-06 |
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| CN201820285170.2U Active CN208052431U (en) | 2018-02-28 | 2018-02-28 | Injection-moulded plastic part classification material collecting device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108556253A (en) * | 2018-02-28 | 2018-09-21 | 四川锐腾电子有限公司 | A kind of injection-moulded plastic part classification material collecting device |
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2018
- 2018-02-28 CN CN201820285170.2U patent/CN208052431U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108556253A (en) * | 2018-02-28 | 2018-09-21 | 四川锐腾电子有限公司 | A kind of injection-moulded plastic part classification material collecting device |
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