CN209617593U - A kind of automation of charging tray divides disk, transfer and polyunit - Google Patents
A kind of automation of charging tray divides disk, transfer and polyunit Download PDFInfo
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- CN209617593U CN209617593U CN201821821042.1U CN201821821042U CN209617593U CN 209617593 U CN209617593 U CN 209617593U CN 201821821042 U CN201821821042 U CN 201821821042U CN 209617593 U CN209617593 U CN 209617593U
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- charging tray
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Abstract
The utility model discloses a kind of automations of charging tray to divide disk, transfer and polyunit, including blanking supporting plate, charging tray carrier, liftout disk component, charging tray transfer component and take product component, blanking supporting plate is horizontally placed on the rear side of fitting part, and blanking supporting plate is equipped with blowing station and discharge station；It is respectively equipped with charging tray carrier at blowing station and discharge station, multilayer empty tray is stacked on the charging tray carrier at blowing station, after the empty tray of top layer fills product, after charging tray transfer component separates and holds up, is moved on the charging tray carrier at discharge station；Charging tray carrier lower part is equipped with liftout component, and liftout component jacks up or support upwards the charging tray on charging tray carrier；It takes product component to be set to the top of blanking supporting plate, product component is taken to take out the product of a upper station and is carried in the empty tray at blowing station.The utility model folds splitting or integrating disk using charging tray automatically, sheet glass feeding and product blanking are realized in transfer, improves product and carries centrality and efficiency.
Description
Technical field
The utility model relates to automate pad pasting field, refers in particular to a kind of automation of charging tray and divide disk, transfer and polyunit.
Background technique
Display screen is a kind of important electronic product accessory, and its role is to intuitively show the information such as shadow, image
To user, display screen mostly uses glass material to be made, its surface needs to attach the membrane body of all kinds of materials in the fabrication process, such as
Film membrane etc. is to realize its optical requirement；The technique of film process is more demanding, attaches membrane material flexible during pad pasting
After on to the sheet glass of rigidity, need to reach the requirement of the techniques such as bubble-free between membrane material and sheet glass, corrugationless, flat and smooth；
Pad pasting automation, pad pasting efficiency can be greatlyd improve by substituting craft or semi-hand pad pasting by automation equipment or wire body, be guaranteed
Pad pasting quality reduces pad pasting defect, is industry future developing trend；But in realizing pad pasting automation process, there are following
Key technical problems need to solve: glass sheet attaches the product obtained after membrane material and needs to collect before fitting or on glass sheet
It is carried after middle storage and single carries product quantity and handling efficiency problem.
Utility model content
Charging tray is used certainly in view of the above-mentioned deficiencies of the prior art, technical problem to be solved by the utility model is to provide a kind of
Sheet glass feeding and product blanking are realized in fold splitting or integrating disk, transfer, greatly improve the material that product carries centrality and efficiency
Disk automation divides disk, transfer and polyunit.
The technical solution that the utility model is taken is as follows: a kind of automation of charging tray divides disk, transfer and polyunit, for will
Product after the completion of pad pasting is carried in charging tray, and the charging tray for filling product is overlapped discharging, including blanking supporting plate, charging tray automatically
Carrier, liftout disk component, charging tray transfer component and take product component, wherein above-mentioned blanking supporting plate is horizontally placed on fitting part
Rear side, blanking supporting plate be equipped with blowing station and discharge station；Charging tray carrier is respectively equipped at blowing station and discharge station,
It is stacked with multilayer empty tray on charging tray carrier at blowing station, after wherein the empty tray of top layer fills product, is moved through charging tray
After load component separates and holds up, it is moved on the charging tray carrier at discharge station；Charging tray carrier lower part is equipped with liftout component, liftout
Component jacks up or supports upwards the charging tray on charging tray carrier；The above-mentioned top for taking product component to be set to blanking supporting plate, takes product
The product of a upper station is taken out and is carried in the empty tray at blowing station by component.
Preferably, the blowing station and the edge of discharge station are equipped at least two partitions extended straight up,
Above-mentioned charging tray carrier is slideably plugged in the gap between partition.
Preferably, the liftout disk component includes liftout disk cylinder and liftout plate, wherein above-mentioned liftout disk cylinder is set
It is placed in the lower part of blanking supporting plate, and output end extends to the top of blanking supporting plate upward；Above-mentioned liftout plate horizontal connection is in top
On the output end of charging tray cylinder, and is driven through liftout disk cylinder and the charging tray on charging tray carrier is jacked up or puts the charging tray caught
It is placed on charging tray carrier.
Preferably, the top of the charging tray carrier is equipped with loading frame, and loading frame includes the horizontal branch being horizontally spaced about
Plate and linear drives mould group；Above-mentioned charging tray transfer component is placed on loading frame, and charging tray transfer component one end is staggered up and down
Bottom roller and upper roller between clearance space plugged together with horizontal supporting plate, the charging tray transfer component other end and linear drives mould group
Output end connection；After charging tray transfer component is punished every and holds up fully loaded charging tray from blowing station, the driving of linear drives mould group
Charging tray transfer component is moved at discharge station, and the liftout plate at discharge station catches charging tray, and as charging tray constantly overlaps,
Liftout plate constantly declines, to reserve charging tray placement space.
Preferably, the described charging tray transplanting component include transfer supporting plate, side pallet cylinder, side pallet block, end pallet cylinder,
Hold pallet block, bottom roller and upper roller, wherein above-mentioned transfer supporting plate is frame like structure, and middle part is equipped with charging tray placement space.
Preferably, the side pallet cylinder and side pallet block include two, and two sides pallet cylinder is respectively arranged at transfer
The two sides of supporting plate, and the charging tray placement space of output end towards transfer supporting plate is arranged；Above-mentioned side pallet block is connected to side pallet cylinder
Output end on, and through side pallet cylinder drive and protrude into charging tray placement space；Above-mentioned end pallet cylinder and end pallet block packet
Two are included, both ends pallet cylinder is respectively arranged at the both ends of transfer supporting plate, and output end is arranged towards charging tray placement space；Above-mentioned end
Pallet block is connected to the output end of end pallet cylinder, and protrudes into charging tray placement space through end pallet cylinder driving；When dividing disk,
Two sides pallet block and end pallet block hold charging tray from the lower section of four sides of charging tray insertion charging tray upwards；
Preferably, the bottom roller and upper roller are alternately connected to one end of transfer supporting plate up and down, and with transfer branch
Plate is rotatably coupled, and there are gaps between bottom roller and upper roller, to be engaged horizontal supporting plate；The other end of transfer supporting plate with
Transmission belt in linear drives mould group is fixed, and when the motor driven transmission belt in linear drives mould group is walked, drives transfer supporting plate
Linear motion is moved horizontally to from discharge station to fill the charging tray after product from blowing station.
The utility model has the beneficial effects that:
The utility model devises with insufficient independent research a kind of automatic using charging tray in view of the defects existing in the prior art
Sheet glass feeding and product blanking are realized in folded splitting or integrating disk, transfer, greatly improve the charging tray that product carries centrality and efficiency
Automation divides disk, transfer and polyunit.
The utility model can integrally be used as the material loading part of automation fitting producing line or blanking part simultaneously, be used as upper
The effect of material part is, to the sheet glass feeding of pad pasting to fitting part, and the empty tray for making to take sheet glass is folded in charging tray
Close recycling；When it is used as blanking part, with material loading part on the contrary, its role is to the products that will be formed after pad pasting to be packed into sky
In charging tray, fully loaded charging tray is formed, and blanking after fully loaded charging tray is overlapped；When it is used as material loading part comprising station to adding material
And feeding station, station to adding material overlapping multilayer fill sheet glass；Pass through the upper top component of material loading part and the liftout of material loading part
Support bearing component when disk component overlaps up and down as multiple charging trays.Multilayer dress is superimposed at the station to adding material of material loading part
The charging tray of full sheet glass, and supported by upper-top part, the charging tray of top side is through taking glass machinery hand to take the sheet glass in it
After complete, by charging tray transplanting component by from the four side sides of being inserted under of the charging tray, it separated with other charging trays and is held up upwards, is expected
The empty tray is moved horizontally at feeding station by disk transfer component, and resists support through the upper top component at feeding station, with
Empty tray constantly stack, upper top component is followed by decline, constantly to stack empty tray.When it is used as blanking part, patch
After the product that conjunction is completed is taken product component to take out, it is placed in the multilayer sky material of liftout disk component at blowing station overlapped up and down
On top layer's charging tray of disk, until after the charging tray piles product, after charging tray transfer component separates the charging tray and the charging tray of downside
It holds the charging tray and is transferred at discharge station, held through the liftout disk modular support at discharge station, and with fully loaded
Charging tray constantly stacks, and liftout disk component follows decline, constantly to stack full charging tray.
Detailed description of the invention
Fig. 1 is one of the schematic perspective view of the utility model.
Fig. 2 is the two of the schematic perspective view of the utility model.
Fig. 3 is the three of the schematic perspective view of the utility model.
Specific embodiment
The utility model is further described below in conjunction with attached drawing:
As shown in Figure 1 to Figure 3, the technical solution that the utility model is taken is as follows: a kind of automation of charging tray divide disk, transfer and
Polyunit overlaps discharging for the product after the completion of pad pasting to be carried in charging tray, and by the charging tray for filling product automatically, packet
It includes blanking supporting plate 131, charging tray carrier 132, liftout disk component, charging tray transfer component 14 and takes product component, wherein above-mentioned blanking
Supporting plate 131 is horizontally placed on the rear side of fitting part, and blanking supporting plate 131 is equipped with blowing station and discharge station；Blowing station
With charging tray carrier 132 is respectively equipped at discharge station, be stacked with multilayer empty tray 148 on the charging tray carrier at blowing station,
After the empty tray 148 of middle top layer fills product, after charging tray transfer component 14 separates and holds up, it is moved at discharge station
On charging tray carrier 132；132 lower part of charging tray carrier is equipped with liftout component, and liftout component is jacked up upwards or supported on charging tray carrier 132
Charging tray 148；The above-mentioned top for taking product component to be set to blanking supporting plate 131 takes product component to take the product of a upper station
Out and in the empty tray 148 that is carried at blowing station.
Blowing station and the edge of discharge station are equipped at least two partitions 133 extended straight up, and above-mentioned charging tray carries
Frame 132 is slideably plugged in the gap between partition 133.
Liftout disk component includes liftout disk cylinder 1310 and liftout plate 134, wherein above-mentioned liftout disk cylinder 1310 is arranged
In the lower part of blanking supporting plate 131, and output end extends to the top of blanking supporting plate 131 upward；Above-mentioned liftout plate 134 is horizontal even
Be connected on the output end of liftout disk cylinder 1310, and through liftout disk cylinder 1310 drive and by the charging tray 148 on charging tray carrier 132
It jacks up or the charging tray 148 caught is placed on charging tray carrier 132.
The top of charging tray carrier 132 be equipped with loading frame 135, loading frame 135 include be horizontally spaced about horizontal supporting plate and
Linear drives mould group；Above-mentioned charging tray transfer component 14 is placed on loading frame 135, and 14 one end of charging tray transfer component is staggeredly set up and down
The clearance space between bottom roller 146 and upper roller 147 set is plugged together with horizontal supporting plate, 14 other end of charging tray transfer component and straight
Line drives the output end connection of mould group；After charging tray transfer component 14 is punished every and holds up fully loaded charging tray 148 from blowing station, directly
Line driving mould group driving charging tray transfer component 14 is moved at discharge station, and the liftout plate 134 at discharge station catches charging tray
148, and as charging tray 148 constantly overlaps, liftout plate 134 constantly declines, to reserve charging tray placement space.
It includes transfer supporting plate 141, side pallet cylinder 142, side pallet block 143, end pallet cylinder that charging tray, which transplants component 14,
144, pallet block 145, bottom roller 146 and upper roller 147 are held, wherein above-mentioned transfer supporting plate 141 is frame like structure, and middle part is set
There is charging tray placement space.
Side pallet cylinder 142 and side pallet block 143 include two, and two sides pallet cylinder 142 is respectively arranged at transfer supporting plate
141 two sides, and the charging tray placement space of output end towards transfer supporting plate 141 is arranged；Above-mentioned side pallet block 143 is connected to side pallet
On the output end of cylinder 142, and drives and protruded into charging tray placement space through side pallet cylinder 142；Above-mentioned end pallet cylinder 144
And end pallet block 145 includes two, both ends pallet cylinder 144 is respectively arranged at the both ends of transfer supporting plate 141, and output end is towards material
The setting of disk placement space；Above-mentioned end pallet block 145 is connected to the output end of end pallet cylinder 144, and drives through end pallet cylinder 144
It moves and protrudes into charging tray placement space；When dividing disk, two sides pallet block 143 and end pallet block 145 are inserted into from four sides of charging tray 148 and expect
The lower section of disk 148, and charging tray 148 is held upwards；
Bottom roller 146 and about 147 upper roller are alternately connected to one end of transfer supporting plate 141, and with transfer supporting plate 141
It is rotatably coupled, there are gaps between bottom roller 146 and upper roller 147, to be engaged horizontal supporting plate；Transfer supporting plate 141
The other end is fixed with the transmission belt in linear drives mould group, when the motor driven transmission belt in linear drives mould group is walked, is driven
Transfer supporting plate 141 moves along a straight line, and is moved horizontally to from discharge station to fill the charging tray 148 after product from blowing station.
Further, the utility model devise it is a kind of using charging tray automatically fold splitting or integrating disk, transfer realize sheet glass feeding and
Product blanking, the charging tray automation for greatly improving product carrying centrality and efficiency divide disk, transfer and polyunit.This reality
Use novel entirety that can use simultaneously as the material loading part of automation fitting producing line or blanking part, the effect as material loading part
It is, to the sheet glass feeding of pad pasting to fitting part, and to make to take the empty tray overlapping recycling of sheet glass in charging tray；When it
When as blanking part, with material loading part on the contrary, its role is to the products that will be formed after pad pasting to be packed into empty tray, formed
Fully loaded charging tray, and blanking after fully loaded charging tray is overlapped；When it is used as material loading part comprising station to adding material and feeding station,
Station to adding material overlapping multilayer fills sheet glass；By the upper top component of material loading part and the liftout disk component of material loading part as more
Support bearing component when a charging tray overlaps up and down.The material that multilayer fills sheet glass is superimposed at the station to adding material of material loading part
Disk, and supported by upper-top part, the charging tray of top side is moved after taking glass machinery hand to take the sheet glass in it by charging tray
Component is planted by from the four side sides of being inserted under of the charging tray, it is separated with other charging trays and is held up upwards, charging tray transfer component will
The empty tray is moved horizontally at feeding station, and resists support through the upper top component at feeding station, as empty tray is continuous
It stacks, upper top component is followed by decline, constantly to stack empty tray.When it is used as blanking part, it is bonded the product of completion
After being taken product component to take out, it is placed in top layer's material of the multilayer empty tray of liftout disk component overlapped up and down at blowing station
On disk, until charging tray transfer component holds the charging tray simultaneously after separating the charging tray and the charging tray of downside after the charging tray piles product
It is transferred at discharge station, is held through the liftout disk modular support at discharge station, and as the continuous of fully loaded charging tray is folded
It puts, liftout disk component follows decline, constantly to stack full charging tray.
The embodiments of the present invention only introduce its specific embodiment, do not limit the protection scope thereof.The industry
Technical staff can make certain modifications under the inspiration of the present embodiment, therefore all done according to the utility model patent range
Equivalent change or modification belongs in the utility model patent scope of the claims.
Claims (7)
1. a kind of charging tray automation divides disk, transfer and polyunit, for the product after the completion of pad pasting to be carried in charging tray, and
The charging tray for filling product is overlapped into discharging automatically, it is characterised in that: including blanking supporting plate (131), charging tray carrier (132), liftout
Disk component, charging tray transfer component (14) and take product component, wherein above-mentioned blanking supporting plate (131) is horizontally placed on fitting part
Rear side, blanking supporting plate (131) be equipped with blowing station and discharge station；Charging tray is respectively equipped at blowing station and discharge station
Carrier (132) is stacked with multilayer empty tray (148) on the charging tray carrier at blowing station, wherein the empty tray (148) of top layer
After filling product, after charging tray transfer component (14) separates and holds up, it is moved on the charging tray carrier (132) at discharge station；
Charging tray carrier (132) lower part is equipped with liftout component, and liftout component jacks up or support upwards the charging tray on charging tray carrier (132)
(148)；The above-mentioned top for taking product component to be set to blanking supporting plate (131) takes product component to take out the product of a upper station
And it is carried to the empty tray (148) at blowing station Nei.
2. a kind of charging tray automation according to claim 1 divides disk, transfer and polyunit, it is characterised in that: described
Blowing station and the edge of discharge station are equipped at least two partitions (133) extended straight up, above-mentioned charging tray carrier (132)
It is slideably plugged in the gap between partition (133).
3. a kind of charging tray automation according to claim 2 divides disk, transfer and polyunit, it is characterised in that: described
Liftout disk component includes liftout disk cylinder (1310) and liftout plate (134), wherein above-mentioned liftout disk cylinder (1310) is set to
The lower part of blanking supporting plate (131), and output end extends to the top of blanking supporting plate (131) upward；Above-mentioned liftout plate (134) water
Flushconnection on the output end of liftout disk cylinder (1310), and through liftout disk cylinder (1310) drive and by charging tray carrier (132)
On charging tray (148) jack up or the charging tray caught (148) is placed on charging tray carrier (132).
4. a kind of charging tray automation according to claim 3 divides disk, transfer and polyunit, it is characterised in that: described
The top of charging tray carrier (132) is equipped with loading frame (135), and loading frame (135) includes the horizontal supporting plate being horizontally spaced about and straight
Line drives mould group；Above-mentioned charging tray transfer component (14) is placed on loading frame (135), and charging tray transfer component (14) one end is handed over up and down
Clearance space between the bottom roller (146) and upper roller (147) of mistake setting is plugged together with horizontal supporting plate, charging tray transfer component (14)
The other end is connect with the output end of linear drives mould group；Charging tray transfer component (14) is punished every from blowing station and is held up fully loaded
After charging tray (148), linear drives mould group driving charging tray transfer component (14) is moved at discharge station, the liftout at discharge station
Plate (134) is caught charging tray (148), and as charging tray (148) constantly overlaps, liftout plate (134) constantly declines, to reserve material
Disk placement space.
5. a kind of charging tray automation according to claim 4 divides disk, transfer and polyunit, it is characterised in that: described
Charging tray transfer component (14) includes transfer supporting plate (141), side pallet cylinder (142), side pallet block (143), end pallet cylinder
(144), pallet block (145), bottom roller (146) and upper roller (147) are held, wherein above-mentioned transfer supporting plate (141) is frame-shaped knot
Structure, middle part are equipped with charging tray placement space.
6. a kind of charging tray automation according to claim 5 divides disk, transfer and polyunit, it is characterised in that: described
Side pallet cylinder (142) and side pallet block (143) include two, and two sides pallet cylinder (142) is respectively arranged at transfer supporting plate
(141) two sides, and the charging tray placement space of output end towards transfer supporting plate (141) is arranged；Above-mentioned side pallet block (143) is connected to
On the output end of side pallet cylinder (142), and drives and protruded into charging tray placement space through side pallet cylinder (142)；Above-mentioned end
Pallet cylinder (144) and end pallet block (145) include two, and both ends pallet cylinder (144) is respectively arranged at transfer supporting plate (141)
Both ends, and output end towards charging tray placement space be arranged；Above-mentioned end pallet block (145) is connected to the defeated of end pallet cylinder (144)
Outlet, and protruded into charging tray placement space through end pallet cylinder (144) driving；When dividing disk, two sides pallet block (143) and end support
Disk block (145) holds charging tray (148) from the lower section of four sides of charging tray (148) insertion charging tray (148) upwards.
7. a kind of charging tray automation according to claim 6 divides disk, transfer and polyunit, it is characterised in that: described
Bottom roller (146) and upper roller (147) are alternately connected to one end of transfer supporting plate (141) up and down, and with transfer supporting plate (141)
It is rotatably coupled, there are gaps between bottom roller (146) and upper roller (147), to be engaged horizontal supporting plate；Transfer supporting plate
(141) the other end is fixed with the transmission belt in linear drives mould group, the motor driven transmission belt walking in linear drives mould group
When, transfer supporting plate (141) linear motion is driven, is moved horizontally to so that the charging tray (148) after product will be filled from blowing station
At discharge station.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821821042.1U CN209617593U (en) | 2018-11-06 | 2018-11-06 | A kind of automation of charging tray divides disk, transfer and polyunit |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821821042.1U CN209617593U (en) | 2018-11-06 | 2018-11-06 | A kind of automation of charging tray divides disk, transfer and polyunit |
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| CN209617593U true CN209617593U (en) | 2019-11-12 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112027655A (en) * | 2020-07-16 | 2020-12-04 | 大族激光科技产业集团股份有限公司 | Automatic loading and unloading device and laser processing equipment |
-
2018
- 2018-11-06 CN CN201821821042.1U patent/CN209617593U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112027655A (en) * | 2020-07-16 | 2020-12-04 | 大族激光科技产业集团股份有限公司 | Automatic loading and unloading device and laser processing equipment |
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