CN210653810U - Automatic plate classification box collecting device and box collecting tower - Google Patents

Automatic plate classification box collecting device and box collecting tower Download PDF

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Publication number
CN210653810U
CN210653810U CN201921144912.0U CN201921144912U CN210653810U CN 210653810 U CN210653810 U CN 210653810U CN 201921144912 U CN201921144912 U CN 201921144912U CN 210653810 U CN210653810 U CN 210653810U
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China
Prior art keywords
collecting
tower
plate
placing
header
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CN201921144912.0U
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Chinese (zh)
Inventor
韩进隆
郑冠群
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Mas Automation Corp
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Mas Automation Corp
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Priority to TW108209171U priority patent/TWM587649U/en
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Abstract

The utility model provides a board automatic classification collection case device and collection case tower, form in the end of a transfer chain that shiies a plurality of plates and remove including a discharge end, a collection case tower has the collection of a plurality of above, lower stromatolite position configurations and puts the groove, disposes a robotic arm between this discharge end and this collection case tower, wherein a plurality of collections are put the groove and are laid in same area's collection case tower, and each this collection is put the groove and have an automatic layer frame of exhibition removal respectively, and each this layer frame can expand the affiliated collection automatically and put the groove and put in order to supply the plate to hold, and each this layer frame can hold in the plate and put the back automatic closed. The utility model also provides a plate collection case tower to improve the too complicated problem that influences the operating efficiency of flow of traditional plate automatic classification collection case.

Description

Automatic plate classification box collecting device and box collecting tower
Technical Field
The utility model relates to a technique of plate classification collection case is particularly concerned with a plate automatic classification collection case device and collection case tower.
Background
The general term "plate" includes various PCB, LCD Panel, TFT Panel, Touch Panel or solar Panel, etc., or a plate made of glass, wood, glue, etc. and divided by material, the plate may be a plane or an arc-shaped body such as tile, etc., and the peripheral contour of the plate may include various shapes such as quadrangle, circle, polygon or arc.
For example, in the process of producing the flat LCD Panel, manufacturers generally classify the Panel into different grades according to the quality or defect degree of the Panel in the manufacturing process, for example, classify the Panel into different grades according to the number of the defective light spots generated on the Panel surface, so as to facilitate the sorting, packaging and shipping of the back-end operation, or discard the Panel.
As shown in fig. 1, an automated process flow is disclosed for the present industry after the plate member 12a is manufactured and before it is packaged. Wherein:
the boards 12a are individually formed and then have a plurality of levels A, B, C marked thereon by bar codes or other identification marks and are automatically carried to a discharge end 11a by a conveyor line 10 a.
A plurality of sorting buffer stages (buffers) 81 are disposed near the discharge end 11a according to different stages of the plate 12a, and a first Robot (Robot)71a having a tray claw is disposed between the sorting buffer stages (buffers) 81 and the discharge end 11a, so that the plate 12a of different stages on the discharge end 11a of the conveyor line 10a is automatically sorted and transferred to the sorting buffer stages 81 by the tray claw of the first Robot 71 a.
And a relay station 82 for facilitating the sinking of the pallet claws below the table top is arranged near the plurality of sorting temporary storage stations 81, and a second robot arm 72a with the pallet claws is arranged between the relay station 82 and the plurality of sorting temporary storage stations 81, and the pallet claws of the second robot arm 72a can automatically convey the plate members 12a of different stages and the like on the plurality of sorting temporary storage stations 81 to the relay station 82 in a multi-piece manner at a time by taking the same stage as a unit to be ready for boxing.
Meanwhile, a plurality of containers (packing boxes) 83 capable of placing a plurality of plates 12a at a time are disposed corresponding to different levels of the plates 12a near the relay station 82, a third robot arm 73a having a chuck claw is disposed between the relay station 82 and the plurality of containers 83, the third robot arm 73a can transfer the plates 12a at the same level and the like to the containers 83 at the corresponding level and the like by carrying one plate 12a at a time, and the third robot arm 73a can suck a diaphragm made of, for example, EVA material from the side in the interval of carrying one plate 12a at a time, and place the diaphragm between the plates 12a in each container 83 at an interval, so that the plurality of plates 12a at each level and the like can be packed by spacing one plate 12a by one diaphragm.
In the above conventional practice, the operator must use multiple transportation of multiple sets of robots and the arrangement of multiple sorting and temporary storage tables and relay tables, which has a negative effect on the construction of the production line equipment and is not good for the efficiency of automatic sorting and packing of the plates, so there is a need for improvement.
SUMMERY OF THE UTILITY MODEL
In view of this, the purpose of the present invention is to improve the problem that the operation efficiency is affected by the complicated process of the conventional automatic plate sorting and collecting box.
Therefore, the utility model provides an automatic plate classification and collection device, which comprises a discharge end formed at the end of a conveying line for carrying a plurality of plates; a container tower, which is provided with a plurality of collecting and placing grooves which are arranged in an upper and a lower laminated directions; a mechanical arm, configured between the discharge end and the header tower; the plurality of collecting and placing grooves are distributed in the collecting box tower with the same floor area, each collecting and placing groove is provided with a layer frame which can automatically unfold and move, each layer frame can automatically unfold the corresponding collecting and placing groove to be used for bearing and placing plates, and each layer frame can be automatically closed after the plates are born and placed.
In a further implementation, a plurality of horizontal sliding rails are fixedly arranged in the header tower, and each layer of shelf is slidably assembled in the header tower through the horizontal sliding rails. Wherein each layer of rack is driven by a driver to move along the horizontal sliding rail.
In a further embodiment, the header tower further comprises a fixed shelf therein, the fixed shelf being located at a lowermost end of the plurality of shelves.
In a further embodiment, a box for placing the plate is disposed in each collecting and placing slot. Wherein, the collecting and placing grooves are respectively and movably provided with two limiting plates for positioning the boxes. Each collecting and placing groove is also provided with a baffle plate, and each box is positioned in each collecting and placing groove through the restraint of the baffle plate and the two limit plates.
In further implementations, the robotic arm, in each compartment that captures a plate into each of the boxes, also captures a diaphragm that is placed in each of the boxes in a compartment between the plates. Wherein the robot arm picks up the plate through a fixture. The jig is a sucker claw.
Furthermore, the utility model provides a board collection case tower, put the groove including the collection of a plurality of above, lower stromatolite position configurations, wherein a plurality of collections are put the groove and are laid in same area's collection case tower, and each should collect and put the groove and have an automatic layer frame of exhibition removal respectively, and each this layer frame lies in the same area's of collection case tower side face territory when expanding.
In a further implementation, a plurality of horizontal sliding rails are fixedly arranged in the horizontal position type header tower, and each layer of rack is slidably assembled in the horizontal position type header tower through the horizontal sliding rails. Wherein each layer of rack is driven by a driver to move along the horizontal sliding rail.
In a further implementation, the device further comprises a fixed shelf, and the fixed shelf is located at the bottommost end of the shelves.
In a further embodiment, a box for placing the plate is disposed in each collecting and placing slot. Wherein, the collecting and placing grooves are respectively and movably provided with two limiting plates for positioning the boxes. Each collecting and placing groove is also provided with a baffle plate, and each box is positioned in each collecting and placing groove through the restraint of the baffle plate and the two limit plates.
According to the technical means, the utility model has the advantages of: the floor space and the configuration number of the mechanical arms, the classification temporary storage table and the relay table are saved, the manufacturing process is simplified, and the operation efficiency of automatic classification and boxing of the plates is improved.
In addition, the following detailed description and drawings are provided to illustrate the present invention in further detail.
Drawings
Fig. 1 is a schematic flow chart of a conventional automatic plate sorting and collecting box.
Fig. 2 is a step program diagram of the automatic plate sorting and boxing method of the present invention.
Fig. 3a to 3c are schematic diagrams illustrating the method of fig. 2.
Fig. 4 is a schematic configuration diagram of the automatic plate classification and collection device of the present invention.
Fig. 5 is a schematic perspective view of the header tower of fig. 4.
Fig. 6 is a perspective view of the shelf of fig. 5.
Fig. 6a is a partially enlarged schematic view of fig. 6.
Fig. 7 is a perspective view of the fixing layer frame of fig. 5.
Description of reference numerals: 10a, 10b, 10c conveying lines; 11a, 11b, 11c discharge ends; 12a, 12b, 12c plates; 20b, 20c header towers; 21 a frame; 22 horizontal slide rails; 23 a driver; 24 belts; 25, fixing a base; 30b, 30c collecting and placing grooves; 31 boxes; 40 layers of shelves; 50 fixing the shelf; 61 a limiting plate; 62 a baffle plate; 70b, 70c robot arm; 701, a jig; 71a first robot arm; 72a second robot arm; 73a third robot arm; 81 classification temporary storage table; 82 relay station; 83 a header tank; steps of the embodiments S1-S2 are described.
Detailed Description
Referring to fig. 2, it is illustrated that the automatic plate sorting and box-collecting apparatus of the present invention can be easily implemented by an automatic plate sorting and box-collecting method, and the vacuum packing method of square articles comprises the following steps S1 to S2:
step S1: constructing a horizon type header tower.
Referring to fig. 3a, a structure of a level type container tower 20b constructed according to a plurality of levels (e.g., A, B, C, etc.) of a plurality of boards 12b carried on a discharge end 11b of a conveying line 10b is described, wherein the level type container tower 20b is planned to form a plurality of collecting slots 30b arranged according to the levels (e.g., A, B, C, etc.) of the boards 12b, the collecting slots 30b are respectively used for receiving the boards 12b of different levels, and the collecting slots 30b are arranged in an upper-and-lower-layer manner in the level type container tower 20b with the same floor area. Further, each collecting and placing groove 30b has the capability of automatically unfolding for the plate 12b to be placed and automatically closing after the plate 12b is placed. Each of the collecting and discharging grooves 30b is opened and closed by moving in a horizontal direction.
Step S2: pick up the plate to the horizon type header tower.
Referring to fig. 3a to 3c sequentially, the plate 12b with the marked level is moved to the discharge end 11b of the conveying line 10b one by carrying the plate 12b by the conveying line 10b, and a robot arm 70b capable of automatically identifying the level of the plate 12b is used to pick up the plate 12b on the discharge end 11b (as shown in fig. 3 a), for example, the level of the plate 12b picked up by the robot arm 70b is currently a, and the robot arm 70b picks up the plate 12b in a negative pressure suction manner in practice. Then, the collecting and placing groove 30b for receiving the plate 12b of the level in the collecting and placing tower 20b is automatically unfolded according to the level of the plate 12b (as shown in fig. 3 b), that is, the collecting and placing groove 30b extends outward from the collecting and placing tower 20b, the robot arm 70b puts the picked-up plate 12b in the unfolded collecting and placing groove 30b in a top-down manner, and at the same time, the conveying line 10b carries the next plate 12b to be picked up to the discharging end 11 b. Then, when the board 12b is received in the collecting and placing groove 30b, the collecting and placing groove 30b is automatically closed (as shown in fig. 3 c), that is, the collecting and placing groove 30b is retracted into the collecting and placing tower 20b, the robot arm 70b moves to the discharging end 11b of the conveying line 10b, and the board 12b on the discharging end 11b of the conveying line 10b is picked up again.
On the other hand, please refer to fig. 4 and 5, which illustrate the automatic plate sorting and box collecting apparatus of the present invention, including a discharging end 11c, a box collecting tower 20c and a robot arm 70 c. Wherein:
the discharge end 11c is formed at the end of a conveyor line 10c carrying a plurality of boards 12c moving to the discharge end 11c by the carrying of the conveyor line 10 c.
The container tower 20c has a plurality of container slots 30c therein, the container slots 30c are respectively used for receiving plate members 12c of different levels, etc., and the container slots 30c are arranged in the container tower 20c with the same floor area in an up-and-down stacking manner. Further, each collecting and placing slot 30c has a layer rack 40 capable of automatically unfolding and moving, and each collecting and placing slot 30c is unfolded or closed by the driving of the layer rack 40. Therefore, each layer of rack 40 can automatically transversely move and expand the corresponding collecting and placing groove 30c for the plate 12c to be placed, and can automatically transversely move and close after the plate 12c is placed. In practical implementation, each collecting and placing slot 30c is configured with a box 31, and the plate 12c is placed in the box 31. The box 31 may be made of corrugated paper. Further, after the box 31 is filled with the plate members 12c, the worker can take out the box 31 filled with the plate members 12c and put the box 31 empty in such a manner that the collecting and placing groove 30c is opened.
Referring to fig. 5, fig. 6 and fig. 6a, it is illustrated that the container tower 20c has a frame 21, a plurality of horizontal sliding rails 22 are fixed on the frame 21, and the plurality of shelves 40 are respectively slidably disposed on the horizontal sliding rails 22 and can move laterally. Further, the shelves 40 are driven by a driver 23 to move horizontally and transversely along the slide rail 22. The driver 23 is implemented as a motor, the motor drives the shelf 40 through a belt 24, the shelf 40 is connected to the belt 24 through a fixing seat 25, the motor drives the belt 24 to move, and then drives the shelf 40 to move, so that the shelf 40 can move horizontally along the horizontal sliding rail 22.
Referring to fig. 5 and 7, it is illustrated that the container tower 20c further includes a fixed shelf 50, the fixed shelf 50 is located at the bottom end of the shelves 40, and when the shelves 40 are unfolded, the fixed shelf 50 is located in the same floor area beside the container tower 20c, so as to save the floor area of the container tower 20 c. Since the fixed shelves 50 are located at the lowermost ends of the shelves 40, there is no interference with the upper shelves 40 when placing the plate 12c, and thus the fixed shelves 50 do not need to have the ability to move laterally.
Referring to fig. 5, fig. 6 and fig. 7, it is described that two limiting plates 61 are movably disposed in each collecting and placing groove 30c, and each box 31 is positioned in each collecting and placing groove 30c by being constrained by the two limiting plates 61. The two stopper plates 61 are respectively disposed on opposite sides of each of the catch grooves 30c, and the two stopper plates 61 can be relatively moved toward or away from each other by driving, for example, a pneumatic cylinder, so that the two stopper plates 61 can hold the box 31 or release the box 31. In addition, a baffle 62 is further disposed in each collecting and placing groove 30c of the plurality of shelves 40 and the fixed shelf 50, and the box 31 can be accurately positioned in the collecting and placing groove 30c by the constraint of the baffle 62 and the two limiting plates 61.
Referring again to fig. 4, the robot 70c is disposed between the discharging end 11c and the container tower 20c, and the robot 70c can pick up the plate 12c on the discharging end 11c of the conveying line 10c and place the plate in the box 31. Further, a jig 701 is assembled at one end of the robot 70c, the robot 70c picks up the board 12c through the jig 701, and the jig 701 is implemented as a chuck claw, so that the robot 70c can pick up the board 12c by negative pressure suction. In addition, the robot arm 70c sucks a diaphragm made of EVA material from the side in the interval between each time when transporting one plate 12c into the box 31, and places the diaphragm between the plates 12c in each box 31, so that a plurality of plates 12c at different levels can be boxed with one diaphragm between each plate 12 c.
The foregoing description is intended to be illustrative rather than limiting, and it will be appreciated by those skilled in the art that many modifications, variations or equivalents may be made without departing from the spirit and scope of the invention as defined in the appended claims.

Claims (17)

1. An automatic plate classification and collection device is characterized by comprising:
the discharging end is formed at the tail end of a conveying line for carrying a plurality of plate pieces to move;
a container tower, which is provided with a plurality of collecting and placing grooves which are arranged in an upper and a lower laminated directions;
a mechanical arm, configured between the discharge end and the header tower;
the plurality of collecting and placing grooves are distributed in the collecting box tower with the same floor area, each collecting and placing groove is provided with a layer frame which can automatically unfold and move, each layer frame can automatically unfold the corresponding collecting and placing groove to be used for bearing and placing plates, and each layer frame can be automatically closed after the plates are borne.
2. The apparatus for automatically sorting plate-members into boxes according to claim 1, wherein: a plurality of horizontal sliding rails are fixedly arranged in the header tower, and the layer frames are respectively assembled in the header tower in a sliding mode through the horizontal sliding rails.
3. The apparatus for automatically sorting plate-members into boxes according to claim 2, wherein: each layer of rack is driven by a driver to move along the horizontal sliding rail.
4. The apparatus for automatically sorting plate-members into boxes according to claim 1, wherein: the container tower is also provided with a fixed layer frame which is positioned at the bottommost end of the plurality of layer frames.
5. The automatic plate classification and collection device of claim 1 or 4, wherein: each collecting and placing groove is respectively provided with a box for placing the plate.
6. The apparatus for automatically sorting plate-members into boxes according to claim 5, wherein: two limit plates for positioning the boxes are movably arranged in the collecting and placing grooves respectively.
7. The apparatus for automatically sorting plate-members into boxes according to claim 6, wherein: each collecting and placing groove is also provided with a baffle plate, and each box is positioned in each collecting and placing groove through the restraint of the baffle plate and the two limiting plates.
8. The apparatus for automatically sorting plate-members into boxes according to claim 5, wherein: the mechanical arm is used for picking up a diaphragm and placing the diaphragm between the plates in the boxes at intervals in the interval from one plate to each box.
9. The apparatus for automatically sorting plate-members into boxes according to claim 8, wherein: the robot arm picks up the plate through a jig.
10. The apparatus for automatically sorting plate-members into boxes according to claim 9, wherein: the jig is a sucker claw.
11. The utility model provides a board collection case tower which characterized in that: the collecting and placing device comprises a plurality of collecting and placing grooves which are arranged in an upper and a lower laminated directions, wherein the collecting and placing grooves are distributed in a collecting box tower with the same floor area, each collecting and placing groove is respectively provided with a layer frame which can automatically unfold and move, and each layer frame is located in the surface area with the same floor area beside the collecting box tower when unfolded.
12. The panel-header tower of claim 11, wherein: a plurality of horizontal sliding rails are fixedly arranged in the header tower, and the layer frames are respectively assembled in the header tower in a sliding mode through the horizontal sliding rails.
13. The panel header tower of claim 12, wherein: each layer of rack is driven by a driver to move along the horizontal sliding rail.
14. The panel-header tower of claim 11, wherein: the multi-layer shelf is characterized by further comprising a fixed layer shelf, wherein the fixed layer shelf is located at the bottommost end of the plurality of layer shelves.
15. The panel-header tower of claim 11 or 14, wherein: each collecting and placing groove is respectively provided with a box for placing the plate.
16. The panel header tower of claim 15, wherein: two limit plates for positioning the boxes are movably arranged in the collecting and placing grooves respectively.
17. The panel header tower of claim 16, wherein: each collecting and placing groove is also provided with a baffle plate, and each box is positioned in each collecting and placing groove through the restraint of the baffle plate and the two limiting plates.
CN201921144912.0U 2019-07-12 2019-07-19 Automatic plate classification box collecting device and box collecting tower Active CN210653810U (en)

Priority Applications (2)

Application Number Priority Date Filing Date Title
TW108209171 2019-07-12
TW108209171U TWM587649U (en) 2019-07-12 2019-07-12 Automatic plate sorting container device and container tower

Publications (1)

Publication Number Publication Date
CN210653810U true CN210653810U (en) 2020-06-02

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201921144912.0U Active CN210653810U (en) 2019-07-12 2019-07-19 Automatic plate classification box collecting device and box collecting tower

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Country Link
CN (1) CN210653810U (en)
TW (1) TWM587649U (en)

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Publication number Publication date
TWM587649U (en) 2019-12-11

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