CN208499763U - A kind of glass panel automatic processing apparatus - Google Patents
A kind of glass panel automatic processing apparatus Download PDFInfo
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- CN208499763U CN208499763U CN201821146981.0U CN201821146981U CN208499763U CN 208499763 U CN208499763 U CN 208499763U CN 201821146981 U CN201821146981 U CN 201821146981U CN 208499763 U CN208499763 U CN 208499763U
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Abstract
The utility model discloses a kind of glass panel automatic processing apparatus, including, machining tool, including workbench, knife beam, cutter and clamp device, automatic feeding, set on one end of machining tool, for placing and transmitting material frame to be processed.Conveying combination device, including transportation frame, transmission component and jacking apparatus, automatic feeding can be by material frame delivery pipe to transportation frame, and transmission component drives the material frame to move along transportation frame, material frame passes through jacking apparatus, and jacking apparatus being capable of the jacking of institute's material frame.Closing quotation device, one end set on machining tool far from automatic feeding, closing quotation device, which is used to collect, conveys the empty material frame to come by conveying combination device.The processing unit (plant) of this structure as a result, saves labour, while also assuring machining accuracy so that it is that automation is realized that whole processing producing line, which expects blanking from above, reduces substandard products and generates, improves efficiency.
Description
Technical field
The utility model relates to panel processing technique field more particularly to a kind of glass panel automatic processing apparatus.
Background technique
With the continuous progress of economic continuous development and society, various material consumptions are provided for people's lives
Product is to meet the Individualized Pursuit of people, and electronic equipment is exactly one kind of many material consumer goods.In electronic equipment production
Some large-sized workpiece are frequently encountered, if glass panel is processed, therefore are frequently necessary to process it by numerically-controlled machine tool,
But be artificial progress loading and unloading movement in existing large-sized work piece production equipment, artificial blanking is also wanted after processing,
Thus the labor burden of operator can be not only greatly increased, but also is unfavorable for the realization of automation.
Utility model content
One or more in order to solve problem above provides a kind of glass panel automatic processing apparatus.
One aspect according to the present utility model provides a kind of glass panel automatic processing apparatus, including,
Machining tool, including workbench, knife beam, cutter and clamp device, knife beam are set to workbench side, and cutter is set to
Material in material frame can be clamped and be placed in workbench by knife beam, clamp device, and cutter can be to being placed on workbench
Material is processed.Automatic feeding, set on one end of machining tool, for placing and transmitting material frame to be processed.Conveying
Combination unit, including transportation frame, transmission component and jacking apparatus, transportation frame are arranged along the length direction of workbench, pass
Dynamic component is set to transportation frame two sides, and jacking apparatus is respectively arranged on the two sides of transportation frame, one end of transportation frame with give automatically
Expect that one end of device is concordant, material frame can be delivered in transportation frame by automatic feeding, and transmission component drives the material frame
It is moved along transportation frame, material frame passes through jacking apparatus, and jacking apparatus being capable of the jacking of institute's material frame.Closing quotation device, is set to machining tool
One end far from automatic feeding, closing quotation device, which is used to collect, conveys the empty material frame to come by conveying combination device.Its is beneficial
Effect is: the processing unit (plant) of this structure, due to closely cooperating between all parts, so that whole processing producing line is expected from above
Blanking is that automation is realized, saves labour, while also assuring machining accuracy, reduces substandard products and generates, improves efficiency.When
Machining tool be it is multiple side by side when, the setting of jacking apparatus can make the material frame in transportation frame can continue to forward
Movement, will not because of first machining tool work and influence material frame and moved to the direction of another machining tool.
In some embodiments, jacking apparatus include prop and with the lifting machine that connect on the outside of prop
The edge of structure, prop can be matched with the edge of material frame.The beneficial effect is that: the prop of this structure can be very
Cooperate with material frame well, effectively completes jacking purpose, and then material frame bottom still leaves room and makes next material frame therefrom defeated
It send and passes through.
In some embodiments, prop includes protruding portion and vertical portion, and protruding portion and vertical portion vertically form one
Groove body, groove body can be stuck in transportation frame, and the outer side-lower of protruding portion is equipped with the first convex edge, and it is convex that the outer ledge of material frame is equipped with second
Edge, the first convex edge can hold the second convex edge.The beneficial effect is that: the prop of this structure can preferably match with material frame
It closes.
In some embodiments, automatic feeding includes folder support mechanism, chassis and the transmission group on chassis
It attaches together and sets, transmission combination unit includes transmission frame, motor and conveyer belt, and conveyer belt is placed on transmission frame, and motor is able to drive biography
Band is sent to be driven on transmission frame, folder support mechanism is respectively arranged on transmission frame two sides, and material frame is placed between two folder support mechanisms, two folders
Support mechanism can move horizontally in opposite directions, and the material frame that can control bottommost is unclasped to conveyer belt.The beneficial effect is that: this
The automatic feeding of kind structure can be realized the automation of feeding, and rate of precision is high, and the setting for pressing from both sides support mechanism can be effective
It prevents material frame from falling multiple, and is to ensure that fall every time one and then be seen off by conveyer belt.
In some embodiments, folder support mechanism includes horizontal drive mechanism, folder tray and support, horizontal drive mechanism
One end pass through support and connect with folder tray, press from both sides tray can extend into the seams of two material frames under the action of horizontal drive mechanism
Between gap.The beneficial effect is that: it is multiple that the folder support mechanism setting of this structure can effectively prevent material frame to fall, and folder tray passes through
Being protruded between the gap of two material frames under the action of horizontal drive mechanism ensures the material frame that falls every time.
It in some embodiments, further include limiting device, limiting device includes two the first blocks and two second gear
Block, two the first blocks are respectively arranged on the two sides of the one end of transmission frame far from machining tool, and two the second blocks are respectively arranged on biography
Defeated frame close to the two sides of one end of machining tool, the first block and the second block respectively not She You upright bar, material frame passes through conveyer belt
It can be sent out below the second block.The beneficial effect is that: upright bar is added on the first block and the second block in limiting device,
It moves, can be sent out below the second block with time-frame by conveyer belt, and then ensure that material frame outside the material frame that heap can be prevented high
Smooth delivery of power.
In some embodiments, closing quotation device include closing quotation main frame, parcel shelf, closing quotation sub-frame, asynchronous machine with
And two groups of transfer assemblies, the opposite two sides for being set to closing quotation main frame of every group of transfer assembly, asynchronous machine are able to drive two groups of transmission
Component movement, parcel shelf are connected with transfer assembly and can place empty material frame, and closing quotation sub-frame is located at the side of closing quotation main frame,
Closing quotation sub-frame is used to place the empty material frame come out from the side of closing quotation main frame.The beneficial effect is that: the closing quotation of this structure
Device cooperates with conveying combination device, realizes automatic closing quotation, saves manpower, improve efficiency.
In some embodiments, every group of transfer assembly include four transmission usher to seat, two conveyer belts and one it is driven
Axis, four transmission are usherd to seat is divided into the ipsilateral upper and lower of closing quotation main frame two-by-two, and each transmission, which is usherd to seat, is designed with driving wheel, ipsilateral
Upper and lower two transmission are connected with conveyer belt between usheing to seat, two transmission of ipsilateral bottom usher to seat between be connected with driven shaft, it is driven
One end of axis and asynchronous machine are rotatablely connected.The beneficial effect is that: the transfer assembly of this structure enables to tray or more
It is smoothly moved, and then guarantees that empty material frame stacks more neat, effectively prevent run-off the straight.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of embodiment of automatic processing apparatus of the utility model；
Fig. 2 is the partial enlargement diagram of the jacking apparatus in Fig. 1；
Fig. 3 is the structural schematic diagram of the automatic feeding of Fig. 1；
The partial enlargement diagram for the folder support mechanism that Fig. 4 is Fig. 3；
Fig. 5 is the schematic elevation view of Fig. 1；
Fig. 6 is the closing quotation apparatus structure schematic diagram of Fig. 1；
Fig. 7 is the facing structure structural schematic diagram of Fig. 3；
Fig. 8 is prop and the structural schematic diagram that material frame matches.
Automatic feeding 1；Transmission combination unit 101, the first conveyer belt 1011, transmission frame 1012；Motor 1013；Folder support
Mechanism 102, horizontal drive mechanism 1021 press from both sides tray 1022, horizontal plane 10221, inclined-plane 10222, vertical transmission mechanism 1023, branch
Seat 1024, limiting device 103, the first block 1031, the second block 1032, upright bar 1033；Chassis 104；Accommodating box 105；Support
Frame 106；
Machining tool 2；Workbench 201, knife beam 202, clamp device 203, fulcrum bearing 2031, manipulator 2032, cutter
204, device 3 of closing, main frame 301 of closing, transfer assembly 302, transmission ushers to seat 3021, the second conveyer belt 3022, driving wheel
3023, driven shaft 3024, parcel shelf 303, connecting plate 304, sub-frame 305 of closing, conveying roller 3051, asynchronous machine 306；Conveying
Combination unit 4；Transportation frame 401, transmission component 402, transmission chain 403, jacking apparatus 404, prop 4041, protruding portion
40411, vertical portion 40412, the first convex edge 40413, groove body 40414, lifting mechanism 4042, reinforcing rib 405, material frame 5, second is convex
Along 501, feeding belt 6
Specific embodiment
The utility model is described in further detail below with reference to Fig. 1-Fig. 6.
As shown in Figure 1, a kind of glass panel automatic processing apparatus is provided, including, machining tool 2, automatic feeding
1, closing quotation device 3 and conveying combination device 4.Wherein, machining tool 2 include workbench 201, knife beam 202, cutter 204 and
Clamp device 203, knife beam 202 are set to 201 side of workbench, and cutter 204 is set to knife beam 202, and clamp device 203 can be by material frame
Material in 5 clamps and is placed in workbench 201, and cutter 204 can process the material being placed on workbench 201.
Wherein, as shown in figure 5, clamp device 203 includes fulcrum bearing 2031 and the manipulator 2032 in fulcrum bearing 2031.It is mechanical
Hand 2032 is fixedly connected on knife beam 202 perpendicular to fulcrum bearing 2031, fulcrum bearing 2031.Manipulator 2032 can overturn withdrawal,
Manipulator 2032 can realize absorption clamping movement by setting sucker, and rotary movement can be real using driving devices such as motors
It is existing.Automatic feeding 1, set on one end of machining tool 2, for placing and transmitting material frame 5 to be processed.Automatic feeding
1 can be common conveyor-belt apparatus, and material frame 5 to be processed, which is placed on automatic feeding 1, carries out the conveying of material frame 5.
As shown in Figure 1 and Figure 5, conveying combination device 4, including transportation frame 401, transmission component 402 and jacking apparatus 404.Conveying
Frame 401 is arranged along the length direction of workbench 201, length direction point of the transmission component 402 along 401 liang of inner sidewalls of transportation frame
Be not arranged, wherein every group of transmission component 402 can be sprocket wheel, the transmission chain 403 and transmission shaft that are placed on sprocket wheel, material frame 5 from
After coming on automatic charging device, the two sides of material frame 5 are ridden on the transmission chain 403 of two sides, and driving motor drives two sides simultaneously
The rotation of transmission chain 403 to realize the conveying function of conveying combination device 4.Transportation frame 401 is equipped at intervals with reinforcing rib 405, adds
405 both ends of strengthening tendons are connect with 401 two sides of transportation frame.Jacking apparatus 404 is respectively arranged on the two sides of transportation frame 401, conveys frame
One end of frame 401 is concordant with one end of automatic feeding 1, and automatic feeding 1 can be by 5 delivery pipe of material frame to transportation frame
On 401, transmission component 402 drives the material frame 5 to move along transportation frame 401, and material frame 5 passes through jacking apparatus 404, jacking apparatus
404 can the jacking of material frame 5 and be detached from original transmission chain 403, it is logical to need the material frame for continuing to be fed forward 5 to reserve transmission below
Road, then the material clamp in the material frame 5 jacked by jacking apparatus 404 is walked to be sent to machining tool 2 and is added by clamp device 203
Work, jacking apparatus 404 decline, and empty material frame 5 is then fed forward to closing quotation device 3.Closing quotation device 3 is set to machining tool 2 far from certainly
One end of dynamic feed device 1, closing quotation device 3, which is used to collect, conveys the empty material frame 5 to come by conveying combination device 4.
The processing unit (plant) of this structure, due to closely cooperating between all parts, so that whole processing producing line is from feeding
It is that automation is realized to blanking, saves labour, while also assuring machining accuracy, reduce substandard products and generate, improve efficiency.
When machining tool 2 be it is multiple side by side when, the setting of jacking apparatus 404 can enable material frame 5 in transportation frame 401
It is enough to continue to move forward, will not because of first machining tool 2 work and influence material frame 5 to the side of another machining tool 2
To movement.
Preferably, as shown in Figure 2 and Figure 8, jacking apparatus 404 include prop 4041 and with outside prop 4041
The lifting mechanism 4042 of side connection, the edge of prop 4041 can be matched with the edge of material frame 5.Specifically, support branch
Frame 4041 includes protruding portion 40411 and vertical portion 40412, and protruding portion 40411 and vertical portion 40412 vertically form L-type groove body
40414, groove body 40414 can be stuck in transportation frame 401, and the outer side-lower of protruding portion 40411 is equipped with the first convex edge 40413, material frame 5
Outer ledge be equipped with the second convex edge 501, the first convex edge 40413 can hold the second convex edge 501.Lifting mechanism 4042 can be
Cylinder lead screw or the similar transmission mechanism that vertical motion can be done.The prop 4041 of this structure can preferably with
Material frame 5 cooperates, and effectively completes jacking purpose, and then 5 bottom of material frame still leaves room and allows next material frame 5 therefrom convey to lead to
It crosses.
Preferably, as Figure 1-Figure 5, automatic feeding 1 includes folder support mechanism 102, chassis 104 and is set to chassis
Transmission combination unit 101 on 104.Transmission combination unit 101 includes transmission frame 1012, motor 1013 and the first conveyer belt
1011, conveyer belt is placed on transmission frame 1012, and motor 1013 is able to drive the first conveyer belt 1011 and is driven on transmission frame 1012, folder
Support mechanism 102 can be two, be respectively arranged on 1012 two sides of transmission frame, and material frame 5 is placed between two folder support mechanisms 102, two
The material frame 5 that folder support mechanism 102 can move horizontally in opposite directions, and can control bottommost is unclasped to the first conveyer belt 1011.
Pressing from both sides support mechanism 102 includes horizontal drive mechanism 1021, folder tray 1022 and support 1024, one end of horizontal drive mechanism 1021
Across support 1024 and with folder tray 1022 connect, folder tray 1022 including a horizontal plane 10221 and along the horizontal plane 10221 to
Under the inclined-plane 10222 that is formed slopely.In this way, folder tray 1022 can extend into two under the action of horizontal drive mechanism 1021
Between the gap of material frame 5.Wherein, horizontal drive mechanism 1021 can be cylinder, screw rod or other can be realized horizontal movement
Transmission device.It is multiple that the setting of folder support mechanism 102 of this structure can effectively prevent material frame 5 to fall, and folder tray 1022 is logical
Crossing between the gap for protruding into two material frames 5 under the action of horizontal drive mechanism 1021 ensures the material frame 5 that falls every time.It is real
The automation of existing feeding, and rate of precision is high, and it is multiple that the setting of folder support mechanism 102 can effectively prevent material frame 5 to fall, but really
It protects to fall every time one and then be seen off by the first conveyer belt 1011.
Preferably, as shown in figures 1 and 3, automatic feeding 1 further includes limiting device 103.Limiting device 103 includes
Two the first blocks 1031 and two the second blocks 1032, two the first blocks 1031 are respectively arranged on transmission frame 1012 far from processing
The two sides of one end of lathe 2, two the second blocks 1032 are respectively arranged on transmission frame 1012 close to the two of one end of machining tool 2
Side, the first block 1031 and the second block 1032 are respectively equipped with upright bar 1033, and the second block 1032 is L-shaped, vertical long side with
Transmission frame 1012 is fixed, is arranged inwardly with vertical field side horizontal edge connected vertically.Material frame 5 can be from by the first conveyer belt 1011
It is sent out below the horizontal edge of second block 1032.Folder tray 1022 can be located at the first block 1031 and the second block 1032.Limit
Upright bar 1033 is added on the first block 1031 and the second block 1032 in device 103, is moved outside the material frame 5 that heap can be prevented high,
Material frame 5 can be sent out by the first conveyer belt 1011 below the second block 1032 simultaneously, and then ensure that the smooth defeated of material frame 5
It send.It is moved outside material frame 5 to further place, upright bar 1033 can also be added on folder tray 1022.
Preferably, as shown in Fig. 3, Fig. 7, accommodating box 105, the transmission of transmission combination unit 101 are additionally provided with above chassis 104
1012 bottom of frame is equipped with and is fixed on support frame 106, and 106 bottom of support frame is then fixedly connected with accommodating box 105.In order to adjust
The height of the entire transmission combination unit 101 of solution, support frame 106 can be connected by the way of cylinder, then pass through the perpendicular of cylinder
The upward movement of histogram entirely transmits the upper-lower height adjustment of combination unit 101 to realize.
Preferably, as shown in fig. 6, closing quotation device 3 include closing quotation main frame 301, parcel shelf 303, closing quotation sub-frame 305,
Asynchronous machine 306 and two groups of transfer assemblies 302, the opposite two sides for being set to closing quotation main frame 301 of every group of transfer assembly 302 are different
Step motor 306 is able to drive two groups of transfer assemblies 302 and moves, and parcel shelf 303 is connected with transfer assembly 302 and can place empty material
Frame 5, closing quotation sub-frame 305 are located at the side of closing quotation main frame 301, and closing quotation sub-frame 305 is for placing from closing quotation main frame 301
Side come out empty material frame 5.The closing quotation device 3 of this structure cooperates with conveying combination device 4, realizes automatic closing quotation, saves
Manpower improves efficiency.
Preferably, as shown in fig. 6, every group of transfer assembly 302, which includes four, transmits 3021, two second conveyer belts of usheing to seat
3022 and a driven shaft 3024, four transmission usher to seat 3021 be divided into two-by-two closing quotation main frame 301 it is ipsilateral up and down, each
Transmission, which is usherd to seat, 3021 is designed with driving wheel 3023, and ipsilateral two transmission up and down usher to seat and are connected with the second conveyer belt between 3021
3022, two of ipsilateral bottom transmission usher to seat and are connected with driven shaft 3024, one end of driven shaft 3024 and asynchronous electricity between 3021
Machine 306 is rotatablely connected.The transfer assembly 302 of this structure enables to about 303 parcel shelf to be smoothly moved, and then guarantees
Empty material frame 5 stacks more neat, effectively prevent run-off the straight.
Preferably, as shown in fig. 6, closing quotation device 3 further includes two pieces of connecting plates 304, two pieces of connecting plates 304 respectively with two
The connection of second conveyer belt 3022, the two sides of parcel shelf 303 are then connect by connecting plate 304 with the second conveyer belt 3022 respectively.
Preferably, it as shown in fig. 6, the height of closing quotation sub-frame 305 is concordant with the extreme lower position of parcel shelf 303, and closes
Conveying roller 3051 is uniformly provided on sub-frame 305.After piling sky material frame 5 on the parcel shelf 303 for closing main frame 301, work
Personnel remove whole pile material frame 5 from parcel shelf 303 on closing quotation sub-frame 305, and the conveying of conveying roller 3051 facilitates sky material frame 5
Removal.
When carrying out glass panel processing for a kind of application processing unit (plant) above-mentioned according to the utility model, specifically include following
Step:
1) material frame 5 equipped with material is placed on automatic feeding 1: material frame 5 is just placed on folder tray 1022.
2) start automatic feeding 1: starting motor 1013, the transmission of the first conveyer belt 1011 start horizontal drive mechanism
1021, folder tray 1022 retracts, and a material frame 5 last is fallen on the first conveyer belt 1011 and with the first conveyer belt 1011 to defeated
Send the conveying of 4 directions of combination unit.
3) material frame 5 is moved along transportation frame 401 and is reached on jacking apparatus 404, material frame under the action of transmission component 402
5 with jacking apparatus 404 with merging, jacking apparatus 404 jacks up material frame 5 thereon: where transmission component 402, jacking apparatus
404 is specific as previously mentioned, the edge of the prop 4041 of i.e. jacking apparatus 404 can be matched with the edge of material frame 5.Specifically
Ground, prop 4041 include protruding portion 40411 and vertical portion 40412, and protruding portion 40411 and vertical portion 40412 vertically form L
Type groove body 40414, groove body 40414 can be stuck in transportation frame 401, and the outer side-lower of protruding portion 40411 is equipped with the first convex edge
40413, the outer ledge of material frame 5 is equipped with the second convex edge 501, and the first convex edge 40413 can hold the second convex edge 501.
4) material clamp in the material frame 5 in step 3) is walked and is placed in workbench by the clamp device 203 on machining tool 2
It is processed on 201 with cutter 204；Material after processing is placed on feeding belt 6 by clamp device 203 to be seen off；
5) jacking apparatus 404 declines the empty material frame 5 in step 4), and empty material frame 5 continues along transportation frame 401 to receipts
The movement of 3 direction of disk device；
6) after the material frame 5 in step 5) reaches on the parcel shelf 303 of closing quotation device 3,303 transfer assembly 302 of parcel shelf
Effect is lower to decline a lattice, until receiving full empty material frame 5 on parcel shelf 303；
7) collect sky material frame 5: staff removes whole pile material frame 5 from parcel shelf 303 on closing quotation sub-frame 305.
This processing method, high degree of automation, good processing accuracy reduce substandard products and generate, improve efficiency.
Above-described is only some embodiments of the utility model.For those of ordinary skill in the art,
Without departing from the concept of the present invention, various modifications and improvements can be made, these belong to practical
Novel protection scope.
Claims (9)
1. glass panel automatic processing apparatus, which is characterized in that including,
Machining tool (2), including workbench (201), knife beam (202), cutter (204) and clamp device (203), the knife beam
(202) it is set to workbench (201) side, the cutter (204) is set to the knife beam (202), and the clamp device (203) can
Material in material frame (5) is clamped and is placed in the workbench (201), the cutter (204) can be to being placed in the work
The material made on platform (201) is processed；
Automatic feeding (1) is set to the one end of the machining tool (2), for placing and transmitting material frame to be processed (5)；
Conveying combination device (4), including transportation frame (401), transmission component (402) and jacking apparatus (404), the conveying
Frame (401) is arranged along the length direction of the workbench (201), and the transmission component (402) is set to the transportation frame
(401) two sides, the jacking apparatus (404) are respectively arranged on the two sides of the transportation frame (401), the transportation frame (401)
One end it is concordant with one end of automatic feeding (1), material frame (5) can be delivered to described by the automatic feeding (1)
In transportation frame (401), the transmission component (402) drives the material frame (5) to move along the transportation frame (401), described
Material frame (5) passes through the jacking apparatus (404), and the jacking apparatus (404) being capable of material frame (5) jacking；
It closes device (3), is set to the one end of the machining tool (2) far from the automatic feeding (1), the closing quotation device
(3) the empty material frame (5) to come is conveyed by the conveying combination device (4) for collecting.
2. glass panel automatic processing apparatus according to claim 1, which is characterized in that
The jacking apparatus (404) include prop (4041) and with the lifting that connect on the outside of the prop (4041)
The edge of mechanism (4042), the prop (4041) can be matched with the edge of the material frame (5).
3. glass panel automatic processing apparatus according to claim 2, which is characterized in that the prop (4041)
Including protruding portion (40411) and vertical portion (40412), the protruding portion (40411) vertically forms with the vertical portion (40412)
One groove body (40414), the groove body (40414) can be stuck in the transportation frame (401), on the outside of the protruding portion (40411)
Lower section is equipped with the first convex edge (40413), and the outer ledge of the material frame (5) is equipped with the second convex edge (501), first convex edge
(40413) second convex edge (501) can be held.
4. glass panel automatic processing apparatus according to claim 1, which is characterized in that the automatic feeding
It (1) include that folder support mechanism (102), chassis (104) and the transmission being set on the chassis (104) combine the unit (101), it is described
Transmission combination unit (101) includes transmission frame (1012), motor (1013) and the first conveyer belt (1011), first transmission
Band (1011) is placed on the transmission frame (1012), and the motor (1013) is able to drive first conveyer belt (1011) described
Transmission frame is driven on (1012), and the folder support mechanism (102) is respectively arranged on the transmission frame (1012) two sides, the material frame (5)
It is placed between two folder support mechanisms (102), two folder support mechanisms (102) opposite can move horizontally, and can
The material frame (5) of control bottommost is unclasped on the first conveyer belt (1011).
5. glass panel automatic processing apparatus according to claim 4, which is characterized in that the folder support mechanism (102)
Including horizontal drive mechanism (1021), folder tray (1022) and support (1024), the one of the horizontal drive mechanism (1021)
End is connect across the support (1024) and with the folder tray (1022), and the folder tray (1022) is in horizontal drive mechanism
(1021) it can extend under the action of between the gap of two material frames (5).
6. glass panel automatic processing apparatus according to claim 4, which is characterized in that further include limiting device
(103), the limiting device (103) includes two the first blocks (1031) and two the second blocks (1032), and two described the
One block (1031) is respectively arranged on the two sides of the one end of the transmission frame (1012) far from the machining tool (2), described in two
Second block (1032) is respectively arranged on the transmission frame (1012) close to the two sides of the one end of the machining tool (2), and described the
One block (1031) and second block (1032) are respectively equipped with upright bar (1033), and the material frame (5) passes through described first
Conveyer belt (1011) can be sent out below second block (1032).
7. glass panel automatic processing apparatus according to claim 1, which is characterized in that closing quotation device (3) packet
Include closing quotation main frame (301), parcel shelf (303), closing quotation sub-frame (305), asynchronous machine (306) and two groups of transfer assemblies
(302), the opposite two sides set on closing quotation main frame (301) of transfer assembly described in every group (302), the asynchronous machine
(306) transfer assembly described in being able to drive two groups (302) movement, the parcel shelf (303) are connected with the transfer assembly (302)
And empty material frame (5) can be placed, closing quotation sub-frame (305) is located at the side of closing quotation main frame (301), the closing quotation
Sub-frame (305) is used to place the empty material frame (5) come out from the side of closing quotation main frame (301).
8. glass panel automatic processing apparatus according to claim 7, which is characterized in that the closing quotation sub-frame
(305) conveying roller (3051) are equipped with.
9. glass panel automatic processing apparatus according to claim 7, which is characterized in that transfer assembly described in every group
(302) include four transmission usher to seat (3021), two second conveyer belts (3022) and a driven shaft (3024), four are transmitted
Usher to seat (3021) be divided into two-by-two it is described closing quotation main frame (301) it is ipsilateral up and down, it is each it is described transmission usher to seat (3021) set
Have driving wheel (3023), ipsilateral two transmission up and down are usherd to seat and are connected with the second conveyer belt (3022) between (3021), ipsilateral
Two transmission of bottom are usherd to seat and are connected with the driven shaft (3024) between (3021), one end of the driven shaft (3024) with it is described
Asynchronous machine (306) rotation connection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821146981.0U CN208499763U (en) | 2018-07-19 | 2018-07-19 | A kind of glass panel automatic processing apparatus |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821146981.0U CN208499763U (en) | 2018-07-19 | 2018-07-19 | A kind of glass panel automatic processing apparatus |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108674988A (en) * | 2018-07-19 | 2018-10-19 | 江西衡源智能装备有限公司 | A kind of glass panel automatic processing apparatus and apply its preparation method |
| CN111843225A (en) * | 2020-06-16 | 2020-10-30 | 大族激光科技产业集团股份有限公司 | Automatic production line and laser marking production line |
| CN112027643A (en) * | 2020-08-04 | 2020-12-04 | 武汉凌云光电科技有限责任公司 | Unloader and tool automatic production line on tool |
-
2018
- 2018-07-19 CN CN201821146981.0U patent/CN208499763U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108674988A (en) * | 2018-07-19 | 2018-10-19 | 江西衡源智能装备有限公司 | A kind of glass panel automatic processing apparatus and apply its preparation method |
| CN111843225A (en) * | 2020-06-16 | 2020-10-30 | 大族激光科技产业集团股份有限公司 | Automatic production line and laser marking production line |
| CN112027643A (en) * | 2020-08-04 | 2020-12-04 | 武汉凌云光电科技有限责任公司 | Unloader and tool automatic production line on tool |
| CN112027643B (en) * | 2020-08-04 | 2022-05-17 | 武汉凌云光电科技有限责任公司 | Unloader and tool automatic production line on tool |
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