CN204228866U - A kind of oled panel proving installation - Google Patents
A kind of oled panel proving installation Download PDFInfo
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- CN204228866U CN204228866U CN201420758863.0U CN201420758863U CN204228866U CN 204228866 U CN204228866 U CN 204228866U CN 201420758863 U CN201420758863 U CN 201420758863U CN 204228866 U CN204228866 U CN 204228866U
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Abstract
The utility model belongs to oled panel detection technique field, is specifically related to a kind of oled panel proving installation.It comprises frame, pallet, pallet lift device, tray clamping device, tray moving apparatus, Handling device, crimping jig, device for exerting, alignment device, linear shifter, port connecting apparatus and the picture signal generator be installed in frame and control terminal, pallet lay with tray moving apparatus on and be positioned at pallet lift device top, tray clamping device is distributed in pallet both sides; Handling device is between tray moving apparatus and linear shifter, crimping jig is installed on the sliding platform of linear shifter, described alignment device is positioned at below crimping jig, and described device for exerting and port connecting apparatus are all arranged at linear shifter side.The utility model realizes carrying out a screen test to oled panel, and whole process automation degree is high, simple to operate, and testing efficiency is high.
Description
Technical field
The utility model belongs to oled panel detection technique field, is specifically related to a kind of oled panel proving installation.
Background technology
Oled panel display is gradually in the life of people, and along with development and the constantly innovation of electronic equipment, the requirement of consumer to oled panel is also more and more higher.Therefore, need to carry out a screen test, to satisfy the demands of consumers to it in the production run of oled panel.Existing oled panel point screen proving installation, the processes such as its crimping, contraposition, connection all need to rely on manual hand manipulation, and testing efficiency is low, and test process is complicated, loaded down with trivial details, and easily occur that when oled panel crimps crimping is bad, affect follow-up test work.
Utility model content
The purpose of this utility model is exactly the deficiency existed to solve above-mentioned background technology, provides a kind of simple to operate, oled panel proving installation that testing efficiency is high.
The technical solution adopted in the utility model is: a kind of oled panel proving installation, comprises frame and pallet, and described frame is provided with:
Pallet lift device, for carrying out elevating control to pallet;
Tray clamping device, for capturing heap tray;
Tray moving apparatus, for being transported to the perform region of Handling device by the single pallet being loaded with oled panel to be measured;
Handling device, for being transported to crimping jig by oled panel to be measured;
Device for exerting, for applying pressure to the crimping of oled panel to be measured;
Alignment device, for gathering the contraposition information of oled panel to be measured;
Linear shifter, for transporting crimping jig;
Port connecting apparatus, for realizing the connection between picture signal generator and oled panel to be measured;
Picture signal generator, carries out a screen test for generation of electric signal to oled panel to be measured;
Control terminal, for controlling the duty of pallet lift device, tray clamping device, tray moving apparatus, Handling device, device for exerting, alignment device, linear shifter and port connecting apparatus;
Described crimping jig is installed on the sliding platform of linear shifter, for crimping oled panel to be measured;
Described pallet to be placed on tray moving apparatus and to be positioned at pallet lift device top, and described tray clamping device is distributed in pallet both sides; Described Handling device is between tray moving apparatus and linear shifter, and described alignment device is positioned at below crimping jig, and described device for exerting and port connecting apparatus are all arranged at linear shifter side.
Further, described crimping jig comprises back up pad, the first pcb board, compression bonding apparatus, oled panel placement plate and flexible PCB, described first pcb board and oled panel are placed plate and are individually fixed in back up pad both sides, and described compression bonding apparatus is installed in back up pad to be placed between plate at the first pcb board and oled panel; Described compression bonding apparatus comprises support, depression bar and briquetting, hinged with support in the middle part of described depression bar, described depression bar one end protrudes from support side, other end upper surface contacts with bottom the transverse axis of briquetting inside, described briquetting is installed on support opposite side and can slides up and down along support under depression bar effect, and described briquetting bottom margin is provided with pressure head; Described flexible PCB is fixed on bottom briquetting, flexible PCB one end is electrically connected with the first pcb board, the other end is connected with pressure head, the position described back up pad is positioned at bottom pressure head has hole slot, is provided with transparent configuration in hole slot, and transparent configuration is transparent glass bar.
Further, lower end, described support side is provided with the first transverse slat, support opposite side upper end is provided with the second transverse slat, depression bar protrudes between the bottom surface, one end of support side and the first transverse slat end face and is provided with the first stage clip, protruding from its both sides end face in the middle part of described briquetting stretches between the second transverse slat, is provided with the second stage clip between briquetting both sides end face and the second transverse slat bottom surface.
Further, described compression bonding apparatus comprises multiple depression bar and multiple briquetting, and described multiple depression bar matches with multiple briquetting respectively and is installed on support, and be equipped with flexible connecting plate bottom described multiple briquetting, multiple flexible connecting plate is all connected with the first pcb board.
Further, described alignment device comprises fixed head, multiaxis micromatic setting and CCD camera and prism apparatus, described fixed head is provided with electronic mobile device, described multiaxis micromatic setting is installed on the slide block of electronic mobile device, described CCD camera and prism apparatus are fixed on the top-side of multiaxis micromatic setting, described fixed head is fixed with bracing frame, and bracing frame top is provided with light source, and the side that described light source is positioned at CCD camera and prism apparatus is identical with CCD camera and prism apparatus height.
Further, described fixed head is interval with multiple electronic mobile device, the direct of travel of the slide block of described multiple electronic mobile device is located along the same line, the slide block of multiple electronic mobile device installs multiaxis micromatic setting respectively, and CCD camera and the prism apparatus at multiple multiaxis micromatic setting top are positioned opposite along the direct of travel of slide block.
Further, described port connecting apparatus comprises base, pcb board supporting seat, thrust device, the second pcb board and guidepost, described thrust device is fixed on base top, described second pcb board is installed on the base plate of pcb board supporting seat, the piston rod end of described thrust device is connected with the front vertical plate of pcb board supporting seat, described guidepost is installed on base by bearing, and described guidepost end is fixedly connected with front vertical plate.
Further, described clamp device comprises two bearings being arranged symmetrically in pallet both sides, and described two holder top are fixed with thrust unit respectively, and two thrust units are positioned opposite, the side that described two thrust units are relative is respectively equipped with flap, and two flaps coordinate formation fixation device.
Further, described tray moving apparatus comprises motor, belt, wheel shaft, travelling belt and support frame, and described motor is rotated by belt drives wheel shaft, and described travelling belt is enclosed within wheel shaft, described support frame supports is bottom travelling belt, and described pallet is placed on support frame.
Further, described Handling device is mechanical arm, and robot end is provided with sucker.
The utility model controls the duty of the devices such as crimping, contraposition, connection by control terminal, obtain the Detection Information of each equipment, realizes carrying out a screen testing and control to oled panel, and whole process automation degree is high, simple to operate, and testing efficiency is high.
Depression bar on the utility model compression bonding apparatus matches with briquetting, crimps flexible PCB and oled panel, and depression bar and briquetting form the form of similar lever, and structure is simple, easy to operate, and crimping is even, stable.
The utility model alignment device adopts CCD camera and prism apparatus to detect contraposition information, and efficiency is high; Be installed on electronic mobile device by CCD camera and prism apparatus by multiaxis micromatic setting, multiaxis micromatic setting is finely tuned CCD camera and prism apparatus according to the size of oled panel simultaneously, ensures that Detection Information is more accurate; Electronic mobile device has larger stroke, CCD camera and prism apparatus can be made mobile in a big way, can both detect, can be applied to the detection detected on streamline on a large scale to the contraposition of different size oled panel.
The first pcb board that the utility model port connecting apparatus is promoted on supporting seat by cylinder moves forward and backward, realize being quick and precisely connected and disconnection between the output port of signal generator and the input port of oled panel to be measured, structure is simple, easy to operate, effectively improve the testing efficiency of oled panel.
Accompanying drawing explanation
Fig. 1 is perspective view of the present utility model.
Fig. 2 is vertical view of the present utility model.
Fig. 3 is the structural representation of the utility model clamp device.
Fig. 4 is the structural representation of the utility model tray moving apparatus.
Fig. 5 is the vertical view of the utility model crimping jig.
Fig. 6 is the schematic diagram of the utility model compression bonding apparatus.
Fig. 7 is the sectional view of the utility model compression bonding apparatus.
Fig. 8 is the structural representation of the utility model alignment device.
Fig. 9 is the vertical view of the utility model alignment device.
Figure 10 is the structural representation of the utility model port connecting apparatus.
Figure 11 is the vertical view of the utility model port connecting apparatus.
In figure: 1-frame; 2-pallet; 3, pallet lift device; 4-tray clamping device; 4.1-bearing; 4.2-thrust unit; 4.3-flap; 5-tray moving apparatus; 5.1-motor; 5.2-belt; 5.3-wheel shaft; 5.4-travelling belt; 5.5-support frame; 6-Handling device; 7-crimping jig; 7.1-back up pad; 7.2-first pcb board; 7.3-compression bonding apparatus; 7.30 support; 7.31-depression bar; 7.32-briquetting; 7.33-pressure head; 7.34-the first transverse slat; 7.35-the second transverse slat; 7.36 the first stage clip; 7.37-the second stage clip; 7.38-fixed block; 7.39-transverse axis; 7.4-transparent configuration; Plate placed by 7.5-OLED panel; 7.51-groove; 7.6-flexible PCB; 7.7-handle; 7.8-reference column; 8-device for exerting; 9-alignment device; 9.1-fixed head; 9.2-connects column; The electronic mobile device of 9.3-; 9.4-multiaxis micromatic setting; 9.5-CCD camera and prism apparatus; 9.6-light source; 9.7-bracing frame; 9.8-web joint; 10-linear shifter; 11-port connecting apparatus; 11.1-base; 11.2-PCB plate supporting seat; 11.21-base plate; 11.22-front vertical plate; 11.3-thrust device; 11.4-the second pcb board; 11.5-guidepost; 11.6-bearing; 11.7-contiguous block; 12-picture signal generator; 13-control terminal.
Embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, is convenient to be well understood to the utility model, but they do not form restriction to the utility model.
As Fig. 1, shown in Fig. 2, proving installation of the present utility model comprises frame 1, pallet 2, pallet lift device 3, tray clamping device 4, tray moving apparatus 5, Handling device 6, crimping jig 7, device for exerting 8, alignment device 9, linear shifter 10, port connecting apparatus 11 and the picture signal generator 12 be installed in frame 1 and control terminal 13, wherein, described pallet lift device 3, tray clamping device 4, tray moving apparatus 5, Handling device 6, device for exerting 8, alignment device 9, linear shifter 10 and port connecting apparatus 11 to be all fixed in frame 1 and to be electrically connected with control terminal 13 respectively, its respective operating state is controlled by control terminal 13, described pallet 2 lay with tray moving apparatus 5 on and be positioned at pallet lift device 3 top, described tray clamping device 4 is distributed in pallet 2 both sides, described Handling device 6 is between tray moving apparatus 5 and linear shifter 10, described crimping jig 7 is installed on the sliding platform of linear shifter 10, described alignment device 9 is positioned at below crimping jig 7, described device for exerting 8 and port connecting apparatus 11 are all arranged at linear shifter 10 side, and the output terminal of described picture signal generator 12 is electrically connected with the input end of port connecting apparatus 11.Wherein, linear shifter 10 specifically refers to a kind of linear electric machine.
In such scheme, picture signal generator 12 produces electric signal and exports oled panel to be measured to by port connecting apparatus and to carry out some screen test to oled panel, and picture signal generator 12 be the signal generator of routine; Control terminal 13 is the control center of whole proving installation, for controlling the duty of pallet lift device, tray clamping device, tray moving apparatus, Handling device, device for exerting, alignment device, linear shifter and port connecting apparatus; Obtain the Detection Information of each equipment, control terminal is conventional integrated manipulator or PLC.
In such scheme, frame 1 is provided with the pallet 2 being in stacked state, pallet 2 is oled panel loading attachment, each pallet 2 is equipped with some pieces of oled panels to be measured.
In such scheme, pallet lift device 3 is lift cylinder, carries out elevating control for realizing to stacking pallet 2.
In such scheme, tray clamping device 4 captures heap tray 2 for realizing, its schematic diagram as shown in Figure 3, comprise two bearings 4.1 being arranged symmetrically in pallet 2 both sides, described two bearing 4.1 tops are fixed with thrust unit 4.2 respectively, two thrust units 4.2 are positioned opposite, and the side that described two thrust units 4.2 are relative is respectively equipped with flap 4.3, and two flaps 4.3 coordinate formation fixation device.Thrust unit 4.2 can be cylinder, is controlled the piston rod action of thrust unit 4.2 by control terminal 13, drives flap 4.3 to move forward and backward, and realizes capturing heap tray 2.
In such scheme, tray moving apparatus 5 is for being transported to the perform region of Handling device 6 by the single pallet 2 being loaded with oled panel to be measured, its schematic diagram as shown in Figure 4, comprise motor 5.1, belt 5.2, wheel shaft 5.3, travelling belt 5.4 and support frame 5.5, described motor 5.1 is rotated by belt 5.2 live axle 5.3, described travelling belt 5.4 is enclosed within wheel shaft 5.3, and described support frame 5.5 is supported on bottom travelling belt 5.4, and described pallet 2 is laid with on support frame 5.5.
In such scheme, Handling device 6 places plate 7.5 for oled panel oled panel to be measured being transported to crimping jig 7, and Handling device 6 can be mechanical arm, and robot end is provided with sucker, in order to adsorb oled panel.Control terminal 13 adjusts the position of oled panel to be measured on crimping jig 7 by controlling Handling device 6, guarantees the crimping yield of oled panel, be connected by oled panel to be measured by device for exerting with crimping jig with this.
In such scheme, crimping jig 7 crimps with flexible PCB for realizing oled panel to be measured, its schematic diagram as illustrated in figs. 5-7, comprise back up pad 7.1, first pcb board 7.2, compression bonding apparatus 7.3, oled panel placement plate 7.5 and flexible PCB 7.6, described first pcb board 7.2 and oled panel are placed plate 7.5 and are individually fixed in back up pad 7.1 both sides, and described compression bonding apparatus 7.3 is installed in back up pad 7.1 to be placed between plate 7.5 at the first pcb board 7.2 and oled panel; Described compression bonding apparatus 7.3 comprises support 7.30, depression bar 7.31 and briquetting 7.32, hinged with support 7.30 in the middle part of described depression bar 7.31, described depression bar 7.31 one end protrudes from support 7.30 side, other end upper surface contacts with bottom the transverse axis 7.39 of briquetting 7.32 inside, described briquetting 7.32 is installed on support 7.30 opposite side and can slides up and down along support under depression bar 7.32 acts on, and described briquetting 7.32 bottom margin is provided with pressure head 7.33; Described flexible PCB 7.6 is fixed on bottom briquetting 7.32, flexible PCB 7.6 one end is electrically connected with the first pcb board 7.2, the other end is connected with pressure head 7.33, in described back up pad 7.1, the position be positioned at bottom pressure head 7.33 has hole slot, is provided with transparent configuration 7.4 in hole slot.Transparent configuration 7.4 is transparent glass bar.
Lower end, support 7.30 side is provided with the first transverse slat 7.34, support opposite side upper end is provided with the second transverse slat 7.35, depression bar 7.31 protrudes between the bottom surface, one end of support side and the first transverse slat end face and is provided with the first stage clip 7.36, protruding from its both sides end face in the middle part of described briquetting 7.32 stretches between the second transverse slat, is provided with the second stage clip 7.37 between briquetting both sides end face and the second transverse slat bottom surface.First stage clip 7.36 and the second stage clip 7.37 can make the action of depression bar 7.31 and briquetting 7.32 rapider, and briquetting 7.32 crimps more stable.Bottom briquetting 7.32, be provided with fixed block 7.38, described flexible PCB 7.6 is sandwiched between briquetting 7.32 bottom surface and fixed block 7.38 end face.
Compression bonding apparatus 7.3 comprises multiple depression bar 7.31 and multiple briquetting 7.32, described multiple depression bar 7.31 matches with multiple briquetting 7.32 respectively and is installed on support 7.30, be equipped with flexible connecting plate 7.6 bottom described multiple briquetting 7.32, multiple flexible connecting plate 7.6 is all connected with the first pcb board 7.2.One end of first pcb board 7.2 is connected with multiple flexible PCB 7.6, and the other end has multiple interfaces corresponding with it, can realize testing polylith oled panel.
The upper surface placing plate 7.5 at oled panel has multiple groove 7.51, the surface of contact that the groove 7.51 arranged makes oled panel and oled panel place between plate reduces, reduce oled panel and oled panel and place adsorptive power between plate, oled panel can be prevented to be placed into oled panel and place after on plate and cause not easy-offtaking because absorption is too tight.
Be respectively equipped with handle 7.7 at the two ends of back up pad 7.1, staff can carry crimping jig by handle 7.7.Described back up pad 7.1 is provided with reference column 7.8, and described support 7.30 has pilot hole, and described compression bonding apparatus 7.3 to be coordinated with reference column by pilot hole and is installed in back up pad 7.1.
The principle of work of crimping jig is: apply pressure by the side of device for exerting 8 pairs of depression bars 7.31, device for exerting 8 can be cylinder, briquetting 7.32 lifts by opposite side and second stage clip 7.37 of depression bar 7.31, oled panel carrying is placed into oled panel and places after on plate 7.5 by device 6 to be handled, alignment device observes the whether contraposition of oled panel to be measured and flexible PCB 7.6 in bottom by transparent configuration 7.4, if contraposition failure, control terminal 13 controls Handling device 6 and enters to reorientate to oled panel to be measured, through contraposition success, after contraposition completes, unclamp device for exerting, briquetting 7.32 is put down by the first stage clip 7.36 and the second stage clip 7.37 by depression bar 7.31, oled panel is crimped.
In such scheme, alignment device 9 is for the para postion information to oled panel to be measured, and feed back to control terminal 13, its schematic diagram is as Fig. 8, shown in Fig. 9, comprise fixed head 9.1, multiaxis micromatic setting 9.4 and CCD camera and prism apparatus 9.5, described fixed head 9.1 is provided with electronic mobile device 9.3, described multiaxis micromatic setting 9.4 is installed on the slide block 9.31 of electronic mobile device 9.3, described CCD camera and prism apparatus 9.5 are fixed on the top-side of multiaxis micromatic setting 9.4, described fixed head 9.1 is fixed with bracing frame 9.7, bracing frame 9.7 top is provided with light source 9.6, the side that described light source 9.6 is positioned at CCD camera and prism apparatus 9.5 and CCD camera and prism apparatus 9.5 highly identical.Electronic mobile device 9.3 can be electric cylinder mobile device, and multiaxis micromatic setting 9.4 can be three axle micromatic settings, can finely tune, make it gather contraposition information more easily in the position of three directions to CCD camera and prism apparatus 9.5.Light source 9.6 provides suitable optical environment, meets CCD camera and prism apparatus 9.5 is measured normally, and light source 9.6 can be LED.Fixed head 9.1 is fixed with 4 connection columns 9.2, for being connected and fixed with frame 1.
Install for convenience of multiaxis micromatic setting 9.4, bottom multiaxis micromatic setting 9.4, arrange web joint 9.8, described multiaxis micromatic setting 9.4 is fixedly connected with by the slide block 9.31 of web joint 9.8 with electronic mobile device 9.3.
For making the detection of alignment device, adjustable extent large as far as possible, on fixed head 9.1, interval arranges electronic mobile device 9.3 more than two, the direct of travel of the slide block 9.31 of described multiple electronic mobile device 9.3 is located along the same line, the slide block 9.31 of multiple electronic mobile device 9.3 installs multiaxis micromatic setting 9.4 respectively, and CCD camera and the prism apparatus 9.5 at multiple multiaxis micromatic setting 9.4 top are positioned opposite along the direct of travel of slide block.Preferably, on fixed head 9.1, interval arranges two electronic mobile devices 9.3, the slide block 9.31 of two electronic mobile devices 9.3 installs multiaxis micromatic setting 9.4 respectively, such two CCD camera and prism apparatus 9.5 match, the increasing of its adjustable extent is twice, and meets the contraposition adjustment of different size oled panel and large-scale test of producing on line.In like manner according to the size of oled panel, fixed head 9.1 also can arrange three, four electronic mobile devices 9.3 in interval.
The principle of work of alignment device is: the crimping jig 7 being mounted with oled panel to be measured moves to the top of this alignment device by linear shifter 10, adjusted greatly by electronic mobile device 9.3 pairs of CCD camera and prism apparatus 9.5 position, carry out being finely tuned by the position of multiaxis micromatic setting 9.4 pairs of CCD camera and prism apparatus 9.5, to meet the contraposition demand of the oled panel of sizes according to the size of oled panel afterwards before contraposition.Adopt prism structure can adjust light path, reasonably to install CCD camera, after CCD camera is measured the contraposition information between oled panel to be measured and flexible PCB, positional information is delivered to control terminal 13, if position is undesirable, needs Handling device 6 to regulate oled panel to be measured, reuse CCD camera after adjustment to measure, until contraposition success, positional information is delivered to control terminal by contraposition success later, carries out next step operation.
In such scheme, port connecting apparatus 11 is for realizing the connection between test lead and oled panel to be measured, port connecting apparatus is connected with the signal input port of oled panel to be measured, picture signal generator produces electric signal and carries out a screen test to oled panel to be measured, its schematic diagram is as Figure 10, shown in Figure 11, comprise base 11.1, pcb board supporting seat 11.2, thrust device 11.3, second pcb board 11.4 and guidepost 11.5, described thrust device 11.3 is fixed on base 11.1 top, described second pcb board 11.4 is installed on the base plate 11.21 of the second pcb board supporting seat 11.2, the piston rod end of described thrust device 11.3 is connected with the front vertical plate 11.22 of pcb board supporting seat 11.2, described guidepost 11.5 is installed on base 11.1 by bearing 11.6, described guidepost 11.5 end is fixedly connected with front vertical plate 11.22, base 11.1 top is fixed with contiguous block 11.7, described bearing 11.6 is installed on contiguous block 11.7.Thrust device 11.3 can be cylinder, also can be the thrust unit of other form.
The principle of work of port connecting apparatus is: thrust device 11.3 and guidepost 11.5 with the use of, cylinder 11.3 realizes the movable of pcb board supporting seat 11.2 under the support of guidepost 11.5, thus drive the second pcb board 11.4 be fixed on pcb board supporting seat 11.2 to move forward and backward, when crimping jig moves to appropriate position under the effect of linear shifter 10, move forward the output port of the second pcb board 11.4 produces the effect of thrust at thrust device 11.3 under on the signal receiving end directly inserting the first pcb board 7.2 on crimping jig 7, realize electrical connection.The signal receiving end of the first pcb board 7.2 on crimping jig can be connected with the detection signal output port on the second pcb board 11.4 by this mode fast accurately, after having tested, the output port of the second pcb board moves produce the effect of thrust at cylinder under backward, the electrical connection of disconnection and compression bonding apparatus, for next one test is ready, operating process is easy, effectively improves the testing efficiency of oled panel.
The course of work that proving installation of the present utility model detects oled panel is:
The first step, control terminal 13 controls pallet lift device 3, from initial position, the pallet 2 being in stacked state is moved to specified altitude;
Second step, the cylinder of tray clamping device 4 promotes flap and is clamped by layer second from the bottom for stacking pallet 2;
3rd step, the pallet 2 not clamping layer last drop on the travelling belt of pallet travel mechanism 5 by pallet lift device 3;
4th step, the motor of tray moving apparatus 5 drives driving-belt to advance and the pallet 2 of layer last is transported to the perform region of Handling device 6;
5th step, after undermost pallet is transported, pallet lift device 3 moves upward and to contact with stacking pallet 2, now controls tray clamping device 4 and decontrols;
6th step, the pallet 2 being in stacked state is dropped to initial position by pallet lift device 3, gets back to the first step, moves in circles thus;
7th step, after the undermost pallet of the 5th step is transported to the perform region of Handling device 6, control terminal 13 controls Handling device 6 and is transported to by the oled panel to be measured on pallet 2 on the oled panel placement plate 7.5 of crimping jig 7;
8th step, oled panel to be measured on alignment device 9 pairs of crimping jigs 7 carries out positional information collection, control terminal 13 controls Handling device 6 pairs of oled panels according to the positional information gathered and carries out position adjustment, until oled panel to be measured and flexible PCB 7.6 contraposition on crimping jig 7 are successfully;
9th step, has adjusted rear device for exerting 8 and has been crimped with crimping jig 7 by oled panel to be measured, and then the crimping jig 7 that oled panel to be measured is housed is transported examination to test position by linear shifter 10;
Tenth step, after arriving predetermined test position, the end that is integrated and connected of crimping jig 7 is connected with picture signal generator 12 by control terminal 13 control port coupling arrangement 11, and picture signal generator 12 produces electric signal and carries out a screen test to oled panel to be measured.
The content be not described in detail in this instructions belongs to the known prior art of professional and technical personnel in the field.
Claims (10)
1. an oled panel proving installation, is characterized in that: comprise frame (1) and pallet (2), described frame is provided with:
Pallet lift device (3), for carrying out elevating control to pallet (2);
Tray clamping device (4), for capturing heap tray (2);
Tray moving apparatus (5), for being transported to the perform region of Handling device (6) by the single pallet (2) being loaded with oled panel to be measured;
Handling device (6), for being transported to crimping jig (7) by oled panel to be measured;
Device for exerting (8), for applying pressure to the crimping of oled panel to be measured;
Alignment device (9), for gathering the contraposition information of oled panel to be measured;
Linear shifter (10), for transporting crimping jig (7);
Port connecting apparatus (11), for realizing the connection between picture signal generator (12) and oled panel to be measured;
Picture signal generator (12), carries out a screen test for generation of electric signal to oled panel to be measured;
Control terminal (13), for controlling the duty of pallet lift device (3), tray clamping device (4), tray moving apparatus (5), Handling device (6), device for exerting (8), alignment device (9), linear shifter (10) and port connecting apparatus (11);
Described crimping jig (7) is installed on the sliding platform of linear shifter (10), for crimping oled panel to be measured;
Described pallet (2) is placed in tray moving apparatus (5) and goes up and be positioned at pallet lift device (3) top, and described tray clamping device (4) is distributed in pallet both sides; Described Handling device (6) is positioned between tray moving apparatus (5) and linear shifter (10), described alignment device (9) is positioned at below crimping jig, and described device for exerting (8) and port connecting apparatus (11) are all arranged at linear shifter (10) side.
2. a kind of oled panel proving installation according to claim 1, it is characterized in that: described crimping jig (7) comprises back up pad (7.1), the first pcb board (7.2), compression bonding apparatus (7.3), oled panel placement plate (7.5) and flexible PCB (7.6), described first pcb board and oled panel are placed plate and are individually fixed in back up pad both sides, and described compression bonding apparatus is installed in back up pad to be placed between plate at the first pcb board and oled panel; Described compression bonding apparatus (7.3) comprises support (7.30), depression bar (7.31) and briquetting (7.32), hinged with support in the middle part of described depression bar, described depression bar one end protrudes from support side, other end upper surface contacts with bottom the transverse axis of briquetting inside, described briquetting is installed on support opposite side and can slides up and down along support under depression bar effect, and described briquetting (7.32) bottom margin is provided with pressure head (7.33); Described flexible PCB is fixed on bottom briquetting, flexible circuit (7.6) plate one end is electrically connected with the first pcb board (7.2), the other end is connected with pressure head (7.33), in described back up pad (7.1), the position be positioned at bottom pressure head has hole slot, is provided with transparent configuration (7.4) in hole slot.
3. a kind of oled panel proving installation according to claim 2, it is characterized in that: described support (7.30) lower end, side is provided with the first transverse slat (7.34), support opposite side upper end is provided with the second transverse slat (7.35), depression bar (7.31) protrudes between the bottom surface, one end of support side and the first transverse slat end face and is provided with the first stage clip (7.36), protruding from its both sides end face in the middle part of described briquetting stretches between the second transverse slat, is provided with the second stage clip (7.37) between briquetting (7.32) both sides end face and the second transverse slat bottom surface.
4. a kind of oled panel proving installation according to claim 2, it is characterized in that: described compression bonding apparatus (7.3) comprises multiple depression bar (7.31) and multiple briquetting (7.32), described multiple depression bar (7.32) is matched with multiple briquetting (7.32) respectively and is installed on support (7.30), be equipped with flexible connecting plate bottom described multiple briquetting, multiple flexible connecting plate is all connected with the first pcb board.
5. a kind of oled panel proving installation according to claim 1, it is characterized in that: described alignment device (9) comprises fixed head (9.1), multiaxis micromatic setting (9.4) and CCD camera and prism apparatus (9.5), described fixed head is provided with electronic mobile device (9.3), described multiaxis micromatic setting (9.4) is installed on the slide block of electronic mobile device (9.3), described CCD camera and prism apparatus (9.4) are fixed on the top-side of multiaxis micromatic setting (9.5), described fixed head is fixed with bracing frame (9.7), bracing frame top is provided with light source (9.6), the side that described light source (9.6) is positioned at CCD camera and prism apparatus and CCD camera and prism apparatus (9.5) highly identical.
6. a kind of oled panel proving installation according to claim 5, it is characterized in that: described fixed head (9.1) is interval with multiple electronic mobile device (9.3), the direct of travel of the slide block of described multiple electronic mobile device is located along the same line, the slide block of multiple electronic mobile device installs multiaxis micromatic setting respectively, and CCD camera and the prism apparatus at multiple multiaxis micromatic setting top are positioned opposite along the direct of travel of slide block.
7. a kind of oled panel proving installation according to claim 1, it is characterized in that: described port connecting apparatus (11) comprises base (11.1), pcb board supporting seat (11.2), thrust device (11.3), second pcb board (11.4) and guidepost (11.5), described thrust device (11.3) is fixed on base (11.1) top, described second pcb board (11.4) is installed on the base plate of pcb board supporting seat (11.2), the piston rod end of described thrust device (11.3) is connected with the front vertical plate of pcb board supporting seat (11.2), described guidepost (11.5) is installed on air cylinder base (11.1) by bearing, described guidepost end is fixedly connected with front vertical plate.
8. a kind of oled panel proving installation according to claim 1, it is characterized in that: described clamp device (4) comprises two bearings (4.1) being arranged symmetrically in pallet both sides, described two bearing (4.1) tops are fixed with thrust unit (4.2) respectively, two thrust units are positioned opposite, the side that described two thrust units are relative is respectively equipped with flap (4.3), and two flaps coordinate formation fixation device.
9. a kind of oled panel proving installation according to claim 1, it is characterized in that: described tray moving apparatus (5) comprises motor (5.1), belt (5.2), wheel shaft (5.3), travelling belt (5.4) and support frame (5.5), described motor (5.1) is rotated by belt (5.2) live axle (5.3), described travelling belt (5.4) is enclosed within wheel shaft (5.3), described support frame (5.5) is supported on travelling belt (5.4) bottom, described pallet (2) is placed on support frame (5.5).
10. a kind of oled panel proving installation according to claim 1, is characterized in that: described Handling device (6) is mechanical arm, and robot end is provided with sucker.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420758863.0U CN204228866U (en) | 2014-12-04 | 2014-12-04 | A kind of oled panel proving installation |
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| CN201420758863.0U CN204228866U (en) | 2014-12-04 | 2014-12-04 | A kind of oled panel proving installation |
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| CN204228866U true CN204228866U (en) | 2015-03-25 |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104391206A (en) * | 2014-12-04 | 2015-03-04 | 昆山精讯电子技术有限公司 | OLED panel test device |
| CN108059001A (en) * | 2017-12-13 | 2018-05-22 | 宁波德晶元科技有限公司 | A kind of pcb board feed mechanism of carrier module |
| CN109326240A (en) * | 2018-11-13 | 2019-02-12 | 南京视倍安智能科技有限公司 | The capacitance homogeneity test equipment of small dimension OLED mould set product |
| CN110721918A (en) * | 2019-10-10 | 2020-01-24 | 格力电器（武汉）有限公司 | Safety valve feeding and discharging equipment and safety valve testing machine |
| CN112936252A (en) * | 2021-02-05 | 2021-06-11 | 施开勤 | Motion platform for OLED detection equipment |
| CN115840127A (en) * | 2022-08-30 | 2023-03-24 | 北京沃华慧通测控技术有限公司 | Circuit board detection system and circuit board detection method |
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2014
- 2014-12-04 CN CN201420758863.0U patent/CN204228866U/en active Active
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104391206A (en) * | 2014-12-04 | 2015-03-04 | 昆山精讯电子技术有限公司 | OLED panel test device |
| CN104391206B (en) * | 2014-12-04 | 2017-02-22 | 昆山精讯电子技术有限公司 | OLED panel test device |
| CN108059001A (en) * | 2017-12-13 | 2018-05-22 | 宁波德晶元科技有限公司 | A kind of pcb board feed mechanism of carrier module |
| CN109326240A (en) * | 2018-11-13 | 2019-02-12 | 南京视倍安智能科技有限公司 | The capacitance homogeneity test equipment of small dimension OLED mould set product |
| CN109326240B (en) * | 2018-11-13 | 2024-01-30 | 南京视倍安智能科技有限公司 | Capacity uniformity test equipment for small-size OLED module products |
| CN110721918A (en) * | 2019-10-10 | 2020-01-24 | 格力电器（武汉）有限公司 | Safety valve feeding and discharging equipment and safety valve testing machine |
| CN112936252A (en) * | 2021-02-05 | 2021-06-11 | 施开勤 | Motion platform for OLED detection equipment |
| CN115840127A (en) * | 2022-08-30 | 2023-03-24 | 北京沃华慧通测控技术有限公司 | Circuit board detection system and circuit board detection method |
| CN115840127B (en) * | 2022-08-30 | 2023-12-15 | 北京沃华慧通测控技术有限公司 | Circuit board detection system and circuit board detection method |
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