TW522231B - Simple dynamic tester for testing of lighting - Google Patents

Abstract

The present invention provides a dynamic tester for testing of lighting which can be used to test the faceplate of a display. The tester comprises a plurality of vacuum suction plates for mounting a faceplate on a fixed position on the tester; a movement device and a pressurization device for adjusting the electrodes of the faceplate and a soft circuit board to a fixed position and abutting them; and a minute adjustment mechanism for minutely adjusting an out-of-alignment electrode. The invented tester can reduce the alignment clamping time from about one hour to a few minutes.

Description

522231 V. Description of the invention (l) The present invention relates to a lighting dynamic tester, particularly a simple lighting dynamic tester which can shorten the test time. Regarding the display panel (for example, plasma display panel [pDp], the liquid crystal display panel can be “connected with the test soft” first: whether the quality of the display panel meets the standard, #this is the yield of the anti-panel 'And reduce unnecessary waste of materials for the next process ...., Figure 1 shows a conventional test fixture 10, which is provided with several panels 1 and flexible circuit boards 2 placed in the fixture 10, respectively. Piece 11 can make the electrode 3 abut the flexible circuit board 2. ... This type of fixture requires manual operation of the alignment between the display panel and the flexible board, because each gj ^ of the circuit board is required and it costs a lot of money. : Γ: The pins are aligned, which is not only time-consuming, but the damage is great. This book is used as a visual acuity for the author. In addition, it is currently used in the market due to the application of CCD (charge light man_ alignment by machine). Machines and non-machines usually need tens of millions (1: 1) to detect, the cost is too high.-In view of this, the invention is a small, simple lighting dynamic testing machine to solve the above problems. Provides short test times. 'It can be used at low cost Under the premise of

W In the present invention, there is provided a display panel with several electrodes, = a lamp dynamic tester for testing fixtures for fixing the display panel, including: a base, a fixed jig, and a moving device; perpendicular to the first —I-moving second mobile device installed on the base by the first mobile device, 0632-6073TWF; D89090; Tungming.ptd 522231

/, The upper part is also useful for testing several flexible circuit boards of electrodes; the several pressing devices provided on the second mobile device ^ are used to connect the electrodes to the flexible circuit board, and are provided on the first mobile device and Several fine-tuning devices' on the second mobile device are used to adjust the position of the flexible circuit board. ^ In the present invention, the lighting dynamic testing machine further includes: an air source connected to the fixed source, the first mobile device, and the pressurization device; and an air source connected to the two air sources, the fixed fixture, the first mobile device, and A viable controller electrically connected to the pressurizing device; and a plurality of support members respectively connecting the support rod and the base.

The 'fixed fixture includes: a plurality of first cylinders provided on the base' and connected to the air source; a plurality of fixtures respectively provided on the first cylinder 'carries the display panel in a movable manner; and is provided on the base A vacuum generator 'and connected to an air source; a plurality of support rods provided on the base; a base plate provided on the support rod with a plurality of drive circuit boards thereon; and a plurality of vacuum suction cups provided on the substrate, and Connected to a vacuum generator to fix the display panel.

Wherein the 'fixing member includes: a fixed seat provided on the first cylinder; a pressure block rotatably provided on the fixed seat; a first sensor provided on the fixed seat' for sensing the pressure block; setting A first buffer member on the surface of the fixing base facing the display panel; a second buffer member provided on the surface of the pressing block facing the display panel; a handle portion provided on the pressing block; and a connection between the pressing block and the fixing base Screws. The fixing base is provided with a positioning device, and the pressing block is provided with a first positioning hole and a second positioning hole, wherein when the positioning device is engaged with the first positioning hole, the second buffer member on the pressing block faces and is fixed. Seat first

0632-6073TWF, D89090; Tungming.ptd Page 5 522231 V. Description of the invention (3) The cushioning member, the cushioning member does not face the receiving hole, and is provided in the first and the second; it is movable on the base The positioning device and the positioning device on the first fixed seat include a moving device on the spring and two positioning holes. The first buffer includes a steel ball. The first and second guide rails are arranged on the first guide rail on the base; the compressive circuit is fixed on the cylinder to connect the cylinder; the installation; and the moving parts are connected to the power source and the cylinder. The first; the second can be moved in the base with softness, add a seat; a connected connector, and the board abuts on the second one end. The first spring provided on the second ® fixed seat of the program-controlled pressure block is a first rail moving part; the second guide is provided to move the first seat and to fix the second guide on the moving part. The second moving part fine adjustment mechanism on the platform is used when it engages. In addition, the second second mobile device disposed on the base and connected to the first mobile member in the receiving hole includes: the first mobile device connected to the first mobile device is connected to the second mobile device and the second mobile device is connected to the second mobile device; Moving parts; and circuit boards. The pressure device includes a third steam rod; and is connected with the connecting rod. On the moving part of the fine-tuning device, the second cylinder is connected to the platform, and the cylinder is fixed: provided in a third rotatable manner on the second moving cylinder fixed seat, and used to make the display surface include: a flat second fine-tuning mechanism, and The second spring, and the third cylinder on the other part; the abutment block and the abutment block on the soft table with the electrode on the second moving part plate and the abutment block and the second moving center'lighting The dynamic testing machine further includes: a plurality of buttons respectively pressurized, which are disposed on the base; a first solenoid valve disposed between the air controller; and a first cylinder and a

522231 V. Description of the invention (4) The second solenoid valve between the programmable controller; the third solenoid valve between the vacuum generator and the programmable controller; between the second cylinder and the programmable controller A number of fourth solenoid valves; and a number of fifth solenoid valves provided between the third cylinder and the programmable controller. Hereinafter, an embodiment of a simple lighting dynamic tester according to the present invention will be described with reference to the drawings. Brief description of the drawings: Figure 1 is a schematic diagram showing a conventional test fixture; Figure 2 is a schematic diagram of a simple lighting dynamic testing machine of the present invention; Figure 3a is a plan view showing a fixing member; Figure 3b is a diagram showing Front view of the fixing member; Figure 3c is a cross-sectional view showing the line AA in Figure 3a; Figure 4 is a relationship between the display panel and the fixing jig; Figure 5 is a side view of the supporting member; Figure 6a The figure shows the schematic diagram of the first moving device, the second moving device, the pressurizing device and the fine adjustment device, which is a cross-sectional view taken along the line BB of Figure 2. Figure 6b shows the schematic of the fine adjustment device; Figure 7 shows The electrical control block diagram of the simple lighting dynamic tester of the present invention; and FIG. 8 is a block diagram showing the air pressure of the simple lighting dynamic tester of the present invention. [Symbol description] 1 ~ display panel; 2 ~ flexible circuit board;

0632-6073TWF; D89090; Tungming.ptd Page 7 522231 V. Description of the invention (5) 1 0 ~ test fixture; 2 0 ~ simple lighting dynamic testing machine 2 2 ~ fixed fixture; 24 ~ second mobile device ; 2 6 ~ fine adjustment device; 2 2 2 ~ fixing piece; 224 ~ substrate; 226 ~ support rod; 2 2 2 2 ~ press block; 2224 ~ first buffer piece; 2 2 2 6 ~ handle part; 2228 ~ positioning device 22222 ~ second positioning hole; 2228 1 ~ first spring; 231 ~ first rail; 2 3 3 ~ second cylinder; 244 ~ platform; 242 ~ second moving part; 2 5 1 ~ third cylinder fixing seat; 253, 255 ~ connecting rod; 2 6 1 ~ abutment block; 263 ~ second spring; 3 2 ~ programmable controller; 3 4 ~ button; 11 ~ adjusting piece; 21 ~ base; 2 3 ~ first moving device 2 5 ~ pressurizing device; 2 2 1 ~ first cylinder; 2 2 3 ~ vacuum generator; 225 ~ vacuum sucker; 2221 ~ fixed seat; 2 2 2 3 ~ first sensor; 2 2 2 5 ~ The second buffer member; 2 2 2 7 ~ screws; 2222 1st positioning holes; 2 2 2 1 1 receiving holes; 22282 ~ steel balls; 232 ~ the first moving member; 234 ~ the second cylinder 24 seats, second guide, 243 ~ first trimming mechanism; 2 5 2 ~ third cylinder; 2 5 4 ~ indenter; 2 6 2 ~ second trimming mechanism; 3 1 ~ air source; 33 ~ support ; 3 5 ~ drive circuit board;

◦632-6073TWF; D89090; Tungming.ptd Page 8 522231 V. Description of the invention (6) 351 ~ Fulcrum; 411 ~ Electrode; 5 1 ~ First solenoid valve; 53 ~ Third solenoid valve; 55 ~ Fifth solenoid valve 62 ~ third sensor; 6 4 ~ fifth sensor; 66 ~ seventh sensor; 68 ~ ninth sensor; 71 ~ power supply; 73 ~ control box y 81 ~ three-point combination 9 83 ~ Five-port two-position solenoid 85 ~ Second solenoid valve with 87 ~ vacuum breaker. Referring to Figure 2, the present display panel 4 1 4 1 ~ display panel 42 ~ flexible circuit board 52 ~ second solenoid valve 54 ~ fourth solenoid valve 6 1 ~ second sensor 6 3 ~ fourth sensor 6 5 ~ Sixth sensor 6 7 ~ Eighth sensor 6 9 ~ Tenth sensor 7 2 ~ Signal tower; 74 ~ Alarm; 82 84 86 Three-port two-position solenoid valve; First solenoid valve with seat; Third Solenoid valve with seat; The display panel 4 1 has several electrodes 411, and the knack tester 2 includes a base 2 1, a fixed jig 2 2, a mobile device 23, and a second mobile device 24. , Several pressure devices 25 and several fine adjustment devices 26. The base 21 is used as the base of the lamp dynamic testing machine 20 of the present invention, and is used to set other components thereon. The fixing fixture 22 is disposed on the base 21 for fixing the display panel 4 j ′. The fixing fixture 22 includes four fixing members 222, four supporting rods 226, a base plate 224, and five vacuum chucks 225. The fixing member 222 and a plurality of first cylinders 221 (see

0632-6073TWF; D89090; Tungming.ptd p. 9 522231

The air generator 223 (refer to Fig. 3b) is connected, and the vacuum suction cup 225 is connected to Fig. 7). With reference to Figures 3a, 3b, and 3c, the fixing members 222 are provided at the four corners of the fixing jig 22 'to carry the display panel 4 in a movable manner. The first cylinder 221 is connected to an air source 31 (refer to FIG. 7) described later, so that the fixing member 222 can be moved in the vertical direction. Each fixing member 222 includes a fixing base 222 1, a pressing block 2222, a first sensor 2223, a first buffer member 2224, a second buffer member 2225, a handle portion 2226, a screw 2227, and

A positioning device 2228. The fixing base 222 1 can be moved up and down through the first cylinder 221 and a first buffer member 2 2 2 4 is provided on the surface carrying the display panel 41, so that the display panel 41 is not easily caused by improper external force when placed on it. been destroyed. The pressing block 2222 is rotatably disposed on the fixing base 222 1 by screws 2227, and a gap exists between the fixing base 222 1 and a handle portion 2 2 2 6 is provided thereon for the convenience of the user to rotate. A second buffer member 2225 is provided on a surface facing the first buffer member 2224, which has the same effect as the first buffer member 2224. Before placing the display panel 41 on the fixing base 2221, the pressing block 2222 needs to be rotated to the dotted line position as shown in FIG. 3a. After the display panel 41 is placed on the fixing base 2221, the pressing block 2222 is rotated as shown in FIG. The solid line position shown in FIG. 3a limits the display panel 41 between the fixing base 2221 and the pressing block 2222. The first sensor 2223 is disposed on the fixed base 2221 to sense the position of the pressure block 2222, so as to prevent the user from performing the next step before the pressure block 2222 has reached the positioning position. The fixing base 2221 is provided with a receiving hole 222 1 1 and a positioning device 22 28. The positioning device 2228 includes a first spring 2228 1 and a steel ball 22282, and a second spring 2228 1 is disposed on the

0632-6073TWF; D89090; Tungming.ptd page 10 522231 V. Description of the invention (8) In the receiving hole 2 2211, the steel ball 2 2282 is provided on the first spring 22281. In addition, the pressing block 2222 is provided with a first positioning hole 2222 1 and a second positioning hole 22222. When the positioning device 2228 is engaged with the first positioning hole 2222 1, the second buffering member 2225 on the pressing block 2222 will face the first buffering member 2224 on the fixing base 2221 (as shown by the line of inconsistency in Figure 3a). Do not). When the positioning device 2228 is engaged with the second positioning hole 22222, the second buffer member 2225 on the pressing block 2222 does not face the first buffer member 2224 on the fixed seat 2221 (as shown by the dotted line position shown in FIG. 3a) . The vacuum generator 223 is in communication with the air source 31 (refer to FIG. 8), and is used to cause the vacuum chuck 225 to generate a vacuum. The support rod 226 is disposed on the base 21 to support the weight of the display panel 4 丨 after the fixing member 2 2 2 is lowered to the position ′, as shown in FIG. 4. As shown in FIG. 4, the substrate 224 is disposed between the support rods 226 to carry the vacuum chuck 225, and a plurality of driving circuit boards 35 for driving the test program are provided on the supporting points 351. The vacuum chuck 225 is connected to the vacuum generator 223. When the vacuum chuck 225 operates to generate a suction force, the display panel 41 can be fixed by this. Referring to Figs. 2 and 6a again, the first moving device 23 is movably disposed on the base 21. The first moving device 23 includes a first guide rail worker, a first moving member 232, a second cylinder 233, and a second cylinder fixing seat 234. The first guide rail 2 31 is disposed on the base 21, and the first moving member 232 is disposed on the first guide 231 in a movable manner. The second cylinder fixing seat 234 is disposed on the base 21, and the second cylinder 233 is disposed on the second cylinder and connected to the first moving member 232 for moving the first moving member ^^. In addition, the second mobile device 24 is disposed on the first mobile device 23, and

0632-6073TWF; D89090; Tungming.ptd page 11 522231 V. Description of the invention (9) The moving direction is vertical to the first moving dream 24 including-the second guide rail 241 two moving =. No .: mobile device it〇4Q. Ty, the younger one moves the piece 242, the first fine-tuning machine No .: the first " 'guide 241 is provided on the first-moving piece 232 two: multiple: the piece 242 is movable The method is arranged on the second guide paste, and the structure 243 is arranged on the base 21 and connected to the second moving member 242 μ242. Zhou Zheng moves the second moving member 242. The platform 244 is provided on the second movement 'on which a flexible circuit board 42 is provided. The pressurizing device 25 is arranged in the second movement ^ to refer to Figs. 2 and 6a, and is used to make the electrode 411 of the display panel 41 and the corresponding softness: abut. The pressure device 25 includes a third cylinder fixing seat 251, red 252, connecting rods 253, 255, and a pressure head 254. The third cylinder is fixed on the second moving part 242, and the third cylinder 252 is disposed on the fixed seat 251, so that the indenter 254 is moved in the direction of the arrow eight, and the rods 255 and 253 are connected to the third cylinder, respectively. The three-cylinder 252 and the indenter 254 are rotatably disposed on the second moving member 242. When the connecting rod 255 and? When moving forward, the indenter 254 is rotated in eight directions, so that the electrode 411 on the display surface abuts the flexible circuit board 42. Referring again to Figures 2, 6a and 6b, the fine adjustment device 26 is respectively disposed on the second moving member 2 4 2 and the platform 2 3 5 to adjust the position of the flexible circuit board 42. The fine adjustment device 26 includes an abutment block 261,-the second fine-tuning mechanism 262 and-brother Yihuanghuang 263. The abutting block 261 is provided on the platform 244 of the second moving member 24. The second fine adjustment mechanism 262 is provided on the second moving member 242 and abuts the abutting block 261〃. One end of the second spring 263 is connected to the platform 244, and the other end is connected to the second moving member 242. When the user wants to fine-tune the second moving piece 242, page 12, 0632-6073TW; D89090; Tungming.ptd 522231 5. The position of the invention description (ίο), it can be used as Xu Du, and then # 篦-数 弟 二 微调 机构 2 6 2 Make it abut with the abutment block 2 6 1 The fine-tuned = moving part 242 moves and the second spring 263 stretches, and the completion is two = = easy: the basic structure of the lighting dynamic testing machine, ㊇ < Pieces. Let ’s examine the seventh and eighth air source 31: m: The simple type lighting dynamic tester includes fixtures and first three; more: = 32, the air source 31 and the solid controller 32 are also respectively * = Connected by $ force: press device 25; programmable 23 and pressurized device fixture-fixture 22, first-moving device floor rod 'and bottom ==, when the pusher 33 is set on each support, respectively * The display panel 41 is placed on the support rod 226 9 and the support member 33 prevents the support rod 226 from being deformed. 18 ^ 丨 η f2 as shown in the figure, 'Several buttons 34 are set on the base 21, connected to mt, ▲ some of the electrodes on the display panel :: 2' are aligned and need to be fine-tuned, * the user can press and press. When finely adjusting the pressure, set the electrode 2 to separate the electrode from the flexible circuit board, and then loosen the button to make the electrode 抿 "a flexible circuit board whose electrode pair ^ 1 is in contact with the flexible circuit board. 1 The element is the main structure of the present invention, and reference is made to Figures 7 and 8 below. Figure VII: 'a first solenoid valve 51 is provided between the air source 31 and a 2ft device 32'-a second electromagnetic chamber 52 is provided between the first steam core and the programmable controller 32, a third Electromagnetic ㈣ set in vacuum production

0632-6073TWF, D89090; Tungming.ptd Page 13 522231 V. Description of the invention (11) Between the device 223 and the programmable controller 32, a fourth electromagnetic coil 54 is provided in each of the second cylinders 2 3 3 and programmable control Between the controllers 3, a fifth solenoid valve 55 is disposed between each of the second cylinders 2 52 and the programmable controller 32; with each solenoid valve, the programmable controller 32 can actuate various related components. Also, a second sensor 61 is disposed on the base 21 to sense whether the display panel 41 has reached the position, and a third sensor 62 and a fourth sensor 63 measure the third cylinder 252. Whether the operation is normal, a fifth sensor 64 and a sixth sensor 65 are used to detect whether the operation of the second cylinder 2 3 3 is normal. In addition, θ a seventh sensor 6 6 and an eighth sensor 6 7 detect whether the pressure of the vacuum generator 2 2 3 is normal, a ninth sensor 6 8 and a tenth sensor 6 9 It is used to sense whether the operation of the first cylinder 2 2 1 is normal. The programmable controller 32 is electrically connected to the power source 71, the signal tower 72, the control box 73, and the alarm 74, respectively. Since their functions are well known to those skilled in the art, their description is omitted here. Referring to FIG. 8, between the air source 31 and the first cylinder 22m, the vacuum generator 223, the second steam generator 223, and the third cylinder 252, a three-point combination 81, a two-port two-position solenoid valve 82, and a five-port two Position solenoid valve 83, first solenoid valve joint seat 84, second solenoid valve joint seat 85, and third solenoid valve joint seat 86. The three-point combination 81 has the functions of filtering air and shunting, and each solenoid valve is connected with seats 8 4, 8, 5, 8 6 to facilitate the setting of several flow paths. A vacuum breaker 87 is provided between the vacuum generator 2 2 3 and the vacuum chuck 2 2 5 to break the vacuum state of the vacuum chuck 2 2 5. The above is the structure of the simple type lighting dynamic tester of the present invention. The operation principle will be described below.

522231

First, the display panel 41 is placed on the fixing member 2 2 2. After the display panel 41 is fixed on the fixing member 222, the first cylinder 221 is returned, so that the display panel 41 is sent in the direction of the support rod 226. Second, the vacuum chuck 225 sucks the panel 41 ′ so that the panel 41 and the support rod 226 are closely attached to each other. Third, the second cylinder 233 pushes the flexible circuit board 42 toward the periphery of the panel 41 so that it is in contact with the electrode 411 on the panel 41. Fourth, the first fine adjustment mechanism 243 is actuated to adjust the whole ', and after the preliminary adjustment, the flexible circuit board 42 is roughly aligned with the electrode 441 on the panel 41', and then the indenter 254 is pressed down against the flexible circuit board 42. Fifth, the power source 71 is turned on, the panel 41 is turned on, and the flexible circuit board 42 is adjusted according to the condition that the electrode 411 is turned on. Finally, the flexible circuit board 42 can be adjusted separately, and the corresponding button 34 to be adjusted is pressed, the third cylinder 252 will return, and the indenter 254 will be turned up to rotate the second fine adjustment mechanism 262, and then the second moving member 242 is fixed. To prevent the flexible circuit board 42 from sliding, release the button 34, and the indenter 254 will be pushed down again to adjust back and forth until each electrode is detected. The advantages of the simple type lighting dynamic testing machine of the present invention include: · 1 · Reduced clamping and testing time; 2 · Easy alignment; 3 · Low cost of the testing machine; 4 · Reduce unnecessary waste of materials for the next process; 5 · Reduce the user's vision load. Although it is not intended to depart from the essence of the present invention, the warranty of the present invention shall prevail.

Although the present invention has been disclosed in a preferred embodiment, such as limiting the present invention, anyone skilled in the art can make some changes and retouch within the scope of God and the scope of protection as defined by the attached patent scope

Claims (1)

522231 1 · A kind of lighting tester for testing a display panel, in which the display panel has a plurality of electrodes, and the dynamic tester for lighting includes: a base; a fixed fixture, arranged on the base To fix the display panel; a first mobile device is disposed on the base in a movable manner; a first mobile device is disposed on the first mobile device, and the moving direction of the second mobile device is similar to the The moving direction of the first mobile device is vertical, and a plurality of flexible circuit boards for testing the electrodes are provided thereon; a plurality of pressure devices are disposed on the second mobile device for connecting electrodes such as * Hai and the Waiting for the flexible circuit boards to abut; and a plurality of fine-tuning devices disposed on the first moving device and the second moving device to adjust the positions of the flexible circuit boards. Scoop 2. The lighting dynamic tester as described in item 丨 of the scope of patent application, the first mobile device and an air source are respectively connected to the pressurization device of the fixture; and a programmable control The device is electrically connected to the air source, the fixed jig, the first moving device, and the pressurizing devices, respectively. Yayi 3. The lighting dynamic testing machine as described in item 2 of the scope of patent application, where the fixed fixture includes: eight of a number of -cylinders, which are placed on the base and connected to the air source Talent 522231 The scope of the patent application is a plurality of fixed parts, which respectively carry the display panel in a movable manner; on the cylinder, to connect; to dry, do not steal the trigger; and the generator is placed on the base and connected with the The air source is connected to a plurality of support rods, and is disposed on the base; the substrate is placed on the support rods, and a plurality of driving circuit boards are provided thereon; and a plurality of vacuum suction cups are disposed on the substrate. And is connected with the vacuum generating device for fixing the display panel. Spoon ^ The lighting dynamic tester described in item 3 of the scope of patent application, including the last several branch parts, connecting these branch poles and the base respectively. 5. As described in item 3 of the scope of patent application Light up-丄. Each of the fixing members includes: 1 A machine, a fixing seat provided on the first cylinder; a pressing block is rotatably provided on the fixing seat; a block; a -sensor-setting A first buffer member is sensed on the fixed seat and is disposed on the fixed seat facing the display surface; a second buffer member of the ram panel is disposed on the pressing block facing the display gg On the surface; a handle part of the table of the fasting panel is arranged on the pressing block; and a screw is connected between the pressing block and the fixing seat. 6. The lighting dynamic testing machine as described in item 5 of the scope of patent application, which 522231 6. In the scope of the patent application, a positioning device is provided on the fixed seat, and a first positioning hole and a second positioning hole are provided on the pressure block. When the positioning device is engaged with the first positioning hole, the The second buffer member on the pressing block faces the first buffer member on the fixed seat. 7. The lighting dynamic testing machine according to item 6 of the scope of patent application, wherein the fixing base is provided with a receiving hole, and the positioning device of the fixing base further comprises: a first impulse provided in the receiving hole. Middle; and a steel ball is disposed on the first spring. 8. The lighting dynamic testing machine according to claim 2 in the patent application scope, wherein the first moving device includes: a first guide provided on the base; a first moving member provided in a movable manner on the base; The first guide; a second cylinder arranged on the base and connected to the first moving part for moving the first moving part; and a second cylinder fixing seat arranged on the base for To fix the second cylinder. 9. The lighting dynamic testing machine according to item 2 of the scope of patent application, wherein the second mobile device includes: a second guide provided on the first mobile device; a second moving part to be movable Is arranged on the second guide rail; a first fine-tuning mechanism is arranged on the base and connected with the second moving part 0632-6073TWF; D89090; Tungmmg.ptd page 18 /, patent application scope connection for moving the second moving part; and a platform provided on the second moving part with a circuit board mounted thereon. Α Its—1. Each pressurizing device in the lighting dynamic measuring machine described in item 2 of the scope of patent application includes a third cylinder fixing seat, which is arranged on the second moving device. A cylinder is provided on the third steam red fixing seat; a connecting rod is connected to the third cylinder; and an indenter is rotatably provided on the second mobile device, and is electrically connected to the 4 connecting rod. To make the electrodes of the display panel abut the road board of the driver. 11 · The lighting dynamic test wheel as described in item 10 of the scope of patent application ^ _ further includes a plurality of buttons arranged on the base It is electrically connected to these waste adding and disposing devices respectively. / 1 2 · The lighting dynamic testing machine described in item 2 of the scope of patent application 'Each of the fine-tuning devices includes a contact block, which is provided in the first A mobile device; a fine-tuning mechanism disposed on the second mobile device and abutting the abutment block; and a second spring having one end connected to the first mobile device and the other end connected to the first mobile device Two mobile devices are connected. 13. If the patent application item 12 The dynamic testing machine for lighting described above, Εΐ > · A first solenoid valve is installed in the air source. # Γ 丹 远 programmable controller page 19 0632-6073TWF; D89090; Tungming.ptd 522231 6. Application scope A second solenoid valve disposed between the first cylinder and the programmable controller; a third solenoid valve disposed between the vacuum generator and the programmable controller; a plurality of fourth solenoid valves , Disposed between the second cylinders and the programmable controller; and a plurality of fifth solenoid valves, disposed between the third cylinders and the programmable controller. 1 ·· 0632-6073TWF; D89090; Tungming.ptd Page 20