M353365 八、新型說明： 【新型所屬之技術領域】 :創作涉及面板雷射修補機方面的技術領域，尤 否曰=板雷射修補機上用於測試該面板或檢測板是 否有瑕疵的測試機構。 : 【先前技術】 癱 纟灣公告第1312849 ,18734號專利，其皆係單 =用探針組上的複數探針接觸該面板—側之檢測板 ^的接觸點，以透過該㈣板上的_線路將測試訊 入該面板中。然而，該些探針輸入的測試訊號係 而、、'里過該接觸點及該檢測線路。因此單獨利用該些探 ㈣戟訊號輸人該面板的撿財^，係無法確認出 所檢測到的瑕癌是在該面板還是該檢測板的檢測線 路。=般的檢測板僅係用於供輪入測試訊號，其最後 鲁係、會被裁切掉，因此如該檢測板的檢測線路有瑕疲時 • i不會影響該面板的品質。而該習知的雷射修補機卻 會因為無法確認是否該面板還是該檢測板有瑕疵，而 將該僅檢測板有瑕疵者一齊作為不良品或是對其作雷 射修補。如此，不但增加產品的不良率而且亦會浪= 成本。 、 【新型内容】 本創作提供一種能確認該面板還是該檢測板有瑕 6 M353365 的測試機構。其中該面板之縱、 數接::：伸有一檢測板。每-檢測板上具有複 路，此/別與該些接觸點連接的複數鎌測線 二線路並分別與該面板之複數縱向或橫向 ^的開關電路連接。該雷射修補機包括—機台、— 取㈠心 機構、―雷射修補裝置及—影像榻 :::吉該機台具一框體、—燈源及一龍門，該框體 二—鄰接的兩框桿，該燈源係設在該框體下 數支二於:框體上方移動。該支撐機構包括複 有複數氣孔，該==::，該支標桿上係具 试機構包括硬數測試裝置分別設於該兩框桿上，每一 測忒裝置包括-座體、一探針組及—導電組。該座體 係可移動地設於相對應框桿上。該探針組I有一第一 =及=探針，該第—昇降座係可昇降地設於該 座脰上，該些探針係結合於該第一昇降座，可供接觸 該面板之制板的接觸點，以將_訊職人該面板 的相對應晝素的開關電路。該導電組係呈 ;座及=棉，該第二昇降座係可昇降地設於:座 體上、，以=棉係設於該昇降座切供接觸該 檢L;反 之檢測線路罪近該面板的—端，以將電力輸入該面板 的相對應晝素的開關電路。該雷射修補裝置可移動地 設於該龍門’可對機台上的面板的進行雷射修補。該 影像擷取裝置結合於該雷射修姆置上，可供擷取該 M353365 機台上之面板.的影·像。 ^ 本創作係可藉由該些探針接觸該檢測板的接觸 點，以將測試訊號輪入該面板的相對應晝素的開關電 路’以進行該面板的初步測試，然後再利用該導電棉 接觸該檢測板之檢測線路靠近該面板的一端，以將電 力輸入該面板的相對應晝素的開關電路，以進一步進 行該面板還是該檢測板有瑕疵的確認。進而可藉此發 現檢測板的瑕疵，以達到降低產品不良率及成本之目 的。 上μ至於本新型的其它新型内容與更詳細的技術及功 效說明，將揭露於隨後的說明。 【實施方式】 第—〜十圖係顯示本創作之面板雷射修補 ::台1、-纖構2、複數固定裝置3、一測試機 構4、一雷射修補裝置5及一影像擷取裝置6。 譆、在該第一、二圖中係顯示，該面板7之縱、橫側 刀別各延伸有-檢測板8。每-檢測板8上呈有複 及分別與該些接觸點8(3連接的複數條檢 j線路81。該些檢測線路81並分別與該面板7之福 數縱向或横向晝素的開關電路（圖中未示）連接。 在該第三圖中係顯示，該機台 ;燈:原(圖中未示)及-龍叫該框體丄Γ: 框桿100、-第二框桿1(H、一第三框桿1〇2及一 M353365 第四框桿H)3園成一矩形.而成。該第二框桿1〇1及第 四框桿103係相互平行。該燈源係設在該框體1〇下 方。該龍門12係可於該框體上方移動。 在該第四、五圖中係顯示，該第二框桿丨 讀桿103上分別具有—執道13。該支撐機構2包括 稷數支撐桿20及一驅動模組2〇a。每一支撐桿2〇的 兩端係分別可移動地連接於該兩軌道13。於每一支撐 桿2〇頂面具有-防磨層_供-面板置於其上時不： 磨損，另該支撐桿2。上又具有複數氣謂貫通= 面且可產生一吸力將其上的面板吸附，及 體使其上的面板略微上浮。該驅動模組施包括兩; ，動裝置21及複數第二驅動裝置22。每一第一驅 T1係包括一伸縮壓缸21〇設於該第二框桿101 缸21Q具有可伸縮作動之一伸縮軸如， 的端部係連結於靠近該第一框桿ι〇〇之 ^^ 該些第二驅動裝置22係位在該第一框 μ 可供分別驅動其餘的支撐桿20於該框體 99η '第一驅動裝置22包括一齒條 第^齒輪221及一馬達222。該齒條220係設於該 夂:Sit與該執道13平行，在本實施例中該 與該;齒條22◦。該齒_係 上可供驅動該齒；2 = 2係設於該支撑桿2° ^第’、+圖中係顯示’該些固定裝置3係分 M353365 •別設於第一框桿i〇f) 穿 00及該罘四框桿103上。每一固定 驅動器30及-定位塊31。該驅動器30 該‘驅曹⑽σ又於相對應的框桿上，該定位塊31係可被 …、Ί0驅動而垂直該相對應框桿地移動。 ^在。亥第^〜九圖令係顯示，該測試機構4係包括 2_試裝置4〇及複數驅動部41。該些測試裝置釗 刀別設於該第-框桿100及該第四框桿103上。該 二驅動部41係可分別驅動該些測試裝置 =框桿上移動。每一測試裝置4〇包括-座體42、 Γϋί43及一導電組44。該座體42係可移動地設於 相對應的框桿上。該探針組43包括—第—昇降座· 及複數探針43i。該第一昇降座係可昇降地設於 該座體42上。該些探針431係結合於該第一昇降座 可供由下方接觸該檢測板8上的接觸點8〇，以將 測試訊號輸入該面板7之相對應縱向或橫向晝素的開 關電路，如第二圖所示。該導電組44包括一第二昇降 座440及-導電棉441。該第二昇降座侧係可昇降 地設於該座體42上。該導電棉441係結合於該第二昇 降座440的頂面，可供由下方接觸該檢測板8上之檢 測線路81靠近該面板7的-端，以將電力輸入該面板 7之相對應縱向或橫向晝素的開關電路，如第二圖所 示。每一驅動部41包括一齒條45、一齒輪46及一馬 達47。該齒條45係設於相對應框桿上，該齒輪46係 與該齒條45嚙合，該馬達47係設於該相對應測試裝 M353365 置，40的座體42上。在本實施例中同— 驅動部41係共用一條齒條45。 的I數 在該第三圖中係顯示，該雷射修補裝置5係可 動地設於該龍門12，可對機台1上的面板的進行^ 修補。該影像掏取裝置6係結合於該雷 ^ 上，可供擷取該面板的影像。 南4置5 μΠΓ係顯示’每一探針431具有一探針 = 伸鈿桿433及一彈簣434。該探針管432 減合在該第一昇降座榻。該探針管432朝上的一 端具一開口 435。該探針管432的内側管壁上且 定：凸:436。該伸縮桿433係一端具有—探：頭 曰二係由該開口 435延伸入該探針管432中， /、 凸塊438’該凸塊4狀係可被該定位凸部 該探針管432中。_菁434係設在該探針管 435 IS於該凸塊權，供將該伸縮桿433朝該開口 4J5的方向頂出。 將該Si至===:取料機構(圖中未示） 、— 以忙組10上方時，該些支撐桿2〇上的 ，數乳孔201會對該面板7的底面吹氣，以使該 略微懸浮。當該面板7的兩垂接相鄰接 :該些固定裝置3的定位塊31時，該軸』i: =位塊31移動以將該面板7頂於定位。此時 I梓20上的複數氣孔2〇丨會產生吸力以吸住該 的底面。之後，該燈源朝該面板投射光線，該探針 11 M353365 組43的探，針431可上昇接觸該檢測板供將測試訊號輸 入該面板7。而該龍門12可於該框體1〇上方移動， 該雷射修補裝置5可於該龍門12上移動以修補該面板 7上的瑕疵，該影像擷取裝置6可於該龍門12上移動 以擷取該面板7的影像供檢查。 第八、十圖係顯不，該第一昇降座43〇帶動該探 針431上昇至使該探針頭437接觸該檢測板8時°，該 伸縮桿4 3 3係可藉由該彈簧4 3 4的作用而於該探針管 432 =端彈性伸縮，以緩衝該探針431接觸該檢測板8 令力C、，如此’便可避免該探針431與該檢測板8的 接觸力道過大，進而可因此增長該探針的使用壽 m ’該些探針431接觸該檢測板8的接觸點= 夺如第一圖所示，係可將測試訊號輸入該面板7的 相對，晝素的㈣電路，以特該面板的初步測試。 、_第九圖係顯示，在利用該些探針431對該面板7. 進打初步測試並發現瑕疲後，可再利用該第二昇降座 440帶動該導電棉441上昇至接觸該檢測板8的檢測 線路81，如第—圖所示，使該導電棉&可將電力輸 =該面板7的相對應晝素的開關電路，以進一步確認 疋该面板7還是該檢測板8有瑕疵，並藉此發現該檢 測板8的贼L丨降低產品不良率及成本之目的。 第十二、十四圖係顯示，當欲檢查該面板7位於 該士撐桿20正上方的區域時，該第一驅動装置21或 5玄第一驅動裝置22係可驅動相對應的支撐桿20移動 12 M353365 :距離，待=查完畢後再將該切桿2。移回原位。.藉 的广旦糸：:：°亥面板7上的瑕疵不會被該支撐桿20 而使該面板7的所有位 的心查到，進㈣大幅提昇岐檢查㈣確度。 據上述例子的說明獲得 像而了解本創作確實有 L生。而且又未見與本創作相同或類似的技術= 刖，所以本新型右報与以 術a開於 要件，練法提出^ ’而符合新型專利 13 M353365 【圖式簡單說明】 ，圖係本創作所述面板及檢測板的平面示意圖。 第二圖係本創作所述面板及檢測板的局部放大示意 圖。 第三圖係本創作之立體圖。 ，四圖係本創作之支擇機構的局部立體放大示意圖。 ，五圖係本創作之支撐機構的局部剖面放大示意圖。 第六圖係本創作之固定裝置的放大示意圖。 第七圖係本創作之測試機構的立體放大示意圖。 第八圖係本創作之探針組的動作示意圖。 第九圖係本創作之導電組的動作示意圖。 第十圖係本創作之探針的剖面放大示意圖。 第十圖係本創作之面板的定位動作示意圖（俯視）。 第十二圖係本創作之面板的定位動作示意圖（側視）。 第十三圖係本創作之支撐桿的動作示意圖（俯視）。 第十四圖係本創作之支撐桿的動作示意圖（侧視）。 【主要元件符號說明】 1機台 10框體 10 0第一框桿 101第二框桿 102第三框桿 10 3第四框桿 12龍門13執道 2支撐機構 2 0支樓桿 2 0 0防磨層 201氣孔 14 M353365M353365 VIII. New description: [New technical field]: Creation of technical field related to panel laser repairing machine, especially if it is used on board laser repairing machine to test whether the panel or test board is defective . : [Prior Art] Tsuen Wan Announcement No. 1312849, No. 18,734, all of which are single = use the plurality of probes on the probe set to contact the contact point of the panel on the side of the panel to pass through the (four) board The _ line will test the incoming message into this panel. However, the test signals input by the probes are, and the contact point and the detection line are passed. Therefore, it is impossible to confirm whether the detected sputum cancer is on the panel or the detection line of the detection board by using the Detector (4) signal alone to input the panel. The general inspection board is only used for the wheel test signal, and it will be cut off at the end. Therefore, if the detection line of the test board is exhausted, i will not affect the quality of the panel. However, the conventional laser repairing machine may not be able to confirm whether the panel or the detecting board is flawed, and the detecting board may be used as a defective product or laser repairing. In this way, not only will the product's non-performing rate be increased, but it will also cost = cost. [New Content] This creation provides a test mechanism that can confirm the panel or the test board has 瑕 6 M353365. The longitudinal and the serial connection of the panel::: a detection board is extended. Each of the detecting boards has a circuit, and the plurality of measuring lines connected to the contact points are respectively connected to the plurality of vertical or horizontal switching circuits of the panel. The laser repairing machine comprises a machine, a (a) heart mechanism, a "laser repairing device" and a video couch::: the machine has a frame, a light source and a gantry, the frame 2 - adjacent The two frame rods are arranged under the frame body to move over the frame body. The supporting mechanism includes a plurality of stomata, the ==::, the tying test mechanism on the sizing rod comprises a hard number testing device respectively disposed on the two frame rods, and each measuring device comprises a seat body and a probe Group and - conductive group. The seat system is movably disposed on the corresponding frame rod. The probe set I has a first = and = probe, and the first lifting base is detachably mounted on the seat, and the probes are coupled to the first lifting seat for contacting the panel. The contact point of the board is to be the corresponding switching element of the panel. The conductive group is a seat and a cotton, and the second lifting seat is erectably mounted on the base body, and the cotton system is disposed on the lifting seat for contacting the inspection L; The end of the panel is used to input power into the corresponding switching circuit of the panel. The laser repairing device is movably disposed on the gantry to perform laser repair on the panel on the machine. The image capturing device is coupled to the laser trimming device for capturing the image of the panel on the M353365 machine. ^ The author can use the probes to contact the contact points of the detecting board to turn the test signal into the corresponding switching circuit of the panel to perform preliminary testing of the panel, and then use the conductive cotton. A detection line contacting the detection board is adjacent to one end of the panel to input power into a corresponding switching circuit of the panel to further confirm whether the panel or the detection board is defective. In turn, the defect of the test board can be found to achieve the purpose of reducing product defect rate and cost. Further novel aspects and more detailed technical and functional descriptions of the present invention will be disclosed in the following description. [Embodiment] The first to tenth drawings show the panel laser repair of the present invention: the table 1, the fibrillation 2, the plurality of fixing devices 3, a testing mechanism 4, a laser repairing device 5, and an image capturing device. 6. In the first and second figures, the vertical and horizontal sides of the panel 7 are each extended with a detecting plate 8. Each of the detecting boards 8 is provided with a plurality of detecting circuit lines 81 connected to the plurality of contact points 8 (3). The detecting lines 81 and the switching circuit of the panel 7 are respectively vertical or horizontal. (not shown) connection. In the third figure, the machine is displayed; the lamp: the original (not shown) and the dragon called the frame 丄Γ: the frame rod 100, the second frame rod 1 (H, a third frame rod 1〇2 and a M353365 fourth frame rod H)3 are formed into a rectangular shape. The second frame rod 1〇1 and the fourth frame rod 103 are parallel to each other. The gantry 12 is movable under the frame. The gantry 12 is movable above the frame. In the fourth and fifth figures, the second frame finder 103 has an escrow 13 respectively. The support mechanism 2 includes a plurality of support rods 20 and a drive module 2A. The two ends of each support rod 2 are movably connected to the two rails 13. The top surface of each support rod 2 has - Wear-resistant layer _ supply-panel is placed on it without: wear, and the support rod 2. The upper part has a plurality of gas said to pass through the surface and can generate a suction force to absorb the panel on the body, and the panel on the body Slightly The drive module includes two; a moving device 21 and a plurality of second driving devices 22. Each of the first drives T1 includes a telescopic cylinder 21 disposed on the second frame 101. The cylinder 21Q has a retractable operation. One end of the telescopic shaft, for example, is coupled to the first frame rod ι, and the second driving device 22 is located at the first frame μ to drive the remaining support rods 20 respectively. The frame 99n 'the first driving device 22 includes a rack gear 221 and a motor 222. The rack 220 is disposed on the cymbal: Sit is parallel to the trajectory 13, in the embodiment, the tooth Article 22◦. The tooth _ can be used to drive the tooth; 2 = 2 is set on the support rod 2 ° ^ ', + in the figure shows 'the fixed device 3 is divided into M353365 • not set at the first The frame rod i〇f) is worn on the 00 and the four-frame rod 103. Each fixed drive 30 and - positioning block 31. The driver 30 is driven on the corresponding frame rod, and the positioning block 31 is driven by ..., Ί0 to vertically move the corresponding frame. ^在在. The Hi-Ten-9 display shows that the test mechanism 4 includes a 2-test device 4〇 and a complex drive unit 41. The test device knives are disposed on the first frame rod 100 and the fourth frame rod 103. The two driving portions 41 can respectively drive the test devices = move on the frame rod. Each test device 4 includes a body 42, a 435, and a conductive group 44. The base 42 is movably disposed on the corresponding frame rod. The probe set 43 includes a first lifter and a plurality of probes 43i. The first lifting base is erectably mounted on the base 42. The probes 431 are coupled to the first lifting base for contacting the contact points 8 上 on the detecting board 8 to input test signals into the corresponding vertical or horizontal pixel switching circuits of the panel 7 , such as The second picture shows. The conductive group 44 includes a second lift 440 and a conductive cotton 441. The second lifting seat side is vertically movable on the seat body 42. The conductive cotton 441 is coupled to the top surface of the second lifting base 440 for contacting the detecting line 81 on the detecting board 8 to the end of the panel 7 to input electric power into the corresponding longitudinal direction of the panel 7. Or a laterally variable switching circuit, as shown in the second figure. Each of the driving portions 41 includes a rack 45, a gear 46, and a motor 47. The rack 45 is disposed on the corresponding frame rod, and the gear 46 is engaged with the rack 45. The motor 47 is disposed on the base 42 of the corresponding test device M353365. In the present embodiment, the same drive unit 41 shares a rack 45. The number I is shown in the third figure, and the laser repairing device 5 is movably provided to the gantry 12 to repair the panel on the machine 1. The image capturing device 6 is coupled to the laser for capturing images of the panel. The south 4 set 5 μΠΓ shows that each probe 431 has a probe = a mast 433 and an magazine 434. The probe tube 432 is reduced in the first lift couch. The probe tube 432 has an opening 435 at one end. The inner tube wall of the probe tube 432 is fixed: convex: 436. The telescopic rod 433 has a probe end 432 extending from the opening 435 into the probe tube 432, and a protrusion 438' is formed by the positioning protrusion portion of the probe tube 432. in. The phthalocyanine 434 is provided on the probe tube 435 IS at the position of the bump, and the telescopic rod 433 is ejected in the direction of the opening 4J5. The Si to ===: the retrieving mechanism (not shown), when the upper part of the busy group 10 is above, the number of the sucking holes 201 on the support rods 2 will blow the bottom surface of the panel 7 to Let this slightly suspend. When the two hooks of the panel 7 are adjacent to each other: the positioning block 31 of the fixing device 3, the axis 』i:= the block 31 moves to position the panel 7 to the top. At this time, the plurality of air holes 2 on the I 梓 20 generate suction to attract the bottom surface. Thereafter, the light source projects light toward the panel, and the probe 11 M353365 group 43 probe 431 can be raised into contact with the test panel for inputting the test signal to the panel 7. The gantry 12 is movable over the frame 1 , and the laser repairing device 5 is movable on the gantry 12 to repair the cymbal on the panel 7 . The image capturing device 6 can be moved on the gantry 12 . Capture the image of this panel 7 for inspection. The eighth and tenth views show that the first lifting block 43 〇 causes the probe 431 to rise to bring the probe head 437 into contact with the detecting plate 8 , and the telescopic rod 43 3 can be driven by the spring 4 . The action of 3 4 is elastically stretched and contracted at the probe tube 432 = end to buffer the probe 431 from contacting the detecting plate 8 to force C, so that the contact force between the probe 431 and the detecting plate 8 can be prevented from being excessively large. Therefore, the life of the probe can be increased accordingly. The contact points of the probes 431 contacting the detecting plate 8 are as shown in the first figure, and the test signals can be input into the opposite of the panel 7. (d) The circuit, with the preliminary test of the panel. The ninth figure shows that after the preliminary test of the panel 7 is performed by using the probes 431 and the fatigue is found, the second lifting base 440 can be used to drive the conductive cotton 441 to rise to contact the detecting board. The detecting line 81 of 8, as shown in the first figure, enables the conductive cotton & to transmit power to the corresponding switching circuit of the panel 7, to further confirm whether the panel 7 or the detecting board 8 is defective. And thereby discovering that the thief L of the detecting board 8 reduces the product defect rate and cost. The twelfth and fourteenth drawings show that when the panel 7 is to be inspected in an area directly above the struts 20, the first driving device 21 or the fifth driving device 22 can drive the corresponding supporting rods. 20 Move 12 M353365: Distance, wait until the check is completed and then cut the rod 2. Move back to the original position. The borrowed Guangdan 糸::: 亥 上 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板 面板According to the description of the above example, I got the image and I know that this creation really has L students. Moreover, there is no technology similar to or similar to this creation = 刖, so the new right report and the surgery a open to the requirements, the practice proposed ^ ' and in line with the new patent 13 M353365 [simple description of the diagram] A schematic plan view of the panel and the detection panel. The second figure is a partially enlarged schematic view of the panel and the detecting board of the present invention. The third picture is a perspective view of the creation. The four figures are a partial three-dimensional enlarged view of the selection mechanism of the present creation. The five figures are enlarged views of a partial section of the supporting mechanism of the present creation. The sixth drawing is an enlarged schematic view of the fixture of the present creation. The seventh figure is a three-dimensional enlarged schematic view of the test mechanism of the present creation. The eighth figure is a schematic diagram of the action of the probe set of the present creation. The ninth figure is a schematic diagram of the action of the conductive group of the present creation. The tenth figure is a schematic enlarged view of the probe of the present invention. The tenth figure is a schematic diagram of the positioning action of the panel of this creation (top view). The twelfth figure is a schematic diagram of the positioning action of the panel of this creation (side view). The thirteenth figure is a schematic diagram of the action of the support rod of this creation (top view). The fourteenth figure is a schematic diagram of the action of the support rod of this creation (side view). [Description of main components] 1 machine 10 frame 10 0 first frame 101 second frame 102 third frame 10 3 fourth frame 12 gantry 13 command 2 support mechanism 2 0 support bar 2 0 0 Wear layer 201 pores 14 M353365
.2 0 a驅動彳吴組 21第一驅動裝置 211伸縮轴 220齿條 222馬達 3固定裝置 31定位塊 4測試機構 41驅動部 4 3探針組 431探針 433伸縮桿 435 開口 437探針頭 44導電組 441導電棉 46齒輪 5雷射修補裝置 7面板 80接觸點 210伸縮壓缸 22第二驅動裝置 221齒輪 3 0驅動器 40測試裝置 42座體 430第一昇降座 432探針管 434彈簧 436定位凸部 438凸塊 440第二昇降座 45齒條 47馬達 6影像擷取裝置 8檢測板 81檢測線路 15.2 0 a drive 彳 组 group 21 first drive device 211 telescopic shaft 220 rack 222 motor 3 fixture 31 positioning block 4 test mechanism 41 drive unit 4 3 probe set 431 probe 433 telescopic rod 435 opening 437 probe head 44 conductive group 441 conductive cotton 46 gear 5 laser repair device 7 panel 80 contact point 210 telescopic cylinder 22 second drive device 221 gear 3 0 driver 40 test device 42 seat body 430 first lifting seat 432 probe tube 434 spring 436 Positioning protrusion 438 Bump 440 Second lifting seat 45 Rack 47 Motor 6 Image capturing device 8 Detection plate 81 Detection line 15