M351566 八、新型.說明：， 【新型所屬之技術領域】 本創作涉及面板雷射修補機方面的技術領域，尤 指-種面板雷射修補機上用於將測試訊號輸入該面板 之探針機構。 【先前技術】 ^灣公告第μ312849號「面板雷射修補機結合點 燈，機構」專利，其係利用設於一框體上的複數屢 =㈣面板周邊的上方’再藉由雜體上之探針电 昇降’以使設於該探針組上的複數探針能接觸 “面板，以達到將測試訊號送入 =娜接觸該面板時，因未有任何:緩:，， 致罙==生_針接觸該面㈣力道過大而導 双邊彳衣針或面板損壞的情形。 〒 台灣公告第M318734號專利「液曰 機結合點燈檢查機構」專利，j 板雷射修補 板易損壞的情形。 ，丄、有上述探針及面 【新型内容】M351566 VIII. New type. Description:, [New technical field] This creation involves the technical field of panel laser repairing machine, especially the probe mechanism used to input test signals into the panel on a panel laser repairing machine. . [Prior Art] ^ Bay Bulletin No. μ312849 "Panel Laser Repair Machine Combined with Lighting, Mechanism" patent, which uses a plurality of multiples on the frame to be over the top of the (four) panel, and then by the miscellaneous The probe is electrically lifted and lowered to enable the plurality of probes disposed on the probe set to contact the "panel" to allow the test signal to be sent into the panel when the contact signal is touched, since there is nothing: slow:,, 罙 == The _ pin touches the surface (4). The force is too large and the bilateral needle or panel is damaged. 〒 Taiwan's announcement No. M318734 patent "Liquid machine combined with lighting inspection mechanism" patent, j plate laser repair plate is vulnerable situation. , 丄, have the above probe and surface [new content]
本創作提供-種能增長探 修補機的探物 之面板I -框體、_燈源及…田射修補裝置。該_ 原及月1門，該框體具有垂直相„ M351566 雕2，該燈源係設在該框體下方，該龍門可於該框 =移動。該支#機構包括她支撐桿設於該框體 孔面板’該支撐桿上係具有複數氣孔，該氣 r购物吸住該面板。該探針機構係包括複數 十裝置》別可移動地設於該兩框桿上，每-探針裝This creation provides a panel I-frame, _light source and... field repairing device that can grow the probe of the probing machine. The _ original and the monthly door, the frame has a vertical phase „ M351566 雕 2, the light source is located under the frame, the gantry can be moved in the frame. The branch #机构 includes her support rod is located at the The frame hole panel has a plurality of air holes on the support rod, and the gas r shopping sucks the panel. The probe mechanism includes a plurality of devices, and is movably disposed on the two frame rods, each probe Loading
2括m降座及魏探針，魅體係可移 =设於㈣餘桿上，該料絲可昇降地設於該 =版上’ 4純針係結合於該昇降座可供將測試訊號 輸入該面板。每—探針具有—探針管、—伸縮 彈簧’該探針管係結合在該昇降座，該探針管朝向該 面板的-端係具―開σ，該伸縮桿係—端具有一探針 頭’另-端係由該開口延伸人該探針管中，該彈 設在該探針管中供將該伸縮桿朝該開Π的方向頂出y 該雷射修補裝置係可移動地設於該龍門，可對機台上 的面板的進行雷射修補。 σ —本創作係可藉由該伸縮桿可於該探針管—端彈性 伸縮的設計’以緩衝該探針接觸該面板的力道，進而 因此能增長該探針的使用壽命。 至於本創作的其它新型内容與更詳細的技術 效§兒明，將揭露於隨後的說明。 【實施方式】 第〜八圖係顯示本創作之面板雷射修補機包括 -機台1、一支撐機構2、複數固定裝置3、—探針機 M351566 構4 μ射修補裝，置5及一影像擷取裝置6。 在該第一圖中係顯示，該機台1具有一框體10、 一燈源（圖中未示）及一龍門12。該框體1〇係由一 第一框桿100、一第二框桿m、一第三框譲及一 第四框桿103圍成一矩形而成。該第二框桿m及第 四框桿103係相互平行。該燈源係設在該框體仞下 方。該龍門12係可於該框體1〇上方移動。 在該第一—圖中係顯示，該第二框桿1 〇 1及第 =桿103上分別具有—執道13。該支撐機構2包括 複數支擇桿20及時模組2Qa。每—支撐桿2〇的 =端係分別可移動地連接於該兩軌道13。於每一支撐 ”頁面具有—防磨層2。〇供一面板置於其上時“ =貝’另該支撐桿2G上又具有複數氣孔2qi貫通至頂 且可產生一吸力將其上的面板吸附，及可吹 體使其上的面板略微上浮。該驅動模組㈣包括兩第 :::裝置21及複數第二驅動裝置22。每一第一驅 ,"21係包括一伸縮壓缸210設於該第二框桿1〇1 伸縮壓缸21G具有可伸縮作動之—伸縮轴211， 輛211的端部係連結於靠近該第一框桿⑽之 才曰iill 2〇上11亥些第二驅動裝置22係位在該第一框 ^ ,上，可供分別驅動其餘的支撐桿20於該框體 =上士平的移動。每—第二驅動裝置22包括一齒條 第二据炉歯輪221及一馬達222。該齒條220係設於該 王干101上且與該執道13平行，在本實施例中該 M351566 些*第一驅動裝置2 2係共用二齒條22 〇。該齒輪2 21係 與該齒條220嚙合。該馬達222係設於該支撐桿2〇 上可供驅動該齒輪221轉動。 在該第四、五圖中係顯示，該些固定裝置3係分 別設於第一框桿100及該第四框桿103上。每一固定 裝置3包括一驅動器30及一定位塊31。該驅動器3〇 係可移動地設於相對應的框桿上，該定位塊31係可被 该驅動器30驅動而垂直該相對應框桿地移動。2 includes m drop seat and Wei probe, the charm system can be moved = set on (4) the remaining pole, the wire can be raised and lowered on the = version of the '4 pure needle system combined with the lifting seat for inputting the test signal The panel. Each probe has a probe tube, a telescopic spring, and the probe tube is coupled to the lift base, the probe tube is oriented toward the end of the panel, and the end of the telescopic rod has a probe The needle 'the other end is extended by the opening in the probe tube, and the spring is disposed in the probe tube for ejecting the telescopic rod in the direction of the opening y. The laser repairing device is movably Located in the gantry, laser repair can be performed on the panel on the machine. σ - This creation can be used to cushion the force of the probe contacting the panel by the telescopic rod to elastically expand and contract the probe tube end, thereby increasing the service life of the probe. Other new content and more detailed technical effects of this creation will be disclosed in the following description. [Embodiment] The first to eighth diagrams show that the panel laser repairing machine of the present invention includes a machine table 1, a support mechanism 2, a plurality of fixed devices 3, a probe machine M351566, a 4 μ shot repair device, and 5 and 1 Image capturing device 6. In the first figure, the machine 1 has a frame 10, a light source (not shown) and a gantry 12. The frame body 1 is formed by a first frame rod 100, a second frame rod m, a third frame frame and a fourth frame rod 103. The second frame rod m and the fourth frame rod 103 are parallel to each other. The light source is disposed below the frame. The gantry 12 system is movable above the frame 1〇. In the first figure, it is shown that the second frame rod 1 〇 1 and the = rod rod 103 respectively have a road 13 . The support mechanism 2 includes a plurality of support rods 20 and a timely module 2Qa. The = end of each of the support rods 2 is movably coupled to the two rails 13, respectively. On each support page, there is a wear-resistant layer 2. When a panel is placed thereon, "=Bei", the support rod 2G has a plurality of air holes 2qi connected to the top and can generate a suction force on the panel. Adsorption, and the blown body makes the panel on it slightly floating. The drive module (4) includes two ::: devices 21 and a plurality of second drive devices 22. Each of the first drives, the "21 system includes a telescopic cylinder 210 disposed on the second frame rod 1〇1. The telescopic cylinder 21G has a telescopically movable shaft 211, and the end of the vehicle 211 is coupled to the end portion. The second frame of the first frame rod (10) is mounted on the first frame ^, and is used to drive the remaining support rods 20 to move the frame to the frame = vestibular . Each of the second driving devices 22 includes a rack second furnace wheel 221 and a motor 222. The rack 220 is disposed on the king 101 and is parallel to the lane 13. In the embodiment, the M351566 and the first driving devices 22 share the two racks 22 〇. The gear 2 21 is meshed with the rack 220. The motor 222 is disposed on the support rod 2〇 to drive the gear 221 to rotate. In the fourth and fifth figures, the fixing devices 3 are provided on the first frame rod 100 and the fourth frame rod 103, respectively. Each of the fixing devices 3 includes a driver 30 and a positioning block 31. The driver 3 is movably disposed on a corresponding frame rod, and the positioning block 31 is drivable by the driver 30 to move vertically corresponding to the frame.
、卜在該第四〜七圖中係顯示，該探針機構4係包括 =數探針裝置40及複數探針驅動裝置41。該些探針 衣置40係分別設於該第一框桿1〇〇及該第四框桿 上。該些探針驅動裝置41係可分別驅 4〇於相對應的框桿上移動。每-探針裝置—40包1 座體42、一昇降座43及複數探針料。該座 設於相對應的框桿上。該昇降座43係可昇 ;供:座體42上。該些探針44係結合於該昇降座43 入該面：方J觸=台1上的面板，以將測試訊號輸 上，該齒輪46 齒條45係設於相對應框桿 該相對應探針裝置Ζ =嗜合’該馬達4 7係設於 一框桿上的複數η。在本實施例中同 在节第_^針驅動裝置41係共用一條齒條45。 動地設於該二係顯示，該雷射修補裳置5係可移 ’可對機台1上的面板的進行雷射 9 M351566 H該影像擷取裝置6係結合於，該雷射修補裝置$ 上，可供擷取該面板的影像。 、 在該第八圖中係顯示，每一探針44具有一探針管 440、一伸縮桿441及一彈簧442。該探針管44〇係二 合在該昇降座43。該探針管44〇朝向該面板的—端係 具一開口 443。該探針管440的内側管壁上具有一定 位凸部444。該伸縮桿441係一端具有一探針頭445， 另一端係由該開口 443延伸入該探針管44〇中，且具 > 有一凸塊446，該凸塊446係可被該定位凸部444限 制在該探針管440中。該彈簧442係設在該探針管44〇 中且頂於該凸塊446,供將該伸縮桿441朝該開口 443 的方向頂出。 第九、十圖係顯示，一取料機構（圖中未示）將 該面板送至該框體1〇上方時，該些支撐桿2〇上的複 數氣孔201會對該面板A的底面吹氣，以使該面板A 略微懸浮。當該面板A的兩垂接相鄰接的側邊頂靠到 > 該些固定裝置3的定位塊31時，該驅動器3〇會驅動 該疋位塊31移動以將該面板A頂於定位。此時該些支 撐桿20上的複數氣孔2〇1會產生吸力以吸住該面板a 的底面。之後，該燈源朝該面板投射光線，該探針機 構4的探針44可上昇接觸該面板A供將測試訊號輸入 該面板A。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上 的瑕疮’該影像擷取裝置6可於該龍門12上移動以擷 10 M351566 取該面板A的影像供檢查。 第a〜八圖係顯示，該昇降 上昇至使該禊咎描幵v動該探針和 、十頭445接觸該面板a日夺，胃 編2的作用而於該探:管^^ (伸縮，以緩衝該探針44接觸該面板a的力道。如此， 更可避免該探針44與該面板A的接觸力道過大 可因此增長該探針44的使用壽命。 、十二圖係顯示，#欲檢查該面板A位於 該ί撐杯20正上方的區域時，該第一驅動裝置21或 該第二驅動裝置22係可驅動相對應的支稽桿20移動 -距離’待檢查完畢後再將該支撐桿2〇矛多回原位 此’係可使得該面板Α上的瑕症不會被該支撐桿2〇g 的陰影所遮掩，而㈣面板纟_有位置皆能被精確 的杈查到，進而能大幅提昇面板檢查的精確度。 無論如何，任何人都可以從上述例子的說明獲得 足夠教導，並據而了解本創作確實不同於先前技彳^， 且具有產業上之利用性及足具進步性，爰依法提出 請。 11 M351566 ’ 【圖式簡單說明,】 ， . 第一圖係本創作之立體圖。 • 係賴作之讀機構的局部立《大示意圖。 f二圖係本創作之支撐機構的局部剖面放大示意圖。 f四圖舞本創作之固定裝置的放大示意圖。 f五圖係本創作之探針機構的立體放大示意圖。 - ^圖係本創作之探針機構的侧視示意圖。 - 第七圖係本創作之探針機構的動作示意圖。 • ^八圖係本創作之探針的剖面放大示意圖。 =九圖係本創作之面板的定位動作示意圖（俯視）。 ^十圖係本創作之面板的定位動作示意圖（侧視）。 . 第十一圖係本創作之支撐桿的動作示意圖（俯視）。 . 第十一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 100第一框桿 101第二框桿 102第三框桿 103第四框桿 12龍門 13執道 2支撐機構 20支撐桿 200防磨層 201氣孔 2 0 a驅動模組 21第一驅動裝置 210伸縮壓缸 12 M351566 ‘ 211伸縮軸 .22第二驅動裝置 220齒條 221齒輪 222馬達 3固定裝置 3 0驅動器 31定位塊 4探針機構 40探針裝置 41探針驅動裝置 42座體 43昇降座 44探針 440探針管 441伸縮桿 442彈簧 443 開口 444定位凸部 445探針頭 446凸塊 45齒條 46齒輪 47馬達 5雷射修補裝置 6影像擷取裝置 A面板In the fourth to seventh figures, the probe mechanism 4 includes a number probe device 40 and a plurality of probe driving devices 41. The probe housings 40 are respectively disposed on the first frame rod 1 and the fourth frame rod. The probe driving devices 41 are respectively movable on the corresponding frame rods. Each probe device - 40 packs of 1 body 42, a lifting block 43 and a plurality of probe materials. The seat is placed on the corresponding frame pole. The lifting seat 43 can be raised; for: the seat body 42. The probes 44 are coupled to the lifting platform 43 into the face: a panel on the side of the table 1 to input a test signal, and the gear 46 is disposed on the corresponding frame rod. Needle device Ζ = accommodating 'The motor 471 is a complex number η provided on a frame rod. In the present embodiment, a rack 45 is shared by the same section of the needle driving device 41. The laser system is arranged in the second system, and the laser repairing device is arranged to be movable. The laser can be applied to the panel on the machine 1. 9 M351566 H. The image capturing device 6 is coupled to the laser repairing device. On top, you can capture images from this panel. In the eighth figure, each probe 44 has a probe tube 440, a telescopic rod 441 and a spring 442. The probe tube 44 is coupled to the lift block 43. The probe tube 44A has an opening 443 toward the end of the panel. The inner tube wall of the probe tube 440 has a certain convex portion 444. The telescopic rod 441 has a probe head 445 at one end, and the other end extends into the probe tube 44A through the opening 443, and has a protrusion 446, which can be positioned by the positioning protrusion 444 is confined in the probe tube 440. The spring 442 is disposed in the probe tube 44A and is mounted on the protrusion 446 for ejecting the telescopic rod 441 toward the opening 443. The ninth and tenth drawings show that when a reclaiming mechanism (not shown) sends the panel to the top of the frame, the plurality of air holes 201 on the support bars 2 will blow the bottom surface of the panel A. Gas to make the panel A slightly suspended. When the two adjacent sides of the panel A are abutted against the positioning block 31 of the fixing device 3, the driver 3〇 drives the clamping block 31 to move to position the panel A. . At this time, the plurality of air holes 2〇1 on the support rods 20 generate suction to suck the bottom surface of the panel a. Thereafter, the light source projects light toward the panel, and the probe 44 of the probe mechanism 4 can be raised into contact with the panel A for inputting a test signal to the panel A. The gantry 12 is movable over the frame 1 , and the laser repairing device 5 is movable on the gantry 12 to repair the acne on the panel. The image capturing device 6 can be moved on the gantry 12 to撷10 M351566 Take the image of panel A for inspection. The first to eighth diagrams show that the lifting rises to cause the scanning device to move the probe and the ten heads 445 to contact the panel a, and the stomach is used for the probe: the tube ^^ In order to buffer the force of the probe 44 contacting the panel a. Thus, it is further avoided that the contact force of the probe 44 with the panel A is too large, thereby increasing the service life of the probe 44. When it is to be inspected that the panel A is located in the area directly above the 285 cup, the first driving device 21 or the second driving device 22 can drive the corresponding ejector lever 20 to move - the distance 'to be checked and then The support rod 2 and the spear are returned to the original position, so that the hysteresis on the panel is not obscured by the shadow of the support rod 2〇g, and the (4) panel 纟 _ can be accurately inspected. In this way, the accuracy of the panel inspection can be greatly improved. In any case, anyone can obtain sufficient teaching from the description of the above example, and understand that the creation is indeed different from the prior art, and has industrial applicability and It is progressive, and it is requested according to law. 11 M351566 ' Explanation,], . The first picture is a three-dimensional diagram of the creation. • The partial view of the reading mechanism of the work is “large schematic view. f The second picture is a partial cross-sectional enlarged view of the support mechanism of the creation. f Four pictures of the dance creation A magnified schematic diagram of the fixture. f Figure 5 is a perspective enlarged view of the probe mechanism of the present invention. - ^ Figure is a side view of the probe mechanism of the present invention. - The seventh diagram is a schematic diagram of the action of the probe mechanism of the present creation. • ^8 is a schematic enlarged view of the probe of this creation. = Nine diagram is the schematic diagram of the positioning action of the panel of this creation (top view). ^ Ten diagram is the schematic diagram of the positioning action of the panel of this creation (side view). The eleventh figure is a schematic diagram of the action of the support rod of this creation (top view). The eleventh figure is a schematic diagram of the action of the support rod of this creation (side view). [Main component symbol description] 1 machine 10 frame body 100 A frame rod 101 second frame rod 102 third frame rod 103 fourth frame rod 12 gantry 13 command 2 support mechanism 20 support rod 200 wear layer 201 air hole 2 0 a drive module 21 first drive device 210 telescopic cylinder 12 M351566 '211 telescopic shaft.22 second drive unit 220 rack 221 gear 222 motor 3 fixing device 3 0 driver 31 positioning block 4 probe mechanism 40 probe device 41 probe driving device 42 seat 43 lifting seat 44 probe 440 Probe tube 441 telescopic rod 442 spring 443 opening 444 positioning convex portion 445 probe head 446 bump 45 rack 46 gear 47 motor 5 laser repair device 6 image capture device A panel
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