M415405 五、新型說明： 【新型所屬之技術領域】 本案新型係屬於電路板測試機領域，特別是涉及一種得進行軟性電路 板整板作業之裝置者。 【先前技術】 按，軟性印刷電路板（Flexible Printed Circuit，FPC)，簡稱軟板， 由於具有配線密度高、可撓性、重量輕、厚度薄、配線空間限制較少、靈 活度高等優點’完全符合電子產品輕薄短小的發展趨勢，因此廣泛應用於 PC及周邊產品、通訊產品、顯示器和消費性電子產品等領域。 為確認產出之電路板其線路沒有短路，因此會使用電路板測試機進行 測試’然而，依實務經可知’軟板由於材質為軟性’置於治具上時往往會 有浮拱等狀況，必須先予以整平，方得以正確地進行測試，而如何將軟板 予以整平’成為值得深入研究之課題。 有鑑於此’本案創作人特以從事相關裝置之研發，所累積之豐富經驗， 深入分析研究’開發出本案「電路板測試機之整板裝置」，且於實地試用驗 證後發現，其確可有效達到既定之功效目標，誠為一理想之創作。 【新型内容】 本案新型的内容’係針對現行軟性電路板置於電路板測試機進行測試 時，由於材質為軟性，置於治具上時常會產生浮拱狀況，無法正確進行測 試之問題。 本案提供一種電路板測試機之整平裝置，包括：一前端夾掣結構、一 後端夾掣結構及一定位結構，該定位結構與該後端夾掣結構於相對邊以至 少「個伸縮元件連結；於該定位結構更得設一復歸元件與後端夾掣結構相 對邊連結； 該前端夾掣結構與後端夹掣結構暨定位結構，係以兩端分別對應架於 並列的軌道元，，並得於所述結構之單邊或雙邊設定位孔並以定位體定位 於對應之轨道元件；令該定位結構以其伸縮元件預推行所述後端夾掣結構 至預定夾拏待測軟板後端緣位置；令所述前端夾擎結構與後端夾擎结構， 分別對應夾掣待測軟板之前緣及後緣後；是以，該後端乂掣結構得^由以 所述伸縮元件回縮或是所述復歸元件回縮，產生拉力拉扯待測軟板後緣， 使待測軟板得以被快速整平，俾利於測試作業正確進行； 、 對照於先前技術存在之問題，本創作可達成令待測軟板得以被快 3 M415405 速整平之目的，利於測試作業正確進行。 【實施方式】 如第-圖所示係本創作實施例之構件組合示意圖，包括： 一則端夾擎結構（1 )’其包括有一前夹擎體（1 1 ); -後端夾料構（2 )，其包括有—後夾箱（2丄）； 縮元其與該後端夹擎結構（2 )於相對邊以至少一個伸 所述伸縮元件（31)得為伸縮缸； .3^=結(”更得設至少一復歸元件（3 2 )與該後端夾 • 所述復歸元件（3 2)得為彈簧； 該前端炎掣結構（1)與後端夾掣結構（2)暨定位 以其兩端分別對應架於一並列的執道元件（4); 均係 多數之定位體（5 )，其得為螺栓； •所述ί:體=前單端邊夹:结二 體(5 ) -定位孔(3 3 )，並結合-定位 定位====定位孔(⑶，並結合- _ —可升降之置板ί台（m1承>載(2)之間’更得設 ，二本創作得進行軟板整平作業，作動方式如下所述： r後端緣位置，=:===巧= 鎖定於軌道元件（4)(請先參照第四圖）；、、 疋 件置(;3 1)伸展推行所述後蝴結構 入料時，待測軟板（8)係置於所述整板塊（7) • 令所述前端夹f結構（1)的前夾掣體（1 1)與後端緣结構⑵ 4 M415405 巧夾，（2 1 )，分別對應炎掣該待測軟板（8 )之前緣及後緣後，置 板平台（6 )及整板塊（7 )降下退開； 疋以，該後端夾掣結構（2)得藉由所述伸縮元件（31)回缩或是 ，由所述復歸元件（3 2 )回縮’產生拉力拉扯制軟板（8 )後緣，使 待測軟板（8)得以被快速整平，俾利於測試作業正確進行；參閱第三圖。 而為配合當待測板的電路佈局擁擠，測試點極小或密集近接情況下， 構快速移動可能產生之微動誤差，本創作得令所述前端夹f ( 1去)與定位結構（3 )，於其兩端各以定位體⑸鎖定於軌道元件 (4 )，達成提升穩定度之效果與目的，參閱第五圖。 甘可爽擎硬板進行測試，由於硬板*會有板身浮拱問題，因此， 係在進行測試前，依據待測硬板大小，預先將所述前端夾掣姓 構（1)與後端夾擎結構（2)暨定位結構（3)分別移至可夹掣 於t構（1 )與後端緣结構⑵以單 邊定位鎖定鎖定於軌道TG件（4 )，參照第六及第七圖； 令所述前端找結構（1)的前夹f體（i i )與後 的後夾擎體（2 1)，分別對應爽掣該待測硬板（9 )之構(2 待測硬板（9)得穩定快速進行測試作業； 曼緣俾利 而為消除測試結構快速移動可能產生之微動誤差，於測 樣得令所述前端㈣結構⑴與後端„結構⑵，於同 5 )鎖秋軌道^件（4 )，達成提升敎度之效果與目的端g = 以上所述者，僅為本創作實施例之一而已，當不能以此 施之範園’即凡依本__請專利範騎作之簡單的等 作實 換’皆應屬於本創作專利涵蓋之範圍内。 修飾與置 【圖式簡單說明】 第一圖所示係本創作實施例之構件組合示意圖 第二圖係本創作實施例之軟板整平作動示意圖之一 第三圖係本創作實施例之軟板整平作動示意圖之二 第四圖係本創作實施例軟板整平操作得單邊鎖定示意圖 第五圖係本創作實施例軟板整平操作得雙邊鎖定示意圖 第六圖係本創作實施例夾掣硬板示意圖 第七圖係本創作實施例夾掣硬板得單邊鎖定示意圖 第八圖係本創作實施例夾掣硬板得雙邊鎖定示意圖 5 M415405 【主要元件符號說明】 1前端夹掣結構 11前夾掣體 1 2定位孔 2後端夾掣結構 21後夾掣體 2 2定位孔 3定位結構 3 3定位孔 4執道元件 5定位體 6置板平台 7整板塊 8待測軟板 9待測硬板 31伸縮元件 3 2復歸元件M415405 V. New description: [New technical field] The new type of this case belongs to the field of circuit board testing machine, especially to a device that can perform the whole board operation of flexible circuit board. [Prior Art] Press, Flexible Printed Circuit (FPC), referred to as soft board, has the advantages of high wiring density, flexibility, light weight, thin thickness, less wiring space limitation, and high flexibility. In line with the trend of thin and light electronic products, it is widely used in PC and peripheral products, communication products, displays and consumer electronics. In order to confirm the output of the circuit board, there is no short circuit in the circuit, so the board tester will be used for the test. However, according to the practical knowledge, the soft board is often soft and has a floating arch when placed on the fixture. It must be leveled before it can be tested correctly, and how to level the soft board becomes a topic worthy of further study. In view of this, the creators of this case have been engaged in the research and development of related devices, and have accumulated extensive experience to conduct in-depth analysis and research on the development of the whole board device for the circuit board tester. Effectively achieve the established efficacy goals, and be an ideal creation. [New content] The new content of this case is based on the fact that when the current flexible circuit board is placed on the board tester for testing, the material is soft, and the floating arch condition is often generated when the fixture is placed on the fixture, and the problem of the test cannot be correctly performed. The present invention provides a leveling device for a circuit board testing machine, comprising: a front end clamping structure, a rear end clamping structure and a positioning structure, the positioning structure and the rear end clamping structure are opposite sides to at least one telescopic element Linking; the positioning structure is further provided with a reverting element and the opposite side of the rear clamping structure; the front end clamping structure and the rear clamping structure and positioning structure are respectively arranged at the two ends corresponding to the juxtaposed track elements, And obtaining a bit hole on one side or both sides of the structure and positioning the corresponding track element with the positioning body; and causing the positioning structure to pre-push the rear end pinch structure with the telescopic element to the predetermined pinch to be tested soft The rear end edge position of the board; the front end clamp structure and the rear end clamp structure respectively corresponding to the front edge and the trailing edge of the soft board to be tested; The telescopic element is retracted or the reverting element is retracted, and the pulling force pulls the trailing edge of the soft board to be tested, so that the soft board to be tested can be quickly leveled, and the test operation is performed correctly; and compared with the problems existing in the prior art, Benchuang The achievable goal is to make the soft board to be tested to be leveled by the speed of 3 M415405, which is beneficial to the test operation. [Embodiment] As shown in the figure, the assembly diagram of the present embodiment is included, including: The engine structure (1)' includes a front clamp body (1 1 ); a rear end clamp structure (2) including a rear clamp box (2丄); a contraction element and the rear end clamp structure (2) at least one of the telescopic elements (31) extending from the opposite side is a telescopic cylinder; .3^= knot ("more than at least one reset element (3 2 ) and the rear end clip (3 2) can be a spring; the front end of the sputum structure (1) and the rear end clamping structure (2) and positioning with its two ends corresponding to a side-by-side obstruction element (4); Body (5), which is a bolt; • ί: body = front single-end side clamp: knot two body (5) - positioning hole (3 3 ), and combined - positioning positioning ==== positioning hole ((3) And combined with - _ - can be raised and lowered plate 台 (m1 bearing > between (2) between the more, the second creation of the soft board leveling operation, as follows: r rear edge Bit , =:===巧= Locked to the track component (4) (please refer to the fourth figure first); ,, 疋 置 (; 3 1) When the feeding of the rear butterfly structure is carried out, the soft board to be tested ( 8) is placed on the whole plate (7) • The front clamp body (1 1) and the rear edge edge structure (2) 4 M415405 of the front end clamp f structure (1) are clamped, (2 1 ), respectively After the front edge and the trailing edge of the soft board (8) to be tested, the board platform (6) and the whole board block (7) are lowered and retracted; and the rear end clamp structure (2) is obtained by the The telescopic element (31) is retracted or retracted by the reverting element (3 2 ) to generate a pulling force to pull the trailing edge of the flexible board (8), so that the soft board (8) to be tested can be quickly leveled, thereby facilitating The test operation is performed correctly; see the third figure. In order to cope with the crowded circuit layout of the board to be tested, and the test point is extremely small or densely close, the micro-motion error may be generated by the fast movement, and the front end clip f (1) and the positioning structure (3) are At the two ends, the positioning body (5) is locked to the rail member (4) to achieve the effect and purpose of improving the stability, and the fifth figure is referred to. Gan Keshuang hard board test, because the hard board * will have the problem of floating arch of the board, therefore, before the test, according to the size of the hard board to be tested, the front end of the front file (1) and after The end clamp structure (2) and the positioning structure (3) are respectively moved to the t-structure (1) and the rear end edge structure (2) to be locked by the unilateral positioning and locked to the rail TG (4), refer to the sixth and the Figure 7: Let the front end look for the front clip f body (ii) of the structure (1) and the rear rear clip body (2 1), respectively corresponding to the structure of the hard board (9) to be tested (2 to be tested) The hard board (9) is stable and fast to carry out the test operation; the edge of the mandrel is used to eliminate the micro-motion error that may occur due to the rapid movement of the test structure, so that the front end (four) structure (1) and the back end [structure (2) are in the same 5 ) Locking the autumn track ^4 (4), achieving the effect of improving the twist and the target end g = The above is only one of the examples of this creation, when it is not possible to apply the Fan Park's _Please ask for a simple and practical exchange of patents. All of them should fall within the scope of this creation patent. Modification and setting [Simple description] The figure is a schematic diagram of the component combination of the present embodiment. The second diagram is a schematic diagram of the soft plate leveling operation of the present embodiment. The third diagram is the second diagram of the soft board leveling operation diagram of the present creation embodiment. The fifth embodiment of the soft plate leveling operation of the present invention is a schematic diagram of the bilateral locking of the soft plate leveling operation of the present embodiment. The sixth drawing is a schematic diagram of the hard disk of the present creation embodiment. The eighth embodiment of the present invention is a schematic diagram of the double-sided locking of the hard plate. 5 M415405 [Description of main components] 1 front clamp structure 11 front clamp body 1 2 positioning hole 2 Rear end clamp structure 21 rear clamp body 2 2 positioning hole 3 positioning structure 3 3 positioning hole 4 obstruction element 5 positioning body 6 plate platform 7 whole plate 8 to be tested soft board 9 to be tested hard plate 31 telescopic element 3 2 Reset component