201142406 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種測試裝置，尤其涉及一種觸摸屏點擊劃 傷測試裝置。 【先前技術】 [0002] 觸摸屏具有堅固耐用、反應速度快、節省空間、易於交 流等許多優點。利用這些優點，用戶只要用手指輕輕地 碰電腦觸摸屏上的圖符或文字就能實現對電腦主機的操 作，從而使人機交互更為直截了當，這種技術大大方便 了那些不懂電腦操作的用戶。 [0003] 然而，觸摸屏在出廠前必須要檢測它的耐用程度，即透 過對觸摸屏的點擊劃傷測試來實現觸摸屏的耐磨性能檢 測。目前的觸摸屏劃傷測試一般只能對一個觸摸屏產品 進行測試。 【發明内容】 [0004] 鑒於以上，有必要提供一種觸摸屏點擊劃傷測試裝置。 ^ [0005] 一種觸摸屏點擊劃傷測試裝置，該裝置包括一個Y軸移動 平臺和一個與該Y軸移動平臺垂直的X軸移動平臺，其中 ，該Y軸移動平臺上安裝有多個樣品固定治具，每個樣品 固定治具包括多個定位柱、移動滑塊及定位板，用於夾 住待測觸摸屏；該X軸移動平臺上安裝有多個音圈馬達， 每個音圈馬達下方安裝一個轉接頭，該轉接頭内安插有 測頭，該測頭模仿手寫筆對樣品固定治具上固定的待測 觸摸屏進行測試；及該X軸移動平臺上安裝有鐳射模組， 該鐳射模組設有兩個互相垂直的線性鐳射頭，在對待測 099116421 表單編號 A0101 第 3 頁/共 15 頁 0992029202-0 201142406 觸摸屏進行測試時，所述兩個鐳射頭發射的鐳射線於待 測觸摸屏上相交於一點，該點為所述測頭在待測觸摸屏 上的落筆點。 [0006] 相較於習知技術，上述觸摸屏點擊劃傷測試裝置透過定 位在工作平臺上的多個樣品固定治具，實現對多個觸摸 屏產品同時進行測試的目的。 【實施方式】 [0007] 請參照圖1和圖2所示，分別為本發明觸摸屏點擊劃傷測 試裝置的較佳實施方式的立體分解圖和組裂圖。該觸摸 屏點擊劃傷測試裝置包括.測.試平臺1 .，該測試平臺1上包 括Y軸移動平臺10和X軸移動平臺U，該Y軸移動平臺1〇 垂直於該X轴移動平臺11。 [0008] 所述測試平臺1的兩側分別安裝有執道12，該兩個轨道12 互相平行，母個執道12上有兩個滑塊12〇。透過所述γ軸 移動平臺10上的沉頭孔121固定於滑塊12〇，所述滑塊 120和Y軸移動平臺10作為-個整體在所述執道12上滑動 。在所述兩條執道12間，所述測試平臺1透過螺紋孔還安 裝有一個絲杆線性模組13。該絲杆線性模組丨3包括一個 可在絲杆130上滑動的滑動座131，所述絲杆13〇與軌道 12平行，透過該滑動座131上的螺紋孔132與γ軸移動平 臺10上對應的通孔（未示出）可將該滑動座丨31固定在Y 軸移動平臺10的正下方。該絲杆線性模組13還包括一個 固定座133，該固定座133的一端安裝有一個伺服馬達14 ，該伺服馬達14可驅動該絲杆線性模組13上的滑動座131 以帶動Y軸移動平臺10在所述軌道12上滑動。 099116421 表單編號A0101 第4頁/共15頁 0992029202-0 201142406 [0009] [0010] Ο [0011] ο [0012] 所述X軸移動平臺11的一側安裝有長方形的底板15，該底 板15上安裝有絲杆線性模組16和一條執道17，該絲杆線 性模組16的一端安裝有伺服馬達18，該伺服馬達18利用 與上述伺服馬達14同樣的原理驅動絲杆線性模組1 6上的 滑動座以帶動X軸移動平臺11在執道1 7上滑動。 所述Υ軸移動平臺10上有多個螺紋孔100，用於安裝多個 樣品固定治具101。如圖3所示，每個樣品固定治具101包 括多個定位柱102、一個移動滑塊103、兩條滑槽104及 兩個定位板105。本實施例中，樣品固定治具101的個數 為5個，每個樣品固定治具101上的定位柱102的數目為5 個。所述移動滑塊103上安裝有多個可調節的調整型緊固 螺栓106，本實施例中該調整型緊固螺栓106的數目為3個 〇 如圖4所示，每個滑槽104的槽内有一個可滑動的滑動螺 母107，該滑動螺母107上有一個螺帽108和擰在該螺帽 108上的螺釘109。所述螺帽108位於滑槽104的下方，該 螺釘109通過移動滑塊103上的沉頭孔1 030擰在該螺帽 108上，使得每個移動滑塊103與對應的滑動螺母107固 定在一起在相應的滑槽104内滑動。 具體而言，在安裝待測觸摸屏時，需首先將該待測觸摸 屏緊靠定位板105和定位柱102，擰松所述螺釘109，然 後，將所述移動滑塊103沿著滑槽104滑動直到夾緊該待 測觸摸屏，然後擰緊該滑動螺母107上的螺釘109，以固 定所述移動滑塊103。本實施例中，若該待測觸摸屏的輪 廓為不規則形狀，可透過調節所述調整型緊固螺栓106來 099116421 表單編號Α0101 第5頁/共15頁 0992029202-0 201142406 夹緊該待測觸摸屏。所述X軸移動平臺11上在相對於所述 底板15的方向安裝有多個音圈馬達110，如圖5所示，該 音圈馬達11〇透過連接在該音圈馬達11〇上的轉接板⑴ 的螺孔（未示出）固^於該χ軸移動平臺ηΛ。每個音圈 馬達110透過下方内部的内螺紋連接於轉接頭112一側的 外螺紋。該轉接頭112的另—側安插有一個測頭113，該 測頭113料模擬手冑料制職料行點軸傷測試 。本實施例中，該測頭113的材質可根據待測觸摸屏的材 質進行更換。 [0013] [0014] [0015] [0016] 在位於所述X軸移動平臺丨丨的下方安裝有一個固定部⑴ (如圖1中所示），該固定部114上安裝有鐳射模組115， 孩‘射模組115上设有兩個互相垂直的線性錯射頭1 ^ 6。 在對待測_屏進行職時，所述兩個線射頭ιΐ6發 出的鐳射線與待測觸摸屏相交於一點，該點即為所述測 頭113在待測觸摸屏上的落筆點。 ： ； ： :: ：· ： 最後所應說明的是，以上賣施例擊用氣說明本發明的技 術方案而非聞’鮮相社較佳實施㈣本發明進 行了詳細說明，本領域的普通技術人員應當理解，可以 對本發明的技術方案進行修改或等同替換，而不脫離本 發明技術方案的精神和範圍。 【圖式簡單說明】 圖1是本發明觸摸屏點擊劃傷測試裝置較佳實施方式的立 體分解圖。 圖2是本發明觸摸屏點擊劃傷測試裝置較佳實施方式的組 裝圖。 099116421 表單編號A0101 第6頁/共15頁 0992029202-0 201142406 [0017] 圖3是本發明中樣品固定治具101較佳實施方式的組裝圖 [0018] 圖4是本發明中樣品固定治具101中的結構分解圖。 [0019] 圖5是本發明中音圈馬達110和測頭113的組裝圖的仰視圖201142406 VI. Description of the Invention: [Technical Field] [0001] The present invention relates to a test apparatus, and more particularly to a touch screen click scratch test apparatus. [Prior Art] [0002] The touch screen has many advantages such as being durable, fast in response, space saving, and easy to communicate. By taking advantage of these advantages, the user can operate the host computer by gently touching the icon or text on the touch screen of the computer with a finger, thereby making the human-computer interaction more straightforward. This technology greatly facilitates those who do not understand computer operation. user. [0003] However, the touch screen must be tested for durability before it leaves the factory, that is, by performing a click scratch test on the touch screen to achieve wear resistance detection of the touch screen. Current touch screen scratch tests typically only test one touch screen product. SUMMARY OF THE INVENTION [0004] In view of the above, it is necessary to provide a touch screen click scratch test device. [0005] A touch screen click scratch test device, the device comprising a Y-axis moving platform and an X-axis moving platform perpendicular to the Y-axis moving platform, wherein the Y-axis moving platform is mounted with a plurality of sample fixing treatments Each sample fixing jig includes a plurality of positioning posts, a moving slider and a positioning plate for clamping the touch screen to be tested; the X-axis moving platform is mounted with a plurality of voice coil motors, and each voice coil motor is mounted below a adapter having a probe inserted therein, the probe simulating a stylus pen for testing the touch screen to be tested fixed on the sample fixture; and the laser module mounted on the X-axis mobile platform, the laser The module is provided with two mutually perpendicular linear laser heads, and the radium rays emitted by the two laser heads are touched on the touch screen to be tested when the touch screen is tested according to the 099116421 form number A0101 3rd page 15th 992029202-0 201142406 touch screen. The upper intersects at a point which is the pen point of the probe on the touch screen to be tested. [0006] Compared with the prior art, the touch screen click scratch test device achieves the purpose of simultaneously testing a plurality of touch screen products through a plurality of sample fixing jigs positioned on the work platform. [Embodiment] [0007] Referring to Fig. 1 and Fig. 2, respectively, a perspective exploded view and a split view of a preferred embodiment of a touch screen click scratch test device of the present invention are shown. The touch screen click scratch test device includes a test platform 1. The test platform 1 includes a Y-axis moving platform 10 and an X-axis moving platform U, and the Y-axis moving platform 1 is perpendicular to the X-axis moving platform 11. [0008] The two sides of the test platform 1 are respectively mounted with the obstruction 12, the two rails 12 are parallel to each other, and the parent eaves 12 has two sliders 12〇. The counterbore 121 on the y-axis moving platform 10 is fixed to the slider 12, and the slider 120 and the Y-axis moving platform 10 slide on the lane 12 as a whole. Between the two lanes 12, the test platform 1 is also provided with a screw linear module 13 through a threaded hole. The lead screw linear module 丨3 includes a sliding seat 131 slidable on the screw 130, the screw rod 13 is parallel to the rail 12, and is moved on the platform 10 through the threaded hole 132 and the γ-axis on the sliding seat 131. A corresponding through hole (not shown) can fix the sliding seat 31 directly below the Y-axis moving platform 10. The screw linear module 13 further includes a fixing base 133. One end of the fixing base 133 is mounted with a servo motor 14 for driving the sliding seat 131 on the screw linear module 13 to drive the Y-axis movement. The platform 10 slides over the track 12. 099116421 Form No. A0101 Page 4 / Total 15 Page 0992029202-0 201142406 [0010] [0012] [0012] One side of the X-axis moving platform 11 is mounted with a rectangular bottom plate 15 on which the bottom plate 15 is mounted A screw linear module 16 and a stem 17 are mounted. One end of the screw linear module 16 is mounted with a servo motor 18, and the servo motor 18 drives the screw linear module 16 by the same principle as the servo motor 14 described above. The upper sliding seat drives the X-axis moving platform 11 to slide on the road 17 . The boring shaft moving platform 10 has a plurality of threaded holes 100 for mounting a plurality of sample fixing jigs 101. As shown in Fig. 3, each of the sample fixing jigs 101 includes a plurality of positioning posts 102, a moving slider 103, two chutes 104, and two positioning plates 105. In the present embodiment, the number of sample fixing jigs 101 is five, and the number of positioning columns 102 on each sample fixing jig 101 is five. A plurality of adjustable adjustment type fastening bolts 106 are mounted on the moving slider 103. In this embodiment, the number of the adjustment type fastening bolts 106 is three, as shown in FIG. 4, and each of the sliding grooves 104 is The slot has a slidable sliding nut 107 having a nut 108 and a screw 109 threaded onto the nut 108. The nut 108 is located below the chute 104, and the screw 109 is screwed onto the nut 108 by moving the counterbore 1 030 on the slider 103 such that each moving slider 103 is fixed to the corresponding sliding nut 107. Slide together in the corresponding chute 104. Specifically, when the touch screen to be tested is installed, the touch screen to be tested is first pressed against the positioning plate 105 and the positioning post 102, the screw 109 is loosened, and then the moving slider 103 is slid along the sliding slot 104. Until the touch screen to be tested is clamped, the screw 109 on the sliding nut 107 is then tightened to fix the moving slider 103. In this embodiment, if the contour of the touch screen to be tested is irregular, the touch panel can be clamped by adjusting the adjustment type fastening bolt 106 to 099116421 Form No. 1010101 Page 5 / Total 15 Page 0992029202-0 201142406 . A plurality of voice coil motors 110 are mounted on the X-axis moving platform 11 in a direction opposite to the bottom plate 15, and as shown in FIG. 5, the voice coil motor 11 is transmitted through a turn connected to the voice coil motor 11A. A screw hole (not shown) of the web (1) is fixed to the crucible moving platform ηΛ. Each voice coil motor 110 is coupled to an external thread on one side of the adapter 112 through an internal internal thread. A probe 113 is inserted on the other side of the adapter 112, and the probe 113 is used to simulate a hand-cranked material-making point-of-line shaft injury test. In this embodiment, the material of the probe 113 can be replaced according to the material of the touch screen to be tested. [0016] [0016] [0016] A fixing portion (1) (as shown in FIG. 1) is mounted under the X-axis moving platform ,, and the laser module 115 is mounted on the fixing portion 114. The child's firing module 115 is provided with two mutually perpendicular linear misalignment heads 1^6. When the screen is to be tested, the radium rays emitted by the two line heads ι 6 intersect the touch screen to be tested at a point, which is the point where the probe 113 is on the touch screen to be tested. : : : ::: : Finally, it should be noted that the above description of the use of gas to illustrate the technical solution of the present invention rather than the smell of the "good phase" preferred implementation (four) the present invention is described in detail, common in the field The skilled person will understand that the technical solutions of the present invention may be modified or equivalently substituted without departing from the spirit and scope of the technical solutions of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective exploded view of a preferred embodiment of a touch screen click scratch test apparatus of the present invention. Figure 2 is a assembled view of a preferred embodiment of the touch screen click scratch test apparatus of the present invention. 099116421 Form No. A0101 Page 6 / Total 15 Page 0992029202-0 201142406 [0017] FIG. 3 is an assembled view of a preferred embodiment of the sample fixing jig 101 of the present invention [0018] FIG. 4 is a sample fixing jig 101 of the present invention. The structural decomposition diagram in . 5 is a bottom view of an assembled view of the voice coil motor 110 and the probe 113 of the present invention.
【主要元件符號說明】 [0020] 測試平臺：1 [0021] Y轴移動平臺： 10 1 [0022] X軸移動平臺： 11 [0023] 軌道：12、17 [0024] 滑塊：120 [0025] 沉頭孔：121、 1030 [0026] 絲杆線性模組 :13、16 [0027] 絲杆：130 [0028] 滑動座：131 [0029] 固定座：133 [0030] 伺服馬達：14 、18 [0031] 底板：15 [0032] 螺紋孔：100、 132 [0033] 樣品固定治具 ：101 表單編號A0101 099116421 第7頁/共15頁 0992029202-0 201142406 [0034] 定位柱：102 [0035] 移動滑塊：103 [0036] 滑槽：104 [0037] 定位板：105 [0038] 調整型緊固螺栓：106 [0039] 滑動螺母：107 [0040] 螺帽：108 [0041] 螺釘：109 [0042] 音圈馬達：110 [0043] 轉接板：111 [0044] 轉接頭：112 [0045] 測頭：113 [0046] 固定部：114 [0047] 鐳射模組：115 [0048] 線性鐳射頭：116 099116421 表單編號A0101 第8頁/共15頁 0992029202-0[Main component symbol description] [0020] Test platform: 1 [0021] Y-axis mobile platform: 10 1 [0022] X-axis mobile platform: 11 [0023] Track: 12, 17 [0024] Slider: 120 [0025] Countersink: 121, 1030 [0026] Screw linear module: 13, 16 [0027] Screw: 130 [0028] Slide: 131 [0029] Mounting: 133 [0030] Servo motor: 14, 18 [ 0031] Base plate: 15 [0032] Threaded hole: 100, 132 [0033] Sample fixing fixture: 101 Form number A0101 099116421 Page 7 of 15 0992029202-0 201142406 [0034] Positioning post: 102 [0035] Moving slip Block: 103 [0036] Chute: 104 [0037] Positioning plate: 105 [0038] Adjustable fastening bolt: 106 [0039] Slide nut: 107 [0040] Nut: 108 [0041] Screw: 109 [0042] Voice coil motor: 110 [0043] Adapter plate: 111 [0044] Adapter: 112 [0045] Probe: 113 [0046] Fixing part: 114 [0047] Laser module: 115 [0048] Linear laser head: 116 099116421 Form No. A0101 Page 8 of 15 0992029202-0