201105944 六、發明說明： 【發明所屬之技術領域】 有多 擊、節省時間與成本、準確性較高及產生“ 【先前技術】 一預=====_性，料_裁切成 ，驗時’將該試片放置於—衝擊試驗機 二定高度之擺錘使之自由落下，進而對試片產生衝t 裂所吸收之能量，此值即為材料之她心出5式片斷 如第十六圖所示’將-已知重量的擺錘9〇升高 又H1並釋放，使其自由落下；當該擺錘9 P11時’則位能全部轉為動能’衝斷一試片91後最之= 片。91吸收’剩餘之能量將使該擺M 90繼續升高一第b 藉，該擺錘9〇之該第-高度H1及該第二高度H 差，，J出該試片91斷裂所吸收之能量，求得材料之動二-但材料在製成產品後，亦可能因形狀、外觀及加工 而使得產品的不同位置，具有不同之耐衝擊性，因此 衝擊之方式進行產品之耐衝擊性檢測，其結果較不可 因此’ -般產品在組裝絲後，亦會進行―靠 試，其中包括測試產品之強_(例如：掉落測試石 但-般產品之餘性試驗係無法準確的對產品上的 ) 進打衝擊，因而無法得到最準確之試驗及分析。例如： 完成後之手機，在進行掉落職時，錄是縣 較凸 之部位，並無法準確的掌控欲撞擊部位，若手機經 201105944 不ί格，但卻無法準確的得知造成斷裂之位置， ϊϊ ίίίΐί進行判斷，其檢測結果較不可靠，且此測試 式…、法提供數值，以利後續進行分析。 餘知技術在產品組裝完成前，係無法單獨對零件進 仃衝擊之測試，在檢測上較不方便。 邱Τ 7作适 題。因此有必要研發出新的測試裝置，以解決上述缺點及問 【發明内容】 可直_擊檢測裝置及方法，其兼具 較ίίΐί 2 置進行衝擊、節省時間與成本、準雜 2結果較何靠、_不便及無麟聰\3 === 置，决上述問題之技術手段係提供一種衝擊檢測裝 '本體，其係具有-讀柱及-底座； -衝擊裝置，其係樞接_支推柱上； 持裝置座上，該多軸轉向央 定夾且之水丰、千古/、且該夕軸轉向夾持裝置用以調整該固 持裝Ϊ係包括、旋轉與角度位置，其中’該多軸轉向夾 二置用以調整該固定夾具之水平位置； 一ίΐϋ:以調整該固定夾具之位置轉向； 整該111定夾具垂直位置； 角度。、肖以觀定夾具對應該衝擊裝置之 ’她下列步驟： 檢測裝置係包括： ]物件及一衝擊檢測裝置；該衝擊 本體’其係具有—支雜及-底座； S] 4 201105944 —衝擊裝置，其係樞接於該支撐柱上； 持穿向雜裝置’其係設於棘座上，該錄轉向夹 置裝置、-垂直移動裝 [2]步驟士 ··將該待測物件固定於該固定夾具上； 一預ϊϊίίχ ^财㈣㈣縣翻整轉測物件至 置進使用該衝擊裝置對該待測物件之預定衝擊位 細戈述目的與優點，不難從下述所選用實施例之詳 、、·田次，與附圖中，獲得深入瞭解。 汗 【實^ ^實施例並配合圖式詳細說明本發明於後·· 衝擊明’請參考第一圖所示，本發明係為一種 裝置:/、包括· 一本體10，其係具有—支樓柱11及 軸榦μ姓Γ衝擊裝置2〇 ’其係樞接於該支撐柱11上；一多 夾且= 寺^置3〇 ’其係設於該底座12上，用以調整一固定 ""之水平、垂直 '旋轉與角度位置。 30卜述之衝擊試驗裝置’其+ ’該多軸轉向夾持裝置 37 有一水平移動裝置3〇A肖以調整及固定該固定夾具 之你:置、一旋轉裝置33用以調整及固定該固定夾具37 辰+ 、一垂直移動裝置30B用以調整及固定該固定夾 夹具37對 ^ 例，Κ了圖所不’其係為本發明之衝擊檢測裝置之第一實施 f本體10係具有一支撐柱11及一底座12 ; 你J亥衝擊裝i 2〇係棍接於該支樓柱11上；該衝擊裝置2〇 你包括一衝擊元件24 ; 該多軸轉向夾持装置30係設於該底座12上，其包括： 5 201105944 =動置==^置之移動及心 該水平移域置佩域f桃+移崎置撤上，並可於 垂直高度#4__衫33上，用以進行 以進==2==軸物繼斑，用201105944 VI. Description of the invention: [Technical field to which the invention belongs] There are multiple strikes, saving time and cost, high accuracy and producing "[previous technique] a pre-=====_ sex, material_cutting, inspection When the test piece is placed on the impact tester at a fixed height, the pendulum is free to fall, and then the energy absorbed by the test piece is generated. This value is the material of the heart. In the sixteenth figure, 'the pendulum 9 of the known weight is raised and H1 is released and released, so that it falls freely; when the pendulum 9 P11, then the position can be turned into kinetic energy' to break a test piece 91 After the most = piece. 91 absorbs the 'remaining energy will make the pendulum M 90 continue to rise a b, the pendulum 9 〇 the first height H1 and the second height H difference, J out of the test The energy absorbed by the sheet 91 breaks, and the movement of the material is obtained. However, after the product is made into a product, the shape, appearance and processing may cause different positions of the product to have different impact resistance, so the impact is performed. The impact resistance test of the product, the result is less than that - the general product will also enter after the assembly of the wire ― By trial, including the strength of the test product (for example, the test stone is dropped, but the residual test of the product cannot be accurately applied to the product), so the most accurate test and analysis cannot be obtained. : After the completion of the mobile phone, when the job is dropped, the record is the more prominent part of the county, and it is impossible to accurately control the part to be hit. If the mobile phone does not pass the 201105944, it cannot accurately know the location of the break. Ϊϊ ί ί 进行 进行 进行 , , , 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行 进行It is more inconvenient. Qiu Jun 7 is suitable for the problem. Therefore, it is necessary to develop a new test device to solve the above shortcomings and problems [invention] The direct detection device and method can be impacted by ίίΐί 2 Save time and cost, quasi-mix 2 results, _ inconvenience and no Lin Cong \3 === set, the technical means to solve the above problems is to provide a shock detection device 'body, Having a - reading column and a base; - an impact device, which is pivotally connected to the support column; on the holding device seat, the multi-axis steering central fixed clamp and the water, the ancient / and the equator steering clamping device The adjusting device comprises: a rotation and an angular position, wherein the multi-axis steering clamp is disposed to adjust a horizontal position of the fixing fixture; a ΐϋ: adjusting the position of the fixing fixture; The vertical position of the clamp; the angle. The observer determines the fixture corresponding to the impact device. She follows the following steps: The detection device includes: an object and an impact detecting device; the impact body 'the system has a branch and a base; ] 4 201105944 — impact device, which is pivotally connected to the support column; holding the miscellaneous device 'which is attached to the spine seat, the recording steering device, the vertical moving device [2] step The object to be tested is fixed on the fixing fixture; a pre-ϊϊ χ χ χ 财 财 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 四 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻 翻Describe the details of the selected embodiment, , Tian, and the drawings, get a deep understanding.汗 [实^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ The column 11 and the shaft dry μ surname impact device 2〇' are pivotally connected to the support column 11; a multi-clip and = temple set 3〇' is attached to the base 12 for adjusting a fixed "" Horizontal, vertical 'rotation and angular position. 30A. The impact test device 'the +' the multi-axis steering clamp device 37 has a horizontal moving device 3A to adjust and fix the fixing jig: a rotating device 33 for adjusting and fixing the fixing The clamp 37 □ +, a vertical moving device 30B is used to adjust and fix the fixed clamp jig 37. For example, the first embodiment of the impact detecting device of the present invention is a first embodiment of the present invention. Column 11 and a base 12; your J-Hui impact i 2 〇 棍 is attached to the pylon 11; the impact device 2 includes an impact element 24; the multi-axis steering clamp 30 is attached thereto On the base 12, it comprises: 5 201105944 = moving == ^ set the movement and the heart of the horizontal shifting area, the field p peach + Mizusaki is removed, and can be used on the vertical height #4__shirt 33, for Carry out the == 2== axis object spot, use
第二1的’上述實施例之細部組裝結構，係可參閱 ^一八叹弟一 B圖，其中： f支撐柱11係具有一第一樞接部111 ; 魏擊裝置2G係具有-延伸臂22，且該延伸臂22之一 接於該第一樞接部ill上，使該衝擊裝置20以該第-° °卩^11為軸心擺動，而該衝擊元件24係設於該延伸臂22 ^另一端上；在實務上，該衝擊裝置20又具有一第二樞接部 及一夾^寺部23 ’該第二樞接部21係樞接於該第一樞接部 11+上^使該衝擊裝置2〇可以該第一樞接部 111為轴心而作一For the detailed assembly structure of the above-mentioned embodiment, reference may be made to the Fig. 1-8, wherein: the f support column 11 has a first pivot portion 111; the Wei strike device 2G has an extension arm. 22, and one of the extending arms 22 is connected to the first pivoting portion ill, so that the impact device 20 is pivoted about the first angle, and the impacting member 24 is disposed on the extending arm 22 ^ The other end; in practice, the impact device 20 has a second pivoting portion and a clamping portion 23 'the second pivoting portion 21 is pivotally connected to the first pivoting portion 11+ ^ making the impact device 2 〇 the first pivoting portion 111 as an axis
預定範圍之擺動，而該衝擊元件24係設於該夾持部23上；當 然、’該衝擊裝置20亦可再包括一荷重單元25(如第二B圖所 不）’將不同重量之該荷重單元25結合於該衝擊裝置2〇上， 係可調整該衝擊裝置2〇之重量，進而改變該衝擊元件24之衝 擊力量。 該水平移動裝置30A係設有一 X軸移動部31、一 Y轴移 動部32、至少一第一定位部313、至少一第二定位部323及一 第二樞接部322 ;該X袖移動部31可作一 X軸向之移動，該 第一定位部313係用以固定該X抽移動部31(如第三圖所示）， 該Y軸移動部32可作一 γ軸向之移動，而該第二定位部323 係用以固定該Y軸移動部32(如第四圖所示）；在實務上，該底 座12又具有一 X軸向執道部12ι，該X軸移動部31係具有 201105944 一 X軸配合部311及一 Y軸向執道部312，而該γ軸移動部 32係具有一 Υ轴配合部321 ;該該X軸配合部311係可滑動 的設於該X軸向軌道部121上，使該X軸移動部31可作一 X 軸向之移動，該Υ軸配合部321係可滑動的設於該γ軸向執 道部312上，使該Υ轴移動部32可作一 γ軸向之移動。另外， 該X軸向及Υ軸向之夾角並非限定呈90度，亦可大於或小於 90 度。 一、 該旋轉裝置33係具有一第四樞接部331及至少一第三定 位部332，該第四框接部331係樞接於該第三樞接部322上， 使该旋轉裝置33可於該水平移動裝置30Α上旋轉，而該第三 定位部332係用以固定該旋轉裝置33(如第五圖所示，該第三 定位部332係藉由鎖合而使該旋轉裝置33與該Υ軸移動部32 緊密接觸，進而使該旋轉裝置33無法進行旋轉）；另外，該旋 轉裝置33又包括一刻度部333、一刻度觀視部334及一上組 裝盤335，使用者係可藉由該刻度觀視部334而觀察該刻度部 333上之刻度顯示，進而得知該旋轉裝置33之轉動角度。 該垂直移動裝置30Β係包括一架部34、一 Ζ軸移動部35 及至少一第四定位部352 ;該架部34係固定於該旋轉裝置33 上(如第六A、第六Β及第七圖所示，該架部34係固定於該旋 轉裝置33上，使該垂直移動裝置30B可隨該旋轉裝置33而 旋轉），且該Z軸移動部35可作一 Z軸向之移動，而該第四定 位部352係用以固定該ζ軸移動部35 ;在實務上，該架部34 係具有一 Z軸執道部341，該Z轴移動部35係具有一 Z軸配 合部351 ’該Z軸配合部351係可滑動的設於該Z軸向軌道部 341上’使該ζ軸移動部35可作一 Z軸向之移動(如第八A及 第八B圖所示）。 該角度調整裝置36係設於該Z軸移動部35上’且該角度 調整部36係具有一樞轉部361、一平台部363及至少一第五 定位部364，該樞轉部361用以改變該平台部363之傾斜角度， 再以該第五定位部364固定該平台部363;又’該固定夾具37 201105944 可與該平台部363組合並固定。在實務上， 又1-滑動凹槽部362及複數固定部365，而該g ^於^樞轉部361，而該滑動軸係設於 4 部363可以該轉部361為轴心，沿該“凹槽 輸3』疋角度之變化；該第五定位部364係用以固定 !65/^ - ^ 可以該樞轉部361為軸心，沿該滑動凹槽ίΓ作角3 度01 ^變化，使該平台部363傾斜該第一預定角度Θ又角 且右發明之衝擊檢測裝置又設—控制裝置40，且係 j 田子知作介面41及一電子驅動裝置42，該電子操作介 '、以供使用者讀取衝擊資料，而該電子驅動裝置4 用以驅動該衝擊裝置2〇及該多軸轉向炎持裝置3Γ 係 川，t發明上述之實施例可知’ _該多補向夹持褒置 30B i動裝置撤、旋轉裝置33、垂直移動裝置 際需长任裝置36，其間之連接係無狀祕，可依實 際而求任思變化組合，其功效、目的不變。 括下圖所示，本發明又包括—種衝擊檢測方法，其係包 衝擊備—待測物件7G及—衝擊檢聰置；該 二本體10 ’其係具有-支雜11及-底座12 ; 2〇 係裝置 二多巧轉向夾持裝置30，其係設於該底座12上，其包括： 平移動裝置3〇a用以進行水平位置之移動及定位； 於33，枢設於該水平移動裝置3GA上，其係可 於及=移動裝置肅上旋轉，並固定於—預定角度； 一垂直移動裝置3〇B，設於該旋轉裝置33上，用以進行 201105944 垂直高度之調整及定位； 一角度其係具有—固定爽具37 ;該角度調 整裝置36係設於麵直移練置· ±，_進行傾斜角度 之調整及定位，而該固定失具37翻以固定—待測物件7〇 ; -固定失具37,其係設_角度調整裝置兄上，用以固 定一待測物件7〇。 [2] 步驟二52:將該待測物件％固定於該岐夾且37上； [3] 步多轴轉向爽持裝置30調整^測物 件7〇至-預疋衝巧立置；將該待測物件％固定於該固定夹呈 37後，係可利用該多軸轉向夾魏置如之又軸向移動、^轴 向移動、Ζ軸向j、水平方向轉動及角度調整，而將該待測 物件70欲進行衝擊之部位調整至該衝擊元件24之行進= 上； [4] 步驟㈤54 :使用該衝擊襄置2 定衝擊位1断娜_。 ^ ^ μΪ第Γ二第ΛτB圖所示’該待測物件70欲衝擊之 多轴轉向夾持裝置3g之該X軸 向移，、该Y軸向移動、該z軸向移動 度調整，將該待測物件70之第—位置 24之行進軌道241上，使該衝盤㈣絲二，芏，1擎凡件 元件24靖下時，該衝擊 如第十二圖所示，該衝擊元件24 一 ★ 下彳，該待測物件7〇之第一位置ρι而移一第三位^ 开擊元件24，其射為—顯元件或一錐 =ί十三圖所示，該銳面元件係為-斧面物;如第ΐ 四圖所不，該錐形元件係為-_物。Υ喃，如第十 70，夾具37所固定之該待測物件 乍π成之產σσ忒體，例如··手機殼體，而材質 S) 201105944 為一塑料，該固定夾具37係以螺鎖或夾持之方式固定該 殼體，再將固定夾具37固定於該固定部365。 更詳細的說’ 一般產品之衝擊試驗係無法準確的對產品 的不同位置進行娜’因聽法得到最準確之顺和無法g 產品強韌性之數值顯示及分析；而本發明利用該多軸 裝置30之該X軸向移動、該γ軸向移動、該z轴向移動、水 ^方向轉動及角度調整，係可針對產品上之不同位置 擊，以達到更準確之耐衝擊分析(任何形狀皆可衝擊）。 當然，習知之掉落測試，由於無法準確的掌 =測=也=可靠，w裝完成前，係無法 進仃衝擊之測试’在檢測上較不方便；而本發明係可σ 進行不同位置之測試，進而得知各位置可承能二 =試=紐，且在產純奴絲，树日對ί 測測試(在每一個組裝流程上都可進行檢測），在檢 常包一手機產品之測試結構，特別是殼體結構，通 ” #设(rear cover)，而習知之掉落測 」 後’並將手機產品組裝完成，才可進行掉=== y單獨騎每航魏賴驗，射略 1’即時達到元件之評估。 了承&衡擊之此 置所=====結，為數值顯示，以各位 技術之掉⑤“Hr 之標準；舉例來說，習知 ：Γ ； 不合格之位置。 + 之料下’财準確的得知 f上所述，本發明之優點及功效歸納為· π]可直騎產品之不_置進行_。f知技術之衝擊 201105944 材料裁切為預定大小之試片始可進行衝擊，在使 針對“後產品而不同弋向之移動及角度調整，可 m節省時間與成上較為方便。 裝前可^^未組 品上準確的對產 物件7〇亦可進行不同位單零件完成後之待測 之耐衝擊強度，故，具有測物㈣各位置 只能判定通過或失敗 41直接顯示檢測後之數值。$月可利用該電子操作介面 以上僅是藉由較佳實施例詳細說明本發明，對於兮音嫌/ , 所做f任何簡單修改與變化，皆不脫離本發明 由以上詳細說明，可使熟知本項技菽者明目。 【圖式簡單說^】心專利法之規定，纽出發明專利申請。 圖係本發明之衝擊檢測裝置之示意圖 ^二A圖係本發明之多軸轉向夾持裝置之分解示 :Γ月之本體與衝擊裝置之分解示意ί ^二圖係本發明之χ軸向移動之示意圖 ，四圖係本發明之γ轴向移動之示意圖 ί ^ 之旋轉裝置與γ轴移動部之示意圖 ί明之水平轉動過程一之示意圖 ϊ'、β圖係本發明之水平轉動過程二之示意圖 二七圖係本發明之水平猶之舰示意圖^ ^八Α圖係本發明之ζ軸向移動之禾意圖 圖係本發明之Ζ軸向移動之側視示意圖 第九Α圖係本發明之角度調整一之示意圖 S] 201105944Swinging of the predetermined range, and the impacting member 24 is disposed on the clamping portion 23; of course, the impact device 20 may further include a load unit 25 (as shown in FIG. 2B) The load unit 25 is coupled to the impact device 2 to adjust the weight of the impact device 2 to change the impact force of the impact member 24. The horizontal moving device 30A is provided with an X-axis moving part 31, a Y-axis moving part 32, at least one first positioning part 313, at least one second positioning part 323 and a second pivoting part 322; the X-sleeve moving part 31 can be moved in an X-axis, the first positioning portion 313 is configured to fix the X-pumping moving portion 31 (as shown in the third figure), and the Y-axis moving portion 32 can be moved in a γ-axis direction. The second positioning portion 323 is for fixing the Y-axis moving portion 32 (as shown in the fourth figure); in practice, the base 12 has an X-axis obstruction portion 12i, and the X-axis moving portion 31. The system has a 201105944 an X-axis engaging portion 311 and a Y-axis engaging portion 312, and the γ-axis moving portion 32 has a Υ-axis engaging portion 321; the X-axis engaging portion 311 is slidably disposed at the X The X-axis moving portion 31 is movable in an X-axis direction on the axial rail portion 121, and the cymbal engaging portion 321 is slidably disposed on the γ-axis directional portion 312 to move the cymbal shaft The portion 32 can be moved in a gamma axial direction. In addition, the angle between the X-axis and the Υ-axis is not limited to 90 degrees, and may be greater than or less than 90 degrees. The rotating device 33 has a fourth pivoting portion 331 and at least one third positioning portion 332. The fourth framed portion 331 is pivotally connected to the third pivoting portion 322, so that the rotating device 33 can be Rotating on the horizontal moving device 30, and the third positioning portion 332 is for fixing the rotating device 33 (as shown in the fifth figure, the third positioning portion 332 is locked by the rotating device 33 and The rotating shaft portion 32 is in close contact with each other, so that the rotating device 33 cannot be rotated. In addition, the rotating device 33 further includes a scale portion 333, a scale viewing portion 334 and an upper assembly tray 335. The scale display on the scale portion 333 is observed by the scale viewing portion 334, and the angle of rotation of the rotating device 33 is further known. The vertical moving device 30 includes a frame portion 34, a shaft moving portion 35 and at least a fourth positioning portion 352; the frame portion 34 is fixed to the rotating device 33 (such as the sixth, sixth, and sixth As shown in the seventh figure, the frame portion 34 is fixed to the rotating device 33 so that the vertical moving device 30B can rotate with the rotating device 33, and the Z-axis moving portion 35 can be moved in a Z-axis direction. The fourth positioning portion 352 is for fixing the cymbal moving portion 35. In practice, the frame portion 34 has a Z-axis traversing portion 341 having a Z-axis engaging portion 351. 'The Z-axis fitting portion 351 is slidably disposed on the Z-axis rail portion 341' to move the cymbal moving portion 35 in a Z-axis direction (as shown in FIGS. 8A and 8B) . The angle adjusting device 36 is disposed on the Z-axis moving portion 35. The angle adjusting portion 36 has a pivoting portion 361, a platform portion 363 and at least a fifth positioning portion 364. The pivoting portion 361 is used for the pivoting portion 361. The inclination angle of the platform portion 363 is changed, and the platform portion 363 is fixed by the fifth positioning portion 364; and the fixing fixture 37 201105944 can be combined and fixed with the platform portion 363. In practice, there are also a 1-sliding groove portion 362 and a plurality of fixing portions 365, and the g ^ is in the pivoting portion 361, and the sliding shaft is disposed on the four portions 363, and the rotating portion 361 is the axis. The change of the angle of the "groove 3" is used; the fifth positioning portion 364 is used to fix the !65/^ - ^. The pivoting portion 361 is the axis, and the angle of the sliding groove is changed by 3 degrees 01 ^ The platform portion 363 is tilted by the first predetermined angle and the angle is detected, and the impact detecting device of the right invention is further provided with a control device 40, and is a device for the interface 41 and an electronic driving device 42. For the user to read the impact data, the electronic driving device 4 is used to drive the impact device 2 and the multi-axis steering device 3, and the invention can be seen as the above-mentioned embodiment. The device 30A, the device is removed, the rotating device 33, and the vertical device are required to be long-term devices 36. The connection between them is not secret, and the combination of the changes can be made according to the actual situation, and the effect and purpose are unchanged. As shown, the present invention further includes an impact detection method, which is a package shock preparation - the object to be tested 7G and - The second body 10' has a branching 11 and a base 12; 2 is a two-way steering device 30, which is attached to the base 12, and includes: a flat moving device 3〇a for moving and positioning the horizontal position; 33, pivoted on the horizontal moving device 3GA, which can be rotated by the mobile device and fixed at a predetermined angle; a vertical moving device 3 〇B, disposed on the rotating device 33 for performing the adjustment and positioning of the vertical height of 201105944; at one angle, the system has a fixed cooling device 37; the angle adjusting device 36 is disposed on the surface straightening operation ±, _ The tilting angle is adjusted and positioned, and the fixed dislocation 37 is turned over to fix the object to be tested 7〇; the fixed dislocation 37 is attached to the angle adjusting device to fix an object to be tested 7〇. [2] Step 2: 52: Fix the object to be tested % to the clamp and 37; [3] Step multi-axis steering and holding device 30 adjusts the object to be measured 7〇 to - pre-squeeze and stand up; After the object to be tested is fixed to the fixing clip 37, the multi-axis steering clamp can be used to move axially. , axial movement, Ζ axial j, horizontal rotation and angle adjustment, and the portion of the object to be tested 70 to be impacted is adjusted to the travel of the impact element 24; [4] Step (5) 54: Use the impact襄2 fixed impact position 1 断 _. ^ ^ μ Ϊ Λ Λ Λ Λ B B B ' ' 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 该 待 待 待 待 待 待 欲 欲 欲 欲 欲 欲 欲 欲 欲 欲 欲Movement, the z-axis mobility adjustment, the traveling track 241 of the first position 24 of the object to be tested 70, so that the punch (four) wire two, 芏, 1 engine component 24, the impact As shown in Fig. 12, the impact element 24 is squatted, and the first position of the object to be tested 7 is shifted by a third position. The impact element 24 is shot as an explicit element or a cone = ί As shown in the thirteenth figure, the sharp element is an axe surface; as in the fourth drawing, the tapered element is -_ object. Υ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The housing is fixed by locking or clamping, and the fixing jig 37 is fixed to the fixing portion 365. In more detail, the impact test of the general product cannot accurately perform the numerical display and analysis of the product's different positions because of the most accurate accommodativeness of the product, and the multi-axis device 30 is utilized by the present invention. The X-axis movement, the γ-axis movement, the z-axis movement, the water-direction rotation, and the angle adjustment can be applied to different positions on the product to achieve more accurate impact analysis (any shape can be Impact). Of course, the conventional drop test, because of the inability to accurately measure the palm = test = also = reliable, before the completion of the w, the test can not enter the impact of the impact 'in the detection is less convenient; and the present invention can be σ to carry out different positions The test, and then know that each position can be able to bear the second = test = New, and in the production of pure slave silk, tree day on the test (can be tested in each assembly process), in the inspection of a mobile phone product The test structure, especially the shell structure, passes the "rear cover", and the conventional drop measurement "after" and the mobile phone product assembly is completed, can be carried out === y alone riding each flight Wei Lai , the shot 1' instant to achieve the evaluation of the component. In the case of the bearing & weighing, the ===== knot, for the numerical value display, the standard of 5 "Hr of the technology; for example, the conventional: Γ; the position of the unqualified. As described above, the advantages and effects of the present invention are summarized as follows: π] can be directly carried out by the product. The impact of the technology is 201105944. The material is cut to a predetermined size. Impact, in the movement and angle adjustment for different products, can save time and become more convenient. Before the installation, the product parts can be accurately tested on the product. The impact resistance can be measured after the completion of the different single parts. Therefore, the position of each object can only be determined by pass or fail. The value after the test. The present invention may be described in detail by means of the preferred embodiment of the present invention. Any simple modifications and variations of the present invention may be made without departing from the detailed description of the present invention. This technical expert is eye-catching. [The diagram is simple to say ^] The provisions of the patent law, the invention patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a schematic exploded view of the multi-axis steering clamping device of the present invention: an exploded view of the body and the impact device of the moon. The schematic diagram of the γ-axis movement of the present invention is a schematic diagram of the γ-axis moving part of the ί ^. The schematic diagram of the horizontal rotation process of the γ-axis is shown in the schematic diagram of the horizontal rotation process of the present invention. The twenty-seventh diagram is a schematic diagram of the horizontal ship of the present invention. ^^八Α图 The schematic diagram of the axial movement of the present invention is a side view of the axial movement of the present invention. The ninth diagram is the angle of the present invention. Adjustment diagram of one S] 201105944
第九B圖係本發明之角度調整二之示音圖 第十圖係本發明之衝擊檢測方法之示^ 二圖係本發明之衝擊位置調整^示意圖 ，十一 B圖係本發明之衝擊示意圖 第十f圖係本發明之衝擊過程之示意圖 ?十三圖係本發明之衝擊元件一之g意圖 ，十四圖係本發明之衝擊元件二之示g圖 發明之固定失具夾持待測物件之示音圖 ^十'、圖係為習知技術之衝擊試驗之示意圖 ， 【主要兀件符號說明】 10本體 111第一樞接部 121 X軸向軌道部 21第二拖接部 23夾持部 25荷重單元 30Α水平移動寰置 31 X軸移動部 312 Υ軸向軌道部 32 Υ軸移動部 322第三樞接部 33旋轉裝置 332第三定位部 334刻度觀察部 34架部 35 Ζ軸移動部 352苐四定位部 361樞轉部 363平台部 363Α轉動轴 11支擇柱 12底座 20衝擊裝置 22延伸臂 24衝擊元件 30多軸轉向夾持裝置 30Β垂直移動裝置 31IX轴配合部 313第一定位部 321 Υ軸配合部 323第二定位部 331第四樞接部 333刻度部 335上組裝盤 341 Ζ軸向執道部 351 Ζ軸配合部 36角度調整裝置 362滑動凹槽部 364第五定位部 363Β滑動轴 f S1 12 201105944 365固定部 40控制裝置 42電子驅動裝置 52步驟二 54步驟四 P1第一位置 P3第三位置 91試片 H1第一高度 37固定夾具 41電子操作介面 51步驟一 53步驟三 01第一預定角度 P2第二位置 90擺錘 P11最低點位置 H2第二高度The ninth B diagram is the sound adjustment diagram of the angle adjustment of the present invention. The tenth diagram is the diagram of the impact detection method of the present invention. The second diagram is the schematic diagram of the impact position adjustment of the present invention, and the eleventh diagram is the impact diagram of the present invention. The tenth f diagram is a schematic diagram of the impact process of the present invention. The thirteenth diagram is the intention of the impact element of the present invention, and the fourteenth diagram is the impact element of the present invention. The sound diagram of the object ^10', the diagram is a schematic diagram of the impact test of the prior art, [main description of the symbol] 10 body 111 first pivoting portion 121 X axial track portion 21 second drag portion 23 clip Holding portion 25 load unit 30 Α horizontal movement 31 31 X-axis moving portion 312 Υ axial track portion 32 Υ axis moving portion 322 third pivoting portion 33 rotating device 332 third positioning portion 334 scale observation portion 34 frame portion 35 Ζ axis Moving portion 352 苐 four positioning portion 361 pivoting portion 363 platform portion 363 Α rotating shaft 11 supporting column 12 base 20 impact device 22 extending arm 24 impacting member 30 multi-axis steering clamping device 30 Β vertical moving device 31 IX shaft engaging portion 313 first Positioning portion 321 配合 shaft fitting portion 323 The second positioning portion 331, the fourth pivoting portion 333, the scale portion 335, the assembly disk 341, the axial direction portion 351, the shaft engagement portion 36, the angle adjustment device 362, the sliding groove portion 364, the fifth positioning portion 363, the sliding axis f S1 12 201105944 365 fixing portion 40 control device 42 electronic driving device 52 step two 54 step four P1 first position P3 third position 91 test piece H1 first height 37 fixing jig 41 electronic operation interface 51 step one 53 step three 01 first predetermined angle P2 Second position 90 pendulum P11 lowest point position H2 second height
[S] 13[S] 13