1352005 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種夾具，尤其係涉及一種用於對攜帶型 子裝置進行失效測試之夹具。 【先前技術】 攜帶型電子裝置失效測試係測試攜帶型電子裝置質量 特性之_項目之-。對攜㈣電子裝置進行失效測試時里 春需要用—夾具對攜帶型電子裝置進行挾持。目前，業界用於 攜帶型電子裝置失效測試機之夹具通用性不強。具體而言 由於^同規格尺寸之攜帶型電子裝置之出現以及測試條^牛 -或測試要求之變更’通常需要更換成另外-套不同之夹具進 行測4 ’從而增大了測試成本，降低了測試效率。 【發明内容】 有馨於此’有必要提供—種具有較高通用性且挾持穩固 種夾具’包括-底板及一挾持機構，該挾持機構包括 -用於挾持—攜帶型電子裝置之滑塊、—調節螺栓及一滑 塊可滑動地設置於該滑枕上，該調節螺栓用於調節 該該滑枕上之位置，該滑枕具有—底部及鄰接該底部 ^ 該滑枕之底部或端部可選擇性地固持於該底板 待π塊旎夠於二相互垂直方向上挾持該攜帶型電子裝 置。. 、 之不知技術，本發明之夾具通過滑枕及底板組裝方式 見了一方向上之挾持，且該兩個方向相互垂直，因而 8 1352005 = 很好地滿足了不同規格尺寸之攜帶型電 需再次更’在實際之攜帶型電子裝置之測試時，無 率，節種不同之夹具進行挾持’提高了測試效 【實施方式】 圖二：示為本發明夾具之較佳實施例。該夹具 括一工作台10、一其拓 ° R . 土板卜一底板12、一挾持機構14及 复螺釘（圖未示）。所述基板11設置於工作台10上，所 =板㈣定於基板U，所述挾持機構14固定於底板 丄2上。 所述工作台 度。 10大致為一 方形板體，其具有一定平面 所述基板11大致為一平板體，其具有一頂部112。該 頂部112上開設有複數滑槽lu及複數第—卡持孔⑴。 所述π槽111于水平方向貫穿基板u之頂部m且各滑槽 111相互平行設置。所述第—卡持孔113間隔設置於各滑 槽111之二側。第一卡持孔113於本實施例中為螺紋孔， 用於螺紋連接1U定底板12於基板n上。縣板η可與工 作台ίο以螺紋連接、鉚釘連接或一體成型等方式固定成一 所述底板12大致為一平板體，其具有一頂部121、一 與該頂部121相對設置之底部122以及鄰接該頂部121之 左、右二侧部123、124。該底板12之頂部121上鄰接左、 右二側部123、124之兩侧對稱開設二貫通底板12且相互 9 1352005 平行之腰形槽125。該腰形槽125與基板11之第一卡持孔 113相對應。底板12通過腰形槽125與基板11之第一卡 持孔113及螺釘128之配合可穩固於基板11上，而且底板 12亦可沿滑槽111變換其於基板11上之安裝位置。所述 複數第二卡持孔126等間距開設於所述二腰形槽125之 間。在本實施例中，第二卡持孔126為階梯型螺紋孔，用 於螺紋連接固定挾持機構14於底板12上。底板12之底部 122亦凸設有一擋塊127。該擋塊127之高度小於或等於基 板11之滑槽111之深度，擋塊127之寬度與滑槽111之寬 度大致相當。擋塊127用於嵌合於基板11之滑槽111内， 使得底板12之腰形槽125能夠較好地對準基板11之第一 卡持孔113,且底板12亦能沿著基板11之滑槽111滑動。 所述挾持機構14包括二調節螺栓141、二第一卡板 142、二第二卡板143、二挾持板144、二滑塊145、一滑 枕146及複數卡片147。 所述調節螺栓141包括位於一端之一操作部1410、位 於另一端之一防脫部1411、設置於操作部1410與防脫部 1411之間之螺紋部1412及一凹設於該防脫部1411與螺紋 部1412之間之一連接部1413。該連接部1413之直徑小於 該防脫部1411及該螺紋部1412之直徑。該防脫部1411 大致為一變形球體。當調節螺栓141可調節地固持於第一 卡板142及第二卡板143上時，該防脫部1411用於防止調 節螺栓141從第一卡板142及第二卡板143上脫落。 所述第一卡板142大致為一矩形板體，其具有一底部 1352005 1421及鄰接該底部1421之側部1422。該底部1421之中部 貫通第一卡板142開設有一卡槽1423，該卡槽1423具有 一相應之形狀尺寸，使得調節螺栓141之連接部1413恰好 容置於卡槽1423内，進而使得調節螺栓141之防脫部1411 可抵持於第一卡板142之側部1422而不能通過卡槽1423 從第一卡板142脫落。第一卡板142之側部1422於卡槽 1423之二側各開設有一第三卡持孔1424。在本實施例中該 第三卡持孔1424為螺紋孔，用於螺紋連接固定第一卡板 • 142於滑塊145上。 所述第二卡板143大致為一矩形板體，其具有一側部 1432。該側部1432之一端開設有一第一螺紋孔1431，相 對之另一端開設有二第四卡持孔1433。該第一螺紋孔1431 • 用於螺紋螺合該調節螺栓141之螺紋部1412。該調節螺栓 141之螺紋部1412可調節地容置於第一螺紋孔1431内。 在本實施例中該第四卡持孔1433為螺紋孔，用於螺紋連接 φ固定第二卡板I43於滑枕I46上。 所述挾持板144大致為一矩形板體，其具有一挾持部 1441。 該挾持部1441相對之二端各開設有一第五卡持孔 1442。 於本實施例中該第五卡持孔1442為螺紋孔，用於螺 紋連接固定挾持板144於滑塊145上。 所述滑塊145大致為一立方體，其具有一底部1451 及一鄰接該底部1451之左、右二側部1452、1455，該底 部1451之中部開設有一凹槽1453。所述滑塊145之凹槽 1453容置滑枕146之一部分於其内，且使得滑塊145可沿 11 1352005 該滑枕146滑動。該底部1451於凹槽1453之兩側各開設 有一第六卡持孔（圖未示）。左側部1452之中部開設有一 盲孔1454，該盲孔1454具有一特定尺寸，使得調節螺栓 141之防脫部1411可轉動地容置於盲孔1454内且抵持該 滑塊145。 所述滑枕146為一條形體，且其橫截面大致為一 “T” 形狀。該滑枕146包括一頂部1460、二相對設置之“T”形 端部1461及一鄰接該“T”形端部1461之底部1462。每個 * “T”形端部1461均開設有二第七卡持孔1464及二第八卡持 孔1465。所述第八卡持孔1465與所述底板12之第二卡持 孔126相對應設置。所述第八卡持孔1465之間距與相鄰二 第二卡持孔126之間距相同。在本實施例中該第七卡持孔 • 1464為螺紋孔，其可通過與螺釘及第二卡板143之第四卡 持孔1433之配合將第二卡板143螺紋連接固定於滑枕146 之“T”形端部1461上。在本實施例中該等第八卡持孔1465 鲁為螺紋孔，其可通過與螺釘及底板12之第二卡持孔126 之配合將滑枕146螺紋連接固定於底板12上。該底部1462 之中部開設有複數第九卡持孔（圖未示），於本實施例中第 九卡持孔為螺紋孔。該第九卡持孔與第二卡持孔126相對 應設置，且相鄰二第九卡持孔之間距與相鄰二第二卡持孔 126之間距相同。滑枕146可通過螺釘與第九卡持孔及第 二卡持孔126之配合卡持固定於底板12上。 所述卡片147大致為一矩形片體，其相對之二端上分 別開設有一第十卡持孔1471。在本實施例中該第十卡持孔 12 1352005 1471為螺紋孔。卡片147通過第十卡持孔1471、滑塊145 之底部1451之第六卡持孔、凹槽1453及螺釘之配合將滑 塊145鎖合於滑枕146上，且該滑塊145可沿滑枕146滑 動。 所述夾具100具有二組裝方式，其中一組裝方式使得 於實際使用過程中其可于水平方向挾持攜帶型電子裝置， 另一組裝方式使得其可於豎直方向挾持攜帶型電子裝置。 具體而言，當夾具100之滑枕146平行設置于工作台10 *時，夾具100即處於水平方向挾持狀態（如圖2所示）；當 夾具100之滑枕146垂直設置于工作台10時，夾具100 即處於豎直方向挾持狀態（如圖3所示）。 請參閱圖2所示，夾具100用於于水平方向挾持攜帶 ' 型電子裝置時，首先將基板11通過螺紋連接、鉚接或焊接 等方式固定於工作台10上；再將底板12之擋塊127卡入 於基板11之任一滑槽111内，並通過螺釘128將底板12 籲螺紋連接固定於基板11上；接著將滑枕146之底部1462 通過螺釘螺紋連接固定於底板12上；之後通過螺釘將二第 二卡板143分別螺紋連接固定於滑枕146之二“T”形端部 1461上；再將挾持板144通過螺釘螺紋連接固定於滑塊145 之右側部1455上，並將滑塊145置於滑枕146之頂部1460 上，且使滑枕146部分嵌設於滑塊145之凹槽1453内，並 通過螺釘及卡片147之配合將滑塊145之底部1451鎖合於 滑枕146上；隨後將調節螺栓141之螺紋部1412旋入第二 卡板143之第一螺紋孔1431内並穿過第二卡板143,再進 13 1352005 一步旋轉調節螺栓141之操作部1410使得其防脫部1411 剛好容置於滑塊145之盲孔1454内；最後將第一卡板142 通過螺釘螺紋連接固定於滑塊145之左側部1452上，此時 第一卡板142位於防脫部1411及第二卡板143之間，這樣 就完成了該夾具100之組裝。 使用時，手動旋轉調節螺栓141的操作部1410以調節 滑塊145於該滑枕146上之位置，從而調節二挾持板144 之間距，使得二挾持板144之間足以置入待挾持之攜帶型 *電子裝置（圖未示），再將該待挾持之攜帶型電子裝置置入 挾持板144之間，之後手動旋轉調節螺栓141之操作部141 使得挾持板144之間之距離逐步減小直至穩固挾持該攜帶 型電子裝置。 ' 請參閱圖3所示，當夾具100用於於豎直方向挾持攜 帶型電子裝置時，只需使用一調節螺栓141、一滑塊145、 一第一卡板142、一第二卡板143及一挾持板144即可， 鲁首先將基板11通過螺紋連接、鉚接或焊接等方式固定於工 作台10上；再將底板12之擋塊127卡入於基板11之任一 滑槽111内，並通過螺釘將底板12螺紋連接固定於基板 11上；接著將滑枕146之一“T”形端部1461通過螺釘螺紋 連接固定於底板12上；之後通過螺釘將一個第二卡板143 螺紋連接固定於滑枕146之另一“T”形端部1461上；再將 挾持板144通過螺釘螺紋連接固定於一滑塊145之右側部 1455上，並將滑塊145置於滑枕146之頂部1460上，且 使滑枕146部分嵌設於滑塊145之凹槽1453内，並通過螺 14 1352005 釘及卡片147之配合將滑塊145之底部鎖合於滑枕146 上；隨後將調節螺栓141之螺紋部1412旋入第二卡板143 之第一螺紋孔1431内並穿過第二卡板143,再進一步旋轉 調節螺栓141之操作部1410使得其防脫部1411剛好容置 於滑塊145之盲孔1454内；最後將第一卡板142通過螺釘 螺紋連接固定於滑塊145之左侧部1452上，此時第一卡板 142位於防脫部1411及第二卡板143之間，這樣就完成了 該夾具100的組裝。 使用時，手動旋轉調節螺栓141之操作部1410以調節 滑塊145於該滑枕146上之位置，從而調節挾持板144與 底板12間之距離，使得挾持板144與底板12之間足以置 入待挾持之攜帶型電子裝置（圖未示），再將該待挾持之攜 帶型電子裝置置入挾持板144之間，之後手動旋轉調節螺 栓141之操作部1410使得挾持板144與底板12間之距離 逐步減小直至穩定挾持該攜帶型電子裝置。 由上可知，本發明較佳實施例夾具100既可于水平方 向挾持攜帶型電子裝置，亦可於豎直方向挾持攜帶型電子 裝置，具有較高之通用性，且很好地滿足了不同規格尺寸 之攜帶型電子裝置之挾持要求。另外，在實際之攜帶型電 子裝置之測試時，無需將其更換成另外一套不同之夾具進 行挾持，如此既提高了測試效率，亦節省了測試成本。此 外，本發明較佳實施例夾具100之底板12之擋塊127可卡 入於基板11之任一滑槽1Π内，且底板12亦可沿滑槽111 滑動，如此便使得底板12可方便地安裝於基板11上，而 15 1352005 且亦可方便地調節底板12於基板u上之安裝位置。 可理解，該挾持板144亦可省去，夾具1〇〇直接通過 •滑塊145挾持携帶型電子裝置。另，該第一卡板i4i亦可 省去。第二卡板143亦可與滑枕146 —體成型。 綜上所述，本發明符合發明專利要件，爰依法提出專 利申=。惟，以上所述者僅為本發明之較佳實施例，本發 明之範圍並不以上述實施例為限，舉凡熟習本案技藝之乂 春士援依本發明之精神所作之等效修飾或變化，皆應涵蓋於 以下申請專利範圍内。 、 【圖式簡單說明】 Q 1，本發明夾具較佳實施例之立體分解圖。 電子夾具較佳實施例於水平方向挾持攜帶型 電子Γ置==夾具較佳實施例於豎直方向挾持攜帶型 【主要元件符號說明】 夾具 100 基板 11 頂部 112 底板 12 底部 122 右侧部 124 苐一卡持孔 126 螺釘 128 工作台 10 滑槽 111 第一-^持孔 113 頂部 121 左側部 123 腰形槽 125 擋塊 127 挾持機構 14 16 1352005 調節螺栓 防脫頭部 '連接部 底部 卡槽 第二卡板 侧部 挾持塊 籲第五卡持孔 底部 凹槽 '右側部 頂部 底部 第八卡持孔 I第九卡持孔 操作部 1410 螺紋部 1412 第—^板 142 側部 1422 第三卡持孔 1424 第一螺紋孔 1431 第四卡持孔 1433 挾持部 1441 滑塊 145 左側部 1452 盲孑L 1454 滑枕 146 “T”形端部 1461 第七卡持孔 1464 卡片 147 171352005 IX. Description of the Invention: [Technical Field] The present invention relates to a jig, and more particularly to a jig for performing a failure test on a portable type device. [Prior Art] The portable electronic device failure test is a test of the quality characteristics of the portable electronic device. In the case of failure testing of the carrying (four) electronic device, it is necessary to use a clamp to hold the portable electronic device. At present, the fixtures used in the industry for portable electronic device failure testers are not versatile. In particular, due to the appearance of portable electronic devices of the same size and the test strips, or the change of test requirements, 'usually need to be replaced with another set of different fixtures for testing 4', thereby increasing the test cost and reducing the test cost. Test efficiency. SUMMARY OF THE INVENTION It is necessary to provide a slider having a high versatility and a stable type of fixture, including a bottom plate and a holding mechanism, which includes a slider for holding and carrying electronic devices. - an adjusting bolt and a slider slidably disposed on the ram, the adjusting bolt for adjusting a position on the ram, the ram having a bottom and abutting the bottom ^ the bottom or end of the ram is selectable The portable electronic device is held by the bottom plate to be held in the two mutually perpendicular directions. I don't know the technology, the fixture of the present invention sees the holding in the direction of the ram and the bottom plate assembly, and the two directions are perpendicular to each other, so 8 1352005 = well meets the requirements of different specifications of the portable electric needs again Moreover, in the test of the actual portable electronic device, the rate is not controlled, and the different types of fixtures are clamped to improve the test effect. [Embodiment] FIG. 2 is a view showing a preferred embodiment of the clamp of the present invention. The jig includes a table 10, a top plate, a floor plate 12, a holding mechanism 14, and a plurality of screws (not shown). The substrate 11 is disposed on the table 10, and the plate (4) is fixed to the substrate U, and the holding mechanism 14 is fixed to the bottom plate 2. The work level. 10 is substantially a square plate having a certain plane. The substrate 11 is substantially a flat body having a top portion 112. The top portion 112 is provided with a plurality of chutes lu and a plurality of first holding holes (1). The π groove 111 penetrates the top m of the substrate u in the horizontal direction and the respective chutes 111 are disposed in parallel with each other. The first holding holes 113 are spaced apart from each other on both sides of each of the sliding grooves 111. The first holding hole 113 is a threaded hole in the embodiment for screwing the 1U fixed bottom plate 12 onto the substrate n. The plate η can be fixed to the table Φ by screwing, rivet connection or integral molding, and the bottom plate 12 is substantially a flat plate having a top portion 121, a bottom portion 122 opposite to the top portion 121, and abutting the bottom plate The left and right sides 123, 124 of the top 121. The top portion 121 of the bottom plate 12 abuts the two sides of the left and right sides 123, 124 symmetrically to define two waist grooves 125 which penetrate the bottom plate 12 and are parallel to each other 9 1352005. The waist groove 125 corresponds to the first holding hole 113 of the substrate 11. The bottom plate 12 is stabilized on the substrate 11 by the cooperation of the first recessed holes 113 and the screws 128 of the substrate 11. The bottom plate 12 can also be changed along the sliding slot 111 to the mounting position on the substrate 11. The plurality of second retaining holes 126 are equally spaced between the two waist grooves 125. In the present embodiment, the second retaining hole 126 is a stepped threaded hole for screwing the retaining mechanism 14 to the bottom plate 12. A stopper 127 is also protruded from the bottom portion 122 of the bottom plate 12. The height of the stopper 127 is less than or equal to the depth of the sliding groove 111 of the substrate 11, and the width of the stopper 127 is substantially equal to the width of the sliding groove 111. The stopper 127 is used for fitting into the sliding slot 111 of the substrate 11 so that the waist groove 125 of the bottom plate 12 can better align with the first holding hole 113 of the substrate 11, and the bottom plate 12 can also be along the substrate 11. The chute 111 slides. The holding mechanism 14 includes two adjusting bolts 141, two first card plates 142, two second card plates 143, two holding plates 144, two sliding blocks 145, a ram 146 and a plurality of cards 147. The adjusting bolt 141 includes an operating portion 1410 at one end, a retaining portion 1411 at the other end, a threaded portion 1412 disposed between the operating portion 1410 and the retaining portion 1411, and a recessed portion 1411. One of the connecting portions 1413 with the threaded portion 1412. The diameter of the connecting portion 1413 is smaller than the diameter of the retaining portion 1411 and the threaded portion 1412. The retaining portion 1411 is substantially a deformed sphere. When the adjusting bolt 141 is adjustably held on the first card plate 142 and the second card plate 143, the retaining portion 1411 is used to prevent the adjusting bolt 141 from coming off the first card plate 142 and the second card plate 143. The first card plate 142 is substantially a rectangular plate body having a bottom portion 1352005 1421 and a side portion 1422 adjacent to the bottom portion 1421. The middle portion of the bottom portion 1421 extends through the first card plate 142 to define a card slot 1423. The card slot 1423 has a corresponding shape and size, so that the connecting portion 1413 of the adjusting bolt 141 is just received in the card slot 1423, thereby adjusting the adjusting bolt 141. The retaining portion 1411 can abut against the side portion 1422 of the first card plate 142 and cannot be detached from the first card plate 142 through the card slot 1423. A side portion 1422 of the first card board 142 defines a third holding hole 1424 on each of the two sides of the card slot 1423. In the embodiment, the third holding hole 1424 is a threaded hole for screwing and fixing the first card plate 142 on the slider 145. The second card plate 143 is substantially a rectangular plate body having a side portion 1432. One end of the side portion 1432 defines a first threaded hole 1431, and the other end has two fourth holding holes 1433. The first threaded hole 1431 is for threadingly screwing the threaded portion 1412 of the adjusting bolt 141. The threaded portion 1412 of the adjusting bolt 141 is adjustably received in the first threaded hole 1431. In the embodiment, the fourth holding hole 1433 is a threaded hole for screwing the second card plate I43 to the ram I46. The holding plate 144 is substantially a rectangular plate body having a holding portion 1441. The holding portion 1441 defines a fifth holding hole 1442 opposite to the two ends. In the embodiment, the fifth holding hole 1442 is a threaded hole for screwing and fixing the holding plate 144 on the slider 145. The slider 145 is substantially a cube having a bottom portion 1451 and a left and right side portions 1452 and 1455 adjacent to the bottom portion 1451. A recess 1453 is defined in the middle portion of the bottom portion 1451. The recess 1453 of the slider 145 houses a portion of the ram 146 therein and allows the slider 145 to slide along the ram 146 at 11 1352005. The bottom portion 1451 defines a sixth holding hole (not shown) on each side of the recess 1453. A blind hole 1454 is defined in the middle of the left side portion 1452. The blind hole 1454 has a specific size such that the retaining portion 1411 of the adjusting bolt 141 is rotatably received in the blind hole 1454 and abuts against the slider 145. The ram 146 is a strip and has a cross section that is substantially a "T" shape. The ram 146 includes a top portion 1460, two oppositely disposed "T" shaped end portions 1461, and a bottom portion 1462 that abuts the "T" shaped end portion 1461. Each of the *T-shaped end portions 1461 is provided with two seventh holding holes 1464 and two eighth holding holes 1465. The eighth holding hole 1465 is disposed corresponding to the second holding hole 126 of the bottom plate 12. The distance between the eighth holding holes 1465 is the same as the distance between the adjacent two second holding holes 126. In the embodiment, the seventh card hole 1464 is a threaded hole, and the second card plate 143 can be screwed and fixed to the ram 146 by cooperation with the screw and the fourth holding hole 1433 of the second card plate 143. On the "T" shaped end 1461. In the embodiment, the eighth retaining holes 1465 are screwed holes, and the rams 146 can be screwed and fixed to the bottom plate 12 by cooperation with the screws and the second retaining holes 126 of the bottom plate 12. A plurality of ninth retaining holes (not shown) are formed in the middle portion of the bottom portion 1462. In the embodiment, the ninth retaining hole is a threaded hole. The ninth holding hole is disposed corresponding to the second holding hole 126, and the distance between the adjacent two ninth holding holes is the same as the distance between the adjacent two second holding holes 126. The ram 146 can be fixed to the bottom plate 12 by the engagement of the screw with the ninth retaining hole and the second retaining hole 126. The card 147 is substantially a rectangular plate body, and a tenth card holding hole 1471 is formed on opposite ends of the card 147. In the embodiment, the tenth holding hole 12 1352005 1471 is a threaded hole. The card 147 locks the slider 145 to the ram 146 through the cooperation of the tenth holding hole 1471, the sixth holding hole of the bottom 1451 of the slider 145, the groove 1453 and the screw, and the slider 145 can slide along The pillow 146 slides. The jig 100 has a two-assembly manner, wherein one assembly mode enables the portable electronic device to be held horizontally during actual use, and the other assembly mode enables the portable electronic device to be held vertically. Specifically, when the ram 146 of the jig 100 is disposed in parallel on the table 10*, the jig 100 is in a horizontally held state (as shown in FIG. 2); when the ram 146 of the jig 100 is vertically disposed on the table 10 The jig 100 is in a vertical holding state (as shown in FIG. 3). Referring to FIG. 2, when the clamp 100 is used to hold the 'type electronic device in the horizontal direction, the substrate 11 is first fixed to the table 10 by screwing, riveting or welding; and the block 127 of the bottom plate 12 is further The bottom plate 12 is screwed into the sliding plate 111, and the bottom plate 12 is screwed and fixed to the substrate 11 by screws 128. Then, the bottom portion 1462 of the ram 146 is screwed to the bottom plate 12 by screwing; The two second card plates 143 are respectively screwed and fixed to the two "T"-shaped end portions 1461 of the ram 146; the clamping plate 144 is fixed to the right side portion 1455 of the slider 145 by screwing the screw, and the slider is The 145 is placed on the top 1460 of the ram 146, and the ram 146 is partially embedded in the recess 1453 of the slider 145, and the bottom 1451 of the slider 145 is locked to the ram 146 by the cooperation of the screw and the card 147. Then, the threaded portion 1412 of the adjusting bolt 141 is screwed into the first threaded hole 1431 of the second card plate 143 and passes through the second card plate 143, and then the 13 1352005 one-step rotation of the operating portion 1410 of the adjusting bolt 141 is made to prevent it. The detachment portion 1411 is just placed on the slider 145 The first card 142 is fixed to the left side portion 1452 of the slider 145 by screwing the first card plate 142. The first card plate 142 is located between the retaining portion 1411 and the second card plate 143. The assembly of the jig 100 is completed. In use, the operating portion 1410 of the adjusting bolt 141 is manually rotated to adjust the position of the slider 145 on the ram 146, thereby adjusting the distance between the two holding plates 144, so that the two holding plates 144 are enough to be placed in the portable type to be held. * Electronic device (not shown), and then the portable electronic device to be held is placed between the holding plates 144, and then the operating portion 141 of the adjusting bolt 141 is manually rotated to gradually reduce the distance between the holding plates 144 until it is stable The portable electronic device is held. Referring to FIG. 3, when the clamp 100 is used to hold the portable electronic device in the vertical direction, only one adjustment bolt 141, a slider 145, a first card plate 142, and a second card plate 143 are used. And a holding plate 144, Lu first fixed the substrate 11 to the worktable 10 by screwing, riveting or welding; and then inserting the block 127 of the bottom plate 12 into any of the sliding grooves 111 of the substrate 11, And screwing the bottom plate 12 to the base plate 11 by screws; then, one of the "T" shaped end portions 1461 of the ram 146 is fixed to the bottom plate 12 by screwing; then a second card plate 143 is screwed by screws. It is fixed on the other "T" end portion 1461 of the ram 146; the clamping plate 144 is fixed to the right side portion 1455 of a slider 145 by screwing the screw, and the slider 145 is placed on the top of the ram 146. 1460, and the ram 146 is partially embedded in the recess 1453 of the slider 145, and the bottom of the slider 145 is locked to the ram 146 by the cooperation of the screw 14 1352005 nail and the card 147; The threaded portion 1412 of the 141 is screwed into the first threaded hole 14 of the second card plate 143 And passing through the second card plate 143, and further rotating the operating portion 1410 of the adjusting bolt 141 such that the retaining portion 1411 is just received in the blind hole 1454 of the slider 145; finally, the first card plate 142 is passed through the screw thread. The connection is fixed to the left side portion 1452 of the slider 145. At this time, the first card plate 142 is located between the retaining portion 1411 and the second card plate 143, thus completing the assembly of the jig 100. In use, the operating portion 1410 of the adjusting bolt 141 is manually rotated to adjust the position of the slider 145 on the ram 146, thereby adjusting the distance between the holding plate 144 and the bottom plate 12, so that the holding plate 144 and the bottom plate 12 are sufficiently inserted. The portable electronic device (not shown) to be held is placed between the holding plates 144, and then the operating portion 1410 of the adjusting bolt 141 is manually rotated to sandwich the holding plate 144 and the bottom plate 12. The distance is gradually reduced until the portable electronic device is stably held. As can be seen from the above, the clamp 100 of the preferred embodiment of the present invention can hold the portable electronic device in the horizontal direction, and can also hold the portable electronic device in the vertical direction, which has high versatility and satisfies different specifications. Requirements for portable electronic devices of the size. In addition, in the actual portable electronic device test, it is not necessary to replace it with another set of different fixtures, which improves the test efficiency and saves the test cost. In addition, in the preferred embodiment of the present invention, the stopper 127 of the bottom plate 12 of the clamp 100 can be caught in any one of the sliding slots 1 of the substrate 11, and the bottom plate 12 can also slide along the sliding slot 111, so that the bottom plate 12 can be conveniently Mounted on the substrate 11, and 15 1352005 can also conveniently adjust the mounting position of the bottom plate 12 on the substrate u. It can be understood that the holding plate 144 can also be omitted, and the clamp 1 挟 directly carries the portable electronic device through the slider 145. In addition, the first card board i4i can also be omitted. The second card plate 143 can also be integrally formed with the ram 146. In summary, the present invention complies with the requirements of the invention patent, and proposes a patent application according to law. However, the above description is only the preferred embodiment of the present invention, and the scope of the present invention is not limited to the above embodiments, and equivalent modifications or changes made by the inventors of the present invention in accordance with the spirit of the present invention. All should be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS Q 1, an exploded perspective view of a preferred embodiment of the jig of the present invention. The preferred embodiment of the electronic jig holds the portable electronic device in the horizontal direction == The clamp is preferably held in the vertical direction. [Main component symbol description] Clamp 100 Substrate 11 Top 112 Base plate 12 Bottom 122 Right side portion 124 苐One card holder hole 126 screw 128 table 10 chute 111 first-^ holding hole 113 top 121 left side 123 waist groove 125 block 127 holding mechanism 14 16 1352005 adjusting bolt anti-off head 'connection bottom card slot Two card side clamping block appealing fifth card holding hole bottom groove 'right side top bottom eighth holding hole I ninth card holding hole operating portion 1410 threaded portion 1412 first - plate 142 side portion 1422 third card Hole 1424 first threaded hole 1431 fourth holding hole 1433 holding portion 1441 slider 145 left side portion 1452 blind 孑 L 1454 ram 146 "T" shaped end portion 1461 seventh holding hole 1464 card 147 17