[0004] [0005] 098120339 表單編號A0101 201100792 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明涉及一種強度檢測設備。 [先前技術3 [0002] 注塑成型產品的拐角部位由兩股或多股熔融塑膠彙集而 成，由於成型工藝的原因，拐角部位的塑膠不能很好地 固融在一起，存在開裂的隱患。 [0003] 實際生產中，除改進成型工藝外，常常需要對成梨產品 的拐角部位進行強度檢測。雨當前一般是藉由工人用手 掰動拐角部位的侧邊來檢測其開裂的難易程度。但由於 每個人施力大小及施力部位不儘相同，，造成檢測結果不 準確’同時檢測效率低、工人勞動強度大亦是其明顯的 缺陷^ 【發明内容】 鑒於以上内容，有必要提供一種可對產昂的強度進行自 ： ... ； ：：： 動檢測的強度檢測設備。 一種強度檢測設備，包括支撐臺、用於讀取推力或拉力 的推拉力計、將該推拉力計滑動地安裝於該支撐臺的安 裝機構、絲於該支撐臺並分別位於該推拉力計兩相對 側的傳動機構及施力機構，該安裝機構包括可相對該支 撐臺滑動的滑板，該推拉力計固定於該滑板，該傳=機 構連接於該滑板以餘該推拉力計，該施力機構包括固 定於該线臺料向件、滑钱安裝於料㈣的 件、用於連接該推拉力計與該滑動件的連接件 該滑:二對待測產品施加推力或拉力的媒動件， 第4頁/共18頁 0982034617-0 201100792 [0006] 兮道A利用雜拉力計來驅使該施力機構的滑動件相對 “ °件滑動’讓該驅動件對待測產品施力，不僅可自 動檢測待測產品的強度，而且可藉由設計不 同的施力機 構來檢測同-待測產品或不同待測產品❹個測試部位 【實施方式】 闺料照圖卜本發明強度檢測設備的第一較佳實施方式， 包括呈方形的支撑臺1G、複㈣設於該支撐1:10底面而 將其支起的支腳螺检12'安裂於接支樓 臺10頂面的第一 端的調節裝置8Q、固定於該調節裝置8G的待測產品放置 玄70、可安裝於該放置臺7〇的不同位置的夾持裝置9〇、 安裝於該支撐臺1〇頂面的第二端的傳動機構2〇、推拉力 計30、將該推拉力計3〇滑動地安裝於該支撐臺1〇頂面並 位於該調節裝置8〇與該傳動機構2〇之間的安裝機構4〇及 可對待測產品施加推力或拉力的施力機構6〇。 ί . - "l '_=<·* ti" 产- [0008] 該支撐臺10於該調節裝置8 Q與爲安裝機構4 0之間的位置 開設多組鎖固孔11， [0009] 該調節裝置80可相對該支撐臺1 0垂直地上下調節該放置 臺70。 [0010] 該夾持裝置90包括兩安裝於該放置臺頂面的擋止件92 及兩夾鉗94。 [0011] 該傳動機構20包括固定於該支撐臺10頂面的支撐板22、 螺設於該支撐板22的傳動螺桿24、安裝於該傳動螺桿24 一端的L形搖桿26及固設於該傳動螺桿24另一端的導套28 0982034617-0 098120339 表單編號AG1G1 .第5 V共18頁 201100792 ο [0012] 該推拉力計30於兩端分別凸設有螺桿32。該推拉力計30 上設置有用於讀取施加於待測產品的推力或拉力的錶盤 34 ° [0013] 該安裝機構40包括兩相對地固定於該支撐臺頂面的軌 道板42、滑動地設置於該兩軌道板42之間的滑板44、兩 分別固定於該兩軌道板42的用於壓制該滑板44的長形壓 板46及固設於該滑板44上靠近該傳動機構2〇的一端的傳 動塊48。該傳動機構20的導套28可沿垂直該支撐臺1〇的 方向滑動地連接於該傳動塊48。 [0014] 請同時參照圖2，該施力機構！60包括導向件62、滑動件64 、驅動件66、連接件67、用於調節該驅動件66的調節件 68及用於鎖固該驅動件66的緊固件69。本實施方式中， 該調節件68及緊固件69均為螺絲。該導向件62於上部貫 穿開設有方形滑道622，於底端開設有固定孔624。該滑 動件64包括可滑動地穿設於該導向件62的滑道622的方形 滑體642及自該滑體642—端延伸出的裝設部644。該滑 體642於另一端開設有螺絲孔645。該裝設部644貫穿開 設有呈方形的穿設孔646及於末端開設與該穿設孔646相 連通的螺鎖孔648 ’該穿設孔646為斜向設置。該驅動件 66包括可穿設於該裝設部644的穿設孔646的方形本體 662、侧向凸設於該本體662上部的固定部664及分別沿 該本體662的一組相對棱邊凸設於該本體662下部的兩橫 截面呈三角形的施力部666。該本體662於另一組相對棱 邊分別開設一豁口 667。該固定部664開設有螺鎖孔668 第6頁/共18頁 098120339 表單編號Α0101 201100792 。該連接件67包括可螺設於該滑動件64的螺絲孔645的螺 紋連接部672及自該連接部672延伸出的可螺鎖於該推拉 力計3〇的一螺桿32的套鎖部674。 [0015] Ο ❹ [0016] 請同時參照圖3，組裝時，用螺絲1〇〇穿過該支撐臺1〇的 一級鎖固孔11之一並鎖固於該施力機構60的導向件62的 口疋孔624 ’即將該導向件62鎖固於該支撐臺10並位於該 調節裝置80與該推拉力計30之間。讓該連接件67的螺紋 連接部672旋入該施力機構60的滑動件64的螺絲孔645， 並讓該施力機構60的驅動件66穿設於該滑動件64的穿設 孔646，將該調節件68及緊固侏69分別螺設於該驅動件 的螺鎖孔668及該滑動件64的螺鎖今648，這時，該調 節件68的末端抵靠於該滑動件64的裝設坪644的頂面，該 緊固件69的末端抵頂於該驅動件66的豁口 667。將該滑動 件64的滑體642滑動地穿設於該導向件62的滑道622内。 轉動該連接件67使其螺紋連接部672部分旋出，而讓套鎖 部674鎖固於該推拉力言十3〇的對應螺桿32丄，從而將該推 妆力計30與該滑動件64連接在一起。 娜試一待測產品200的呈直角的拐角部位202的強度時， 將該夾持裝置90按測試需要固定於該放置臺7〇，使該拐 角部位2 0 2的兩外侧邊分別抵接該兩夾持裝置9 〇的播止件 92 ’而该兩失甜94將該待測產品200抵壓於該放置臺γ〇 。旋鬆該調節件68及緊固件69，讓該驅動件66的兩施力 邹666的側面分別擋靠於該拐角部位2〇2的兩内側邊。這 時’螺鎖該調節件68及緊固件69，使該調節件μ的末端 抵靠於該滑動件64靠近螺鎖孔668的位置和該緊固件69的 098120339 表單編號Α0101 第7頁/共18頁 0982034617-0 201100792 [0017] [0018] [0019] 098120339 末端抵頂於該驅動件66的豁口 667，將該驅動件66穩固固 定在該滑動件64，而其兩施力部666則分別牢固地擋靠於 該拐角部位2〇2的兩内侧邊。 轉動該傳動機構20的搖桿26，使該傳動螺桿24相對該支 撑板22轉動並向遠離該待測產品2〇〇的方向移動，藉由與 該傳動螺桿24相連的導套28及傳動塊48，帶動該滑板44 向遠離該待測產品200的方向滑動。同時，該推拉力計3〇 藉由該連接件67拉動該滑動件64 ’而讓該驅動件66的兩 施力部666向該拐角部位202的相應内侧邊施加不同方向 的拉力，迫使該拐角部位202的兩側邊向不同的方向發生 變形°當該推拉力計30的錶盤34的讓數等於或大於預定 值時’停止轉動該搖桿26，若該拐角部位2〇2不破裂，說 明其強度合乎要求，反之則為不合格。這槔，即實現了 待測產品強度的自動檢測，不僅檢測結果準確、檢測效 率高，而且也使工人的勞動強度降低。 由於該支撐臺1 〇上開設多組鎖固孔11，該導向件62可根 據實際測試的需要選擇固定於該支撐臺1 0的不同位置。 °玄待測產品2 〇 0可由該夾持裝置9 0的兩撞止件9 2及失甜 94直接固持於該支撐臺1〇的第一端，而不需要該調節裝 置80和放置臺7〇。 請參照圖4，為本發明強度檢測設備的第二較佳實施方式 ，其具有與第—較佳實施方式不同的施力機構3〇〇及爽持 裝置400。該施力機構300包括導向件320、滑動件34〇、 驅動件360、連接件38〇及用於調節該驅動件36〇的調節 件390。該導向件320於上部貫穿開設有方形滑道324。 表單編衆A0101 第8頁/共18頁 0982034617-0 201100792該滑動件議括滑細及自該滑體州一端延伸出的 裝設部342，該裝設部342包括兩間隔設置的固定板344 ，於該兩固定板344之間形成收容口 346 ’該兩固定板 344分別開設有相互對應的穿設孔348。該驅動件360為 一可穿置於該兩固定板344的穿設孔348而置於該收容口 346内的板體。該驅動件360於頂端突出一具有螺鎖孔 364的固定部362。該夾持裝置400為一可螺設於放置臺 70的大頭螺釘。 ^ [0020] 〇 請繼續參照圖5，組裝時，按照前述方式，.將該施力機構 300的導向件320固設於該支撐臺10頂面並位於該放置臺 70與該推拉力計30之間，讓該滑動件340的滑體341滑動 地穿設於該導向件320的滑道324内。用該連接件380將 該推拉力計30與該滑動件340連接在一起。將該調節件 390螺鎖於該驅動件360的螺鎖孔364。將該驅動件360穿 設於該滑動件340的兩固定板344的穿設孔348内，從而 讓該調節件390的末端抵靠於對應穿設孔348的邊緣。 〇 [0021] 測試另一待測產品5 0 0的拉環5 0 2及拉手部504的強度時 ’取出該驅動件360，讓該拉手部504置於該滑動件340 的收容口 346内’將該驅動件360再穿入該兩固定板344 的穿設孔348内，這樣，該驅動件360即擋置於該拉手部 5〇4内。將該夾持裝置4〇〇穿置於該拉環5〇2内，並螺鎖 於該放置臺70，從而將該待測產品500固持於該強度檢測 設備上。即可按照前述的方式轉動該傳動機構2〇的搖桿 26，帶動該推拉力計3〇向遠離該待測產品5〇〇的方向滑動 ，讓該夾持裝置400及驅動件360分別向該待測產品50{) 098120339 表單蝙號A0101 第9頁/共18頁 0982034617-0 201100792 的拉環502及拉手部50 4施加相反方向的力而迫使其變形 °同樣，當該推拉力計30的錶盤34的讀數等於或大於預 定值時’停止轉動該搖桿26，若該拉環502及拉手部504 不破裂，說明其強度合乎要求，反之則為不合格。 [0022] 可見’該強度檢測設備的施力機構300及夾持裝置400可 根據待測產品的實際測試需要靈活設計，而不限於以上 兩種實施方式。此外，該強度檢測設備也可根據待測產 品的測試需要向其施加推力來檢測其強度。 [0023] 综上所述，本發明符合發明專刺養件，爰依法提出專利 ; . ： .... 申請。惟，以上所述者僅為本發明之較佳實施例，舉凡 熟悉本案技藝之人士，在爰依本發明精神所作之等效修 飾或變化，皆應涵蓋於以下之申請專利範面内。 【圖式簡單說明】 [0024] 圖1係本發明強度檢測設備的第一較佳實施方式的部分立 體分解圖。 [0025] 圖2係圖1中的驅動件的放大圖。 [0026] 圖3係本發明強度檢測設備的第一較佳實施方式用於檢測 一待測產品時的示意圖。 [0027] 圖4係本發明強度檢測設備的第二較佳實施方式的部分立 體分解圖。 [0028] 圖5係本發明強度檢測設備的第二較佳實施方式用於檢測 另一待測產品時的示意圖。 【主要元件符號說明】 098120339 表單編號A01G1 第10頁/共18頁 0982034617-0 201100792 支撐臺 10 鎖固孔 11 支腳螺栓 12 傳動機構 20 支撐板 22 傳動螺桿 24 搖桿 26 導套 28 推拉力計 30 螺桿 32 錶盤 34 安裝機構 40 軌道板 42 滑板 44 壓板 46 傳動塊 48 施力機構 60 ' 300 導向件 62 ' 320 滑道 324 、 622 固定孔 624 滑動件 64 > 340 滑體 341 、 642 裝設部 342 、 644 •固定板 344 收容口 346 穿設孔 348 ' 646 螺絲孔 645 螺鎖孔 364 ' 648 ' 668 驅動件 66 ' 360 本體 662 固定部 362 、 664 施力部 666 豁口 667 連接件 67、380 螺紋連接部 672 套鎖部 674 調節件 68、390 緊固件 69 放置臺 70 調節裝置 80 夾持裝置 90、400 擋止件 92 夾鉗 94 螺絲 100 待測產品 200 、 500 拐角部位 202 拉環 502 拉手部 504 表單編號A0101 第11頁/共18頁 0982034617-0 098120339[0004] [0005] 098120339 Form No. A0101 201100792 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to an intensity detecting apparatus. [Prior Art 3 [0002] The corner portion of the injection molded product is composed of two or more molten plastics. Due to the molding process, the plastic at the corner portion is not well solidified together, and there is a hidden danger of cracking. [0003] In actual production, in addition to improving the molding process, it is often necessary to perform strength testing on the corner portion of the pear product. Rain is currently detected by the worker's hand to shake the side of the corner to detect the difficulty of cracking. However, because each person's force and force application are not the same, the detection result is inaccurate. At the same time, the detection efficiency is low, and the labor intensity of the worker is also an obvious defect. [Inventive content] In view of the above, it is necessary to provide a The strength of the production can be measured from: ...; ::: Intensity detection equipment for dynamic detection. A strength detecting device includes a support table, a push-pull force gauge for reading thrust or tension, a mounting mechanism for slidingly mounting the push-pull force gauge on the support table, and a wire on the support table and respectively located on the push-pull force meter a driving mechanism and a biasing mechanism on the opposite side, the mounting mechanism includes a sliding plate slidable relative to the supporting table, the push-pull force gauge is fixed to the sliding plate, and the transmission mechanism is connected to the sliding plate to balance the pushing and pulling force meter, the force applying mechanism The utility model comprises: a member fixed to the wire feed member, a money-sliding device mounted on the material (4), a connecting member for connecting the force-pull force meter and the sliding member, the sliding member: a medium moving member for applying a thrust or a pulling force to the product to be tested, 4 pages/total 18 pages 0982034617-0 201100792 [0006] Ramp A uses a hybrid dynamometer to drive the sliding member of the urging mechanism relative to the "sliding member" to force the driving member to test the product, not only to automatically detect the test The strength of the product, and by testing different force applying mechanisms to detect the same-test product or different test products, one test site [embodiment] In a preferred embodiment, the adjustment includes a square support table 1G, and a fourth (four) adjustment of the first end of the top surface of the support platform 10, which is provided on the bottom surface of the support 1:10. The device 8Q, the product to be tested fixed to the adjusting device 8G, the clamping device 9 that can be installed at different positions of the placing table 7〇, and the transmission mechanism installed at the second end of the top surface of the supporting table 1 2〇, the force gauge 30, the sliding force gauge 3〇 is slidably mounted on the top surface of the support table 1 and located between the adjusting device 8〇 and the transmission mechanism 2〇 and can be measured A force applying mechanism that applies a pushing or pulling force to the product. ί . - "l '_=<·* ti" Production - [0008] The support table 10 is between the adjusting device 8 Q and the mounting mechanism 40 The plurality of sets of locking holes 11 are opened at a position, and the adjusting device 80 can vertically adjust the placing table 70 vertically with respect to the supporting table 10. [0010] The clamping device 90 includes two mounting top surfaces of the placing table. The stop member 92 and the two clamps 94. [0011] The transmission mechanism 20 includes a support plate 22 and a screw fixed to the top surface of the support table 10. The transmission screw 24 disposed on the support plate 22, the L-shaped rocker 26 mounted on one end of the transmission screw 24, and the guide sleeve 28 fixed on the other end of the transmission screw 24 0982034617-0 098120339 Form No. AG1G1 . 18 pages 201100792 ο [0012] The push-pull force gauge 30 has a screw 32 protruding at each end. The push-pull force gauge 30 is provided with a dial for reading the thrust or tension applied to the product to be tested 34 [0013] The mounting mechanism 40 includes two rail plates 42 fixed to the top surface of the support table, a sliding plate 44 slidably disposed between the two rail plates 42, and two sliding plates 44 respectively fixed to the two rail plates 42 for pressing the sliding plate 44. The elongated platen 46 and the transmission block 48 fixed to the sliding plate 44 near one end of the transmission mechanism 2〇. The guide sleeve 28 of the transmission mechanism 20 is slidably coupled to the transmission block 48 in a direction perpendicular to the support table 1''. [0014] Please refer to FIG. 2 at the same time, the force applying mechanism! 60 includes a guide member 62, a slider 64, a drive member 66, a connector member 67, an adjustment member 68 for adjusting the driver member 66, and a fastener 69 for locking the driver member 66. In this embodiment, the adjusting member 68 and the fastener 69 are both screws. The guiding member 62 has a square sliding channel 622 extending through the upper portion, and a fixing hole 624 is defined at the bottom end. The sliding member 64 includes a square sliding body 642 slidably disposed through the sliding path 622 of the guiding member 62 and a mounting portion 644 extending from the end of the sliding body 642. The slider 642 is provided with a screw hole 645 at the other end. The mounting portion 644 has a through hole 646 formed in a square shape, and a screw hole 648' that communicates with the through hole 646 at the end thereof. The through hole 646 is disposed obliquely. The driving member 66 includes a square body 662 that can be disposed through the through hole 646 of the mounting portion 644, a fixing portion 664 protruding laterally from the upper portion of the body 662, and a pair of opposite edge convex portions respectively along the body 662. Two urging portions 666 having a triangular cross section disposed at a lower portion of the body 662. The body 662 defines a slit 667 in the other set of opposite edges. The fixing portion 664 is provided with a screw hole 668. Page 6 of 18 098120339 Form number Α0101 201100792. The connecting member 67 includes a threaded connecting portion 672 screwed to the screw hole 645 of the sliding member 64 and a locking portion 674 extending from the connecting portion 672 and screwed to a screw 32 of the push-pull force gauge 3〇. . [0015] 同时 请 [0016] Please refer to FIG. 3 at the same time, when assembling, one of the primary locking holes 11 of the support table 1 is screwed through the screw 1 and locked to the guide 62 of the urging mechanism 60. The mouth opening 624' locks the guide member 62 to the support table 10 and is located between the adjustment device 80 and the push-pull force gauge 30. The screwing portion 672 of the connecting member 67 is screwed into the screw hole 645 of the sliding member 64 of the urging mechanism 60, and the driving member 66 of the urging mechanism 60 is passed through the through hole 646 of the sliding member 64. The adjusting member 68 and the fastening 侏 69 are respectively screwed on the screw hole 668 of the driving member and the screw lock 648 of the sliding member 64. At this time, the end of the adjusting member 68 abuts against the mounting plate of the sliding member 64. At the top surface of the 644, the end of the fastener 69 abuts against the gap 667 of the driving member 66. The slider 642 of the slider 64 is slidably inserted into the slide 622 of the guide 62. The connecting member 67 is rotated to partially unscrew the threaded connecting portion 672, and the locking portion 674 is locked to the corresponding screw 32 推 of the push-pull force, so that the dressing force meter 30 and the sliding member 64 are rotated. connected. When trying to measure the strength of the corner portion 202 of the product 200 at a right angle, the clamping device 90 is fixed to the placing table 7 according to the test requirement, so that the two outer sides of the corner portion 220 are respectively abutted. The two gripping devices 9 〇 the catching member 92 ′ and the two sweet spots 94 press the product to be tested 200 against the placing table γ 〇. The adjusting member 68 and the fastener 69 are loosened so that the sides of the two biasing members 666 of the driving member 66 respectively abut against the inner side edges of the corner portion 2〇2. At this time, the adjusting member 68 and the fastener 69 are screwed so that the end of the adjusting member μ abuts against the position of the sliding member 64 near the screw locking hole 668 and the 098120339 of the fastener 69. Form No. 1010101 Page 7 of 18 Page 0902034617-0 201100792 [0019] [0019] 098120339 The end abuts against the gap 667 of the driving member 66, the driving member 66 is firmly fixed to the sliding member 64, and the two urging portions 666 are respectively firmly fixed. The ground stops against the two inner sides of the corner portion 2〇2. Rotating the rocker 26 of the transmission mechanism 20, the transmission screw 24 is rotated relative to the support plate 22 and moved away from the product 2 to be tested, by the guide sleeve 28 and the transmission block connected to the transmission screw 24. 48, the sliding plate 44 is driven to slide away from the product 200 to be tested. At the same time, the push-pull force gauge 3 拉 pulls the sliding member 64 ′ by the connecting member 67 to cause the two urging portions 666 of the driving member 66 to apply different pulling forces to the respective inner sides of the corner portion 202 to force the corner The two sides of the portion 202 are deformed in different directions. When the number of the dials 34 of the push-pull gauge 30 is equal to or greater than a predetermined value, the rotation of the rocker 26 is stopped. If the corner portion 2〇2 is not broken, Its strength is satisfactory, otherwise it is unqualified. In this case, the automatic detection of the strength of the product to be tested is realized, and not only the detection result is accurate, the detection efficiency is high, but also the labor intensity of the worker is lowered. Since a plurality of sets of locking holes 11 are formed in the support table 1, the guide member 62 can be selected to be fixed at different positions of the support table 10 according to actual test requirements. The 待 待 test product 2 〇 0 can be directly held by the two strikers 9 2 and the loss of sweetness 94 of the clamping device 90 at the first end of the support table 1 , without the adjustment device 80 and the placement table 7 Hey. Referring to Fig. 4, a second preferred embodiment of the strength detecting apparatus of the present invention has a biasing mechanism 3A and a refreshing device 400 different from the first preferred embodiment. The urging mechanism 300 includes a guide member 320, a slider 34, a driving member 360, a connecting member 38A, and an adjusting member 390 for adjusting the driving member 36A. The guide member 320 has a square slide 324 extending through the upper portion. Form Editor A0101 Page 8 of 18 0982034617-0 201100792 The slider includes a sliding portion and a mounting portion 342 extending from one end of the slider state. The mounting portion 342 includes two spaced apart fixing plates 344. A receiving port 346 is formed between the two fixing plates 344. The two fixing plates 344 are respectively provided with corresponding through holes 348. The driving member 360 is a plate body that can be placed in the receiving opening 346 through the through hole 348 of the two fixing plates 344. The driving member 360 protrudes from the top end with a fixing portion 362 having a screw hole 364. The holding device 400 is a cap screw that can be screwed to the placing table 70. [0020] Please continue to refer to FIG. 5. When assembling, in accordance with the foregoing manner, the guiding member 320 of the urging mechanism 300 is fixed on the top surface of the supporting table 10 and located at the placing table 70 and the pushing and pulling force meter 30. The sliding body 341 of the sliding member 340 is slidably disposed in the sliding path 324 of the guiding member 320. The push-pull gauge 30 is coupled to the slider 340 by the connector 380. The adjusting member 390 is screwed to the screw locking hole 364 of the driving member 360. The driving member 360 is disposed in the through hole 348 of the two fixing plates 344 of the sliding member 340, so that the end of the adjusting member 390 abuts against the edge of the corresponding through hole 348. 002[0021] When testing the strength of the pull ring 502 of the other product to be tested 500 and the strength of the handle portion 504, 'the drive member 360 is taken out, and the handle portion 504 is placed in the receiving port 346 of the slider 340' The driving member 360 is inserted into the through hole 348 of the two fixing plates 344, so that the driving member 360 is placed in the handle portion 5〇4. The clamping device 4 is placed in the pull ring 5〇2 and screwed to the placing table 70 to hold the product to be tested 500 on the strength detecting device. The rocker 26 of the transmission mechanism 2〇 can be rotated in the foregoing manner to drive the push-pull force gauge 3 to slide away from the product 5〇〇 to be tested, so that the clamping device 400 and the driving member 360 respectively The product to be tested 50{) 098120339 Form bat number A0101 Page 9 / 18 pages 0982034617-0 201100792 The pull ring 502 and the handle portion 50 4 exert a force in the opposite direction to force it to deform. Similarly, when the push-pull gauge 30 When the reading of the dial 34 is equal to or greater than the predetermined value, the rotation of the rocker 26 is stopped. If the pull ring 502 and the handle portion 504 are not broken, the strength is satisfactory, and vice versa. [0022] It can be seen that the force applying mechanism 300 and the clamping device 400 of the strength detecting device can be flexibly designed according to the actual testing requirements of the product to be tested, and is not limited to the above two embodiments. In addition, the strength detecting device can also apply a thrust force to the test of the product to be tested to detect its strength. [0023] In summary, the present invention conforms to the invention specializes in thorns and raises patents according to law; . : .... application. The above description is only the preferred embodiment of the present invention, and equivalent modifications or variations made by those skilled in the art will be covered by the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS [0024] Fig. 1 is a partially exploded perspective view showing a first preferred embodiment of the strength detecting apparatus of the present invention. 2 is an enlarged view of the driving member of FIG. 1. 3 is a schematic view showing a first preferred embodiment of the strength detecting device of the present invention for detecting a product to be tested. 4 is a partially exploded perspective view of a second preferred embodiment of the strength detecting apparatus of the present invention. 5 is a schematic view showing a second preferred embodiment of the strength detecting device of the present invention for detecting another product to be tested. [Main component symbol description] 098120339 Form No. A01G1 Page 10/Total 18 page 0982034617-0 201100792 Support table 10 Locking hole 11 Support bolt 12 Transmission mechanism 20 Support plate 22 Drive screw 24 Rocker 26 Guide sleeve 28 Push-pull gauge 30 screw 32 dial 34 mounting mechanism 40 track plate 42 slide plate 44 pressure plate 46 transmission block 48 urging mechanism 60 '300 guide 62 ' 320 slide 324, 622 fixing hole 624 sliding member 64 > 340 sliding body 341, 642 installation 342, 644 • fixing plate 344 receiving port 346 through hole 348 ' 646 screw hole 645 screw hole 364 ' 648 ' 668 driving member 66 ' 360 body 662 fixing portion 362 , 664 urging portion 666 gap 667 connecting member 67 , 380 Threaded connection 672 Sleeve 674 Adjusting piece 68, 390 Fastener 69 Placement table 70 Adjustment device 80 Clamping device 90, 400 Stopper 92 Clamp 94 Screw 100 Product to be tested 200, 500 Corner part 202 Pull ring 502 Handle 504 Form No. A0101 Page 11 of 18 0982034617-0 098120339