M366677 五、新型說明： 【新型所屬之技術領域】 置’尤指一種 本創作係有關一種扭力測試機之央^寺I 可供夾持扭力扳手之握持部之失持裝置。 【先前技術】 請參閱第11圖，在作扭力測試時， 作端6 1係設置於機台γ之驅動裝置7 扳手6其工 之握柄6 2係被蚊於炎座7 2之_^ =板手6 夾部7 2 1之下方並固定於一板件72 1處，該兩 頭座7 1 1以旋轉該工作端6 k接頭，馬達驅動 超出額定值之時，扭力扳手内部二之扭力值 而可測試其扭力值之Α小。轉财㈣跳脫，從 6二扭力值之測試時’扭力扳手6其工作端 因端皆受到穩固之夾持固定，同時，對於 力扳手6工作端61之接頭而產生之跳脫、震 ^動等其他_之情形，幾乎皆直接作用在測試機台 影響而^以往’測試機台7之精度將會受到上述情況之 響扭力Γ 卩相試之誤差社幅提昇，最終將會影 ? ，更因扭力扳手6測試時其工作端6 1與握柄6 工# =到固定，如此，除了與使用者於實際操作時之 人人固定且握柄端可作相對旋轉之情況不同外，亦不符 施力之動作行為，所以，對扭力扳手兩端施 3 M366677 以完全固定且無緩衝設計之測試模式，其所測試出之精声 恐仍具有一定程度之誤差。 是故，可知上述之習用技術仍有其可改良之處。 【新型内容】 本創作之主要目的，在於解決上述的問題而提供一種 扭力測試機之炎持裝置改良，其係將該夾持裝置設計成具 有可旋轉、滑動等運動行為之裝置，藉此將扭力板手測試: 中所產生之跳脫、震動、拉扯等情況作適度之傳遞釋放， 以使機台之測試精度不受到上述情況的影響，以提高測試 之精準度。 本創作之次一目的，係藉由夾持裝置之設計，使得扭 力扳手之握柄於測試扭力值時具有一定之旋擺、滑動行為 ’藉此使其趨近於使用者之實際操作模式，從而得到較佳 之測試精度。 為達則述之目的，本創作之炎持裝置係設於一機台上 ，該機台上另設有一驅動裝置，該驅動裝置係供一手工具· 之工作端設置，該夾持裝置係供夾持該手工臭之握柄，其· 特徵在於：該夾持裝置包括一擺動本體及一滑動本體，其 中該擺動本體樞設於該機台上，該擺動本體旅具有一開口 面向該驅動裝置之容置通道，又該滑動本體係固設於該容 置通道中並與該擺動本體同動，且該滑動本髏炎具有一供 該手工具握柄定位滑設於其中之滑道。 本創作之上述及其他目的與優點，不難從下述所選用 M366677 實施例之詳細說明與附圖中，獲得深入了解。 當然’本創作在某些另件上，或另件之安排上容許有 所不同，但所選用之實施例，則於本說明書中，予以詳細 說明，並於附圖中展示其構造。 【實施方式】 請參閱第1圖至第1〇圖，圖中所示者為本創作所選 用之實施例結構，此僅供說明之用，在專利申請上並不受 此種結構之限制。 請先參閱第1〜3圖，以下係本創作『扭力測試機之 夾持裝置改良』之實施例說明，該夾持裝置2係設於一機 台1上，該機台1上另設有一驅動裝置i i，該驅動裝置 1 1係供一手工具（例如扭力扳手）3之工作端3 1設置， 且該夾持裝置2係供夾持該手工具（扭力板手）3之握柄 3 2，另外，於該驅動裝置1 1之下方處更設有驅動馬達、 減速機以及與該工作端之接頭相銜接之其他構件，此為習 用技術，故於此不贅述，該夾持裝置之特徵係在於： 該夾持裝置2包括一擺動本體2 1及一滑動本體2 2 ，該擺動本體2 1係樞設於該機台1上，該擺動本體2丄 並具有一開口面向該驅動裝置1 1之容置通道2 i丄，又 該滑動本體2 2係固定設於該容置通道2 i i中並與該擺 動本體2 1同動，且賴動本體2 2並具有-供該手工具 (扭力扳手）3握柄3 2定位滑設於其中之滑道2 2 1。 於本實施例中，該滑動本體係一線性軸承。 5 M366677 另外，該機台1上相對該驅動裝置1 1的一側設有一 移動座12，該夾持裝置2係設置於該移動座1 2上，而 該移動座1 2係可相對該驅動裝置1 1作靠近或遠離之調 整，其中該移動座1 2設於一機台1之執道1 〇上，如此 ，可因應對不同長度之扭力祓手3作夾持時之位置設置。 並且，該夾持裝置2更包括有一板體2 3，該板體2 3係 固定設於該移動座1 2上，其中該板體2 3與該移動座1 2之間更設有一連接板1 3，藉以調整該板體2 3設置之 前後位置，並且於該板體2 3左、右兩侧緣處分設有數擋 件2 3 1，各該擋件2 3 1除了用以將該板體2 3鎖固於 該連接板1 3上，更可供該擺動本體2 1樞擺時之擋止抵 靠，並且該板體2 3中央處並直立設有一軸件2 3 2，而 該擺動本體2 1包括一底板212,該底板2 1 2中央具 有一受該軸件2 3 2穿設之樞孔2 1 2 A，該樞孔2 1 2 A與該轴件2 3 2之間更設有一培林2 1 2 B，並以此供 該擺動本體2 1樞設於該板體2 3上。 並且，該底板2 1 2左、右兩侧分設一擋止壁2 1 3 ，該兩擋止壁213與該底板212之間形成該容置通道 2 1 1，該容置通道2 1 1係呈矩形狀，又該兩擋止壁2 1 3頂部間跨設有一蓋板2 14，該蓋板2 1 4底部凹設 有一可抵接該滑動本體2 2頂侧之定位部2 1 5，且該篥 板2 1 4與該兩擔止壁2 1 3頂部之間分別至少以一鎖固 件2 1 6作鎖固以固定之。藉此，將該滑動本體2 2定位 於該容置通道2 1 1中，並使該擺動本體2 1與該滑動本 M366677 體2 2產生樞轉同動之效果。 再者，上述該握柄3 2係可預先穿設於一中空管狀之 環狀件2 4之中，且該環狀件2 4並滑設於該滑動本體2 2之滑道2 2 1内。並且，該環狀件2 4周壁至少貫穿設 有一定位孔241’該定位孔241中螺設有一末端可抵 頂於該握柄3 2上之定位件2 4 2，例如埋頭螺絲，藉此 ’可將該握柄3 2穩固定位，而於本實施例中，係於該環 狀件2 4周側對稱各設有三個定位孔2 41以及對應數目 之定位件2 4 2。 另外，更於該握柄3 2與該環狀件2 4之間設有一具 有柔軟性質且可彎曲之缓衝件2 5，藉此，除了可避免兮 定位件2 4 2末端對該握柄3 2之抵接磨損外，當握柄3 2尺寸、形狀、大小不一時，可適時藉由該緩衝件2 5之 設置，而能方便挾持不同尺寸、形狀與型態之握柄3 2， 以利於扭力測試工作之進行。當然，若設置緩衝件2 5時 ，前述之定位件2 4 2係可抵頂於該緩衝件2 5上，而不 用直接抵接於握柄3 2之上。 請參閱第3、4圖’於測試前，係可先將該緩衝件2 5彎曲並包覆住該握柄3 2周圍，並使包覆有緩衝件2 g 之握柄3 2塞入該環狀件2 4孓中而受其挾持，當然，為 避免握柄3 2與該環狀件2 4間產生滑移，係可採前 方式，以定位件穿過且螺設於該環狀件2 4之定位孔2 4 1，並使定位件2 4 2之末端抵頂住該握柄3 2或是該、緩 衝件2 5上’以使握柄3 2產生固定之效果，亦即可讓握 7 M366677 柄32與該環狀件24產生同動。之後 ，再將環狀件2 4 塞入於該二動本體2 2之滑道2 2 1 +。當^，設置好後 並得將刖述之蓋板2 1 4蓋設於賴動本體2 2之上，並 鎖設該蓋板2 14於該兩擒止壁21 3之頂部，以使該滑 動本體2 2達到定位的狀態，並讓該滑動本體2 2與該擺 動本體21可具有掩轉同動之效果。 請參閱第4、5圖，於測試中，該扭力扳手3其工作 端3 1又到該驅動裝置1 1之旋轉驅動，使得扭力扳手3 產生旋擺’同時’並因扭力扳手3之握柄3 2受到夾持之 故，使得前述旋轉驅動之力量於此握柄3 2處傳遞而出， 擺2的傳遞’該握柄3 2帶動該滑動本體2 2 乂 滑動本體2 2已蚊於該擺動本體2 1 q 9我^狀態’此時，該擺動本體2 1即以該軸件2 ==作樞轉。並且，因扭力測試時扭力扳手3會 卽於；二翻：之推移’此時’握柄3 2連同該環狀件2 4 取^月體2 2之滑道2 2 1中朝後作轴向滑移，於 =二即為環狀件其外駿與該祕轴承之滾珠作 產生軸向滑動效果。 ::述’可知本創作之夾持裝置，能對夾持於此處 於進行扭力測試時所產生之旋轉、震動以及些 他情況，藉由該擺動本體、該滑動本體與該板 體之間所產生之旋轉、滑動與位移等情況而達到適度之釋 t故不會發生如習用技術般因長期震動而造成機： 精度之跑掉之問題，亦即可降低測試之誤差。 M366677 當然，本創作仍存在許多例子，其間僅細節上之變化 。請參閱第6圖’其係本創作之第二實施例，其中該爽持 裝置2更包括一板體26，該板體26固設於該移動座1 2上並直立設有一軸件2 6 1，而該擺動本體2 1底部貫 穿設有一受該轴件2 6 1穿設之樞孔2 1 7，以供該擺動 本體2 1樞設於該板體2 6之軸件2 6 1上，且該容置通 道2 1 1係與該滑動本體2 2相互緊配合之形狀。而於本 .實施例中，該容置通道2 1 1係呈圓形，該滑動本體2 2 φ 亦為一外周呈圓形之線性軸承。藉此，廠商可視需求而採 用不同之製作方式，而達成本之控管》 请參閱第7、8圖，於前述第一實施例中，更可於該 擺動本體2 1之容置通道2 1 1底面與該滑動本體2 2之 間設有一墊高組件4，於本實施例中，該墊高組件4包括 至少一墊板41與一门形板4 2，其中該墊板41係置放 於該容置通道2 1 1底面之底板2 1 2上，該门形板42 係蓋設於該墊板4 1之上，並且該门形板4 2前後兩側之 鲁 彎折段4 2 1係朝下擋住於該墊板4 1之端緣，藉以防止 '墊板4 1從該容置通道2 1 1脫出，並且該滑動本體2 2 • 係被定位設於該门形板4 2之頂面處。 而藉此墊高組件4之設計，可於扭力板手測試時，若 其工作端3 1與握柄3 2之間存在不等高之情況時，可^ 時借助墊高組件4之設計，而使得扭力扳手3兩端形成同 高度之狀態’以利扭力扳手之測試。 當然，在墊高之後，其原本之蓋板2丄4之定位部2 9 M366677 1 5仍一樣蓋住於該滑動本體2 2頂側，並 6作鎖固，其㈣高之故，故蓋板214會m 1 3頂部存在一定間隙，此屬正常。 請參閱第9、1〇圖，於本創作中，更存在另一種實 施態樣，即該擺動本體5包括一底板5 1，該底板5丄一 側設有一擋牆5 2，另一側上方為開放狀，亦即令該擺動 本體5呈L形，並可於該底板5丄頂面上設一定位板5 3… ，該定位板5 3對應該滑動本體2 2軸向之外周侧設有一，」 定位凹部5 3 1，該滑動本體2 2定位設置於該定位凹部 · 5 3 1 ,且該滑動本體2 2於其徑向周側上設有一可彎折 且橫跨過該谷置通道5 〇之固定件5 4 (例如：一帶體） ，而該滑動本體2 2之固定方式，係藉由使該固定件5 4 一&樞攻於該擔牆5 2頂部，另一端樞設於該底板5 1另 一侧邊5 1 1上，於實施上，係可藉由螺栓5 4 i鎖設等 類似方式來達成固定。如此，於測試前之組裝過程即較為 便利且省時。 並且，上述之定位板5 3更包括有一门形板5 3 2與，鲁 一個以上的墊板5 3 3，而上述之定位凹部5 3丄即設於-該门形板532上，且該墊板5 3 3即設置於該底板5 1 與該Π形板5 3 2之間’其中該门形板5 3 2前後兩端之 f折段5 3 2 A係可分別擔止在該塾板5 3 3之前後兩端 緣，以防止該墊板5 3 3組接好後脫出該容置空間5 〇。 當然，如前所述，該擺動本體5之底板5 1與該機台 1之間，係設置有一培林5 5以及一固設於機台丄板體2 M366677 3上之軸件2 3 2，且該轴件2 3 2係穿伸該培林5 5， 該培林5 5並設置於該底板51之樞孔5 1 2，藉以達到 所述之樞轉效果。 至此’可了解本創作之實施態樣甚多，皆能達到本創 作前述扭力測試時之擺動與轴向滑移之需求，並且可視情 況而可墊高夾持裝置處之高度，以便扭力測試之操作，並 '，確保測試之精度。 _ 以上所述實施例之揭示係用以說明本創作，並非用以 限制本創作，故舉凡數值之變更或等效元件之置換仍應隸 屬本創作之範疇。 由以上詳細說明，可使熟知本項技藝者明瞭本創作的 確可達成前述目的，實已符合專利法之規定，爰提出專利 申請。 【圖式簡單說明】 φ 第1圖係本創作之立體示意圖 第2圖係本創作之立體分解示意圖 •第3圖係第2圖組合後立體示意圖 第4圖係本創作設置有扭力扳手時之部份剖面示意圖 第5圖係第4圖之使用狀態示意圖 第6圖係係本創另一實施例之立體分解示意圖 第7圖係本創作增設有塾高組件時之立體分解示意圖 M366677 第8圖係第7圖之立體組合示意圖 第9圖係本創作之擺動本體以L形態作實施時之立體分解 不意圖 第1 0圖係第9圖之立體組合示意圖 第11圖係習用夾持裝置示意圖 【主要元件符號說明】 (習用部分） 扭力扳手6 工作端6 1 握柄6 2 機台7 驅動裝置7 1 頭座7 1 1 炎座7 2 板件7 3 (本創作部分） 夾部7 2 1 機台1 軌道1 0 驅動裝置11 移動座1 2 連接板1 3 夾持裝置2 擺動本體21 容置通道211 底板2 1 2 樞孔2 1 2 A 培林2 1 2 B 擋止壁2 1 3 蓋板2 1 4 定位部2 1 5 12 M366677 鎖固件2 1 6 樞孔2 1 7 滑動本體2 2 滑道2 2 1 板體2 3 擋件2 3 1 軸件2 3 2 環狀件2 4 定位孔2 4 1 定位件2 4 2 --緩衝件2 5 板體2 6 k軸件2 6 1 • 扭力扳手3 工作端3 1 握柄3 2 墊高組件4 墊板4 1 门形板4 2 彎折段4 2 1 擺動本體5 容置通道5 0 底板5 1 側邊5 1 1 樞孔5 1 2 癱 擋牆5 2 W -定位板5 3 定位凹部5 3 1 , 门形板5 3 2 彎折段5 3 2 A 墊板5 3 3 固定件5 4 螺栓5 4 1 培林5 5 13M366677 V. New type description: [New technical field] 〗 〖In particular, this type of creation is related to a type of torque testing machine, the central temple I can be used to hold the grip of the torque wrench. [Prior Art] Please refer to Figure 11 for the torque test. The end 6 1 is set to the drive unit of the machine γ. The wrench 6 is the handle of the handle 6 2 is the mosquito in the Yantai 7 2 _ ^ = the lower part of the wrench 6 7 2 1 is fixed to a plate member 72 1 , the two-seat seat 7 1 1 rotates the working end 6 k joint, and when the motor is driven beyond the rated value, the inner part of the torque wrench The torque value can be tested to reduce the torque value. Turning money (4) to jump off, from the test of the torque value of 6 2, the torque wrench 6 has a stable clamping and fixing at the working end, and at the same time, the tripping of the working end of the working end of the force wrench 6 and the shock ^ In other cases, almost all of them directly affect the influence of the test machine. ^In the past, the accuracy of the test machine 7 will be affected by the above-mentioned situation, and the error will increase. Moreover, due to the torque wrench 6 test, the working end 6 1 and the grip 6 work # = to be fixed, so, except that the user is fixed in the actual operation and the handle end can be rotated relative to each other, It does not conform to the action behavior of the force. Therefore, the test mode of applying 3 M366677 to both ends of the torque wrench to completely fix and unbuffered design still has a certain degree of error. Therefore, it can be seen that the above-mentioned conventional techniques still have improvements. [New content] The main purpose of the present invention is to solve the above problems and provide an improvement of the inflammatory holding device of the torque testing machine, which is designed to have a device capable of rotating, sliding, etc., thereby Torque wrench test: The tripping, vibration, pulling, etc. generated in the medium are moderately transmitted and released, so that the test accuracy of the machine is not affected by the above conditions, so as to improve the accuracy of the test. The second purpose of this creation is to make the grip of the torque wrench have a certain swinging and sliding behavior when testing the torque value by the design of the clamping device, thereby making it close to the actual operation mode of the user. Thereby obtaining better test accuracy. For the purpose of the above description, the inflammatory holding device of the present invention is arranged on a machine table, and a driving device is additionally provided on the machine table, and the driving device is provided for the working end of the hand tool, and the clamping device is provided for clamping. Holding the handle of the manual smell, the clamping device comprises: a swinging body and a sliding body, wherein the swinging body is pivotally mounted on the machine, the swinging body brigade has an opening facing the driving device And accommodating the channel, the sliding system is fixed in the accommodating channel and is co-operating with the oscillating body, and the sliding sputum has a slide for the hand tool grip to be slidably disposed therein. The above and other objects and advantages of the present invention are readily apparent from the following detailed description of the embodiments of the M366677 and the accompanying drawings. Of course, the present invention may be different in some of the parts, or the arrangement of the parts, but the selected embodiments are described in detail in the present specification, and the construction thereof is shown in the drawings. [Embodiment] Please refer to Fig. 1 to Fig. 1 for the structure of the embodiment selected for the creation of the present invention. This is for illustrative purposes only and is not limited by the structure of the patent application. Please refer to the first to third figures. The following is a description of the embodiment of the "improvement of the clamping device of the torque testing machine". The clamping device 2 is mounted on a machine table 1, and the machine table 1 is additionally provided with a The driving device ii is provided for the working end 31 of a hand tool (for example, a torque wrench) 3, and the clamping device 2 is for gripping the handle 3 of the hand tool (torque wrench) 3 In addition, a drive motor, a reducer, and other components that are engaged with the joint of the working end are further disposed below the driving device 1 1 . This is a conventional technique, so the details of the clamping device are not described herein. The holding device 2 includes a swinging body 2 1 and a sliding body 2 2 . The swinging body 2 1 is pivotally mounted on the machine 1 , and the swinging body 2 has an opening facing the driving device 1 . The accommodating channel 2 i 丄, the sliding body 2 2 is fixedly disposed in the accommodating channel 2 ii and is co-operating with the oscillating body 2 1 , and the body 2 2 is provided with the hand tool ( Torque wrench) 3 grip 3 2 Position the slide 2 2 1 in which it slides. In this embodiment, the sliding system is a linear bearing. 5 M366677 In addition, a movable seat 12 is disposed on a side of the machine 1 opposite to the driving device 11. The clamping device 2 is disposed on the moving base 12, and the moving base 12 is opposite to the driving. The device 1 1 is adjusted to be close to or away from each other, wherein the moving seat 12 is disposed on the road 1 of the machine table 1 , so that the position of the hand 3 can be clamped when the torque is applied to different lengths. Moreover, the clamping device 2 further includes a plate body 2 3 , the plate body 2 3 is fixedly disposed on the moving base 12 , wherein a connecting plate is further disposed between the plate body 2 3 and the moving base 12 1 3, in order to adjust the front and rear positions of the plate body 2 3 , and a plurality of gear members 2 3 1 are respectively disposed at the left and right side edges of the plate body 2 3 , and the block members 2 3 1 are used for the board The body 2 3 is locked on the connecting plate 13 , and is further blocked by the swinging body 2 1 when pivoting, and a shaft member 2 3 2 is erected at the center of the plate body 2 3 , and the body 2 3 The swinging body 2 1 includes a bottom plate 212 having a pivot hole 2 1 2 A penetrating through the shaft member 2 3 2, and between the pivot hole 2 1 2 A and the shaft member 2 3 2 Further, a Palin 2 1 2 B is provided, and the swinging body 2 1 is pivotally mounted on the plate body 2 3 . And a blocking wall 2 1 3 is disposed on the left and right sides of the bottom plate 2 1 2 , and the receiving channel 2 1 1 is formed between the two stopping walls 213 and the bottom plate 212. The receiving channel 2 1 1 The cover is formed in a rectangular shape, and a cover plate 2 is disposed between the tops of the two stopper walls 2 1 3 . The bottom portion of the cover plate 214 is recessed with a positioning portion 2 1 5 which can abut the top side of the sliding body 2 2 . And the top plate 2 14 and the top of the two supporting walls 2 1 3 are respectively fixed by at least one fastener 2 16 to be fixed. Thereby, the sliding body 2 2 is positioned in the accommodating passage 21 1 , and the swinging body 2 1 and the sliding body M366677 body 2 2 are pivotally driven. Furthermore, the handle 32 can be pre-threaded in a hollow tubular ring member 24, and the ring member 24 is slidably disposed in the slide 2 2 1 of the sliding body 2 2 . . And the positioning hole 241 is formed in the positioning hole 241 at least in the positioning hole 241 of the ring member 24, and a positioning member 242 is fixed on the handle 3 2, for example, a countersunk screw, thereby The handles 3 2 can be stably fixed. In the present embodiment, three positioning holes 2 41 and a corresponding number of positioning members 2 4 2 are respectively disposed symmetrically on the circumferential side of the ring member 2 . In addition, a cushioning member 25 having a soft property and being bendable is provided between the grip 3 2 and the ring member 24, thereby avoiding the end of the grip member 2 4 2 from the grip. In addition to the wear and tear of the 3 2, when the size, shape and size of the grip 3 2 are different, the grips of the buffer members 25 can be timely arranged, and the grips 3 2 of different sizes, shapes and shapes can be conveniently held. In order to facilitate the work of the torque test. Of course, if the cushioning member 25 is provided, the aforementioned positioning member 24 2 can abut against the cushioning member 25 without directly abutting on the grip 3 2 . Please refer to Figures 3 and 4 before the test, the buffer member 25 can be bent and covered around the handle 3 2 , and the handle 3 2 covered with the cushioning member 2 g can be inserted into the handle. The ring member is held by the ring member 2, and of course, in order to avoid slippage between the handle member 3 2 and the ring member 24, the front piece can be adopted, and the positioning member passes through and is screwed in the ring shape. The positioning hole 2 4 1 of the piece 2 4 and the end of the positioning member 2 4 2 are pressed against the handle 3 2 or the buffer member 25 to fix the handle 3 2 , that is, The handle 7 M366677 handle 32 can be moved in conjunction with the ring member 24. Thereafter, the ring member 24 is inserted into the slide 2 2 1 + of the second movable body 2 2 . When the setting is completed, the cover plate 2 1 4 is disposed on the moving body 2 2 , and the cover plate 2 14 is locked on the top of the two stopping walls 21 3 so that the The sliding body 2 2 is in a state of being positioned, and the sliding body 22 and the swinging body 21 can have the effect of concealing the same motion. Referring to Figures 4 and 5, in the test, the working end 3 1 of the torque wrench 3 is driven by the rotation of the driving device 1 1 so that the torque wrench 3 produces a swing 'simultaneous' and due to the grip of the torque wrench 3 3 2 is clamped, so that the force of the aforementioned rotary drive is transmitted at the grip 32, and the transmission of the pendulum 2 'the grip 3 2 drives the sliding body 2 2 乂 the sliding body 2 2 has mosquitoes Swing body 2 1 q 9 I state 'At this time, the swing body 2 1 is pivoted with the shaft member 2 ==. Moreover, the torque wrench 3 will be smashed during the torque test; the second turn: the change 'at this time' the grip 3 2 together with the ring member 2 4 take the lunar body 2 2 of the slide 2 2 1 in the rearward axis Sliding, in the case of = two is the ring member and the outer ring and the ball of the secret bearing to produce an axial sliding effect. :: The description of the clamping device of the present invention can be used to rotate, vibrate and other situations generated when the torque test is performed, by the swinging body, between the sliding body and the plate body. The rotation, sliding and displacement generated can achieve a moderate release, so it will not occur due to long-term vibration as in the conventional technology: the problem of running away from precision can also reduce the error of the test. M366677 Of course, there are still many examples in this creation, only the details change. Referring to FIG. 6 , a second embodiment of the present invention, wherein the holding device 2 further includes a plate body 26 fixed to the moving base 12 and erected with a shaft member 26 . The bottom of the swinging body 2 1 is provided with a pivot hole 217 formed by the shaft member 216 for pivoting the rocking body 2 1 to the shaft member 261 of the plate body 26 And the accommodating channel 2 1 1 is in a shape that closely matches the sliding body 2 2 . In the embodiment, the accommodating passage 2 1 1 is circular, and the sliding body 2 2 φ is also a linear bearing having a circular outer circumference. In this way, the manufacturer can use different manufacturing methods to achieve the control of the present invention. Please refer to FIGS. 7 and 8. In the foregoing first embodiment, the channel 2 1 can be accommodated in the swinging body 2 1 . A padding assembly 4 is disposed between the bottom surface and the sliding body 2 2 . In the embodiment, the padding assembly 4 includes at least one pad 41 and a gate plate 42 , wherein the pad 41 is placed On the bottom plate 2 1 2 of the bottom surface of the receiving passage 2 1 1 , the door plate 42 is disposed on the backing plate 4 1 , and the curved plate 4 2 on the front and rear sides of the door plate 4 2 1 is blocked downward at the end edge of the backing plate 4 1 to prevent the 'pad 4 1 from coming off the receiving channel 2 1 1 , and the sliding body 2 2 is positioned on the door plate 4 2 at the top. Therefore, the design of the padding component 4 can be used in the design of the torsion wrench, if there is an unequal height between the working end 31 and the grip 32, the design of the padding component 4 can be used. The two ends of the torque wrench 3 are formed in the same height state to facilitate the test of the torque wrench. Of course, after the height is raised, the positioning portion 2 9 M366677 1 5 of the original cover 2 4 is still covered on the top side of the sliding body 2 2 , and 6 is locked, and the (4) is high, so the cover Plate 214 will have a certain gap at the top of m 1 3, which is normal. Referring to FIG. 9 and FIG. 1 , there is another embodiment in the present invention, that is, the swinging body 5 includes a bottom plate 5 1 , and a retaining wall 5 2 is disposed on one side of the bottom plate 5 , and the other side is above. The oscillating body 5 is L-shaped, and a positioning plate 5 3 . . . is disposed on the top surface of the bottom plate 5 , and the positioning plate 5 3 is disposed on the outer circumferential side of the sliding body 2 2 . , the positioning recess 53 3 , the sliding body 2 2 is disposed on the positioning recess · 5 3 1 , and the sliding body 2 2 is provided on the radial circumferential side thereof to be bendable and spans the valley channel 5 固定 fixing member 5 4 (for example: a belt body), and the sliding body 2 2 is fixed by pivoting the fixing member 5 4 & to the top of the supporting wall 5 2 On the other side 5 1 1 of the bottom plate 5 1 , in practice, the fixing can be achieved by a bolt 5 4 i locking or the like. In this way, the assembly process before testing is convenient and time-saving. Moreover, the positioning plate 53 further includes a door plate 5 3 2 and a plurality of pads 5 3 3 , and the positioning recess 5 3 is disposed on the door plate 532, and the The backing plate 5 3 3 is disposed between the bottom plate 5 1 and the chopping plate 5 3 2, wherein the f-folding portion 5 3 2 A of the front and rear ends of the door plate 5 3 2 can be respectively supported on the crucible The front and rear edges of the plate 5 3 3 are prevented from coming out of the accommodating space 5 后 after the lands 5 3 3 are connected. Of course, as described above, between the bottom plate 5 1 of the swinging body 5 and the machine table 1, a Palin 5 5 and a shaft member 2 3 2 fixed on the machine slab body 2 M366677 3 are disposed. And the shaft member 2 3 2 extends through the Palin 5 5 , and the Palin 5 5 is disposed on the pivot hole 5 1 2 of the bottom plate 51 to achieve the pivoting effect. At this point, we can understand that there are many implementations of this creation, which can meet the requirements of swinging and axial slip in the above-mentioned torque test of the present creation, and can heighten the height of the clamping device according to the situation, so that the torque test can be performed. Operation, and ', to ensure the accuracy of the test. The above description of the embodiments is intended to be illustrative of the present invention and is not intended to limit the scope of the present invention. From the above detailed description, it will be apparent to those skilled in the art that the present invention can achieve the foregoing objectives, and it has been in compliance with the provisions of the Patent Law and has filed a patent application. [Simple diagram of the diagram] φ The first diagram is a three-dimensional diagram of the creation. The second diagram is a three-dimensional decomposition diagram of the creation. The third diagram is the second diagram. The three-dimensional diagram of the combination is shown in Fig. 4 when the creation is provided with a torque wrench. FIG. 6 is a schematic exploded view of the fourth embodiment of the present invention. FIG. 7 is a perspective exploded view of another embodiment of the present invention. FIG. Fig. 7 is a perspective view of a three-dimensional assembly diagram of the present invention. The three-dimensional decomposition of the swing body of the present invention in the form of L is not intended to be the first embodiment of the present invention. Main component symbol description] (conventional part) Torque wrench 6 Working end 6 1 Grip 6 2 Machine table 7 Drive unit 7 1 Headstock 7 1 1 Inflammatory seat 7 2 Plate 7 3 (this part) Clip part 7 2 1 Machine 1 Track 1 0 Drive 11 Moving seat 1 2 Connecting plate 1 3 Holding device 2 Swinging body 21 accommodating channel 211 Base plate 2 1 2 Pivot hole 2 1 2 A Palin 2 1 2 B Stop wall 2 1 3 Cover 2 1 4 Positioning part 2 1 5 12 M366677 Locking 2 1 6 Pivot hole 2 1 7 Sliding body 2 2 Slide 2 2 1 Plate 2 3 Stop 2 3 1 Shaft 2 3 2 Ring 2 4 Positioning hole 2 4 1 Positioning piece 2 4 2 -- Buffer 2 5 Body 2 6 k shaft 2 6 1 • Torque wrench 3 Working end 3 1 Grip 3 2 Pad assembly 4 Pad 4 1 Door plate 4 2 Bending section 4 2 1 Swing body 5 accommodating channel 5 0 Base plate 5 1 Side 5 1 1 Pivot hole 5 1 2 瘫 Retaining wall 5 2 W - Positioning plate 5 3 Positioning recess 5 3 1 , Door plate 5 3 2 Bending section 5 3 2 A Pad 5 3 3 Fixing piece 5 4 Bolt 5 4 1 Palin 5 5 13