201130610 六、發明說明： 【發明所屬之技術領域】 本案係有關一種工具之量測轉接器，尤指一種具旋轉及形 變量測並顯示的工具之量測轉接器。 【先前技術】201130610 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a measuring adapter for a tool, and more particularly to a measuring adapter for a tool having a rotation and a shape measurement and display. [Prior Art]
請參閱「圖1」所示，如台灣專利號碼M367059其為一種 扭力量測轉接器，其包含一傳接桿1與一顯示裝置2，該傳接 桿1供連接一手工具3與一鎖接頭4，且該顯示裝置2結合固 定於該傳接桿1上，並請參閱「圖2」，該傳接桿丨上設有— 扭力感測元件5，該扭力感測元件5可量測該傳接桿丨所承受 的扭力並藉該顯示裝置2顯示出來，以供使用者參考，避免施 加的扭力過大而導致崩牙產生。 此種習知的結構，使用者雖可由顯示裝置2來得知扭力 值仁田螺接的螺絲或螺紋其表面有雜質或生鏽時，其螺紋之 ，面將有較正常值更大的表面磨擦力與阻力，將導致雖該扭力 操作顯示達到預設的扭力值而實際上該螺接之螺 二、並未r相找敎職而導關料足，危及產品安全。 之’當螺接的螺絲或螺紋其表面過度潤滑時，其 值更小的表面磨擦力與阻力，將導致該扭力量測轉 二呆.，.、頁不達到預設的扭力值而實際上 預定螺接之深度而導致過度螺接，危及產品安全螺絲超越 清參閱「圖3」、「圖4」所示，盆為 其包含—傳接”為種角度I測轉接器， 兮值脖轉 示裝置7、—殼體8與1路板9， 3亥傳接椁6供連接-丰工且1n … 电路板9 埂接手工具10與一鎖接頭 201130610 合固定於該傳接桿6上，該顯示裝置7與該電路板9結合固定 於該殼體8上，該電路板9上設有一陀螺儀12，該陀螺儀12 可量測該角度量測轉接器之旋轉角度，以供使用者參考，避免 施加的扭力過大而導致崩牙產生。 此種習知的結構’使用者雖可由顯示裝置7來得知旋轉角 度，而可確實的將欲鎖緊的螺絲鎖固在正確的深度，但因該手 工具10、該角度量測轉接器與該鎖接頭u有結合上的間隙， 因此當該手工具10、該角度量測轉接器與該鎖接頭丨丨確實接 觸並得以轉動欲鎖緊的螺絲時（即從有間隙至無間隙），隨然該 螺絲尚未旋轉但該角度量測轉接器即已產生旋轉，該旋轉將造 成里測的誤差，此現象在該手工具10往復工作時將更為明 顯’甚至無法工作。 請參閱「圖5」所示，其為一種扭力及角度量測扳手，其 包含一扭力扳手13、一角度儀14與一連接線15，該角度儀 14可拆裴的固定於該扭力扳手13上，並藉由該連接線15將 該扭力扳手13與該角度儀14連接成一體，該扭力及角度量測 扳手可同時量測施予螺絲的扭力與旋轉的角度，可解決上述扭 力量測轉接器與角度量測轉接器的問題。 此種習知的結構，除結構複雜、體積龐大、無共用性、容 易故障、製造成本昂責外，且無法提供一般傳統扳手或一般數 位扭力扳手來工作，亦無法在狹小的空間使用，所以使用範圍 有限。 請參閱「圖6」所示，如美國專利號碼5589644其為另一 種扭力及角度量測扳手，其包含一扭力扳手16並於該扭力扳 201130610 手16上裝置一陀螺儀17，該扭力及角度量測扳手亦可同時量 測施予螺絲的扭力與旋轉的角度。 此種習知的結構，除結構複雜、體積龐大、無共用性、製 造成本昂責外，且無法提供一般傳統扳手或一般數位扭力板手 來工作，亦無法在狹小的空間使用，所以使用範圍有限。 凊參閱「圖7」所示，如美國專利號碼5589644之另一實 施例，其為另-外接式之扭力及角度量測扳手，其包含一扭力 扳手18、一扭力及角度量測頭19與一控制及顯示盒2〇,並藉 •由該連接線21將該扭力及角度量測頭19與該控制及顯示盒 20連接成一體，該扭力及角度量測扳手亦可同時量測施予螺 絲的扭力與旋轉的角度。 μ 此種習知的結構，除結構複雜、體積龐大、無共用性、製 迻成本叩貝外，因有一控制及顯示盒所以須在固定位置使用， 無法任意移動至工作處使用，且因有一連接線因此較易發生接 觸不良及絆倒工作人員等問題，同時因其結構複雜、體積龐大 #所以無法在狹小的空間使用，因而其使用範圍較小。 【發明内容】 本發明之主要目的為提供—種具形變及旋轉量測的量測 轉接器U同時量測形變與旋轉之相關物理量，先利用訊號處 理系統將之解析為可供工作使用之物理量數據（如扭力、角 角速度角加速度等）’再利用顯示系統將之顯示出來供 工作者錢，工作者可_得到上述之物魏據，因此可同時 並確實判定鎖固螺·絲之鎖固深度（即螺絲之鎖固牙數）虚鎖固 力量與鎖固條件（鎖固速度與加速度）是否同時達到準確之標 201130610 準’藉以避免螺紋因雜質、生鏽、加工不&、過度潤滑等問題 而產生鎖固力量到達但鎖固深度太深或不足等固鎖不良之問 題。 為了達到上述目的，本發明為一種具形變及旋轉量測的量 測轉接器’供串接—手工具與_鎖接頭，該量測轉接器包含一 連接桿、一旋轉感應器、一形變感應器、一訊號處理系統、一 顯示系統、一殼體與一電源組件，其中該形變感應器設於該連 接桿上，而該旋轉感應器、該形變感應器、該顯示系統與該電 源組件電性連接於該訊號處理系統，且該連接桿的兩端各設有 一套接點供串接該手工具與該鎖接頭。據而藉由該旋轉感應器 及§玄开> 變感應器同時感測該量測轉接器之旋轉及形變之相關 物理訊號，並透過該訊號處理系統將該旋轉與形變之相關物理 訊號解析並程式化的運用該旋轉與形變之相關物理訊號以做 為工業上之運用，而該訊號處理系統處理完成之特定意義之物 理訊號（如扭力 '角度、角速度及加速度）再經由該顯示系統顯 示出來。 使用者同時得到形變及旋轉轉換完成的特定物理訊號（如 扭力、角度、角速度及加速度等），因此可同時並確實判定鎖 固螺絲之鎖固深度與鎖固力量與鎖固條件是否正確，以讓該手 工具螺緊該鎖接頭時，不會過頭與不及’避免該鎖接頭鬆脫或 崩牙，充分滿足使用上的需求。 【實施方式】 茲有關本發明的詳細内容及技術說明’現以實施例來作進 一步說明’但應瞭解的是，該等實施例僅為例示說明之用，而 201130610 不應被解釋為本發明實施之限制。 請參閱「圖8」、「圖9」與「圖1〇」所示，本發明為一種 具形變及旋轉量測的量測轉接器，供串接-手工具40與-鎖 接頭50:該量測轉接器包含―顯示系統⑽、一訊號處理系統 70、-旋轉感應n 80、-連接桿90、一形變感應器1〇〇、一 電源組件110與一殼體120。 其中’該殼體120可包含一上殼體121與一下殼體122並 可藉由複數個螺絲127螺鎖對接形成一容置空間。該容置空間 •供設置該訊號處理系統70，該訊號處理系統7〇負責接收^ 訊號且可程式化的操作本轉接器並可將該外部訊號解析成有 政之5孔息再輸出至相關顯示構件。該訊號處理系統几並藉複 數個螺絲74螺鎖於該上殼體m。該旋轉感應器8〇電性^接 該訊號處理系統70並感應本轉接器之旋轉物理量再經由訊號 處理系統70可程式的轉換成本轉接器之旋轉角度或旋轉角速 度或旋轉角加速度。該連接桿9〇垂直的穿過該上殼體l2i與 該下殼體122，並固定於下殼體122，該連接桿9〇的兩端各設 有一套接點91供串接該手工具4〇與該鎖接頭5〇。該形變感 應器100設於該連接桿90上並電性連接於該訊號處理系統 70，該形變感應器100感應該連接桿9〇之形變物理量再經由 該訊號處理系統70可程式的轉換成本轉接器所承受之扭力 值。又該訊號處理系統上可設有複數發光二極體71，該複 數發光二極體71可隨著該旋轉感應器8〇或該形變感應器1〇〇 感測到的訊號並透過該訊號處理系統7〇可程式的亮起或熄 滅，以做為繼續操作或停止操作本轉接器的依據。又該上殼體 201130610 121可以具有一蜂巢孔125，該訊號處理系統7〇電性連接有一 蜂鳴器72 ’且該蜂鳴器72正對該蜂巢孔125,該蜂鳴器72亦 可酼著該旋轉感應器80或該形變感應器1〇〇感測到的訊號並Please refer to FIG. 1 , for example, Taiwan Patent No. M367059, which is a twisting force measuring adapter, which comprises a connecting rod 1 and a display device 2 for connecting a hand tool 3 and a lock. a connector 4, and the display device 2 is fixedly coupled to the transfer rod 1, and please refer to FIG. 2, the transmission rod is provided with a torque sensing element 5, and the torque sensing element 5 can be measured. The torque received by the transfer rod is displayed by the display device 2 for reference by the user, so as to avoid excessive torque generated and cause the occurrence of tooth decay. With such a conventional structure, the user can know from the display device 2 that the torque value of the screw or thread of the Renda screw is abnormal when the surface of the screw or the thread is rusted or rusted, and the surface has a larger surface friction than the normal value. And the resistance will cause the torque operation to reach the preset torque value. In fact, the screwing of the screw is not the same as the r-phase, and the product is safe and dangerous. 'When the screw or thread of the screw is over-lubricated, the smaller surface friction and resistance will cause the twisting force to be measured. The page does not reach the preset torque value. Actually The depth of the screw is predetermined to cause excessive screwing, which jeopardizes the safety of the product. Refer to "Figure 3" and "Figure 4" for details. The basin contains the "transfer" for the angle I measurement adapter, the value of the neck The transmission device 7, the housing 8 and the 1 way board 9, 3 hai 椁 6 for connection - Fenggong and 1n ... circuit board 9 埂 pick-up tool 10 and a lock joint 201130610 are fixed to the transfer rod 6 The display device 7 is fixed to the housing 8 in combination with the circuit board 9. The circuit board 9 is provided with a gyroscope 12, and the gyroscope 12 can measure the rotation angle of the angle measuring adapter for The user's reference avoids the excessively applied torque and causes the disintegration to occur. This conventional structure allows the user to know the angle of rotation by the display device 7, and can securely lock the screw to be locked at the correct depth. But because of the hand tool 10, the angle measuring adapter is combined with the lock connector u The upper gap, so when the hand tool 10, the angle measuring adapter and the lock joint 丨丨 are actually in contact and can rotate the screw to be locked (ie, from the gap to the no gap), the screw is not yet Rotating, but the angle measuring adapter has already produced a rotation, which will cause an error in the measurement. This phenomenon will be more obvious when the hand tool 10 reciprocates. It may not even work. Please refer to Figure 5 It is a torque and angle measuring wrench, which comprises a torque wrench 13 , an angle meter 14 and a connecting line 15 . The angle meter 14 is detachably fixed to the torque wrench 13 and is connected by the connecting line 15 The torque wrench 13 is integrally connected with the angle meter 14. The torque and angle measuring wrench can simultaneously measure the torque and the angle of rotation of the screw, and can solve the above-mentioned twisting force measuring adapter and the angle measuring and measuring The problem with the connector. Such a conventional structure, in addition to being complicated in structure, bulky, non-combinable, prone to failure, and costly to manufacture, cannot provide a conventional traditional wrench or a general digital torque wrench to work, and cannot be used in a small space, so The scope of use is limited. Please refer to FIG. 6 , for example, U.S. Patent No. 5,589,644, which is another torque and angle measuring wrench, which comprises a torque wrench 16 and a gyroscope 17 is mounted on the torque wrench 201130610, the torque and angle. The measuring wrench can also measure the torque and the angle of rotation of the screw. Such a conventional structure, in addition to being complicated in structure, bulky, non-combinable, and costly to manufacture, cannot provide ordinary wrenches or general digital torsion wrenches to work, and cannot be used in a small space, so the scope of use limited. Referring to FIG. 7 , another embodiment of U.S. Patent No. 5,589,644 is another external-type torque and angle measuring wrench comprising a torque wrench 18, a torsion and an angle measuring head 19 and A control and display box 2〇, and the torque and angle measuring head 19 is integrally connected with the control and display box 20 by the connecting line 21, and the torque and angle measuring wrench can also be simultaneously measured and administered. The torque and angle of rotation of the screw. μ This kind of conventional structure, in addition to the complicated structure, large size, no sharing, and the cost of manufacturing shifting, is required to be used in a fixed position due to a control and display box, and cannot be moved to the work place at will, and there is The connecting line is therefore prone to problems such as poor contact and tripping of the worker, and because of its complicated structure and large size #, it cannot be used in a small space, and thus its use range is small. SUMMARY OF THE INVENTION The main object of the present invention is to provide a measuring and measuring device for deformation and rotation measurement simultaneously measuring the physical quantity related to deformation and rotation, and first parsing it into a workable use by a signal processing system. Physical quantity data (such as torque, angular angular angular acceleration, etc.) 'reuse the display system to display it for workers' money, workers can get the above-mentioned items, so they can simultaneously and surely determine the lock screw The solid depth (ie the number of locking teeth of the screw) is whether the virtual locking force and the locking condition (locking speed and acceleration) reach the accurate standard at the same time. 201130610 准 ' borrow to avoid the thread due to impurities, rust, processing not & Lubrication and other problems cause the locking force to reach but the locking depth is too deep or insufficient. In order to achieve the above object, the present invention is a measuring adapter with a deformation and a rotation measurement for a tandem-hand tool and a _lock joint, the measuring adapter comprising a connecting rod, a rotating sensor, and a a deformation sensor, a signal processing system, a display system, a casing and a power component, wherein the deformation sensor is disposed on the connecting rod, and the rotation sensor, the deformation sensor, the display system and the power source The component is electrically connected to the signal processing system, and a set of contacts are disposed at two ends of the connecting rod for serially connecting the hand tool and the lock joint. The physical signals of the rotation and deformation of the measurement adapter are simultaneously sensed by the rotation sensor and the variable sensor, and the physical signals related to the rotation and the deformation are transmitted through the signal processing system. Analytically and programmatically using the physical signals associated with the rotation and deformation for industrial use, and the signal processing system processes the specific physical signals (such as torque 'angle, angular velocity, and acceleration') through the display system. display. The user simultaneously obtains specific physical signals (such as torque, angle, angular velocity, acceleration, etc.) that are deformed and rotated, so that the locking depth and the locking force and locking conditions of the locking screw can be determined at the same time. When the hand tool is screwed tightly to the lock joint, it will not be too overwhelming and 'avoid the loose or broken teeth of the lock joint, fully satisfying the requirements of use. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description and technical description of the present invention will be further described by the embodiments of the present invention. It should be understood that the embodiments are for illustrative purposes only, and that Implementation restrictions. Please refer to FIG. 8 , FIG. 9 and FIG. 1 , the present invention is a measuring adapter with deformation and rotation measurement for the serial-hand tool 40 and the lock connector 50: The measurement adapter includes a display system (10), a signal processing system 70, a rotation induction n 80, a connection rod 90, a deformation sensor 1A, a power supply assembly 110, and a housing 120. The housing 120 can include an upper housing 121 and a lower housing 122 and can be abutted by a plurality of screws 127 to form an accommodating space. The accommodating space is provided for the signal processing system 70. The signal processing system 7 is configured to receive the signal and programmatically operate the adapter, and can parse the external signal into a ruling 5 area and output it to the relevant Display components. The signal processing system is screwed to the upper casing m by a plurality of screws 74. The rotation sensor 8 electrically connects the signal processing system 70 and senses the rotational physical quantity of the adapter and then converts the rotation angle or the rotational angular velocity or the rotational angular acceleration of the cost converter through the signal processing system 70. The connecting rod 9 〇 vertically passes through the upper casing 12i and the lower casing 122, and is fixed to the lower casing 122. Each of the two ends of the connecting rod 9 is provided with a set of joints 91 for connecting the hand tools in series. 4〇 with the lock connector 5〇. The deformation sensor 100 is disposed on the connecting rod 90 and electrically connected to the signal processing system 70. The deformation sensor 100 senses the deformation physical quantity of the connecting rod 9 and then converts the cost through the signal processing system 70. The torque value that the connector is subjected to. The signal processing system can be provided with a plurality of LEDs 71, and the plurality of LEDs 71 can be processed by the rotation sensor 8 or the deformation sensor 1 System 7 can be programmed to turn on or off as a basis for continuing or stopping the operation of the adapter. The upper casing 201130610 121 may have a honeycomb hole 125, the signal processing system 7 is electrically connected to a buzzer 72', and the buzzer 72 is opposite to the honeycomb hole 125, and the buzzer 72 may also be The signal sensed by the rotation sensor 80 or the deformation sensor 1
透過該訊賴理系統70可程式的響起或·〗，以做為繼續操 作或彳τ止操作本轉接器的依據。又該訊號處理系統7〇可電性 連接有一按鍵組73,該按鍵組73穿過並顯露於該上殼體121， 該按鍵組73可供使用者設定各種功能。該顯示***6〇可包含 一顯示元件61與二導電橡膠62，該顯示元件61可藉該二導 電橡膠62電性連接於該訊號處理系統70，同時該上殼體121 的上方具有一視窗124 ’該視窗124正對該顯示***6〇,該訊 號處理系統^可程式化的顯示各種操作訊息與警示訊息，亦 可程式化的單_示或循環顯示或同時顯示該旋轉角度或旋 轉角速度或旋轉角加速度或扭力值等相關資訊。該電源組件 U〇可以包含一連接極片⑴、一正極片112、-負極片113、 -電池蓋114與二電池115，該下殼體122形成有一電池座 123，該電池錢3供該二電池115置入並藉該電池蓋⑴封 閉該電池座⑵，且該二電池115藉該連接極片⑴而正負極 串接’並分_正極片112與㈣極片113與舰號處理系統 70電性連接，即可供給轉接騎需的電源。 請再參閱「圖11A」與「圖1ίβ」所示，其為本發明之另 一實施例的兩魏隸_，其巾該魏蘭設有-相對該 殼體麗之可轉動的轉動殼體126，該顯示系統⑽設置於該 轉動成體126上’並與該訊號處理系統7()電性連接，據此使 用者可自由轉動該轉動殼體126的角度，以調整該顯示系統 201130610 60至最佳可視角度，可便利使用者觀看。 又請參閱「圖12A」、「圖12B」與「圖12C」所示，其為 本發明的又三個實施例’為有效利用空間、增加可視性，進而 達到縮小體積之目的，除原有的該顯示系統6〇外，可再增設 一顯示系統60A ’並亦電性連接於該訊號處理系統，該訊號 處理系統70即可於該顯示系統60與該顯示系統上，可程 式化的顯示各種操作訊息與警示訊息，亦可程式化的單獨顯示 或循環顯示或同時顯示該旋轉角度或旋轉角速度或旋轉角加 鲁 速度或扭力值等相關資訊。 另請再參閱「圖13」所示，其為本發明的另一實施例， 該殼體120F可全部或部份更改為透光材質，當該複數個發光 二極體71發出警示亮光時，除可於該上殼體dp上方看見亮 光外，亦可於側面看見亮光，因此可多角度的利用該複數個發 光二極體71所發出的警示亮光，做為操作本轉接器之依據。 综上所述，本發明的量測轉接器可同時設置該旋轉感應器 φ 80與該形變感應器1〇0，故可藉由該旋轉感應器80與該形變 感應器100同時分別量測該轉接器之旋轉與形變物理訊號，再 利用該訊號處理系統70將之解析為可供工作使用之物理量數 據（如扭力、角度、角速度、角加速度等），再利用顯示系統 60、60A將之顯示出來供工作者使用，工作者可同時得到上述 之物理數據，因此可同時並確實判定鎖固螺絲之鎖固深度（即 螺絲之鎖固牙數）與鎖固力量與鎖固條件（鎖固速度與加速度） 是否同時達到準確之標準，藉以避免螺紋因雜質、生鏽、加工 不良、過度潤滑等問題而產生鎖固力量到達但鎖固深度太深或 201130610 不足等固鎖不良之問題，充分滿足使用上的需求。 惟上述僅為本發明之較佳實施例而已，並非用來限定本發 日:實施之，凡依本發明申請專·_做的均 二 4飾，皆為本發明專利範圍所涵蓋。 -、 【圖式簡單說明】 圖1 ’為習知手工具的結構圖。 圖2，為習知手工具的結構剖視圖。 圖3，為另一習知手工具的結構圖。 圖4，為另一習知手工具的結構剖視圖。 圖5，為又一習知手工具的結構圖。 圖6 ’為更一習知手工具的結構圖。 圖7 ’為再一習知手工具的結構圖。 圖8 ’為本發明的結構分解圖。 圖9，為本發明的結構組合圖。 圖10，為本發明使用示意圖。 圖11Α〜11Β，為本發明另一實施結構圖。 圖12Α〜12C，為本發明又三實施結構圖。 圖13 ’為本發明另一實施結構圖。 【主要元件符號說明】 習知 1 :傳接桿 2:顯示裝置 3 :手工具 4 :鎖接頭 201130610 5:扭力感測元件 6 :傳接桿 7 :顯示裝置 8 :殼體 9 :電路板 10 :手工具 11 :鎖接頭 12 :陀螺儀 • 13 :扭力扳手 14 :角度儀 15 :連接線 16 :扭力板手 17 :陀螺儀 18 :扭力板手 19 :扭力及角度量測頭 20 :控制及顯示盒 21 :連接線 本發明 40 :手工具 50 :鎖接頭 60 :顯示系統 60A :顯示系統 61 :顯示元件 62 :導電橡膠 201130610 70 :訊號處理系統 71 ： 發光二極體 72 : 蜂鳴器 73 : 按鍵組 74 ： 螺絲 80 : 旋轉感應器 90 ： 連接桿 91 ： 套接點 100 :形變感應器 110 :電源組件 111 :連接極片 112 :正極片 113 :負極片 114 :電池蓋 115 :電池 120 :殼體Through the information system 70 can be programmed to sound or 〗, as a basis for continued operation or operation of the adapter. Further, the signal processing system 7 is electrically connected to a button group 73. The button group 73 passes through and is exposed to the upper casing 121. The button group 73 can be used by the user to set various functions. The display system 6A can include a display element 61 and two conductive rubbers 62. The display element 61 can be electrically connected to the signal processing system 70 by the two conductive rubbers 62, and a window 124 is disposed above the upper casing 121. 'The window 124 is being displayed on the display system. The signal processing system can programmatically display various operation messages and warning messages, or can be programmed to display the rotation angle or the rotation angular velocity or simultaneously. Related information such as angular acceleration or torque. The power module U can include a connecting pole piece (1), a positive electrode piece 112, a negative electrode piece 113, a battery cover 114 and two battery cells 115, and the lower casing 122 forms a battery holder 123 for the battery The battery 115 is placed and closed by the battery cover (1), and the two batteries 115 are connected in series by the connecting pole piece (1) and the positive electrode and the negative electrode 112 and the (4) pole piece 113 and the ship number processing system 70. Electrically connected, it can supply the power needed to transfer the ride. Please refer to FIG. 11A and FIG. 1 ίβ, which are two Wei _ of another embodiment of the present invention, and the Weilan is provided with a rotatable rotating housing 126 opposite to the housing. The display system (10) is disposed on the rotating body 126 and electrically connected to the signal processing system 7 (), whereby the user can freely rotate the angle of the rotating housing 126 to adjust the display system 201130610 60 to the most Good viewing angle for user convenience. Please also refer to FIG. 12A, FIG. 12B and FIG. 12C, which are three embodiments of the present invention for the purpose of effectively utilizing space, increasing visibility, and thereby achieving volume reduction. The display system 60A can be further connected to the signal processing system, and the signal processing system 70 can be programmed on the display system 60 and the display system. Various operation messages and warning messages can also be displayed in a separate display or cycle display or simultaneously display the rotation angle or the rotation angular velocity or the rotation angle plus the speed or torque value. Please refer to FIG. 13 again, which is another embodiment of the present invention. The housing 120F may be modified in whole or in part into a light-transmitting material. When the plurality of LEDs 71 emit warning light, In addition to the bright light visible above the upper casing dp, the bright light can also be seen on the side, so that the warning light emitted by the plurality of light-emitting diodes 71 can be utilized at multiple angles as the basis for operating the adapter. In summary, the measurement adapter of the present invention can simultaneously set the rotation sensor φ 80 and the deformation sensor 1 〇 0, so that the rotation sensor 80 and the deformation sensor 100 can be separately measured at the same time. The adapter rotates and deforms the physical signal, and then uses the signal processing system 70 to parse it into physical quantity data (such as torque, angle, angular velocity, angular acceleration, etc.) that can be used for work, and then uses the display system 60, 60A to The display is for the worker to use, the worker can obtain the above physical data at the same time, so the locking depth of the locking screw (ie the number of locking teeth of the screw) and the locking force and locking condition (lock) can be determined simultaneously and surely. Whether the solid speed and acceleration) meet the exact standard at the same time, in order to avoid the problem that the locking force reaches due to impurities, rust, poor processing, excessive lubrication, etc., but the locking depth is too deep or the locking is too deep, such as 201130610, Fully meet the needs of use. However, the above are only the preferred embodiments of the present invention, and are not intended to limit the present invention: the implementations of the invention are all covered by the scope of the present invention. -, [Simple description of the drawing] Fig. 1 ' is a structural diagram of a conventional hand tool. Figure 2 is a cross-sectional view showing the structure of a conventional hand tool. Fig. 3 is a structural view of another conventional hand tool. Figure 4 is a cross-sectional view showing the structure of another conventional hand tool. Fig. 5 is a structural view of still another conventional hand tool. Figure 6' is a block diagram of a more conventional hand tool. Figure 7' is a block diagram of another conventional hand tool. Figure 8' is an exploded view of the structure of the present invention. Figure 9 is a structural combination diagram of the present invention. Figure 10 is a schematic view showing the use of the present invention. 11A to 11B are diagrams showing another embodiment of the present invention. 12A to 12C are structural diagrams of still another embodiment of the present invention. Figure 13' is a block diagram showing another embodiment of the present invention. [Main component symbol description] Convention 1: Transfer bar 2: Display device 3: Hand tool 4: Lock connector 201130610 5: Torque sensing element 6: Transfer lever 7: Display device 8: Case 9: Circuit board 10 : Hand Tool 11 : Locking Connector 12 : Gyro • 13 : Torque Wrench 14 : Angler 15 : Connecting Wire 16 : Torque Wrench 17 : Gyroscope 18 : Torque Wrench 19 : Torque and Angle Measuring Head 20 : Control and Display Box 21: Connecting Wire 40: Hand Tool 50: Locking Connector 60: Display System 60A: Display System 61: Display Element 62: Conductive Rubber 201130610 70: Signal Processing System 71: Light Emitting Body 72: Buzzer 73 : Button set 74 : Screw 80 : Rotation sensor 90 : Connecting rod 91 : Socket point 100 : Deformation sensor 110 : Power supply unit 111 : Connecting pole piece 112 : Positive electrode piece 113 : Negative electrode piece 114 : Battery cover 115 : Battery 120 :case
120A :殼體 120F :殼體 121 :上殼體 121F :上殼體 122 :下殼體 123 :電池座 124 :視窗 125 :蜂巢孔 201130610 126 :轉動殼體 127 :螺絲 71 :發光二極體120A: housing 120F: housing 121: upper housing 121F: upper housing 122: lower housing 123: battery holder 124: window 125: honeycomb hole 201130610 126: rotating housing 127: screw 71: light emitting diode