1356752 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種扭力工具之顯示界面掀轉方法及其 裝置，尤其是一種可令扭力工具之扭力值電子顯示界面活 動掀轉之創新型態設計者。 先前技術】 按 吾 人 收 集 之 情 報 顯 示 氣 已 佔 5 0 % 以 上 9 再 加 上 穩 定 J 其 中 不 論 是 產 σ σσ 種 類 一 致 肯 定 9 手 工 具 生 產 業 界 在 使 用 時 更 容 易 上 手 於 能 的 手 工 具 亦 陸 續 問 .市 0 扭 摩 擦 力 原 理 而 將 兩 物 件 結 卸 ， 因 此 可 適 用 於 各 種 大 小 時 5 所 面 臨 之 最 大 問 題 便 緊 度 5 意 即 使 用 者 在 無 法 得 身 的 第 六 感 猜 測 該 螺 固 件 是 時 9 便 益 法 達 到 螺 合 兩 物 件 固 件 鬆 緊度 過 時 則 螺 固 形 > 甚 至 產 生 法 拆 卸 的 情 儀 器 上 > 因 其 結 構 較 容 易 因 的 精 確 程 度 更 在 一 般 物 件 之 造 商 便 推 出 了 具 有 扭 力 量 測 利 第 3970155 號 ， 其 係 為 扳 ，全球親自動手佈置家中的風 國内手工具發展係已相當成熟 或疋結構品質，更榮獲國内外 逆幾年來為了使一般消費大眾 各種易於操作或附帶人性化功 八係可配合螺固件，應用 〇 ，且物件結合後並可反覆拆 不同之處，而扭力工具在操作 使用者不易拿捏出螺固件的鬆 知鬆緊度的情況下，僅能以本 否緊固’而螺固件鬆緊度不足 之效果’並容易鬆脫；反之螺 件容易崩牙、物件容易受損變 況’尤其是在精密設備或小型 不滇知力而破壞’故其所需要 上有幾於此，各扭力工具製 功能之手工具，其中如美國專 手工具’該扳手工具並在握柄 3 1356752 .- 部與扳動頭間設有二應變 ' 部内設之計算單元及顯示 • 值之大小，並顯示於顯示 力量測結構之準確度尚有 提出了更為精準之扭力工 4982612號，其係在扳手握 設有一應變規’另在緊鄰 應變規，並在另一側設有 •通於惠司同電橋（Wheastone 及顯示器，藉由在數個不 確地計算出使用者於不同 的實際扭力值者。 然，上述之習用電子 設於扭力工具之預定位置 作業時，容易因目視扭力 生誤差，而造成扭力數值 籲其可說是相當的不具有實 是以，針對上述習知 點，如何開發一種方便使 ’實使用消費者所殷切企 破之目標及方向；有鐘於 品之製造開發與設計經驗 審慎評估後’終得一確具 規，該 應 變 規並連 接 於 扳 手 握 柄 器上， 藉 此 得以偵 測 計 算 出 扭 力 器上供 使 用 者參考 > 上 述 此 種扭 不足之 處 > 因此有 業 者 進 一 步 的 具結構 9 請 參閱美 國 專 利 第 柄部與 扳 動 頭間較 細 之 頸 部 一 側 扳動頭 與 頸部同 侧 之 處 設 有 二 一應變 規 該四牧 應 變 規 皆 係 連 bridge) 上 9 再接續 於 一 計 算 單 元 同位置 埋 設 應變規 以 便 更 為 準 握持位 置 ) 扭力工 具 扳 動 頭 所 受 扭力扳 手 y 因其顯 示 器 係 固 定 嵌 ，當於 特 殊 的作業 場 合 進 行 鎖 設 值不易 以 使 量測出 的 扭 力 數 值 產 不準確 之 弊 °因此 就 整 體 而 -Jk. y 用性， 實 有 加以改 良 之 必 要 0 扭力工 具 之 顯示器 所 存 在 之 問 題 用者作 業 因 視其扭 力 值 創 新 技 術 盼，亦 係 相 關業者 須 努 力 研 發 突 此，發 明 人 本於多 年 從 事 相 關 產 ，針對 上 述 之目標 9 詳 加 設 計 與 實用性 之 本 發明。 4 【發明内容】 示 即，本發明之主要目的，係在提供一種扭力^ ;头概轉方法及其裝置；其所欲解決之問題點， 估盈杻力工具之顯示器所存在之容易因目視扭力崔 1史量測Φ以t 出的扭力數值產生誤差，而造成扭力數值巧 °題點加以改良突破； ^而其解決問題之技術特點，主要係藉由一 樞设有一樞轉機構，令樞轉機構之另端設法 力值的電子顯示界面； “ 藉此創新獨特設計，使本發明所提供扭力值的 鉍面藉由該樞轉機構，而可於扭力工具之 動掀趙 八 < 頂疋位 视電子3以使於特殊作業場合的死角環境中，仍能 及使用：：界面的扭字值，“使本發明達到品質 上的便利之實用進步性者。 >【實施方式】 …發月係、㉟扭力工具之顯示界面掀轉方 :先參閱第卜3圓所顯示者，係本發明扭 用各 权佳實鈀例，惟此等實施例. 在專利申請上並不受此姓 不又此結構之限制；所述- 你ώ 3 —扭力工具（]^、 上 子顯示只而1〇)、—樞轉機構（2( 1面（3 0 )所相對構成；其令 扭力工具（1 0 ) ，1係分別目女 A - ^ r 1 ON 、’、刀別具有—柄苟 動^(12)，其中該柄部（H)預定 具之顯 係針對 不易以 準確之 工具預 提供扭 電子顯 置作活 方便觀 的提昇 其裝置 !之顯 己明之 ί主要 一電 1 ) 設有 1356752 一嵌槽（13)，且該嵌 . 座（14)，另該扭力工 扭力值的應變規（4 0) 可傳輸扭力值的傳輸線（ 一樞轉機構（2 0 ) 一橫向軸（2 1 )，以及 軸（22)，其中該柩轉 係對應樞組於扭力工具（ 鲁轴座（1 4 )，以使該枢 於該扭力工具（10)之 2 0 )的橫向軸（2 1 ) 通道，藉由該中空通道而 穿置連通該電子顯示界面 一電子顯示界面（3 0)的縱向軸（22)— 該電子顯示界面（3 0 ) 鲁樞轉機構（20)的縱向 面（3 0 )可活動軸樞於 3 1)，而該應變規（4 (2 0)的縱向軸（2 2 0)，其中該電子顯示界 幕（3 2 )，令應變規（ 面（3 0 )之數位轉換而 3 2):藉此，該電子顯 (20)的橫向軸（2 1 (1 3 )内部一側設有一橫軸 (1 0 )内部埋設有一可偵測 其中該應變規（40)具有一 標示）：以及 其係概呈T形軸形態並包含有 直於該橫向軸（2 1 )的縱向 構（20)的橫向軸（21) 0)之嵌槽（1 3)内部的橫 機構（2 0 )可活動掀轉啓閉 槽（13)，而該樞轉機構（ 縱向轴（2 2 )内部設有中空 令該應變規（4 0 )的傳輸線 3 0);以及 )，其係對應該樞轉機構（2 設有一中空縱軸座（3 1)， 縱軸座（3 1 )係對應枢組於 (22)，而使該電子顯示界 樞轉機構（2 0 )的縱軸座（ )的傳輸線係經由該樞轉機構 傳輸連結於電子顯示界面（3 (30)之一端面形成有顯示 0)的扭力值藉由電子顯示界 扭力值的數字顯示於顯示幕（ 界面（30)可藉由柩轉機構 掀轉啓閉於扭力工具（1 0 ) 6 丄咖752 的敢槽（13) ’並藉由樞轉機構（20 2 )而令電子顯示界面（30)彳自轉於 之任意角度呈傾斜觀視狀態者。 0 據 此 丨, 該 電 子 顯 示 界 ) > 而 可 於 扭 力 工 具 ( 以 使 於 特 殊作 業 場 合 的 死 示 界 面 ( 3 0 ) 的 扭 字 值 及 使 用 上 的 便 利 之 實 用 進 請 參 閱 第 3 6 圖 所 其 中 該 植 轉 機 構 ( 2 0 A ( 1 1 ) 預 定 位 置 δ又 置 一 掀 轉 框 ( 2 2 A ) 内 部 具 電 子 顯 示 界 面 ( 3 0 A ) 2 A ) 形 態 且 該 電 子 顯 軸 承 座 ( 3 1 A ) > 而 該 掀 轉 空 間 ( 2 1 A ) 的 中 ) 之 雙 面 顯 示 幕 ( 3 2 A 正 反 面 掀 轉 9 另 該 掀 轉 定 位 置 設 有 定 位 座 ( 2 3 A ) 之 軸 承 座 ( 3 1 A ) 3 A ) > 以 使 該 電 子 顯 示 2 2 A ) 内 正 > 反 面 掀 轉 之 定 位 部 ( 3 3 A ) 得 對 定 位 座 ( 2 3 A ) 者 0 請 參 閱 第 7 圖 所 示 91356752 VI. Description of the Invention: [Technical Field] The present invention relates to a display interface twisting method and device for a torque tool, and more particularly to an innovative type of electronic display interface for torque value of a torque tool Designer. Prior Art] According to the information collected by ours, the gas has accounted for more than 50% of the total 9 plus the stability of J. Whether it is the production σ σσ, the type is consistent and affirmed. 9 Hand tools are more likely to be used in the production industry. The city 0 twists the friction principle and the two objects are unloaded, so it can be applied to the maximum problem of 5 in various sizes. The tightness 5 means that the user guesses the screw firmware when the sixth sense is impossible. The convenience method achieves the screw-tightness of the two objects, and the screw-solid shape is even on the instrument. > Because the structure is easier, the accuracy of the object is more accurate. No. 3970155, which is a pull-up, the global hand-handed development of the domestic hand tools in the world has been quite mature or 疋 structural quality, and has been won at home and abroad for the past few years in order to make general consumption The Volkswagen is easy to operate or attaches to the humanity. It can be used with the screw firmware, and the object can be reversed after the object is combined. The torque tool is difficult for the user to grasp the tightness of the screw. Underneath, it can only be tightened with 'the effect of insufficient tightening of the screw' and it is easy to loosen; on the contrary, the screw is prone to chipping and the object is easily damaged, especially in the case of precision equipment or small size. 'Therefore, there are several of them, the hand tools of the torque tools, such as the American hand tools 'the wrench tool and the handle 3 3356752. The calculation unit and display • the value of the value, and displayed in the accuracy of the display strength measurement structure, there is a more accurate torque work 4982612, which is equipped with a strain gauge on the wrench grip, and in the immediate vicinity of the strain gauge, and On the other side, there is a bridge (Wheastone and display), which is calculated by several inaccuracies in different actual torque values. When the sub-set is placed at the predetermined position of the torque tool, it is easy to cause errors due to the visual torque, and the torque value is called to be quite unrealistic. For the above-mentioned conventional points, how to develop a convenient consumption The goal and direction of the company's ardent efforts; after the careful evaluation of the manufacturing and design experience of the product, the final rule is that the gauge is connected to the wrench handle, so that it can be detected and calculated. For the user's reference on the torsion device> The above-mentioned twisting inadequacies> Therefore, there is a further structure of the manufacturer. Please refer to the thinner neck side of the U.S. patent between the handle and the pulling head to pull the head and neck. There are two strain gauges on the same side of the department. The four animal husbandry strain gauges are connected to the bridge. The upper 9 is connected to a calculation unit and the same position to embed the strain gauge to more accurately hold the position. The torsion force of the torque tool Wrench y is fixed for its display, when it is used in special work Setting the value is not easy to make the measured torque value inaccurate. Therefore, as a whole - Jk. y usability, it is necessary to improve it. 0 The problem of the display of the torque tool is due to the user's work. Value innovation technology is also expected to be developed by the relevant industry. The inventor has been engaged in related production for many years, and the invention of the above-mentioned target 9 is designed and applied in detail. [Explanation] The main purpose of the present invention is to provide a torque and head transfer method and a device thereof, and the problem to be solved, and the display of the monitor tool is easy to visualize. Torque Cui 1 historical measurement Φ produces an error with the torque value of t, and causes the torque value to be improved. The technical characteristics of the problem are mainly solved by a pivoting mechanism. The other end of the pivoting mechanism manages the electronic display interface of the force value; "This innovative and unique design enables the surface of the torque value provided by the present invention to be used by the pivoting mechanism, and can be used in the torque tool." The top view is based on the electronic 3 to enable the use of the :: the tactile value of the interface in the dead space environment of the special operation, "the practical progress of the invention to achieve the convenience of quality. <[Embodiment] ... display interface of the lunar system and the 35-torque tool: the first one is shown in the figure of the third circle, and the invention is used to twist the various palladium examples, but these embodiments. The patent application is not subject to this structure and is not limited by this structure; the - you ώ 3 - the torque tool (] ^, the upper sub-display only 1 〇), - the pivoting mechanism (2 (1 face (3 0) The relative composition; the torque tool (10), the 1 system respectively, the female A-^r 1 ON, the ', the knife has the handle-handling ^ (12), wherein the handle (H) is intended to be displayed It is not easy to use the accurate tool to pre-provide the twisted electronic display for the convenience of the device to enhance its device! The main thing is that the main one is 1) There is 1357752 a slot (13), and the embedded seat (14) And the strain gauge (40) of the torque torque value can transmit the transmission line of the torque value (a pivoting mechanism (20), a transverse axis (2 1 ), and a shaft (22), wherein the twisting system corresponds to the pivot a transverse axis (2 1 ) channel formed by a torque tool (a lug seat (1 4 ) such that the pivoting tool (10) is pivoted by the hollow channel) And a longitudinal axis (22) that is connected to the electronic display interface (electronic) (300) - the longitudinal display (30) of the electronic display interface (30) can be pivoted 3 1), and the strain gauge (4 (2 0) of the longitudinal axis (2 2 0), where the electron display boundary (3 2), the strain gauge (surface (3 0) digital conversion and 3 2) Thereby, the lateral axis of the electronic display (20) (2 1 (1 3 ) is provided with a horizontal axis (10) on the inner side of the electronic display (20), and a strain detector (40) having an indication is included therein: The transverse mechanism (20) inside the recessed groove (13) having a T-axis shape and including a transverse axis (21) 0) perpendicular to the longitudinal axis (2) of the transverse axis (2 1 ) Actively rotating the opening and closing groove (13), and the pivoting mechanism (the longitudinal axis (2 2 ) is internally provided with a transmission line 30 that hollows the strain gauge (40)); and), which is corresponding to the pivoting mechanism (2) a hollow longitudinal shaft seat (3 1) is provided, and the longitudinal shaft seat (3 1 ) is a transmission line of the vertical shaft seat ( ) of the electronic display boundary pivoting mechanism (20) corresponding to the pivot group (22) Transmitting through the pivoting mechanism The torque value of the electronic display interface (the display end is formed on one end of the 3 (30)) is displayed on the display screen by the digital display torque value (the interface (30) can be opened and closed by the twisting mechanism Torque tool (10) 6 敢 752 752 敢 ( ( 13 13 并 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 752 0 According to this 丨, the electronic display sector) > can be used in the torque tool (to make the tick value of the dead interface (3 0) for special operations and the convenience of use please refer to the 3rd 6th figure Wherein the planting mechanism (20 A (1 1 ) is at a predetermined position δ and a turn frame (2 2 A) has an electronic display interface (30 A) 2 A) and the electronic display bearing housing (3) 1 A ) > and the double-sided display of the turbulent space (2 1 A) (3 2 A front and back 掀 turn 9 and the 掀 position of the locating seat ( 2 3 A ) ( 3 1 A ) 3 A ) > In order to make the electronic display 2 2 A ), the positioning part ( 3 3 A ) of the opposite side is turned to the positioning seat ( 2 3 A ). See Figure 7 Shown 9
)的縱向 扭力工具 面（3 0)藉由該樞轉機 1 〇)之預定位置作活動 角環境’，仍能方便觀視 ’進而使本發明達到品質 步性者。 示，其係本發明之第二實 )係於扭力工具（1 〇) 對邊掀轉框（22a)， 有一掀轉空間（21a) 於本實施例係為雙面顯示 示界面（3 〇 A )之一側 轴承座（3 1 A )之連線 心點，令該電子顯示界面 )得於該掀轉空間（2工 空間（2 1 a )之相對二 A)，而該電子顯示界面 反向側緣處則設有—定位 界面（3 〇A)於對邊掀 時，該電子顯示界面（3 應定位於掀轉空間（2 1 其係本發明之第三實施例 轴（2 (10 構（2 掀轉， 電子顯 的提昇 施例， 之柄部 該對邊 ，而該 幕（3 形成有 通過該 (30 A )内 側緣預 (30 部（3 轉框（ 0 A ) A )的 ，其中 7 1356752 該樞轉機構（2 Ο )係相對於扭力工具（1 Ο )預定位置 . 設一可相對徑向環轉的環軸（5 0 )，以使電子顯示界面 (3 0)藉由該柩轉機構（2 0)及其環軸（50)而得 進一步環轉於扭力工具（1 0 )之預定位置者。 繼而，本發明之扭力工具之顯示界面掀轉方法，其係 於一扭力工具（1 0 )之預定位置設有一樞轉機構（2 0 )及一提供扭力值的電子顯示界面（3 ◦)，該電子顯 示界面（30)得藉由該枢轉機構（20)，而於該扭力 籲工具（1 0 )預定位置作掀轉動作，以使本發明於特殊作 業場合的死角環境中，仍能方便觀視電子顯示界面（3 0 )的扭字值，進而使本發明達到品質的提昇及使用上的 便利之實用進步性者。 【圖式簡單說明】 第1圖：係本發明扭力工具之顯示界面掀轉裝置之動作示 意立體圖一，其係顯示該電子顯示界面閉合。 籲第2圖：係本發明扭力工具之顯示界面掀轉裝置之動作示 意立體圖二，其係顯示該電子顯示界面開啓。. 第3圖：係本發明扭力工具之顯示界面掀轉裝置之動作示 意立體圖三，其係顯示該電子顯示界面自轉。 第4圖：係本發明扭力工具之顯示界面掀轉裝置之第二實 施例，其係顯示該電子顯示界面掀轉成正面。 第5圖：係本發明扭力工具之顯示界面掀轉裝置之第二實 施例，其係顯示該電子顯示界面掀轉成反面。 第6圖：係本發明扭力工具之顯示界面掀轉裝置之第二實 8 1356752 施例，其係顯示該電子顯示界面掀轉完成。 第7圖：係本發明扭力工具之顯示界面掀轉裝置之第三實 施例。 【主要元件符號說明】 柄部（1 1 ) 嵌槽（1 3 ) 樞轉機構（2 0 ) 縱向軸（2 2 ) 縱軸座（3 1 ) 應變規（4 0 ) 掀轉空間（2 1 A ) 定位座（2 3 A ) 軸承座（3 1 A ) 定位部（3 3 A ) 扭力工具（1 0 ) 驅動端（1 2 ) 鲁橫軸座（1 4) 橫向軸（2 1 ) 電子顯示界面（3 0 ) 顯示幕（3 2 ) 環軸（5 0 ) 樞轉機構（2 0 A ) 對邊掀轉框（2 2 A ) 電子顯示界面（30A) 籲顯示幕（.3 2 A ) 9The longitudinal torsion tool surface (30) can be easily viewed by the predetermined position of the pivoting machine ’), thereby making the invention reach the quality step. The second embodiment of the present invention is attached to the torsion tool (1 〇) to the side turn frame (22a), and has a turning space (21a). In this embodiment, the double-sided display interface (3 〇A) a connection point of one side bearing seat (3 1 A), so that the electronic display interface is obtained from the twisting space (2 working space (2 1 a) relative to the second A), and the electronic display interface is reversed When the side edge is provided with a positioning interface (3 〇A) on the opposite side, the electronic display interface (3 should be positioned in the tumbling space (2 1 is the axis of the third embodiment of the invention (2 (10) Structure (2 掀 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , 7 1356752 The pivoting mechanism (2 Ο ) is a predetermined position relative to the torque tool (1 Ο ). A ring shaft (50) that can be rotated relative to the radial direction is provided to enable the electronic display interface (30) The rotation mechanism (20) and its ring shaft (50) are further rotated to a predetermined position of the torque tool (10). Then, the display interface of the torque tool of the present invention掀The method is characterized in that a pivoting mechanism (20) and an electronic display interface (3 ◦) for providing a torque value are provided at a predetermined position of a torque tool (10), and the electronic display interface (30) is provided by the pivot The rotating mechanism (20) is used for the twisting action at the predetermined position of the torque calling tool (10), so that the invention can still conveniently view the twist of the electronic display interface (30) in the dead space environment of the special working occasion. The word value, in order to achieve the improvement of the quality of the invention and the practical progress of the convenience of use. [Simplified description of the drawings] Fig. 1 is a perspective view showing the operation of the display interface twisting device of the torque tool of the present invention, The display of the electronic display interface is closed. 2 is a schematic perspective view of the operation of the display interface rotation device of the torque tool of the present invention, which shows that the electronic display interface is opened. Fig. 3 is a torque tool of the present invention. The operation of the display interface rotation device is shown in perspective view three, which shows the electronic display interface rotation. Fig. 4 is a second embodiment of the display interface rotation device of the torque tool of the present invention, which is displayed The electronic display interface is turned into a front side. Fig. 5 is a second embodiment of the display interface twisting device of the torque tool of the present invention, which shows that the electronic display interface is turned into a reverse side. Fig. 6 is a twisting tool of the present invention. The second real 8 1356752 embodiment of the display interface twisting device shows that the electronic display interface is completed. Fig. 7 is a third embodiment of the display interface twisting device of the torque tool of the present invention. Explanation of Symbols] Handle (1 1 ) Insertion groove (1 3 ) Pivot mechanism (2 0 ) Longitudinal axis (2 2 ) Vertical axis seat (3 1 ) Strain gauge (4 0 ) Twist space (2 1 A ) Positioning Seat (2 3 A ) Housing (3 1 A ) Positioning section (3 3 A ) Torque tool (1 0 ) Drive end (1 2 ) Lu transverse axle seat (1 4) Lateral axis (2 1 ) Electronic display interface ( 3 0 ) Display screen (3 2 ) Ring shaft (5 0 ) Pivot mechanism (2 0 A ) Pair of side turn frame (2 2 A ) Electronic display interface (30A) Call display screen (.3 2 A ) 9