201039984 . 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】 知Γσ人收集之情報顯示，全球親自動手佈置家中的風 〇氣已佔5 0 %以上，再加上國内手工具發展係已相當成熟 穩疋其中不論是產品種類或是結構品質，更榮獲國内外 一致肯定，手工具生產業界這幾年來為了使一般消費大眾 在使用時更交且Α _ ^ 易上手’於疋各種易於操作或附帶人性化功 犯的手工具亦陸續問市。扭力工具係可配合螺固件’應用 摩,、力原自％將兩物件結合’且物件結合後並可反覆拆 ;，因此可適用於各種大小不同之處，而扭力工具在操作 發许立 題便疋使用者不易拿捏出螺固件的鬆 緊又，忍即使用者在 ϋ身的第六感猜測4固、;Γ:=緊度的情況下，僅能以本 '時，便無法達到螺、2 固’而螺固件鬆緊度不足 国件鬆緊度過高時，㈣㈣ί果’並容易鬆脱；反之螺 形，甚至產峰 ，、件奋易崩牙 '物件容易受損變 …、去拆卸的情況，。 儀器上，因i姓性 尤其疋在精密設備或小型 八'，'口構較容易因 的精確程度更A L、苑力而破壞，故其所需要 又尺在—般物件之上， 遠商便推出了且古 有鐘於此，各扭力工具製 /、有扭力量測 t 剎第3970155號，1/、 此之手工具，其中如美國專 *、係為一扳手工 一’该扳手工具並在握柄 3 201039984 ^部與扳動頭間設有二應變規，該應變規並連接於扳手握柄 部内設之計算單元及顯示器上，藉此得以偵測計算出扭力 值之大小，並顯示於顯示器上供使用者參考；上述此 力量測結構之畢# @ A τ 再之準確度尚有不足之處，因此有業者進一 提出了更A择淮+ m 尺為精卓之扭力工具結構，請參閲美 4982612號，直俜名奶车梅^ 寻扪弟 # 〃係在扳手握柄部與扳動頭間較細之頸部一側 二規H見’另在緊鄰扳動頭，與頸部同側之處設有二 〇:二Γ另一側設有—應變規，該四枚應變規皆係連 二 Μ 電橋(Wheastone bridge) i，再接續於一 ."，不器，藉由在數個不同位置埋 確地計算出直埋"又應變規，以便更為準 的實際扭力值者。 力工具扳動頭所受 …、，上述之習用電子扭力扳手， 設於扭力 因其顯不器係固定嵌 刀工具之預定位置，當於转 作業時，容易 的作業場合進行鎖設 生誤差，而、生士、4 ^ ▲ 使里測出的扭力數值產 ❹其可說是相杏μ尤目弊。因此就整體而言， 疋相*的不具有實用性， 是以 &貫有加以改良之必要。 ’十對上述習知扭力工具_ 點，如何開發-種方便使用者作業目^器所存在之問題 ，實使用消費者所殷切企盼，亦係扭力值創新技術 破之目樟及方& . '、相關業者須努力研發突 知及方向，有鑑於此，發 品之製造開發·與設計經驗，針對上诚本於多年從事相關產 審慎評估彳έ α之目標，詳加設計與 估後，終得-確具實用性之本發明。 4 201039984 【發明内容】201039984 . VI. Description of the Invention: [Technical Field] The present invention relates to a display interface twisting method and device for a torque tool, in particular, an innovative type of electronic display interface for torque value of a torque tool State designer. [Prior Art] The information collected by the Γ Γ 人 people shows that the global arrogance of the home has accounted for more than 50%, and the domestic hand tools development system is quite mature and stable, regardless of product type or structure. The quality has been unanimously affirmed at home and abroad. In the past few years, the hand tool manufacturing industry has made it more convenient for the general consumer to use it. _ ^ Easy to use, and various hand tools that are easy to operate or with humanized convictions are also asked. city. The torque tool can be used with the screw firmware to apply the friction, and the force is combined with the two objects from each other and the objects can be combined and removed. Therefore, it can be applied to various sizes, and the torque tool can be used in operation. It is not easy for the user to pinch out the tightness of the screw firmware, and the user can guess that the sixth sense of the whole body is 4 solid, and the Γ:= tightness can only be achieved when the original is used. 2 solid' and the tightness of the screw is not enough when the tightness of the country is too high, (4) (four) 果 fruit 'and easy to loose; otherwise, the spiral shape, or even the peak, the pieces are easy to collapse, the object is easily damaged... Happening,. On the instrument, because of the surname of i, especially in precision equipment or small eight', the mouth structure is easier to be damaged due to the accuracy of AL and Yuanli, so it needs to be on the top of the object. Introduced and ancient clocks here, each torque tool system /, twist force measurement t brake No. 3970155, 1 /, this hand tools, such as the United States special *, is a wrench work one 'the wrench tool and Between the handle 3 201039984 ^ and the wrench head is provided with two strain gauges, which are connected to the calculation unit and the display inside the wrench handle portion, thereby detecting and calculating the torque value and displaying it on The display is for the user's reference; the above-mentioned strength measurement structure is completed. # @ A τ The accuracy is still insufficient. Therefore, some practitioners have proposed a more A-selective Huai + m-scale for the excellent torque tool structure, please See the US 4982612, the name of the milk car Mei ^ 寻扪弟# 〃 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 在 扳手 扳手 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较 较There are two sides on the same side of the department: the other side has a strain gauge, the four strain gauges Connect the two bridges (Wheastone bridge) i, and then continue to one. ", no, by calculating the direct buried " strain gauges in several different positions, so as to more accurate actual torque Value. The force tool is used to move the head. The above-mentioned conventional electronic torque wrench is set at the predetermined position of the torque tool because the display device is fixed. When the machine is turned, the error is easily locked. However, the student, 4 ^ ▲ to make the measured torque value in the production of it can be said to be apricot. Therefore, on the whole, the non-practicality of the prime minister* is necessary for the improvement of & 'Ten pairs of the above-mentioned conventional torque tools _ point, how to develop - a kind of problem that is convenient for the user's work, the use of the consumer is eagerly awaited, but also the value of the innovation of the value of the torque and the square & 'The relevant industry must strive to develop the knowledge and direction. In view of this, the manufacturing development and design experience of the product, in response to the goal of Shangcheng’s prudent evaluation of relevant products for many years, after detailed design and evaluation, Ultimately - the invention of practicality. 4 201039984 [Summary content]
即，本發明之主要目的 示界面掀轉方法及其裝置； 習知扭力工具之顯示器所存 使量測出的扭力數值產生誤 弊問題點加以改良突破； 而其解決問題之技術特 定位置樞設有一樞轉機構， 力值的電子顯示界面； 一々山开 < 錄貝 其所欲解決之問題點，係針對 在之各易因目視扭力值不易以 差，而造成扭力數值不準確之 點’主要係藉由 令樞轉機構之另 一扭力工具預 端設有提供扭 糟此劁新獨将 一 赞明所提供扭力值的電子顯 示界面藉由該枢轉機構，而可於 叩j於扭力工具之預定位置作活 動掀轉’以使於特殊作業場人 琢σ的死角環境中，仍能方便觀 視電子顯示界面的扭字值，推二α 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。 Ο 【實施方式】 本發明係一種扭力工具之s <顯不界面掀轉方法及其裝置 ’清先參閱第1 — 3圖所顯千土 圃所^不者，係本發明扭力工具之顯 示界面掀轉裝置之較佳管竑 权隹貫知例，惟此等實施例僅供說明之 用，在專利申請上並不受此处 '，、σ構之限制；所述之裝置主要 係包含一扭力工具（10) υ ; 一樞轉機構（20)及一電 子顯不界面（3 〇 )所相對構成；其中 一扭力工具，並#、 /、係分別具有一柄部（1 i ) 及一驅動端（12)，直 〃中D亥柄部（1 1 )預定位置設有 5 201039984 ‘ 一嵌槽（1 3)，且該嵌槽（1 3)内部一側 . 座（14)，另該扭力工具（1〇)内部埋設 扭力值的應變規（4〇)，其中該應變規（4 可傳輸扭力值的傳輸線（未標示）：以及 一樞轉機構（2 〇 )，其係概呈T形軸形 才κ向轴（2 1 )，以及垂直於該橫向軸（2 ^ ( 2 2 ) ’其中該樞轉機構（20)的橫向 係對應樞組於扭力工具（1 0 )之嵌槽（1 3 Ο轴座（1 4 )，以使該樞轉機構（2 〇 )玎活 於該扭力工具（10)之嵌槽（13)，而該 20)的橫向軸（21)及縱向軸（22)内 通道’藉由該中空通道而可令該應變規（4 〇 穿置連通該電子顯示界面（30);以及 —電子顯示界面（3 0 )，其係對應該才區 〇)的縱向軸（2 2) —端設有一中空縱軸座 該電子顯示界面（3〇)之縱軸座（3 1)係 〇拖轉機構（2 〇 )的縱向轴（2 2 )，而使該 面（3 〇 )可活動軸樞於該樞轉機構（2 〇 ) 3 1 )，而§亥應變規（4 〇 )的傳輸線係經由 (20)的縱向軸（22)傳輸連結於電子顯 0)，其中該電子顯示界面（3〇)之一端面 幕（3 2 )，令應變規（4 〇 )的扭力值藉由 面（3 〇 )之數位轉換而將扭力 川；藉此，該電子顯示界面（3〇;;員； (2 0 )的橫向軸（2工）掀轉啓閉於扭力： 設有一橫軸 有一可偵測 〇 )具有— 態並包含有 1 )的縱向 軸（2 1 ) )内部的橫 動掀轉啓閉 柩轉機構（ 部設有t空 )的傳輸線 轉機構（2 (31)’ 對應樞組於 電子顯示界 的縱軸座（ 該樞轉機構 示界面（3 形成有顯示 電子顯示界 於顯示幕（ 由枢轉機構 具（1 0 ) 6 201039984 的嵌槽（1 3 2 )而令電子 )之任意角度 據此，該 0 )，而可於 以使於特殊作 示界面（3 〇 及使用上的便 0 請參閱第 其中該樞轉機 (1 1 )預定 掀轉框（2 2 電子顯示界面 2 A )形態， 轴承座（3 1 掀轉空間（2 ❹）之雙面顯示 正、反面掀轉 定位置設有定 A )之軸承座 3 A )，以使 2 2 a )内正 之定位部（3 定位座（2 3 請參閱第 )’並藉由樞轉機構（2 0)的縱向軸（2 顯示界面（3〇)可自轉於扭力工具（10 呈傾斜觀視狀態者。 電子顯示界面（3 0 )藉由該樞轉機構（2 扭力工具（1 0)之預定位置作活動掀轉’ 業場合的死角環境中，仍能方便觀視電子顯 )的扭字值，進而使本發明達到品質的提昇 利之實用進步性者。 3〜6圖所示’其係本發明之第二實施例， 構（2 〇 A )係於扭力工具（1 〇 )之柄部 位置設置一對邊掀轉框（2 2 A )，該對邊 A )内部具有一掀轉空間（2 1 a )，而該 (3 0 A )於本實施例係為雙面顯示幕（3 且該電子顯示界面（3 〇 a )之一侧形成有 A)，而該軸承座（3 1A)之連線通過該 1 A )的中心點，令該電子顯示界面（3 〇 幕（32A)得於該掀轉空間（2 lA)内 ，另該掀轉空間（2 1 a )之相對二側緣預 位座（23A)，而該電子顯示界面（3〇 (3 1 A )反向側緣處則設有一定位部（3 該電子顯示界面（3 〇A)於對邊掀轉框（ 、反面掀轉時，該電子顯示界面（3〇a) 3 a )仵對應定位於掀轉空間（2丄a A )者。 的 7圖所示’其係本發明之第三實施例，其中 7 201039984 該 柩 轉 機 構 ( 2 設 一 可 相 對 徑 向 ( 3 0 ) 藉 由 該 進 一 步 環 轉 於 扭 繼 而 ， 本 發 於 一 扭 力 工 具 ( 0 ) 及 — 提供 扭 示 界 面 ( 3 0 ) 〇 工 具 ( 1 0 ) 預 業 場 合 的 死 角 環 0 ) 的 扭 字 值 1 便 利 之 實 用 進 步 [ 圖 式 簡 單說明 第 1 圖 • 係 本 發 意 立 體 〇 第 2 圖 係 本 發 意 立 體 第 3 圖 • 係 本 發 意 立 體 第 4 圖 * 係 本 發 施 例 第 5 圖 * 係 本 發 施 例 > 第 6 圖 * 係 本 發 0 )係相對於扭力工 環轉的環軸（5 0 ) 樞轉機構（2 0 )及 力工具（1 0 )之預 明之扭力工具之顯示 1 〇 )之預定位置設 力值的電子顯示界面 得藉由該樞轉機構（ 定位置作掀轉動作， 境中’仍能方便觀視 $而使本發明達到品 性者。 ] 明扭力工具之顯示界 圖一’其係顯示該電 明扭力工具之顯示界 圖二’其係顯示該電 明扭力工具之顯示界 圖二’其係顯示該電 明扭力工具之顯示界 其係顯示該電子顯示 明扭力工具之顯示界 其係顯示該電子顯示 明扭力工具之顯示界 具（1 〇)預定位置 以使電子顯示界面 其環轴（5 〇 )而得 定位置者。 界面掀轉方法，其係 有—樞轉機構（2 (3 0 )，該電子顯 2 〇 )，而於該扭力 以使本發明於特殊作 電子顯示界面（3 質的提昇及使用上的 面掀轉裝置之動作示 子顯示界面閉合。 面掀轉裴置之動作示 子顯示界面開啓。 面掀轉裝置之動作示 子顯示界面自轉。 面掀轉裝置之第二實 界面掀轉成正面。 面掀轉装置之第二實 界面掀轉成反面。 面掀轉裝置之第二實 8 201039984 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 扭力工具（ 驅動端（1 〇橫軸座（1 橫向轴（2 電子顯示界 顯示幕（3 環軸（5 0 樞轉機構（ 對邊掀轉框 電子顯示界 〇顯示幕（3 1 0 ) 2 ) 4 ) 1 ) 面 ( 3 0 ) 2 ) ) 2 0 A ) ( 2 2 A ) 面 ( 3 0 A ) 2 A ) 柄部（1 1 ) 嵌槽（1 3 ) 樞轉機構（2 0 ) 縱向軸（2 2 ) 縱轴座（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 ) 9That is, the main object of the present invention is an interface twisting method and a device thereof; the display of the torque device of the conventional torque tool has a problem of causing a defect in the measured torque value; and the technical specific position of the problem solving is pivoted Pivot mechanism, the electronic display interface of the force value; the problem of the problem that the problem is to be solved is that the value of the torque is not easy to be poor, and the value of the torque is not accurate. By providing the other torque tool of the pivoting mechanism to the front end of the twisting tool, the electronic display interface of the torque value provided by the new one is provided by the pivoting mechanism, and the torque tool can be used for the torque tool. The predetermined position is used for the activity to make the angle of the electronic display interface in the dead space environment of the special work site 琢σ, and it is convenient to view the value of the tweak of the electronic display interface, thereby pushing the two to further improve the quality of the invention and the convenience of use. Practical and progressive. Ο [Embodiment] The present invention relates to a torque tool s < display interface 掀 rotation method and device thereof </ br> see the first 1-3 soil map, the display of the torque tool of the present invention The preferred embodiments of the interface switching device are known, but these embodiments are for illustrative purposes only, and are not limited by the ', σ structure in the patent application; the device mainly includes a torque tool (10) υ ; a pivoting mechanism (20) and an electronic display interface (3 〇) are oppositely constructed; one of the torque tools, #, /, respectively has a handle (1 i ) and a driving end (12), a straight position of the D-handle portion (1 1 ) is provided with 5 201039984 'a groove (1 3), and the inside side of the groove (1 3). The seat (14), In addition, the torsion tool (1〇) is internally provided with a strain gauge (4〇) of the torque value, wherein the strain gauge (4 transmission line for transmitting the torque value (not shown): and a pivoting mechanism (2 〇), a T-shaped axis is a κ-axis (2 1 ), and a transverse system perpendicular to the transverse axis (2 ^ ( 2 2 ) ' where the pivoting mechanism (20) Corresponding to the slotted groove (1 3 Ο shaft seat (1 4 ) of the torque tool (10), so that the pivoting mechanism (2 〇) is activated by the slot (13) of the torque tool (10), And the transverse axis (21) of the 20) and the channel 'in the longitudinal axis (22) enable the strain gauge (4 〇 to be connected to the electronic display interface (30); and the electronic display interface ( 3 0 ), which corresponds to the longitudinal axis of the area (2 2) - has a hollow longitudinal axis seat. The vertical display seat (3 1) of the electronic display interface (3 〇) is a towing mechanism (2纵向) the longitudinal axis (2 2 ), such that the movable axis of the face (3 〇) is pivoted to the pivoting mechanism (2 〇) 3 1 ), and the transmission line of the § hai strain gauge (4 〇) is via (20 The longitudinal axis (22) is transmitted and connected to the electronic display 0), wherein the electronic display interface (3〇) is one end curtain (3 2 ), and the torque value of the strain gauge (4 〇) is made by the surface (3 〇) The digital conversion will be torqued; thereby, the electronic display interface (3〇;; member; (2 0) of the transverse axis (2 work) 掀 turn to open and close to the torque: a horizontal axis has a detectable 〇) Have state and contain There is a longitudinal axis (1 1 ) of the longitudinal axis (2 1 )), and a transmission line rotation mechanism (2 (31)' corresponding to the pivot axis of the electronic display field (The pivoting mechanism display interface (3 is formed with any angle indicating that the electronic display is displayed on the display screen (the electronic device is locked by the hinge mechanism (1 0) 6 201039984), and the ), but can be used in the special interface (3 〇 and the use of the 0 see the first pivoting machine (1 1) in the shape of the frame (2 2 electronic display interface 2 A), the bearing housing ( 3 1 The double-sided display of the slewing space (2 ❹) is provided with the bearing block 3 A) of the fixed A), so that the positioning part inside the 2 2 a) (3 positioning seat (2 3 please Refer to the section '' and use the longitudinal axis of the pivoting mechanism (20) (2 display interface (3〇) can be rotated to the torque tool (10 is in a tilted view state). The electronic display interface (30) can still conveniently read the tweak value of the electronic display by using the pivoting mechanism (2 the predetermined position of the torsion tool (10) for active rotation). The invention achieves the improvement of quality and the practical progress of the benefit. 3 to 6 is a second embodiment of the present invention, and the structure (2 〇A) is provided with a pair of side turn frames (2 2 A ) at the position of the handle of the torque tool (1 〇), the pair The side A) has a turning space (2 1 a ) inside, and the (30 A) is a double-sided display screen in the embodiment (3 and the side of the electronic display interface (3 〇a ) is formed with A ), and the connection of the bearing housing (3 1A) passes through the center point of the 1 A ), so that the electronic display interface (3 curtain (32A) is obtained in the twisting space (2 lA), and the twisting The opposite side edge pre-position seat (23A) of the space (2 1 a ), and the positioning portion is provided at the opposite side edge of the electronic display interface (3 〇 (3 1 A) (3 the electronic display interface (3 〇 A) In the case of the opposite side turn (the reverse display, the electronic display interface (3〇a) 3 a ) 仵 corresponds to the position of the transfer space (2丄a A ). A third embodiment of the present invention, wherein 7 201039984 the twisting mechanism (2 is set to be relatively radial (30) by the further loop to the twist, and the present invention is applied to a torque tool (0 ) and - provide the twist interface (3 0) 〇 tool (1 0) the tornado value of the pre-operational corner ring 0) 1 convenient practical progress [schematic simple description of the first figure 2 Figure 3 is a three-dimensional figure of the present invention. Figure 4 is a three-dimensional figure of the present invention. Figure 5 is a basic embodiment of the present invention. Figure 6 is a system of the present invention. The pivoting mechanism (50) of the pivoting mechanism (20) and the display of the pre-determined torque tool of the force tool (10) is set to a predetermined position. The electronic display interface of the set value is provided by the pivoting mechanism. (The position is used for the twirling action, and the situation in the environment is still convenient for viewing the $ to make the invention reach the character.] The display of the torque tool shown in Fig. 1 'The display shows the display boundary diagram of the twilight torque tool' The display boundary of the electric torque tool is shown in FIG. 2, which shows that the display field of the electric torque tool is displayed in the display sector of the electronic display torque tool. Bright display sector with the torque tools (1 billion) to a predetermined position of the ring of the electronic display screen shaft (5 billion) is obtained by a predetermined position. The interface twisting method has a pivoting mechanism (2 (30), the electronic display 2), and the torque is used to make the invention special for the electronic display interface (3 quality lifting and use surface) The action display display interface of the twisting device is closed. The action display display interface of the face turn device is turned on. The action display display interface of the face turn device is rotated. The second real interface of the face twist device is turned into a front face. The second real interface of the surface twisting device is turned into the reverse side. The second real 8 of the surface twisting device 201039984 The embodiment shows that the electronic display interface is completed. Fig. 7 is a display interface of the torque tool of the present invention. Third embodiment of the tumbling device. [Main component symbol description Torque tool (drive end (1 〇 horizontal axis seat (1 horizontal axis (2 electronic display boundary display screen (3 ring axis (5 0 pivot mechanism (opposite side 掀Turntable electronic display boundary display screen (3 1 0 ) 2 ) 4 ) 1 ) Surface ( 3 0 ) 2 ) ) 2 0 A ) ( 2 2 A ) Surface ( 3 0 A ) 2 A ) Handle (1 1 ) slot (1 3 ) pivot mechanism (2 0 ) longitudinal axis (2 2 ) vertical axis Seat (3 1 ) Strain gauge (4 0 ) Turning space (2 1 A ) Positioning seat (2 3 A ) Bearing seat (3 1 A ) Positioning part (3 3 A ) 9