M406497 五、新型說明： 【新型所屬之技術領域】 本創作係與扭力扳手有關，更詳而言之係指/種多維 感測之數位式扭力扳手。 【先前技術】 按，由於現今科技之進步，無論係何種材料之構件在 進行鎖接時，皆需按照一定之扭力值規範來進行鎖接，因 此能提供扭力值顯示之扭力扳手，幾乎已成為一般家庭中 或β好自已組·裝之使用者不可或缺的工具之一。M406497 V. New description: [New technical field] This creation is related to the torque wrench, more specifically, the multi-dimensional sensing digital torque wrench. [Prior Art] Press, due to the advancement of today's technology, no matter what kind of material components are locked, they need to be locked according to a certain torque value specification, so the torque wrench that can provide the torque value display is almost It is one of the indispensable tools for users in general households or beta self-assembled groups.
惟’目前市面上所見能到顯示扭力值之扭力扳手，僅 此單純地用以感測單—方向之扭力數值，如僅能感測扭力 向疑轉時之扭力數值或僅能感測扭力扳手橫向擺動 時之扭力數值’其對使用者而言，必然使得使用範圍受到 局限，而麵祕*足之問題。 【新型内容】 之數仿：：匕本創作之主要目的乃在提供一種多維感測 式扭力扳手’其具有多維之感測方式，可在 +進行不同<使 ^ 使用狀態下，仍能具有扭力感測之功效。 其主本_提供H維制之數位式扭力扳手， 平=有—殼體、—卫具桿、—數位顯示模組、 該工具桿係…切換開—電池蓋； '、置於該殼體内，並局部穿出於該殼體外，談工 3 M406497 具桿具有一供該水平感測元件設置之水平切面、一供該垂 直感測元件設置之垂直切面及一穿出該殼體外之套孔，該 切換開關係設於該工具桿之套孔内，並與該數位顯示模組 電性連接，當該切換開關受力時，該數位顯示模組係顯示 出該垂直感測元件所傳輸之扭力值，當該切換開關未受力 時，該數位顯示模組係顯示出該水平感測元件所傳輸之扭 力值；藉以達到多維感測之功效。 【實施方式】 為使貴審查委員能對本創作之特徵與特點有更進一 步之了解與認同，茲列舉以下較佳實施例並配合圖式說明 如下： 請參閱第一圖至第六圖，係本創作一較佳實施例所提 供一種多維感測之數位式扭力扳手100,其主要包含有 一工具桿1 0、一水平感測元件2 0、一垂直感測元件3 0、一殼體4◦、一切換開關5 0、一數位顯式模組6 0 及一電池蓋70,其中； 請參閱第一圖至第三圖，該工具桿1 0，為一具備預 定剛性之桿體，該工具桿1 0之前端具有一非圓形斷面之 套孔1 1，於本實施例中該套孔1 1為一個六角孔，該工 具桿10之外周面上並具有一水平切面12及一與該水平 切面1 2呈垂直相鄰接之垂直切面1 3。 請參閱第一圖至第三圖，該水平感測元件2 ◦，為一 4 M406497 應變規，係藉由本身所承受之扭力值不同而產生不同之彎 曲變形量，並進而輸出扭力值大小之電信訊號者。 請參閱第一圖至第三圖，該垂直感測元件3 0，為一 應變規，係藉由本身所承受之扭力值不同而產生不同之彎 曲變形量，並進而輸出扭力值大小之電信訊號者。 請參閱第一圖至第三圖，該殼體4 〇，具有一底蓋4 1及一頂蓋42;該底蓋41内具有一感測容室411及 擊一電池容室412,該底蓋41之前端具有一連通該感測 容室4 1 1至外部之前端開口413，該底蓋41之頂端 則具有一連通該感測容室4 1 1至外部之頂端開口 4 1 4，該底蓋4 1之後端則具有一連通該電池容室4 1 2至 外部之後端開口4 1 5，該頂蓋42上具有一顯示窗口4 2 1及若干之穿孔4 2 2。 凊參閱第一圖至第三圖，該切換開關5 〇，係能在受 • 到外力觸動時產生一特定訊號並進而輸出者。 喷參閱第一圖至第三圖，數位顯示模組6 〇，係能用 以顯不扭力值者。該數位顯示模組6 Q具有—電路板6 1電十生連接於該電路板6 1上之顯示螢幕（可為LCD) 6 2及若干電性連接於該電路板61上之控額關63, 其中該等控制開關63包含有至少—電源開關631及一 設定開關6 3 2。 疋乂上述即為本創作所提供—較佳實施例多維感測 5 1V14UC)497 之數位式杻力扳手1 o◦的各部構件介紹，接著再將其組 裝方式及其使用特點介紹如下： 首先’如第一圖及第三圖所示，將該工具桿1〇穩固 地置設於該底蓋41之感測容室4 1 1内，並使該工具桿 1 0之則端穿出於該底蓋41之前端開口 4 1 3外，再將 該水平感測元件2 〇貼附於該工具桿1 〇之水平切面1 2 上’而該垂直感測元件3 0則貼附於該工具桿1 〇之垂直 切面1 3上，並將該數位顯示模組6 〇固設於該頂蓋4 1 内侧，使該顯示螢幕6 2對位於該頂蓋42之顯示窗口4 2 1位置’而該電源開關6 3 1及該設定開關6 3 2則自 該穿孔422所穿出，便可將該頂蓋4 i蓋設而封閉於該 底蓋4 1之頂端開口 4 1 4上，並將該水平感測元件2 〇 及該垂直感測元件3 〇與該數位顯示模組6 〇之電路板6 1進行電性連接，而該切換開關5 〇則置設於該工具桿1 0之套孔1 1内，並與該數位顯示模組6 〇之電路板6 1 進行電性連捿，再將若干之電池9 9置入於該底蓋4丄之 電池容室41 2内，並由該電池蓋7 〇封閉設置於該底蓋 4 1之後端開口 4 1 5上，使該等電池9 g之電力能輸送 至該數位顯示模組6 0上，如此即完成本創作之組裝作業。 接著’再將本創作之使用特點介紹如下： 首先，當將一起子工具頭9 8套接於該工具桿i 〇之 套孔1 1内（如第二、四圖所示）並欲轉動一物件時，由 6 於使用者會施力於該工具桿工0 (藉由殼體之傳導）之抽 向上並進行轉動，因此在施力於工具桿1 0之轴向時，該 起子工具頭9 8會抵觸該切換開關5 〇，使由該切換開關 5 0發出特定訊號至該數位顯示模組6 〇之電路板6工 上使該電路板6 1開始接收來自於該垂直感測元件3 〇 之扭力值並加以顯示於該顯示螢幕6 2上，以供使用者得 知此時轉動該扭力扳手i 〇 〇之扭力值大小。 另外，當本創作多維感測之數位式扭力扳手i 〇 〇欲 進行橫向擺動之扭力感測時，即如第五圖所示，可由一支 六角扳手9 7套接於該王具桿} Q之套孔i i Θ，並進行 對一套筒9 6之橫向擺動旋轉，由於此時使用者之施力對 該工具桿1 0進行橫向之擺動，因此該六角扳手g 7並不 會抵觸於該切換開關5 0上（即切換開關並不會受到六角 扳手之壓迫）’使當該切換開關5 〇在未受力之狀態下，此 時該電路板6 1係接收該水平感測元件2 〇之扭力值並由 該顯示螢幕6 2所加以顯示’以讓使用者得知此時橫向（水 平方向）擺動旋轉之扭力值。 當然’如第六圖所示，本創作之工具桿1 〇套孔亦可 連接一接桿9 5以延長使用，或更將該工具桿丄〇具有套 孔1 1之該端形成為一彎桿造型，以達適用範圍更加廣泛 之目的。 另外’雖然上述實施例中該套孔1 1為一個六角孔造 M406497 型，但實際上，該套孔1 1亦可為四角孔、八角孔、十二 角孔或其它非圓形孔之造型。 以上所揭，僅為本創作所提供之較佳實施例，並非用 以限制本創作實施例之範圍，凡本技術領域内之相關技藝 者根據本創作所為之均等變化，皆應屬本創作所涵蓋之範 圍。 【圖式簡單說明】However, the torque wrench that can be used to display the torque value on the market is only used to sense the torque value of the single-direction. For example, it can only sense the torque value when the torque is turned to the suspect or can only sense the torque wrench. The value of the torsion force when oscillating in the lateral direction is inevitably limited to the user, and the problem is limited. [New content] The imitation of: The main purpose of Sakamoto creation is to provide a multi-dimensional sensing type torque wrench, which has a multi-dimensional sensing method, which can still be used in different states. The effect of torque sensing. The main body _ provides H-dimensional digital torque wrench, flat = with - shell, - guard rod, - digital display module, the tool rod system ... switch open - battery cover; ', placed in the shell Inside, and partially worn out of the housing, the negotiator 3 M406497 has a horizontal section for the horizontal sensing element, a vertical section for the vertical sensing element, and a sleeve that passes out of the housing. a hole, the switch-on relationship is disposed in the sleeve hole of the tool bar, and is electrically connected to the digital display module. When the switch is stressed, the digital display module displays the vertical sensing component to transmit The torque value, when the switch is not stressed, the digital display module displays the torque value transmitted by the horizontal sensing component; thereby achieving the effect of multi-dimensional sensing. [Embodiment] In order to enable the reviewing committee to have a better understanding and recognition of the features and characteristics of this creation, the following preferred embodiments are listed with the following description: Please refer to the first to sixth figures. A multi-dimensionally sensed digital torque wrench 100 is provided, which mainly includes a tool bar 10, a horizontal sensing component 20, a vertical sensing component 30, a housing 4, a switch 50, a digital display module 60 and a battery cover 70, wherein; referring to the first to third figures, the tool bar 10 is a rod having a predetermined rigidity, the tool bar In the embodiment, the sleeve hole 11 is a hexagonal hole, and the outer periphery of the tool bar 10 has a horizontal section 12 and a The horizontal section 1 2 is a vertically adjacent vertical section 1 3 . Referring to the first to third figures, the horizontal sensing element 2 is a 4 M406497 strain gauge, which generates different bending deformations by different torsion values, and then outputs the torque value. Telecom signal. Referring to the first to third figures, the vertical sensing component 30 is a strain gauge, which generates different bending deformations by different torque values that are subjected to the same, and further outputs a telecommunication signal of a torque value. By. Referring to the first to third figures, the housing 4 has a bottom cover 4 1 and a top cover 42. The bottom cover 41 has a sensing chamber 411 and a battery chamber 412. The front end of the cover 41 has a connection between the sensing chamber 4 1 1 and the outer front end opening 413, and the top end of the bottom cover 41 has a top opening 4 1 4 that communicates the sensing chamber 4 1 1 to the outside. The rear end of the bottom cover 4 1 has a communication chamber 4 12 to the external rear end opening 4 1 5 , and the top cover 42 has a display window 42 1 and a plurality of perforations 4 2 2 .凊 Refer to the first to third figures. The switch 5 〇 can generate a specific signal and then output when it is touched by an external force. Refer to the first to third figures, the digital display module 6 〇, can be used to show the value of the torque. The digital display module 6 Q has a display screen (which can be an LCD) connected to the circuit board 61 and a plurality of control points 63 electrically connected to the circuit board 61. The control switch 63 includes at least a power switch 631 and a setting switch 63 2 .疋乂The above is the introduction of the various components of the digital force wrench 1 o◦ provided by the present invention, which is the multi-dimensional sensing of the multi-dimensional sensing 5 1V14UC) 497, and then the assembly method and its use characteristics are as follows: As shown in the first and third figures, the tool bar 1 〇 is firmly disposed in the sensing chamber 4 1 1 of the bottom cover 41, and the end of the tool bar 10 is worn out. The front sensing cover 2 〇 is attached to the horizontal cutting surface 1 2 of the tool bar 1 ' and the vertical sensing component 30 is attached to the tool bar. 1 上 of the vertical section 1 3 , and the digital display module 6 〇 is fixed inside the top cover 4 1 , so that the display screen 6 2 is located at the position of the display window 4 2 1 of the top cover 42 The power switch 6 3 1 and the setting switch 6 3 2 are pierced from the through hole 422, and the top cover 4 i is covered and closed on the top opening 4 1 4 of the bottom cover 4 1 , and the The horizontal sensing component 2 and the vertical sensing component 3 are electrically connected to the circuit board 6 1 of the digital display module 6 , and the switching switch 5 is It is disposed in the socket 1 1 of the tool bar 10, and is electrically connected to the circuit board 6 1 of the digital display module 6 , and then a plurality of batteries 9 9 are placed in the bottom cover 4 The battery compartment 41 2 is closed by the battery cover 7 设置 on the rear end opening 4 1 5 of the bottom cover 4 1 , so that the power of the battery 9 g can be transmitted to the digital display module 60 . This completes the assembly work of this creation. Then 'the characteristics of the use of this creation are as follows: First, when a sub-tool head 9 8 is sleeved in the sleeve hole 1 of the tool bar i ( (as shown in the second and fourth figures) and wants to rotate one In the case of an object, the user will apply force to the tool bar 0 (transmitted by the housing) and rotate, so when the force is applied to the axial direction of the tool bar 10, the screwdriver tool head 9 8 will interfere with the switch 5 〇, so that the specific signal is sent from the switch 50 to the circuit board 6 of the digital display module 6 工 so that the circuit board 6 1 starts to receive from the vertical sensing element 3 The torque value of the cymbal is displayed on the display screen 6 2 for the user to know the magnitude of the torque value of the torque wrench i 此时 at this time. In addition, when the digital multi-dimensional sensing digital torque wrench i is intended to perform the lateral vibration torsion sensing, as shown in the fifth figure, a hexagonal wrench 9 7 can be attached to the royal pole} Q The sleeve ii Θ 并 并 并 并 并 Θ Θ 横向 横向 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Switching switch 50 (ie, the switch is not pressed by the hex wrench) 'When the switch 5 is in an unstressed state, the board 6 1 receives the horizontal sensing element 2 〇 The torque value is displayed by the display screen 62 to let the user know the torque value of the lateral (horizontal) swing rotation. Of course, as shown in the sixth figure, the tool post 1 of the present tool can also be connected to a post 9 5 for extended use, or the end of the tool post having the sleeve hole 1 1 is formed as a bend. Rod shape for a wider range of applications. In addition, although the sleeve hole 1 1 in the above embodiment is a hexagonal hole made M406497 type, in fact, the sleeve hole 1 1 can also be a square hole, an octagonal hole, a twelve-corner hole or other non-circular holes. . The above is only the preferred embodiment provided by the present invention, and is not intended to limit the scope of the presently-created embodiments. All of the related art in the art should be equally changed according to the present creation, and should belong to the present invention. The scope of coverage. [Simple description of the map]
第一圖係本創作一較佳實施例之立體組合圖。 第二圖係第一圖所示實施例之立體分解圖。 第三圖係第一圖所示實施例之組合剖視圖。 第四圖係第一圖所示實施例之使用狀態作動示意圖。 第五圖係第一圖所示實施例之使用狀態作動示意圖。 第六圖係第一圖所示實施例之使用狀態作動示意圖。 【主要元件符號說明】The first figure is a three-dimensional combination of a preferred embodiment of the present invention. The second drawing is an exploded perspective view of the embodiment shown in the first figure. The third drawing is a combined cross-sectional view of the embodiment shown in the first figure. The fourth figure is a schematic diagram of the operation state of the embodiment shown in the first figure. The fifth figure is a schematic diagram of the operation state of the embodiment shown in the first figure. Fig. 6 is a schematic view showing the operation state of the embodiment shown in the first figure. [Main component symbol description]
多維感測之數位式扭力扳手1 〇 0 工具桿1 0 水平切面12 水平感測元件2 0 殼體4 0 感測容室4 1 1 前端開口 4 1 3 後端開口 4 1 5 套孔1 1 垂直切面1 3 垂直感測元件3 0 底蓋4 1 電池容室4 1 2 頂端開口 4 1 4 頂蓋4 2 8 M406497Multi-dimensional sensing digital torque wrench 1 〇0 Tool bar 1 0 Horizontal section 12 Horizontal sensing element 2 0 Housing 4 0 Sensing chamber 4 1 1 Front end opening 4 1 3 Rear end opening 4 1 5 Set hole 1 1 Vertical section 1 3 Vertical sensing element 3 0 Bottom cover 4 1 Battery compartment 4 1 2 Top opening 4 1 4 Top cover 4 2 8 M406497
顯示窗口 4 2 1 切換開關5 0 電路板6 1 控制開關6 3 設定開關6 3 2 電池9 9 六角扳手9 7 接桿9 5 穿孔4 2 2 數位顯示模組6 0 顯示螢幕6 2 電源開關6 3 1 電池蓋7 0 起子工具頭9 8 套筒9 6Display window 4 2 1 Switch 5 0 Board 6 1 Control switch 6 3 Set switch 6 3 2 Battery 9 9 Hex wrench 9 7 Post 9 5 Perforation 4 2 2 Digital display module 6 0 Display screen 6 2 Power switch 6 3 1 battery cover 7 0 screwdriver head 9 8 sleeve 9 6