200829387 _ 九、發明說明： 【發明所屬之技術領域】 本創作係關於-魏位工具，特別是具有資料傳輸裝置之 數位工具，藉由資料傳紅具的傳輪功能可以快速的進行資訊 更新與傳遞。 【先前技術】 傳統的手玉具’例如棘輪扭力扳手，其只具備單一扭力 _ 值當猶扭力達咖定触力時，棘輪裝置便會產生空 轉及發出響聲。而隨著使用需求的變化，可以調整預設扭力值 的棘輪扳倾域細於各種卫作場射，惟#操作扭办 _預設值時，棘輪裝置_是產生空轉及發出響聲。 P遺著數位元件的躺’已_成功地開發及製作數位式工 具’例如數位式扭力扳手，其不但可以提供驗扭力值，更可 藉由操作時扭力扳倾應變量_示真實的操作扭力大小，如 • 此使用者便可以比對操作扭力與預設扭力，藉以了解操作扭力 與預設扭力間的誤差，並且操作扭力與預設扭力的比對資 訊進行分析及改善工作條件，顯然數位式工具是一種更進步且 更符合使用需求的產品。 大1使用芩考資訊以及存取操作過程中所獲取的資訊，可 以使數位工具發揮出最佳的使用效果，所以資訊的傳輸對於數 位扭力扳手是-種必要且重要的設計。然而，傳統的數位工具 '通#未配设貧訊傳輸介面及裝置，所以資訊的使用及存取是相 200829387 方便。又或者触玉具配設有資訊傳輪介面或/及裝 置，但早期的資訊傳輸介面及農置的通常表玉見是傳輸速度慢、 資訊傳輸量小明顯與現今廣泛使用的快速存取裝置無法相 容，因此無法滿足實際使用需求。 【發明内容】 由於先前技術·賴數歓具無法提供紐的資訊傳 輸效果’所以本發明提供一種創新的數位工具以解決先前技術 • 的缺點。 本_之-目的縣提供—種具傳輸裝置之触工具，其 可以快速地且大量地傳輸資訊。 π本創作另-目的係在提供一種具傳輸裝置之數位工具，其 可以與⑽廣泛使_ 存轉肋容⑽足使用需求。 根據以上所揭露的目的與功效，該數位卫具包含一操作部 :與-工作部件馳合；—應㈣域定義在該工具受力產生應 ❿ ^ ’、、、員或足以供作應變測量之處，&含操作部件表面或是工作 部件麵；-應_餘魏設_作料與王作部件的組合 哭―"匕3至少-應變測量元件、一訊號處理系統及一顯示 q ^應變心％件蘭在應魏域且藉猶連接訊號處理 /、Ί員不錢設於操作部件與工作部件的組合體且藉訊號連 2錢處理系統；料傳輪裝置，例如側裝置或無線傳 ^置配設於操作部件私作部件的齡體且藉罐連接於 崎里系、统。如此’一外部資料庫内的資料可透過該資料傳 6 200829387 數歡具連線，使得外部㈣庫與數歓具互相進行 負料的存取。 ^了 =依本發明的目的、功效及賴 例亚配合圖式詳細說明。 』羋出％d圭貫施 【實施方式】 凊參閱第1圖，圖中揭露一數位扭力扳手10包含_握柄 21與一棘輪頭32的組合’其中該棘輪頭34 -端延伸有一桿 部34且結合握柄21。其中該握柄21重新定義為操作部件20， 而該棘輪頭32與桿部34的組合重新定義紅作部件30。 請參閱第2圖，操作部件2〇係包含一外管件u 乂一 ，内管件24插觸她2時，嶋置氣组= 作雜20内部’更進一步而言，應變測量襄置包含—/咬: 對/或多個應變測量元件42、—訊號處理紐44及_顯示器妨。 請參閱第2圖及第3圖，應變測量元件42係貼附在椁部 34的表面。更進一步言，在使用扳手工具時，桿部私明顯 受扭力侧，·吾人可以在桿部34表面定義域變區域 且將應變測量元件42 _在應變區域36。應變測量轉42 Hmutm連接於訊號處理系統44。顯示器46 21表面且藉訊號或電性連接於訊號處理系統44。上述的應變= 里元件42為應變規；訊號處理系統44可以是由電子電路、 理器及處理程式所組成之組合系統。顯示器46為液晶顯示板减 又-操作裝置50電性連接於訊號處理系統44。操作裝屋 200829387 50可以包含複數按鍵。一資料傳輸裝置6〇，例如USB裝置或 無線傳輸裝置或RS232裝置，係藉訊號連接於訊號處理系統44。 請再參閱第1〜3圖，當訊號處理系統44、操作裝置％ 及資料傳輸裝置60的組合配設於握柄21内部後，一封蓋7〇 盍合於握柄21表面’同時使得顯示器46，操作裝置及資 料雜裝置60露出於握柄21表面。另外，請參閱第4圖… 保瘦蓋62可活動地組設於握柄21表面且眺鄰資料傳輸裝置 6〇。撥動保護蓋62可以蓋合或遠離資料傳輸裝置6〇端面。 請參閱第5圖，-種數位拉力器8G係包含—操作部件81 及-工作部件82。其中操作部件81由一基座Μ與一操作手把 85所組成；請參閱第5圖及第6圖，工作部件82係一柱件， 該工作部件82其-端與基座83結合，另-端配接-勾件84， 而-應變測量裝置40與工作部件82結合。值得注意的是，工 ^部件82是承躲件構造讀向树侧力，因此吾人依據應 變T態可以在工作部件82的中間位置定義一應變區域％。該 應變區域％係足以供難受力後雜伸應變，因此至少一用以 測1拉伸顧之應_量元件42 _在應變_ %。至於整 個應欠測1裝置40的組成及連結形態已說明於前一實施例 中，故在此不多言贅述。 資料傳齡置60，包含咖裝置、無線傳_置，或是 RS232裝_£，鋪!臟或紐村與顧職置4Q連結。 200829387 . 請茶閱第7圖’圖中揭露將數位設計應用於起子90。起 子二包含一握柄91及一桿體92，根據使用特徵握柄91可以 被定簡操作部件肋供—使时歸以操作使職工具，而 桿體92定義為一工作部件，其用以與一工件結合並傳遞扭力。 、…一應變感測裝置40 ’其各組成元件及其連結關係如前所 I》應L樣置4G與握柄91結合，而且應變感測元件 42貼附在該桿體92表面。由於桿體92係明顯承受工作扭力 鲁之部件，故在桿體92表面定義出一應變區域％供應變感測元 件42、_。資料傳輸裝置6〇，包含卿裝置、無線傳輸裝 置’或是RS232裝置’係藉訊號或電性方式與應變測裝置 連結。 明參閱第8圖及第9圖，圖中揭露將數位輯應用於具有 開口構造的的扳手，例如開σ扳手95或是活動扳手％。^中 開口狀構造為-嵌合部97和％且絲為讀部件，而供使用 # 細寺操作的握柄"或⑽定義操作部件。由於使用此類工 /、Ν·以握柄99和1〇〇與散合部97和％的銜接處明顯承受扭 力所以在握枘99和1〇〇的表面定義出一應變區域脱和_ 供一變應感測元件42貼附。至於應變感測裝置40的組成以及 與工具的結合轉，皆與__目當，故衫言贅述。另外， —資料傳_置6G與應賊妓4〇結合㈣傳輸資料。 以上所述為各種工具與應變感測裝置⑽及資料傳輸裝置 9 200829387 60的組合。 請參_ 1G圖，使用者可以針對實際使_狀況於一外 界資料庫120編輯各種對應條件之預設扭力，然後藉由匯流排 線或是無線傳輸以訊號或電性連接外界資料庫12〇與資料傳 輸裝置60，則外界資料庫12〇内的資訊可以傳送到訊號處理 系、、充44内’藉此更新預設之扭力值。又操作扭力值⑽可以 隨著使用過絲被記躲峨處理系統44内，然後在外界資 參 料庫120與資料傳輸裝置6〇連線的條件下，將預存之操作扭 力值140傳輸給外界資料庫12〇。 是以本發明實施财以USB裝置作為資訊傳輸介面，其 不但具有兩速且大量傳輸資訊的效果，更重要的是能夠與目前 已被廣泛使用的存取設備相容，例如，使用者可以利用一個 USB P遺妓備，如隨身碟或攜帶式㈣等，與—電腦連結取 得資料/資訊後’再將該USB隨身設備與該數位工具結合，且 • 令漏隨身設備内的資料/資訊傳送到數位工具内，反之，也 可贿過USB隨身設備取得數位工具_龍，再藉由㈣ 隨身設備傳送到電腦内。因此本發明具備卿資料傳輸裝 置’可以搭配USB隨身設備，使得在資料的取得與傳送^ 更佳的操作方便性且更能符合實際使用的需求。 八 上述實施例僅為例示性酬本發明之技術及其功效，而非 用於限制本發明。任何熟於此項技術人士均可在不違背本發明 200829387 之技術原理及精神的情況下，對上述實施例進行修改及變化， 因此本發明之權利保護範圍應如後所述之申請專利範圍所列。 【圖式簡單說明】 第1圖係本發明應用於扭力扳手外觀圖。 第2圖係本發明應用於扭力扳手分解圖。200829387 _ IX, invention description: [Technical field of invention] This creation is about the Wei-bit tool, especially the digital tool with data transmission device, which can quickly update information with the data transmission function of the data transmission device. transfer. [Prior Art] A conventional hand jade article, such as a ratchet torque wrench, has only a single torsion force _ value. When the torsion force reaches a constant force, the ratchet device produces an idle sound and a sound. As the usage requirements change, the ratchet wheel tilting field that can adjust the preset torque value is finer than the various guard field shots. However, when the operation is turned to the preset value, the ratchet device _ is idling and making a sound. P's digital components have been successfully developed and produced digital tools such as digital torque wrenches, which not only provide the torque test value, but also the torque of the torque during operation. Size, such as • This user can compare the operating torque with the preset torque to understand the error between the operating torque and the preset torque, and analyze the information of the operating torque and the preset torque and improve the working conditions. Obviously the digital A tool is a product that is more advanced and more suitable for use. The use of reference information and information obtained during access operations allows the digital tool to perform optimally, so the transmission of information is a necessary and important design for digital torque wrenches. However, the traditional digital tool 'Tong# is not equipped with a poor communication interface and device, so the use and access of information is convenient for 200829387. Or the contact jade is equipped with a information transmission interface or/and device, but the early information transmission interface and the usual appearance of the farm are slow transmission speeds, small information transmission volume and fast-access devices widely used today. Incompatible, so can not meet the actual use needs. SUMMARY OF THE INVENTION The present invention provides an innovative digital tool to solve the shortcomings of the prior art because the prior art and the number of cookware cannot provide the information transmission effect of the New Zealand. This _zhi- destination county provides a touch tool with a transmission device that can transmit information quickly and in large quantities. π This creation is also aimed at providing a digital tool with a transmission device that can be used with (10) a wide range of applications. According to the above objects and effects, the digital keeper includes an operation portion: merging with the working component; and the (four) domain is defined by the force generated by the tool ' ^ ', , , or sufficient for strain measurement Where, & contains the surface of the operating part or the surface of the working part; - should _ Yu Wei set _ composition and the combination of Wang Zuo parts cry "" 匕 3 at least - strain measuring components, a signal processing system and a display q ^ The strain heart part of the blue is in the Wei domain and is connected by the signal connection, the employee does not have money to set up in the combination of the operating part and the working part, and the borrowing signal is connected to the money processing system; the material conveying device, such as the side device or the wireless It is placed in the age of the operating parts and is connected to the Sari Line. In this way, the data in an external database can be accessed through the data transmission, so that the external (four) library and the number of cookware are mutually negatively accessed. ^ = = Detailed description of the purpose, function and example of the present invention. [Embodiment] 实施 Referring to FIG. 1 , a digital torque wrench 10 includes a combination of a grip 21 and a ratchet head 32. 34 and combined with the grip 21. Wherein the handle 21 is redefined as the operating member 20, and the combination of the ratchet head 32 and the stem portion 34 redefines the red component 30. Referring to Fig. 2, the operating member 2 includes an outer tubular member u, and when the inner tubular member 24 is inserted into her 2, the gas is set to be internal to the interior 20'. Further, the strain measuring device includes -/ Bite: Pairs/or multiple strain measuring elements 42, signal processing buttons 44 and _ display. Referring to Figures 2 and 3, the strain measuring element 42 is attached to the surface of the crotch portion 34. Furthermore, when the wrench tool is used, the stem portion is clearly biased to the torsion side, and the person can define the domain variable region on the surface of the stem portion 34 and the strain measuring member 42_ in the strain region 36. The strain measurement turn 42 Hmutm is coupled to the signal processing system 44. The surface of the display 46 is connected to the signal processing system 44 by a signal or electrical connection. The above-mentioned strain = inner element 42 is a strain gauge; the signal processing system 44 can be a combined system composed of an electronic circuit, a processor and a processing program. The display 46 is a liquid crystal display panel minus-operating device 50 electrically coupled to the signal processing system 44. Operational loading room 200829387 50 can contain multiple buttons. A data transmission device 6, such as a USB device or a wireless transmission device or an RS232 device, is coupled to the signal processing system 44 by a signal. Referring to FIGS. 1 to 3 again, when the combination of the signal processing system 44, the operating device %, and the data transmission device 60 is disposed inside the handle 21, a cover 7 is coupled to the surface of the handle 21 while making the display 46. The operating device and the data miscellaneous device 60 are exposed on the surface of the grip 21. In addition, please refer to FIG. 4... The thin cover 62 is movably assembled on the surface of the grip 21 and adjacent to the data transfer device 6〇. The toggle protection cover 62 can be attached to or away from the end face of the data transfer device 6 . Referring to Fig. 5, a digital tensioner 8G includes an operating member 81 and a working member 82. The operating member 81 is composed of a base cymbal and an operating handle 85; referring to Figures 5 and 6, the working member 82 is a column member, and the working member 82 is coupled at its end to the base 83, and The end fitting-hook 84, and the strain measuring device 40 is coupled to the working member 82. It is worth noting that the component 82 is the bearing member to read the side force of the tree. Therefore, according to the strain T state, a strain region % can be defined in the middle position of the working member 82. The % strain area is sufficient for the strain after the uncomfortable force, so at least one is used to measure the tensile force of the element 42 _ at strain _ %. The composition and connection form of the entire device 1 to be tested 1 have been described in the previous embodiment, and therefore will not be described here. The data age is set to 60, including coffee device, wireless transmission, or RS232 installation _£, shop! Dirty or New Village and career 4Q link. 200829387 . Please refer to Figure 7 for the application of the digital design to the screwdriver 90. The driver 2 includes a grip 91 and a rod 92. According to the use feature, the grip 91 can be used to reduce the operating member ribs for the operation of the work tool, and the rod 92 is defined as a working member for Combines with a workpiece and transmits torque. The strain sensing device 40' has its constituent elements and their connection relationship as in the previous section, and the L-like set 4G is combined with the grip 91, and the strain sensing element 42 is attached to the surface of the rod 92. Since the rod body 92 is obviously subjected to the working torque component, a strain area % is defined on the surface of the rod body 92 to supply the sensing element 42, _. The data transmission device 6A includes a binary device, a wireless transmission device, or an RS232 device, which is coupled to the strain gauge device by a signal or electrical means. Referring to Figures 8 and 9, the figure is applied to a wrench having an open configuration, such as an open σ wrench 95 or an adjustable wrench %. ^ The open-ended configuration is - the fitting portion 97 and % and the wire is a reading member, and the operating member is defined by the handle "#" or (10). Since the use of such work/, Ν· with the grips 99 and 1〇〇 and the joints of the joints 97 and % are obviously subjected to the torsion force, a strain region is decoupled from the surfaces of the grips 99 and 1〇〇. The allergy sensing element 42 is attached. As for the composition of the strain sensing device 40 and the combination with the tool, both of them are related to the __. In addition, - data transmission _ 6G and thief 妓 4 〇 combined (four) transmission of data. The above is a combination of various tools and strain sensing devices (10) and data transmission devices 9 200829387 60. Please refer to the _ 1G map, the user can edit the preset torque of various corresponding conditions in an external database 120 for the actual situation, and then connect the external database 12 by signal or wireless transmission through the bus line or wireless transmission. With the data transmission device 60, the information in the external database 12 can be transmitted to the signal processing system, and the charging device 44 can be used to update the preset torque value. The operating torque value (10) can be recorded in the processing system 44 along with the used wire, and then the pre-stored operating torque value 140 is transmitted to the outside under the condition that the external reference material library 120 and the data transmission device 6 are connected. The database is 12〇. The invention uses the USB device as the information transmission interface, which not only has the effect of transmitting information in two speeds and a large amount, but more importantly, is compatible with the access device which is widely used at present, for example, the user can utilize A USB P legacy device, such as a flash drive or a portable (4), and a computer connection to obtain data/information, then combine the USB portable device with the digital device, and • transmit data/information in the portable device Into the digital tool, on the contrary, you can also bribe the USB portable device to get the digital tool _ dragon, and then transfer it to the computer with (4) portable devices. Therefore, the present invention has a data transmission device that can be used with a USB portable device, so that the data acquisition and transmission can be more convenient and more suitable for practical use. The above embodiments are merely illustrative of the techniques and effects of the invention and are not intended to limit the invention. Any person skilled in the art can modify and change the above embodiments without departing from the technical principles and spirit of the present invention 200829387. Therefore, the scope of protection of the present invention should be as described later. Column. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a view showing the appearance of the present invention applied to a torque wrench. Figure 2 is an exploded view of the torque wrench applied to the present invention.
第3圖係本發明應用於扭力扳手組合結構示意圖 第4圖係本發明之保護蓋使用狀態示意。 弟5圖係本發明應用於拉器外觀圖。 第6圖係本發明應用於拉力器之工作部件分解圖 第7圖係本發明應用於起子外觀圖。 第8圖係本發明應用於開口扳示意圖圖。 第9圖係本發明應用於活動扳手示意圖。 第10圖係本創作資訊傳輸方塊圖。 20操作部件 22外管件 30工作部件 34桿部 40應變測量裂置 44訊號處理系統 50操作裝置 【主要元件符號說明】 數位扭力扳手 21握柄 24内管件 32棘輪頭 36應變區域 42應變測量元件 46顯示器 200829387 60資料傳輸裝置 62保護蓋 70封蓋 80拉力器 81操作部件 82工作部件 83基座 84勾件 85操作手把 86應變區域 %起子 91握麂 92桿件 93應變區域 95開口扳手 96活動扳手 97、98嵌合部 99、100握柄 102應變區域 104應變區域 120外界資料庫 140操作扭力值 12Fig. 3 is a schematic view showing the structure of the combination of the present invention applied to the torque wrench. Fig. 4 is a view showing the state of use of the protective cover of the present invention. Figure 5 shows the appearance of the present invention applied to the puller. Fig. 6 is an exploded view of the working part of the present invention applied to a tension device. Fig. 7 is a view showing the appearance of the present invention applied to a driver. Figure 8 is a schematic view showing the application of the present invention to an opening plate. Figure 9 is a schematic view of the present invention applied to an adjustable wrench. Figure 10 is a block diagram of this creative information transmission. 20 operating member 22 outer tubular member 30 working member 34 stem portion 40 strain measuring split 44 signal processing system 50 operating device [main component symbol description] digital torque wrench 21 grip 24 inner tube member 32 ratchet head 36 strain region 42 strain measuring member 46 Display 200829387 60 data transmission device 62 protective cover 70 cover 80 tensioner 81 operating part 82 working part 83 base 84 hook 85 operation handle 86 strain area % screwdriver 91 grip 92 rod 93 strain area 95 open wrench 96 adjustable wrench 97, 98 fitting portion 99, 100 grip 102 strain region 104 strain region 120 external database 140 operating torque value 12