五、新型說明： 【新型所屬之技術領域】 本創作係有關於-種數位顯示模組，尤指—種運用於扭力 扳手上用⑽示扭力值與扭力_關叙扭力扳手數位顯示 模組。 【先前技術】 在機械裝的技術領域中，利用螺检與螺帽來鎖固各種元 件，係屬一種相當習知的固定方式。然而，因為每個人對力量 大小的感覺不盡湘，且某些特殊的結合方式也並非越緊越 好’因此便有扭力扳手的問市，令每一次的螺鎖作業，即使在 不同人的操作之下，也可以達到相同的扭力要求。 早期的扭力扳手都是採純機械式的設計，使用者只能利用 全或無定律來判定施力是否達到所設定之扭力值，是以在施力 的過程中’操作者根本無法得知扭力的變化，僅在施力接近所 «又定之扭力值時，以燈光或聲響的頻率變化來提醒操作者，因 此無法直接且清楚地反映出施力與設定值間的絕對關係，且當 扭力設定值較小時，操作者很容易因過度施力而造成扭力上的 誤差，於是便有業者開發出具數位顯示之扭力扳手。 然而，現有之數位扭力扳手，其顯示幕（5 〇 )的位置通 常都只是©定的方式裝設於扳手上，因此，#讀基準面與操 作者之視線平行時，便幾乎無法讀取顯示幕上的數據’令顯示 幕（5 0)喪失其應有的功能。再者，並非所有人都慣用右手， M384092 是以當慣用右手賴㊃，設定為正向顯示模式之扳手（如第 -圖所示），到了慣用左手操作者的手巾，其顯示模式就變成 反向了（如第一圖所示）。因此，現有數位扭力板手在顯示的 功月匕上’仍存在者尚待改善之處。 緣是，本_人乃針對上敍她力扳手顯秘式之缺失 以及操作上的諸多不便，本著鍥而不捨的精神與精益求精之目 的，積極不斷的加以研究改良，並經長期之努力與試驗，終於 開發設計出本創作。 【新型内容】 本創作之主要目的，在於解決上述的問題而提供一可同時 顯示杻力值與扭力_關係之扭力扳手數位顯示馳，且其顯 示模式可視使狀方向不同作上下反轉，令使用者於不同之操 作杈式下，仍能輕鬆讀取相關扭力數值。 為達上述目的，本創作主要係包括—環設於扭力板手桿體 上之殼體；-裝設於殼體中之微處理器，該微處中係分別 内建有-正向顯τ樣板、—反向顯示樣板以及程式記憶體；複 數裂設於殼體上之魏鍵；—裝設純體上之並電性連接至微 處理器之顯示幕，該顯示幕上魏分為數字顯示區以及刻度顯 吨；一裝設於扭力扳手扭力單社並電性連接额處理器之 ，應器；以及-裝設於殼體中並電性連接至微處理器之電源 組，該電源組係提供數位顯示模組所需之電能。 稭由上述結構組合，摘作之顯轉除可依騎作者之操 4 M384092V. New description: [New technology field] This creation department has a kind of digital display module, especially for the torque wrench (10) for torque value and torque _ Guanxi torque wrench digital display module. [Prior Art] In the technical field of mechanical equipment, the use of screw inspection and nuts to lock various components is a relatively well-known fixing method. However, because everyone feels the strength of the power, and some special combinations are not as tight as possible. Therefore, there is a torque wrench to ask the market, so that every screw lock operation, even in different people Under the operation, the same torque requirement can also be achieved. The early torque wrenches were all purely mechanical. The user could only use all or no law to determine whether the applied force reached the set torque value. In the process of applying force, the operator could not know the torque at all. The change only reminds the operator of the frequency change of the light or sound when the force is close to the torque value. Therefore, the absolute relationship between the force applied and the set value cannot be directly and clearly reflected, and when the torque is set When the value is small, the operator is liable to cause an error in the torsion force due to excessive force application, and a manufacturer has developed a torque wrench with a digital display. However, in the existing digital torque wrench, the position of the display screen (5 〇) is usually mounted on the wrench in a fixed manner. Therefore, when the reference plane is parallel to the operator's line of sight, the display is almost impossible to read. The data on the screen makes the display (50) lose its proper function. Furthermore, not everyone is accustomed to the right hand. The M384092 is a wrench that is used in the right-hand display mode and is set to the forward display mode (as shown in the figure). When it comes to the left-handed operator's hand towel, the display mode becomes reversed. Toward (as shown in the first figure). Therefore, the existing digital torsion wrenches still have some improvement in the display of the power of the moon. The reason is that this _ person is aimed at the lack of the secret type of the force wrench and the inconvenience in operation. In the spirit of perseverance and the purpose of excellence, we actively research and improve, and through long-term efforts and experiments, Finally developed and designed this creation. [New content] The main purpose of this creation is to solve the above problems and provide a digital display of the torque wrench that can simultaneously display the force value and the torque _ relationship, and the display mode can be made up and down in different directions. Users can easily read the relevant torque values under different operating modes. In order to achieve the above purposes, the present invention mainly comprises: a casing which is arranged on the torsion wrench body; a microprocessor installed in the casing, and the micro-center has a built-in positive τ a template, a reverse display template, and a program memory; a plurality of Wei keys disposed on the housing; and a display screen on the pure body and electrically connected to the microprocessor, the display screen is divided into numbers a display area and a scale display; a power supply unit installed in the torque wrench and electrically connected to the processor; and a power supply unit installed in the housing and electrically connected to the microprocessor, the power supply The group provides the power required by the digital display module. Straw is composed of the above-mentioned structure, and the excision can be changed according to the operation of the rider. 4 M384092
作模式正、反向顯示扭力值外，並設有 作為 可以即時讀取所施之扭力與所設定之扭力間之比7米作者 繼續施力時，施力大小之參考。 •彳關係， 本創作之上述及其他目的與優點，不難從下述 例之詳細說明與關巾，獲得深人了解。 貫施 綠，本創作在某些另件上，或料之麵上容許有In the mode, the torque value is displayed in the positive and negative directions, and it is provided as a reference for the magnitude of the force applied when the author can continue to apply force as the ratio between the applied torque and the set torque. • 彳 Relationship, the above and other purposes and advantages of this creation, it is not difficult to get a deep understanding of the following examples. Applying green, this creation is allowed on some parts, or on the surface of the material.
同，但所選用之實施例，則於本說明書中，予以★羊細一a 於附圖中展示其構造。 平"兒明，並 【實施方式】The same, but selected embodiments, in the present specification, are shown in the drawings. Ping "Children, and [Implementation]
本創作係有關於-種扭力扳手數位顯式模組，請參閱如第 二至第四騎示，其主要縣含有_環設於扳手桿體上，並可 相對於扳手桿體旋轉之殼體（工〇 );該殼體（丄q )中係裝 設有-微處職⑴；該殼體（i Q )上縣設有複數功能 鍵:2 );-裝設於殼體（i ◦)上並電性連接至微處理器⑴ 之.、’、員不幕（3 )，一裝設於扭力扳手扭力單元上並電性連接於 =處理器（1)之感應器⑷；—裝設於殼體（丄〇 )中之 电子式塗抹式永久記憶丨C ( 5 );—裝級殼體（工〇 )並 電性連接至微處㈣⑴之麵單元（2 Q );—裝設於殼 體（1〇)中並電性連接至微處理器（1)之電源組（g)， °亥私源組（9 )係提供顯示模組所需之電能；以及-裝設於殼 體（1 0)並電性連接至微處理器⑴之傳輸介面（1 1)。 额處理器（1)中係分別内建有-正向顯示樣板（1◦ 5 1),以及-反向顯示樣板（1〇2)，此外，該微處理器⑴ 中I内建有儲存所編寫程式之程式記憶體；該警示單元（2 〇 ) 係包含有-LED背光模組（21)、—Led警示燈（22) 及揚耳為（2 3)，該微處理器⑴可藉由連設於永久 記憶1 C(5)n讀取永久記憶1C⑸帽儲存的 貧料，或將㈣轉存於該永久記憶Ic(5)中；因此，即使 不當斷電’亦不會造«料之流失，故可用於儲存永久設定數 值與較正謂。❹卜，該微處酬1)並可透過傳輸介面（i γ利用傳輸線（1 2 )將計算資料或扭力數據傳送至各人電 腦（1 3 )’以作為統計、分析或儲存之用，當然亦可透過該 傳輸線（12)接收來自個人《(丄3)之資料，並作相對 應之處理。 ，該感應器（4 )係用於感應扳手所承受扭力之大小，再傳 ，至該微處理器⑴，並透過該微處理器⑴將來自感應 益⑷之類比訊號轉換為數位訊號，並顯示於該顯示幕⑶ 上。該顯示幕（3)上並區分為數字顯示區（3丄）以及刻度 顯示區（3 2 ) ’該數字顯示區（3 1)侧以顯示扭力扳^ 触受之㈣扭力值，而制度顯 ( 3 2 ) _以顯示即 %扭力與所設定扭力值之比例條圖。 由上述可知，請參閱第五圖所示，在—般正常的使用狀況 下’即視線與卫作基準面所爽之角度（A)大於顯示幕⑶ 可視角之餘角⑻時，本㈣之顯示幕⑶係如習用之扭 2手般，设置於扭力扳手之上方，·而當工作基準面與視線 斤夾之角度（A’）小於顯示幕（3)可視角之餘角時，如第 六圖所示，即可轉動_(1 ◦)令顯示幕（3 )朝向使用者 之方向偏轉，即可克服f職位扭力扳手，在某缸作角度下 無法讀取扭力值之缺失。 又 此外’本創作顯示幕⑶之顯示模式可利用設於内建於 微處理裔⑴中之正向顯示樣板（ii)與反向顯示樣板 (1 0 2 )’並配合功能鍵⑵選擇適當之顯示模式。當技 作者I·貝用右手日t ’可翻正向顯示模式，如第七圖所示；而當 操作者慣用左手時，可選用反向顯示模式，如第八圖所示^ 此-來，不論操作時操作者是站在扳手之左邊或右邊（慣用右 手或左手）’都可以輕鬆清楚地讀取顯示幕⑶之數值。 本創作之另-項特則卩為設置於顯示幕（3 )上之刻度顯 示區（3 2 )。制之扭力扳手，當要提輯作時所施之力愈 所設定之扭力值已經接近時，剛聲響爾之間歇頻 率或是不_色之燈光變化，來作為警示之媒介，雖然本創作 亦有這樣的設計，料夠客觀，然這齡式皆無法讓操作者有 正體與數值上的直顧受與了解，而本創侧可明顯加以改 善一在4上’本創作主要係细設於顯示幕⑶上之刻度 顯示區（3 2 )來顯示即時扭力值與所奴之扭力值間之_ 關係？祕者可以彻f彡像直接讀㈣侧係，並依此比例 關係作為施力大小之參考’如此，不僅輕鬆錢，更能於最短 的時間内將螺鎖扭力達到所奴之標準，可謂是事半功倍。以 所設定之扭力值為5 〇kg_cm為例，請參閱如第七圖所示，當 即時之操作扭力達到χ 5kg_em時，刻度顯示區（W )即顯 示三個刻度’也就是說扭力值猶_設定縣之3 〇%，亦 即告知操作者尚可持續大幅度施力；請參閱如第九圖所示，當 即時之操雜力達到3 5kg韻時，騎顯示區（3 2 )即夢= 示七個刻度’也就是說扭力值已達到所設定標準之7⑽，亦 即告知操作者操作之扭力值已接近所設定之扭力標準，必須小 心操作，避免最終扭力值超過所設定之標準影響組立品質。 以上所述實施例之揭示係用以說明本創作，並非用以限制 本創作’故舉凡錄之變更或·元件之置換健隸屬本創作 之範疇。 · 2以上詳細說明，可使熟知本項技藝者明瞭本創作的確可 達縣述目的，並且在酬製程紐品中均未見有類似之發 表’實已符合專利法之規定，絲法俱讀㈣利 【圖式簡單說明】 第一圖係制扭力扳手顯示幕正常顯示之示意圖。 第二圖係、f肋力板手顯示幕反觀示之示意圖。 第三圖係本創作之使用狀態參考圖。 第四圖係創作之電路示意圖。 第五至第六圖係不同工作基準面視角變化之示意圖。 第七至第九_本創作顯示幕各種不同顯示模式之示意圖。This creation is about a type of torque wrench digital display module, please refer to the second to fourth riding instructions, the main county contains _ ring on the wrench body and can be rotated relative to the wrench body (Working raft); the housing (丄q) is equipped with a micro-service (1); the housing (i Q) is provided with a plurality of function keys: 2); - installed in the housing (i ◦ ) is electrically connected to the microprocessor (1), ', the staff member (3), a sensor (4) mounted on the torque wrench torque unit and electrically connected to the = processor (1); Electronically-applied permanent memory C (5); installed in a housing (丄〇) and electrically connected to the micro-section (4) (1) surface unit (2 Q); In the housing (1〇) and electrically connected to the power supply group (g) of the microprocessor (1), the Hehai private source group (9) provides the power required by the display module; and - is mounted on the shell The body (10) is electrically connected to the transmission interface (11) of the microprocessor (1). The front processor (1) has a built-in positive display template (1◦ 5 1) and a reverse display template (1〇2). In addition, the microprocessor (1) has a built-in storage room. Writing a program memory of the program; the warning unit (2 〇) includes an LED backlight module (21), a Led warning light (22), and an ear (2 3), the microprocessor (1) Connected to the permanent memory 1 C (5) n to read the poor memory of the permanent memory 1C (5) cap storage, or to transfer (4) to the permanent memory Ic (5); therefore, even if the power is not turned off, it will not be made. It is lost, so it can be used to store permanent set values and corrections. ❹ , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The data from the individual "(丄3) can also be received through the transmission line (12) and correspondingly processed. The sensor (4) is used for the torque of the induction wrench, and then transmitted to the micro The processor (1) converts the analog signal from the sensor (4) into a digital signal through the microprocessor (1) and displays it on the display screen (3). The display screen (3) is divided into a digital display area (3丄). And the scale display area (3 2 ) 'the digital display area (3 1) side to display the torque force to touch the (four) torque value, and the system display (3 2 ) _ to display the ratio of the % torque to the set torque value As can be seen from the above, please refer to the fifth figure, in the normal use condition, that is, when the angle between the line of sight and the reference plane (A) is greater than the angle (8) of the viewing angle of the display screen (3), The display screen (3) of this (4) is like a twisted 2 hand, which is set to the torque Above the hand, when the angle between the working reference surface and the line of sight (A') is smaller than the angle of view of the display screen (3), as shown in the sixth figure, you can turn the _ (1 ◦) to display The curtain (3) is deflected toward the user to overcome the f-position torque wrench, and the missing torque value cannot be read under the angle of a certain cylinder. In addition, the display mode of the creation display screen (3) can be used in the built-in In the micro-processing class (1), the positive display template (ii) and the reverse display template (1 0 2 )' are combined with the function key (2) to select the appropriate display mode. When the technician I·Bei uses the right hand day t 'can be corrected To the display mode, as shown in the seventh figure; and when the operator is used to the left hand, the reverse display mode can be selected, as shown in the eighth figure, regardless of whether the operator is standing on the left or right side of the wrench. (Using the right hand or the left hand) 'Easy to read the value of the display (3) easily and easily. The other special item of this creation is the scale display area (3 2 ) set on the display screen (3). Wrench, when the force to be applied is set, the torque value set is already connected. At the time of the intermittent frequency or the change of the light of the sound, it is used as a medium for warning. Although this creation has such a design, it is objective enough, but this age can not give the operator a positive and numerical value. The direct consideration and understanding, and the creation side can be significantly improved on the 4th 'this creation is mainly set on the display screen (3) on the scale display area (3 2) to display the instantaneous torque value and the slave torque value Between the _ relationship? The secret person can read the (4) side system directly, and according to this proportional relationship as the reference of the force size. So, not only easy money, but also the screw lock torque to the slave in the shortest time The standard can be described as a multiplier. For example, if the torque value set is 5 〇kg_cm, please refer to the figure shown in Figure 7. When the instantaneous torque reaches kg 5kg_em, the scale display area (W) displays three scales. 'That is to say, the torque value is still set to 3 〇% of the county, which means that the operator is still able to exert a large and sustainable force; please refer to the figure IX, when the instant exercise reaches 3 5kg rhyme, ride Display area (3 2 ) is dream = seven scales That is to say, the torque value has reached 7 (10) of the set standard, that is, the operator is informed that the torque value is close to the set torque standard, and must be carefully operated to avoid the final torque value exceeding the set standard affecting the assembly quality. The above description of the embodiments is intended to be illustrative of the present invention and is not intended to limit the scope of the present invention. · 2 or more detailed explanations, so that those skilled in the art can understand that the creation of the creation is indeed up to the county, and there is no similar publication in the remuneration process, which has already met the requirements of the patent law. (4) Profit [Simple description of the drawing] The first figure is a schematic diagram showing the normal display of the torque wrench display screen. The second picture shows the schematic diagram of the display of the rib force plate. The third figure is a reference diagram of the use status of the present creation. The fourth picture is a schematic diagram of the circuit created. The fifth to sixth figures are schematic diagrams showing changes in the viewing angles of different working datums. Seventh to ninth _ This creation shows a schematic diagram of various display modes.