201117928 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種數位式扭力工具，特別是指以不同 之光色來作為數位式扭力工具之警示方法。 【先前技術】201117928 VI. Description of the Invention: [Technical Field] The present invention relates to a digital torque tool, and more particularly to a warning method using a different light color as a digital torque tool. [Prior Art]
按’隨著時代的進步與不斷的發展，手工具的使用型 態、功能種類亦如天上繁星般不枚舉，如開口扳手、套筒 扳手、起子工具等。其中一般套筒扳手工具使用時為方便 適應狹隘的操作環境’皆必須利用一轉接桿與套筒等驅動 凡件^接，藉以能順利地對物件進行旋緊或旋鬆作業。而 由=前技術可知，由於某些領域之產品在組裝時對於結合 固疋之扭力要求較為精密，以完成較佳之接合狀態及強 度因此般之扭力工具上會設置扭力感測元件，以進 運作圖所示，目前市場上的數位式扭力工具其 力值之:顯示螢幕來顯示測得之杻 角度問題也者觀測 見使用為單色紅色LED發光二極體），#^來;^警示（常 具施加的扭力到達設定值之時，叫鳴器2扭力工 出光亮的方式來告知使用者。然而 警示或 :之摔二B!常遭遇無法讀取數值之問題，因大多:在實 知作糾極易面臨吵雜之噪音、光線的不足業 201117928 使用者配戴護目鏡、運用延長工件使操 況，故數位式扭力工具之警示結構有改良之必Γ 清 有鑑於此，本發明人乃針對前述習 :^藉^多年從事相關產業之研發與製造經驗 求解決之道，經過長期努力之研究盥發 级 發出本發明『數位式扭力工具之光色 '法、、成功的開 述先前技術之問題。、之先色^方法』，以改善上 【發明内容】 ^ 纟發明之主要目的’係提供—種『數位式扭力工具之 光色警示方法』，其係令扭力工具顯示扭力數值時，能利用 不同的顏色光輔助顯示代表不同區段數值之扭力，以方便 使用者迅速得知扳動的扭力值大約在最大扭力值的那個區 段，進而增進數位扭力工具使用之便利性及效率。 緣於達成上述之目的，本發明『數位式扭力工具之光 色警示方法』係由扭力工具，以及用以提供數位扭力數值 鲁之扭力感測元件、運算單元，以及顯示單元等構件組成。 • 利用該扭力感測元件將偵測自該扭力工具承受之扭力轉換 為電壓，再逸過該運算單元計算出扭力數值後’再過該顯 示單元顯示出數字，同時並可顯示警示燈光，達到顯示扭 力工具其板動扭力值之目的。本發明之設計特點，主要係 於該運算單元内建一比對模組，同時並電性連接一可顯示 多種顏色光之形色燈源。該比對模組具有一預設之扭力基 準值，以及若干比對模式，該扭力基準值可為該扭力感測 元件所能感刻之最大扭力值’而該等比對模式則是依不同 201117928 百分比例之扭力基準值設定而成，且每一比對模式皆與該 彩色燈源顯示之特定顏色光作對應之連結，實施例的應用 上，係可將該等比對模式設定為：當實際測得的扭力值為 扭力基準值的8 0%以内時’係為第一比對模式，並與該 彩色燈源發出之綠色光對應連結。當實際測得的扭力值= 扭力基準值的8 0%〜1 〇0%時，係為第二比對模式: 並與該彩色燈源發出之黃色光對應連結。當實際測得的扭 力值為扭力基準值的i ◦0%以上時，係為第三比對模 式’並與該彩色燈源發出之紅色光對應連結。藉此，;運 算單元將雜城測元件測得之扭力值輸人比對模^ 個比對模式運算㈣後，便能令鄉色燈料According to the progress and continuous development of the times, the types of use and functions of hand tools are not enumerated like stars in the sky, such as open-end wrenches, socket wrenches, and screwdriver tools. In general, when the socket wrench tool is used, it is convenient to adapt to the narrow operating environment. </ br> All the connecting rods and sleeves must be used to drive the workpieces, so that the objects can be screwed or loosened smoothly. As can be seen from the pre-technical technology, since the products in some fields are more precise in the assembly process, the torsion force is required to be combined to achieve better joint state and strength. Therefore, the torque sensing component is set on the torque tool to operate. As shown in the figure, the current digital torque tool on the market has its force value: display the screen to display the measured angle of the angle and observe the use as a monochrome red LED light-emitting diode), #^来;^警示( When the applied torque reaches the set value, the torque of the horn 2 is notified to the user. However, the warning or the fall of the second B! often encounters the problem that the value cannot be read, because most of them: It is easy to face noise and lack of light. 201117928 The user wears goggles and uses the extended workpiece to make the situation correct. Therefore, the warning structure of the digital torque tool has improved. In view of this, the inventor For the above-mentioned habits: ^ borrowed for many years to engage in the research and development and manufacturing experience of related industries to solve the problem, after long-term efforts to study the hair level issued by the "digital light tools of the digital torque method" Successfully explain the problems of the prior art. The first color method is to improve the content of the invention. ^ The main purpose of the invention is to provide a kind of light color warning method for digital torque tools. When the torque tool displays the torque value, it can use different color light to assist the display of the torque representing the different segment values, so that the user can quickly know that the torque value of the pull is about the maximum torque value, thereby improving the digital torque. The convenience and efficiency of the tool use. For the purpose of achieving the above, the "light color warning method of the digital torque tool" of the present invention is a torque tool, and a torque sensing component and an arithmetic unit for providing a digital torque value. And a component such as a display unit. • The torque sensing component converts the torque received from the torque tool into a voltage, and then escapes the calculation unit to calculate the torque value, and then displays the number through the display unit. The warning light can be displayed to achieve the purpose of displaying the torque value of the torque tool. The design features of the present invention are mainly A comparison module is built in the computing unit, and is electrically connected to a color light source capable of displaying a plurality of colors of light. The comparison module has a preset torque reference value and a plurality of comparison modes. The torque reference value can be the maximum torque value that the torque sensing component can sense, and the comparison mode is set according to different torque values of 201117928 percentage, and each comparison mode is The color light source displays the corresponding color light for corresponding connection. In the application of the embodiment, the comparison mode can be set to: when the actually measured torque value is within 80% of the torque reference value, The first comparison mode is associated with the green light emitted by the color light source. When the actually measured torque value = 80%~1 〇0% of the torque reference value, the second comparison mode is: Corresponding to the yellow light emitted by the color light source. When the actually measured torque value is i ◦ 0% or more of the torque reference value, it is the third comparison mode ′ and is associated with the red light emitted by the color light source. In this way, the operation unit can calculate the torque value measured by the hybrid city measuring component and compare it to the analog mode (4).
請參閱第二一 警示方法』係由-具（1 0 )上， 扭力感測元件（ (4〇)等構件. 201117928 該扭力工具（i 〇 ) 將該扭力(2 w肖扳手#手工具，可 罝“…J )、運算單元（3 0)，以及顯干 (40)等構件組設於輸^ 再贅述。 乃具（1〇)乃-般習知物件，不 =力感測元件（2〇)係可 =(10)之轴桿上，-端與該運算單元⑴Γ;Please refer to the second warning method". - (1 0), torque sensing component ((4〇) and other components. 201117928 The torque tool (i 〇) The torque (2 w xiao wrench # hand tool, The components such as "...J), the arithmetic unit (30), and the display (40) are set in the transmission and then described. It is a conventional object, not = force sensing element ( 2〇) can be on the shaft of (10), the - end and the arithmetic unit (1) Γ;
能藉由本身所承受之扭力值的不同 : =’進而將偵測自該扭力工具(1〇)之變形以 =電=:傳輸至該運算單元(3〇)，緣於此亦為習知 構件’不再贅述。 ，運算單元（3 〇)係—般的運算器，可設於一電路 db 1 )上’進—步與該扭力感測元件（2 Q )及顯示 =兀4 ◦)電性連接，緣於此乃—般習知技術，不詳加 头述。主要係於該運算單元（3 Q)内建立-比對模組（3 2 )’該比對模組（3 2 )具有—預設之扭力基準值該扭 力基準值可為該扭力感測元件（2 0)所能感測之最大扭 力值進步利用不同百分比例之扭力基準值設定成若干 比對模式（321、322、323)’且每-比對模式結 果的呈現，皆與該顯示單元（4 Q)作對應之連結。承上 述，該等比對模式（321、322、323)在實施例 的設定上，可將扭力基準值8 〇%以下的數值設定為第一 比對模式（3 2 1 )，而扭力基準值8 0%〜1 〇 〇%的數 值為第二比對模式（3 2 2 )，以及扭力基準值1 〇 〇%以 上的數值為第三比對模式（3 2 3 )。 201117928 該顯不單元（4 Q)係包含-顯示面板（41)及彩色燈 源（4 2 )’該顯示面板（4工）為一般可顯示數字之榮幕， 而該彩色燈源（4 2)則為可顯示綠色、黃色、紅色等多種 顏色光之LED燈，且該彩色燈源（4 2 )變換顯示不同顏 色光之設計，係透過運算單元（3 〇 )之設 比對模式（321、3 2 2、3 2 3 )作對應之連結。1 實化例的應用上，綠色光係與該第一比對模式（3 2工） 對應連結’黃色光與該第二比對模式（3 2 2 )對應連結， • 而紅色光則與該第三比對模式（3 2 3 )對應連結\ _ 據此，藉上述之組成設計，利用該運算單 將該等比對模式（321、3 2 2、3 2 3 )與該彩色燈 源（4 2)不同顏色光作對應之連結，令扭力工具（1 〇 ) 扳動作業時，除了能利用顯示面板（4丄）呈現扭力數值 外’亦能透過不同的顏色光，顯示不同區段數值之扭力， 供使用者利用顯示之顏色光便能得知扳動之扭力值大概位 於那一段數值之間。 之 自再詳細說明於后：當扭力工具（丄〇)扳動工作物 時’該運算單凡（3 0)將該扭力感測元件（2 0)測得 之扭力值輸入比對模組（3 2)與各個比對模式（3 2工、 3 2 2、3 2 3 )運算比對後，若實際測得的扭力值為扭 力基準值的8 0%以内時，則該顯示單元（4 〇)便發出 綠色光，或者，若實際測得的扭力值為扭力基準值的8 〇 1 0 0%時，則該顯示單元（4〇)便發出黃色光； 者若實際測得的扭力值超過扭力基準值的時，則該顯 示單元（4 0)便發出紅色光。藉此，使用者便能利用顯 201117928 位於那一段數值 工具使用之效率 示之顏色光，迅速知道扳動之扭力值大概 之間’而不須觀看螢幕，以提昇數位扭力 及便利性。 綜上所述’本發明在同類產品令實有其極佳之進 用性’同時遍查國内外關於此類結構之技術資料、文獻中 亦未發現有相_構造存在在先，是以，本發明實已具備 發明專利要件，爰依法提出申請。It is also possible to transmit the distortion detected by the torque tool (1〇) to the arithmetic unit (3〇) by the difference in the value of the torque that it is subjected to: The component 'will not be described again. The arithmetic unit (3 〇) is a general-purpose operator that can be placed on a circuit db 1 ) and is electrically connected to the torsion sensing element (2 Q ) and display = 兀 4 ◦. This is a general-known technique, and it is not detailed. Mainly in the computing unit (3 Q) to establish a comparison module (3 2 )' the comparison module (32) has a preset torque reference value, the torque reference value can be the torque sensing component (20) The maximum torque value that can be sensed is improved by using different percentages of the torque reference value to set a plurality of comparison modes (321, 322, 323)' and the presentation of each-alignment mode result is performed with the display unit (4 Q) Make a corresponding link. In the above, the comparison mode (321, 322, 323) can set the value of the torque reference value below 8 〇% to the first comparison mode (3 2 1 ), and the torque reference value in the setting of the embodiment. The value of 8 0%~1 〇〇% is the second comparison mode (3 2 2 ), and the value of the torque reference value above 1 〇〇% is the third comparison mode (3 2 3 ). 201117928 The display unit (4 Q) is a display panel (41) and a color light source (4 2 ). The display panel (4 work) is a general displayable digital glory, and the color light source (4 2 ) is an LED lamp that can display various colors of light such as green, yellow, red, etc., and the color light source (4 2 ) converts and displays the design of different color lights, and is set by the arithmetic unit (3 〇). , 3 2 2, 3 2 3) for the corresponding link. In the application of the actual embodiment, the green light system and the first comparison mode (3 2 work) correspond to a link of 'yellow light and the second comparison mode (3 2 2 ), and the red light and the first The three comparison mode (3 2 3 ) corresponds to the connection \ _ according to the above composition design, using the operation list to compare the comparison modes (321, 3 2 2, 3 2 3 ) with the color light source (4 2) The different colors of light are connected to each other, so that when the torque tool (1 〇) is moved, in addition to the display panel (4丄), the torque value can be transmitted through different color lights to display different segment values. Torque, for the user to use the displayed color light to know that the torque value of the pull is probably between the values. Since the details are explained later: When the torque tool (丄〇) pulls the work object, the operation torque is input to the comparison module (the torque value measured by the torque sensing element (20). 3 2) After the comparison with each comparison mode (3 2 work, 3 2 2, 3 2 3 ), if the actually measured torque value is within 80% of the torque reference value, then the display unit (4) 〇) will emit green light, or if the actual measured torque value is 8 〇 1 0 0% of the torque reference value, the display unit (4 〇) will emit yellow light; if the actual measured torque value When the torque reference value is exceeded, the display unit (40) emits red light. In this way, the user can use the color light of the efficiency of the 201117928 numerical tool to quickly know the torque value of the puller, without having to watch the screen to improve the digital torque and convenience. In summary, the 'invention of the invention has excellent compatibility in the same kind of products', and at the same time, the technical materials of such structures at home and abroad are circulated, and the phase of the structure is not found in the literature. The invention already has the invention patent requirements, and the application is filed according to law.
上述實施例，僅用以舉例說明本發明，據以在不離本 發月精神之範圍，熟習此項技藝者憑之而作之各種變形、 修飾與應用，均應包括於本發明之範疇者。 【圖式簡單說明】 第一圖：係習知技術之簡易示意圖。 第二圖：係本發明組成架構之簡易示意圖。 【主要元件符號說明】 扭力工具：（1 0 ) 運算單元：（3 0 ) 比對模組：（3 2 ) 第二比對模式：（3 2 2 ) 顯示單元：（4 0 ) 彩色燈源：（4 2 ) 感測元件：（2 0 ) 電路板：（3 1 ) 第一比對模式：（3 2 1 ) 第三比對模式：（3 2 3 ) 顯示面板：（4 1)The above-described embodiments are intended to be illustrative only, and various modifications, adaptations, and applications are intended to be included within the scope of the present invention. [Simple description of the diagram] The first picture: a simple schematic diagram of the conventional technology. Second figure: is a simplified schematic diagram of the composition of the present invention. [Main component symbol description] Torque tool: (1 0 ) Arithmetic unit: (3 0 ) Alignment module: (3 2 ) Second comparison mode: (3 2 2 ) Display unit: (4 0 ) Color light source :(4 2 ) Sensing element: (2 0 ) Board: (3 1 ) First comparison mode: (3 2 1 ) Third comparison mode: (3 2 3 ) Display panel: (4 1)