201236640 六、發明說明： 【發明所屬之技術領域】 本發明係與體溫感測裝置有關，更詳而言之係指一種從 主體的非顯示區延伸並受手指部位施加力量緊貼來量測額 溫的裝置。 【先前技術】 按，習知之體溫量測裝置主要概分為非接觸式與接觸式 之二大類’其中非接觸式以紅外線感測之方式居多但由於 其價格高昂，僅適用於大型機關團體使用，對一般家庭而 言，不僅購買之金額負擔太大且也不夠實用，而另一種接觸 式則又可分為口含量溫、耳内量溫、掖下量溫及肛内量溫四 種型式’對一般成人而言，由於能控制自身之行動，因此主 要都是使料内量溫及掖τ量溫較為便利。 然而’當欲量測體溫之對象為嬰幼兒時，使用掖下量溫 及肛内量溫之方式，由於嬰幼兒會有排斥現象而哭鬧扭動皿 常常有無法順利進行或因挾的不夠緊而導致溫度誤判之情 形發生，而利用口含量溫及耳内量溫之方式，由於同樣會： ㈣兒有外物侵人身體之防衛意識產生，因此成功率亦同樣 不而。 本案發明人鑑於上述習 亟思加以改良創新，並經多 用體溫計所衍生的各項缺點，乃 年苦心孤詣潛心研究後，終於成 201236640 功研發完成本件額溫量測裝置。 【發明内容】 本發明之目的即在於提供一種額溫量測裝置，係能在人 體額頭之外表面上直接#測龍，不僅能Μ料兒有排斥 之情形，而能順利地進行體溫之量測，更能增進一般人在使 用上之便利性 可達成上述發明目的之額溫量測裝置，包括有： 一主體，為具有非顯示（n〇ndisplay)區及顯示區，該顯示 區設有進行顯示溫度値的顯千i异 町顯不早70而該主體内設有處理溫 度値的電子單元； 一包含熱感測器（thermal sensor)的夾緊（clamp)部該炎 緊op為從主體的非顯千ρ Μ ^ 幻非顯不&延伸並受手指部位施加力量緊 貼’該熱感測器為凸出夾腎邱 田 处蒗邛並(W /Jtt度發生變化以將溫度值 傳輸至電子單元。 6月參閱圖1至圖4,本發明所提供之第一實施例的額 量測裝置’主要包括有：一主體i、一顯示單&2、—包 熱感測器4的夾緊部3所構成； β亥主―體1為具有非顯示區11及顯示區12,該顯示區] 1進仃顯不溫度値的顯示單該顯示區12進而包括. “見函為-可供使用者由外部觀視該主體1内部之; 2U1236640 明罩體’而該主體 示);該電子單元進而:括―::度値的電子單元(圖中未顯 _電子單元所接收的溫度:是:完操作計時與 測計時未達設定值，該電及正確，如溫度偵 =;:Γ 在被使用時，該電子單元_錯單元 步U與偵測接收的溫度值是否完 使用位置不正確或量測時間 ’,，、感❽之 錯誤信號(如特定之字體戍_ ㈣…2亦能發出 體或圖案）’以提醒使用者重新操作。 另外如額溫量測裝置亦可包含有—揚聲器（圖中 未示）’該k聲器係盡兮雷；- 竹電子早几電性連接，使當該熱感測 器4使用位置不正確或量測時間不足時，能發出聲響（錯誤信 號）以提醒使用者重新操作，以避免因不正確使用而造成體溫 誤判之問題。 該顯示單元2係置於該主體！内，且對應於該主體i之 視®位置α供使用者能直接由主體】之視窗觀視到該顯示 單元2所顯示之溫度’再受到預定訊號而顯示出數字溫度者 (如圖2顯示）’於本實施例中顯示單元2進而包含一具備圖 像顯示（pictorial display)刻度或圖像顯示之數位顯示單元 2(如圖3顯示）。 該包含熱感測器4的夾緊部3，該夾緊部3為從主體i 的非顯示區11延伸並受手指部位施加力量緊貼，該熱感測 201236640 至電 器為凸出夹緊部3並隨溫度發生變化以將溫度值傳輸 子單元； ^ 該夾緊部3係連結於該主體j非顯示區u之外表面上， 用以供使用者的手指部位加以握持錢者。請參_ 5至圖 7所不亥夾緊部3為延伸形成在該非顯示區！工一外表面的 夾部與擋止部32，該擋止部32為遠離該非顯示區且 鄰近夹部31底端的二擋止部32(如圖5所示）或撞止部叫如 圖7所示）所示1夾部31受手指施加力量夹緊，該擔止部 32可供手指抵靠’使設置於擋止部32外側表面上的熱感測 器4能接觸人體額頭，並量測人體額頭溫度的變化。 請參閱圖8’該失緊部3為進而包括由非顯示㈣成型 有二具有彈性且相疊靠的弧形夾部3卜以構成—指環態樣 讓手指套人弧形失部31内時不會有緊迫感，使設置於弧形 夾部31外側表面上的熱感測器4能接觸人體額頭並量測溫 度變化。 請參閱圖9，該失緊部3進而包括由非顯示區u朝外延 伸有可供二手指夾壓呈壓縮變形（compressive def〇rmati〇n) 之扁長狀（flat long shape)夾部31，且該失部31裡橫向局部 貫通有呈鏤空狀之變形空間。俾當使用者二手指夾壓於夾緊 部3上時，可使夾緊部3之變形空間呈彈性壓縮之夾持狀 態，並在失壓時呈現彈性、軟質的觸摸手感，藉此提昇整體 201236640 牢罪握持的功效’俾供設置於扁長狀夾部3 i底侧或外側表 面上的熱感測器4能接觸人體額頭並量測溫度變化。 請參閱® 10,從主體！的非顯示區u延伸的夹緊部3 為具有個別手指部位套入的環線（loop)形夾部31，以提供使 用者的個別手指套人環線形夾部31内_有緊迫感，環線 形夾部31的外側再經由其他手指固定與夾緊而提供使用， 使没置於環線形夾部31底側或外側表面上的熱感測器4能 接觸人體額頭並量測溫度變化。 請參閱圖11’從主體i的非顯示區U延伸的夹緊部3 為具有多數個具個別手指部位置入的指狀物（finger)夾部 31，該指狀物夾部31提供二手指套入後，指狀物夾部31的 外側再經由其他手指固定與夾緊而提供使用，俾供設置於指 狀物夹部31底側或外側表面上的熱感測器4能接觸人體額 頭並量測溫度變化。 請參閱圖12,從主體！的非顯示區n延伸的夾緊部3 進而包括具有一槽口（notch)的夾部31，且至少一夾部31的 槽Lf折成型有-弧形擋止部32 ; $夾部31内提供手 指套入，而該弧形擋止部32以便於手指置放其上夾緊與固 疋夾邛3 1而提供使用，俾提供設置於弧形擋止部3 2底側或 外側表面上的熱感測器4能接觸人體額頭並量測溫度變化， 再以將溫度值傳輸至電子單元。 201236640 再者’為使本發明的顯示單元2其溫度值顯示仿造水銀 溫度計顯不溫度效果’本發明參考水銀溫度計之水銀受熱膨 脹的變化來顯示溫度値。該顯示單元2為一圖像顯示刻度， 該刻度隨溫度值變化以長度方向、或長條圖（bar chart)形式、 戈長波（long wave)位移形式、或折線圖（br〇ken_iine graph)形 式來顯示測量位的高低或形狀，以顯示溫度値；其中，該長 條圖進而包括直條圖、橫條圖（h〇riz〇ntai bar chart)、甘特圖 (gantt chart)。經由圖像顯示刻度升高的度數依受熱程度而 疋上升到相當刻度後不再上升之數據即為正確的體溫讀 數’本發明的顯示單元2利縣干個長短不齊、平行排列的 長條（刻度）’來表示正確的體溫大小値，該溫度値每度分成 10小格’每格為1/10度。 另，顯示單元2的圖像顯示刻度，該刻度隨溫度值變化 以環型標記（annular mark)來顯示㈣量位的形&，使溫度值顯 示仿針溫度計（dial therin〇nieter)的感覺。 顯示單元2為一具備圖像顯示之數位顯示單元2 該圖像顯示隨溫度值變化以雷達圖㈣a"han)形式來顯-測置位的形狀，以顯示溫度値。 ‘" 是以’上述即為本發明所提供第__實施例之額溫量 置的各部構件及其組裝方式之介紹，接著再將其使用特黑二 紹如下： 、”占" 201236640 首先’請參閱圖5，當欲使用本發明額溫量測裝置時， 首先由使用者單手掌之兩手指間（以食指與中指間為最佳夾 持方式）夾持於該夾緊部3之夾部31上，使該主體1位於 手背位置。接著’請參閱圖6，該主體1具有一電源開關， 使由該電源開關在開啟後，將主體i内所裝設之電池（圖中未 不）電力提供至該顯示單元2,當欲對自已或嬰幼兒進行體溫 之量測時，則將手心朝向人體之額頭，使由該夾緊部3上之 熱感測器4接觸於額頭之皮膚表面上，使該熱感測器4因受 力而略為壓入人體皮膚表面，如此一來該熱感測器4便能將 所測侍之度傳達至該顯示單元2，以由該顯示單元2以圖 像顯不刻度或圖像顯示之方式加以顯示所測得的體溫讀數。 综上所述，本案不但在空間型態上確屬創新，並能較習 ㈣品增進上述多項功效，應已充分符合新賴性及進步性之 發月專利要件，爰依法提出中請，想冑貴局核准本件 發明專利申請案，以勵發明，至感德便。 【圖式簡單說明】 圖 圖； 為本發明額溫量測梦署筮』裝置之第一實施例其立體組合 圖2為該額溫量測農 度顯示之正視圖； 圖3為該額溫量測裝 置之第一實施例顯示單元以數字溫 置之第-實施例顯示單元以圖像顯 201236640 示顯示之正視圖； 圖4為該額溫量測裝置之第一實施例其側視圖； 圖5為該額溫量測裝置之握持方式意圖； 圖6為該額溫量測裝置之使用態樣示意圖； 圖7為該額溫量測裝置之第二實施例其立體示意圖； 圖8為該額溫量測裝置之第三實施例其側視圖； 圖9為該額溫量測裝置之第四實施例其立體示意圖； 圖1 0為該額溫量測裝置之第五實施例其立體示意圖； 圖11為該額溫量測裝置之第六實施例其立體示意圖； 圖1 3為該額溫量測裝置之第七實施例其立體示意圖。 【主要元件符號說明】 1 主體 11 非顯示區 12 顯不區 2 顯示單元 3 夾緊部 31 夾部 32 擋止部 4 熱感測器 10201236640 VI. Description of the Invention: [Technical Field] The present invention relates to a body temperature sensing device, and more particularly to a method that extends from a non-display area of a subject and is pressed by a finger portion to measure the amount Warm device. [Prior Art] According to the conventional body temperature measuring device, it is mainly divided into two types of non-contact type and contact type. Among them, the non-contact type is mostly in the form of infrared sensing, but because of its high price, it is only suitable for use by large-scale organizations. For the average family, not only is the amount of purchase too large and not practical enough, but the other type of contact can be divided into four types: mouth temperature, ear volume, armpit temperature and anal volume. 'For the average adult, because it can control its own actions, it is mainly convenient to make the temperature and temperature of the material within the material. However, when the subject to measure body temperature is an infant, the method of using the temperature of the underarm and the temperature of the anus is used. Because the infant has a rejection phenomenon, crying the twisted dish often fails to perform smoothly or because of insufficient The situation that causes the temperature to be misjudged occurs, and the method of using the mouth content and the temperature in the ear is also the same: (4) The child has a sense of defense against the body invading the body, so the success rate is also the same. In view of the improvement and innovation of the above-mentioned meditations, and the shortcomings derived from the multi-purpose thermometers, the inventors of the present invention finally worked hard to develop the temperature measurement device of this piece after 201232540. SUMMARY OF THE INVENTION The object of the present invention is to provide a frontal temperature measuring device capable of directly measuring the dragon on the outer surface of the forehead of the human body, which can not only prevent the child from being repelled, but can smoothly carry out the body temperature. The temperature measuring device capable of improving the convenience of the general person to achieve the above object of the invention includes: a main body having a non-display (n〇ndisplay) area and a display area, the display area being provided The display unit of the display temperature 値 is not early 70, and the main unit is provided with an electronic unit for processing temperature ;; a clamping portion including a thermal sensor, the inflammatory tight op is the main body The non-significant ρ Μ ^ phantom non-displayed & extended and pressed by the finger part to force the 'the thermal sensor for the convex clip kidney Qiu Tian 蒗邛 and (W / Jtt degree changes to the temperature value The invention relates to the electronic measuring unit of the first embodiment provided by the present invention. The clamping portion 3 of 4 is constructed; the β-main body 1 has a non-display Zone 11 and display area 12, the display area] 1 shows the display temperature of the display area 12 and further includes. "See the letter for - the user can view the inside of the main body 1 from the outside; 2U1236640 The body 'and the body is shown; the electronic unit further includes: -:: degree electronic unit (not shown in the figure - the temperature received by the electronic unit: yes: the operation timing and the measurement time have not reached the set value, the electricity And correct, such as temperature detection =;: Γ When used, the electronic unit _ wrong unit step U and detect whether the received temperature value is not used correctly or the measurement time ',,, and the error signal ( For example, the specific font 戍 _ (four) ... 2 can also emit a body or pattern) 'to remind the user to re-operate. In addition, the temperature measurement device can also include - speaker (not shown) 'the k sound device is exhausted兮雷;- Bamboo electronically connected several times, so that when the thermal sensor 4 is used incorrectly or the measuring time is insufficient, an audible (error signal) can be issued to remind the user to re-operate to avoid incorrect The problem of misjudgment of body temperature caused by use. The display unit 2 is placed in the main Inside, and corresponding to the position i of the subject i, the user can directly view the temperature displayed by the display unit 2 from the window of the main body, and then display the digital temperature by the predetermined signal (see Fig. 2). In the present embodiment, the display unit 2 further includes a digital display unit 2 (shown in FIG. 3) having a pictorial display scale or image display. The clamping portion including the thermal sensor 4 3. The clamping portion 3 extends from the non-display area 11 of the main body i and is pressed by the finger portion. The thermal sensing 201236640 to the electric appliance is the protruding clamping portion 3 and changes with temperature to transmit the temperature value. Sub-unit; ^ The clamping portion 3 is coupled to the outer surface of the non-display area u of the main body j for holding the user's finger portion. Please refer to _ 5 to Figure 7 for the non-sealing part 3 to be extended in the non-display area! a clamping portion and a stopping portion 32 of the outer surface of the outer surface, the blocking portion 32 being a two-stop portion 32 (shown in FIG. 5) or a collision portion away from the non-display area and adjacent to the bottom end of the clamping portion 31. The 1 clip portion 31 shown in the figure is clamped by a finger applying force, and the stretch portion 32 can be used for the finger to abut against the thermal sensor 4 disposed on the outer surface of the stopper portion 32 to contact the forehead of the human body. Measure the change in body forehead temperature. Referring to FIG. 8 ′, the unstrained portion 3 further includes a curved clip portion 3 which is formed by two non-displays (four) and has a plurality of elastic and folded portions. The ring-shaped portion allows the finger to be in the arc when the portion 31 is lost. There is no sense of urgency, so that the thermal sensor 4 provided on the outer surface of the curved clip portion 31 can contact the forehead of the human body and measure the temperature change. Referring to FIG. 9, the unfolding portion 3 further includes a flat long shape clip portion 31 extending outward from the non-display area u and being compressively deformed by two fingers (compressive def〇rmati〇n). And the lost portion 31 has a deformed space which is hollowed out in a lateral direction. When the user's two fingers are pressed against the clamping portion 3, the deformation space of the clamping portion 3 can be elastically compressed and clamped, and when the pressure is lost, an elastic and soft touch feeling is presented, thereby improving the overall 201236640 The effect of the sceptical grip 'The thermal sensor 4 provided on the bottom side or the outer side surface of the flat long clip portion 3 i can contact the forehead of the human body and measure the temperature change. See ® 10, from the main body! The clamping portion 3 extending in the non-display area u is a loop-shaped clip portion 31 having an individual finger portion nested therein to provide a user's individual finger-sleeve loop-shaped clip portion 31 with a sense of urgency, a loop shape The outer side of the clip portion 31 is further provided by being fixed and clamped by other fingers, so that the thermal sensor 4 not placed on the bottom side or the outer side surface of the loop-shaped clip portion 31 can contact the forehead of the human body and measure the temperature change. Referring to Fig. 11', the clamping portion 3 extending from the non-display area U of the main body i is a finger holder 31 having a plurality of individual finger positions, and the finger holder 31 provides two fingers. After being inserted, the outer side of the finger grip portion 31 is further provided for being fixed and clamped by other fingers, and the thermal sensor 4 provided on the bottom side or the outer side surface of the finger clip portion 31 can contact the forehead of the human body. And measure the temperature change. See Figure 12, from the main body! The clamping portion 3 extending from the non-display area n further includes a clip portion 31 having a notch, and the groove Lf of at least one of the clip portions 31 is folded and formed with an arc-shaped stopper portion 32; A finger-insertion is provided, and the curved stop portion 32 is provided for the finger to be placed on the upper clamping and fixing jaw 31, and is provided on the bottom or outer surface of the curved stop portion 3 2 . The thermal sensor 4 can contact the forehead of the human body and measure the temperature change, and then transfer the temperature value to the electronic unit. 201236640 Further, in order to make the temperature value of the display unit 2 of the present invention display a counterfeit mercury thermometer, the temperature effect is exhibited by the change of the mercury in the mercury thermometer. The display unit 2 is an image display scale, and the scale changes with a temperature value in a length direction, or a bar chart form, a long wave displacement form, or a line graph (br〇ken_iine graph) form. To display the height or shape of the measurement bit to display the temperature 値; wherein the bar graph further includes a bar graph, a bar graph (h〇riz〇ntai bar chart), and a gantt chart. The data indicating that the degree of elevation of the scale is increased by the degree of heat and rises to a considerable scale and no longer rises is the correct body temperature reading. The display unit 2 of the present invention has a length and length of parallel strips. (Scale) 'to indicate the correct body temperature 値, the temperature 分成 is divided into 10 small squares per degree '1/10 degrees per division. In addition, the image of the display unit 2 displays a scale which is displayed with an annular mark as a function of the temperature value, and the temperature value shows the feeling of the dial the thermometer (dial therin〇nieter). . The display unit 2 is a digital display unit 2 with image display. The image display is displayed in the form of a radar chart (4) a"han with the change of the temperature value to display the temperature 値. '" is based on the above description of the components of the __ embodiment of the present invention, and the assembly method of the components, and then use it to use the following: "," " 201236640 First, please refer to FIG. 5. When the temperature measuring device of the present invention is to be used, the user first holds the clamping portion 3 between the two fingers of the palm of the hand (the best clamping between the index finger and the middle finger). The body portion 1 is located at the back of the hand, and then the body 1 is provided with a power switch, so that the battery installed in the main body i is turned on after the power switch is turned on (in the figure) No, no power is supplied to the display unit 2. When the body temperature is measured for the self or the infant, the palm is directed toward the forehead of the human body, so that the thermal sensor 4 on the clamping portion 3 contacts the forehead. On the surface of the skin, the thermal sensor 4 is slightly pressed into the surface of the human skin due to the force, so that the thermal sensor 4 can transmit the measured degree to the display unit 2, thereby The display unit 2 displays the image in an unscaled or image display manner. The measured body temperature readings. In summary, the case is not only innovative in terms of space type, but also can improve the above-mentioned multiple functions in comparison with the (four) products, and should fully comply with the new Laid and progressive monthly patent requirements.提出Proposed in accordance with the law, I would like to ask you to approve the application for this invention patent, in order to invent the invention, to the sense of virtue. [Simplified description of the diagram] Figure; The first part of the device for measuring the temperature of the invention FIG. 3 is a front view of the front temperature display of the front temperature; FIG. 3 is a first embodiment of the front temperature measuring device; Figure 2012 is a front view of the display; Figure 4 is a side view of the first embodiment of the temperature measuring device; Figure 5 is a view of the holding mode of the front temperature measuring device; Figure 6 is the front temperature measuring device FIG. 7 is a perspective view of the second embodiment of the front temperature measuring device; FIG. 8 is a side view of the third embodiment of the front temperature measuring device; FIG. 9 is a frontal temperature measurement A perspective view of a fourth embodiment of the device; Figure 10 is the amount Fig. 11 is a perspective view showing a sixth embodiment of the temperature measuring device; Fig. 13 is a perspective view showing a seventh embodiment of the front temperature measuring device. [Description of main component symbols] 1 Main body 11 Non-display area 12 Display area 2 Display unit 3 Clamping part 31 Clamping part 32 Stopping part 4 Thermal sensor 10