M293432 八、新型說明： 【新型所屬之技術領域】 本創作係關於-種溫度感應器貼片，在此專指可快速 及可重覆的將溫度感器固定於受測者之技術，以利接觸式 體溫計可精確量測受測者之體溫。 【先前技術】 一般而言，接觸式體溫計其量測體溫準確度較穩定， .至於耳溫搶及額溫搶之量測體溫結果易受量測距離及座度 等因素影響，只能作為發燒的快速篩選工具，惟在當耳溫 知及額溫搶量測體溫結果異常時’一般醫師會建議以接觸 式體溫計再量測-次，以免有量測誤差過大的情形發生。 現今家中所使用之接觸式體溫計，其固定方式，不外 乎以受測者本身的肌肉來夾緊或者以黏扣帶來加以束固， 可是該等將接觸式體溫計固定的方式，對於嬰兒、老人或 ^病患而言，常常有極大的不便處，具體而言，嬰兒、老人 或病患的肌力並不足以達到夾緊的程度，所以須要其他人 等的輔助，方能達到精確量測之要求；至於以黏扣帶束固 的方式而吕，其對於受測的部位會有一定的限制，且會使 該等受測者有極大的不適感，實在不利於長久監控體溫。 因此如何能在無須以受測者肌力夾緊或者黏扣帶束固 包覆下’便能將該等接觸式體溫計固定於受測者上，乃是 現今體溫量測技術所欲克服之處。 5 M293432 本創作人乃基於現今接觸式體溫計固定的方式尚有改 進之工門積極努力研究，經多次試驗與改良，終於發展 出確具實用功效之本創作。 【新型内容】 本創作『溫度感應器貼片』主要以貼片及溫度感應器 所構成； 貼片係於凝膠基層頂面設有介面層所形成之共構體， 該凝膠基層具有-定厚度及可供重覆㈣之特性，以使凝 膠基層底面形成-可快速及重㈣定於受測者之貼合面， 至於介面層則能隔絕凝膠基層頂面之粘黏性； 溫度感應器係埋設於凝膠基層中，其鄰近於貼合面， 綱制下能量測出於該貼合面之溫度數值，此溫度感應 器可將此溫度數值外接至微處理器，以計算出受測者實際 溫度數值，並能將該實際溫度顯示而達到接觸式體溫計： 能’藉此精確並快速完成體溫量測之作業，尤其使用在長 期量測體溫時，可將受測者不適感降至最低，以大幅改^ 接觸式體溫計習知固定之缺弊。 " 為使貝審查委員能進一步瞭解本創作之結構，特徵 及其他目的，兹附以較佳實施例之圖式詳細說明 【實施方式】口. 請參看第一、二、三及四圖’本創作包括有： 一貼片（1〇)，其係由凝膠基層（1 1)及介面層（1 M293432 2)所形成之共構體；該凝膠基層（L1)可採聚氨脂（聚 尿樹脂）組合原料混合或矽膠製成，使凝膠基層（丄工） 以膠材-體成型而具有-定厚度，且呈柔軟及枯黏特性， 以使凝膠基層（i i )底面形成一可快速及重覆固定於受 測者之貼合面（i i 〇 )，並能順應受測者該部位之形狀而 k形，至於介面層（1 2 )係固設於凝膠基層（丄丄）頂 面，用以隔絕凝膠基層（丄i )頂面之粘黏性； 、 一溫度感應器（2 0 )，其可為NTC、K TYPE、J TYPE. ·. 等等型式’該溫度錢H ( 2 Q)係埋設於凝膠基層（丄 1)中，且鄰近於貼合面（110)，此溫度感應器：2〇) 輸出端則連接有導線（2 1 )，該導線（2 1 )係貫穿出介 面層（12)’並於導線（2 1)另端設有插頭（22); -微處理器(3 0)，其係固置於一盒體（3)内，盒 體（3)内另以介面電路提供微處理器（3q)輸出入電皿 源信號之運作執行，且在盒體（3 )外設有連接介面電路 2!:’使導線(21)之插頭（2 2)得組接於 (3 1 } 5 ( 2 0 ). (3〇) 形成-可回授信號之控制，使該溫度感應器（ 制=量_於㈣合面（11Q)之溫度數值將工 =值傳輸至微處理器(3〇)，藉由參數設定來物 又測者於貼合面之實際溫度數值； 電源％路（4 0 )’係藉電池提供穩定直流電予微處 M293432 ’其可以藉電池之按裝與否來控制 理器 否； 0 電路導通與 一液晶顯示Ρ ( ς η、. γ w ( 5 Ο ),係設在盒體（3 出介面，用以顯干如M 上而為一輸 ，、属不相關之设定資料與警示資料； 一按鍵組（6 m · a姐^ # ")，為對微處理器（3 〇 )進 制之"面，使用者可透過此介面以對微處理 叹工 行編輯，如設定量測時間、設定溫度限制、設定量二進 等等。具體而言，本創作液晶顯示器（5〇)在顯示受測. 者於貼合面（1 1 ◦)之溫度數值之同時，能透過微^里 器（3 0)來和按鍵組（6〇)之預設值比對；从處理 -警報電路（7〇)，其在液晶顯示器（5 〇)之1 值超過按鍵組（6 〇 )設定值時，該微處理器（3 q )皿: 驅動此警報電路（7Q)’使其能以聽覺或視覺的方式警此 示0 如第三圖所示，本創作可直接貼合於受測者之額頭， 或者如第五圖所示般的貼合於受測者之腋下，或者如第六 圖所示般的貼合於受測者之胸部上，不管其量測的部位為 何’其只須藉由按鍵組（6 〇 )來選擇受測部位，以補正 其參數設定，以達精確量測之作用。 至於第七及人圖則是本創作貼片（i 〇 )之另一實施 例，該實施例主要說明本創作溫度感應器（2 〇 )雖埋設 於凝膠基層（1 1)中，但可呈水平設置的鄰近於貼合面 M293432 (1 1 ◦)，換言之，本創作溫度感應器（2 〇 )只須量測 鄰接於貼合面（1 1 0)之受測者體溫即可。 ' 由以上之說明得知，本創作之結構雖然精簡，但是其 無須受測者之肌力夾持，即能精確並快速完成體溫量測^ 作業，尤其使用在長期監測體溫時，可大A改善習用黏 帶之不適感，尤其對嬰兒、老人或患者誠為_方便且^牛口 之設計，又未見有相同或近似之物品揭露於市，應符新型 專利申請要件’故爰依法提出申請。惟以上所述者， 本創作之-較佳實施例而已，當不能以之限定本創作實施M293432 VIII. New description: [New technical field] This is a kind of temperature sensor patch, which refers to the technology that can quickly and repeatedly fix the temperature sensor to the subject. The contact thermometer can accurately measure the body temperature of the subject. [Prior Art] In general, the contact thermometer has a relatively stable body temperature accuracy. As for the temperature of the ear temperature, the temperature measurement results are susceptible to the measurement distance and seat, and can only be used as a fever. The rapid screening tool, however, when the ear temperature is known and the temperature and temperature measurement results are abnormal, 'the general practitioner will recommend to measure again with the contact thermometer to avoid excessive measurement error. The contact thermometers used in today's homes are fixed in such a way that they are clamped by the muscles of the subject or bundled with a fastener, but the way in which the contact thermometers are fixed, for infants, In the case of the elderly or the patient, there is often a great inconvenience. Specifically, the muscle strength of the baby, the elderly or the patient is not enough to achieve the degree of clamping, so it is necessary to assist others to achieve an accurate amount. The requirements of the test; as for the way of fixing the adhesive tape, it has certain restrictions on the tested parts, and will cause great discomfort to the subjects, which is not conducive to long-term monitoring of body temperature. Therefore, how to fix the contact thermometer to the subject without the need to clamp the muscle force of the subject or the adhesive band to cover the subject is the current body temperature measurement technology to overcome. . 5 M293432 The author is actively working on the basis of the improved method of the current contact thermometer. After many trials and improvements, the author has finally developed a practical work. [New content] The creation of "temperature sensor patch" is mainly composed of a patch and a temperature sensor; the patch is a co-structure formed by an interface layer on the top surface of the gel base layer, and the gel base layer has - The thickness and the characteristics of the repeatable layer (4) are such that the bottom surface of the gel base layer is formed - fast and heavy (4) to the conforming surface of the test subject, and the interface layer can isolate the adhesiveness of the top surface of the gel base layer; The temperature sensor is embedded in the gel base layer adjacent to the bonding surface, and the energy is measured by the temperature value of the bonding surface, and the temperature sensor can externally connect the temperature value to the microprocessor to calculate The actual temperature value of the subject is measured, and the actual temperature can be displayed to reach the contact thermometer: It can be used to accurately and quickly complete the measurement of the body temperature, especially when the body temperature is measured for a long time, the subject can be uncomfortable. The sense of sensation is reduced to a minimum, so as to greatly reduce the shortcomings of the contact thermometer. " In order to enable the Beck Review Committee to further understand the structure, features and other purposes of this creation, the drawings of the preferred embodiment are described in detail [Embodiment]. Please refer to the first, second, third and fourth figures' The creation includes: a patch (1〇) which is a co-form formed by a gel base layer (1 1) and an interface layer (1 M293432 2); the gel base layer (L1) can be used for polyurethane (Polyurethane) is made by mixing raw materials or silicone rubber, so that the gel base layer (formation) is formed by gel-body molding, and has a thickness of softness and dryness, so that the base layer of the gel base layer (ii) Forming a bonding surface (ii 〇) that can be quickly and repeatedly fixed to the subject, and conforming to the shape of the part of the subject, and k-shaped, and the interface layer (1 2 ) is fixed on the gel base layer (丄丄) top surface, used to isolate the top layer of the gel base layer (丄i); a temperature sensor (20), which can be NTC, K TYPE, J TYPE. ·. The temperature H ( 2 Q) is buried in the gel base layer (丄1) and adjacent to the bonding surface (110), this temperature sensor: 2〇) output Then, a wire (2 1 ) is connected, the wire (2 1 ) extends through the interface layer ( 12 ) ′ and a plug ( 22 ) is disposed at the other end of the wire ( 2 1 ); a microprocessor (30), The system is fixed in a box (3), and the interface (3) provides an operation of the output signal of the microprocessor (3q) into the battery source by the interface circuit, and a connection interface is arranged outside the box (3). Circuit 2!: 'Make the plug (2 2) of the wire (21) connected to (3 1 } 5 ( 2 0 ). (3〇) Forming - control of the feedback signal to make the temperature sensor = quantity _ in the (four) junction surface (11Q) temperature value transfer the work = value to the microprocessor (3 〇), by the parameter setting object and then measure the actual temperature value of the bonding surface; power % road (4 0) 'By providing a stable DC power to the micro-location M293432', which can control the processor by the battery loading or not; 0 circuit conduction and a liquid crystal display ς ( ς η, . γ w ( 5 Ο ), It is located in the box (3 out interface, used to display the M and is a loss, is irrelevant setting data and warning data; a button group (6 m · a sister ^ # "), for the right Microprocessor (3 〇) "Face, users can use this interface to edit the micro-processing sigh line, such as setting measurement time, setting temperature limit, setting amount, etc. Specifically, the creation liquid crystal display (5〇) is displayed Measured by the temperature of the bonding surface (1 1 ◦), it can be compared with the preset value of the button group (6〇) through the micro-inner (3 0); from the processing-alarm circuit (7) 〇), when the value of the liquid crystal display (5 〇) exceeds the set value of the button group (6 〇), the microprocessor (3 q ): drive this alarm circuit (7Q) to make it audible or visual The way of warning is shown as 0. As shown in the third figure, the creation can be directly attached to the forehead of the subject, or as shown in the fifth figure, attached to the subject, or as shown in the sixth figure. As shown, it fits on the chest of the subject, regardless of the location of the measurement. 'It only needs to select the part to be tested by the button group (6 〇) to correct its parameter settings for accurate measurement. The role. As for the seventh and the human figure, another embodiment of the created patch (i 〇), the embodiment mainly shows that the artificial temperature sensor (2 〇) is buried in the gel base layer (1 1), but The horizontal setting is adjacent to the bonding surface M293432 (1 1 ◦). In other words, the creation temperature sensor (2 〇) only needs to measure the body temperature of the subject adjacent to the bonding surface (1 1 0). From the above description, the structure of this creation is simple, but it does not require the muscle force of the subject to clamp, which can accurately and quickly complete the body temperature measurement ^ operation, especially when using long-term monitoring body temperature, can be large A Improve the discomfort of the conventional adhesive tape, especially for the infant, the elderly or the patient. It is convenient for the design of the Niukou, and there is no such thing as the same or similar items exposed in the city, which should be in accordance with the requirements of the new patent application. Application. However, the above-mentioned, the preferred embodiment of the present invention, can not be used to limit the implementation of the creation.
之辄圍，即大凡依本創作巾料㈣圍所作之均等變化I 修飾，皆應仍屬本創作涵蓋之範圍内。 〃 M293432 【圖式簡單說明】 第一圖··係本創作貼片及盒體之外觀示意圖。 第二圖：係本創作貼片之剖面示意圖。 第三圖：係本創作貼片實施於額溫量測之示意圖。 第四圖：係本創作方塊示意圖。 第五圖：係本創作貼片實施於腋溫量測之示意圖。 第六圖：係本創作貼片實施於胸溫量測之示意圖。 第七圖：係本創作第二實施例外觀示意圖。 第八圖：係本創作第二實施例剖面示意圖。 【主要元件符號說明】 (10)貼片 (1 1 0)貼合面 (2 〇)溫度感應器 (1 1)凝膠基層 (1 2)介面層 (21)導線The surrounding area, that is, the equivalent change I made in accordance with the creation of the towel (4), should still be within the scope of this creation. 〃 M293432 [Simple description of the diagram] The first picture is a schematic diagram of the appearance of the created patch and the box. The second picture is a schematic cross-sectional view of the created patch. The third picture is a schematic diagram of the creation of the patch on the front temperature measurement. The fourth picture is a schematic diagram of the creation block. The fifth picture shows the schematic diagram of the creation of the patch on the temperature measurement. Figure 6: This is a schematic diagram of the creation of the patch on the chest temperature measurement. Figure 7 is a schematic view showing the appearance of the second embodiment of the present creation. Figure 8 is a cross-sectional view showing a second embodiment of the present creation. [Description of main component symbols] (10) Patch (1 1 0) bonding surface (2 〇) temperature sensor (1 1) Gel base layer (1 2) Interface layer (21) wire
(3 0)微處理器 (4 〇)電源電路 (5 〇)液晶顯示器 (6 0 )按鍵組 (7 0)警報電路(3 0) Microprocessor (4 〇) power circuit (5 〇) LCD display (6 0) button group (7 0) alarm circuit