201208644 ' 六、發明說明： • 【發明所屬之技術領域】 本發明是有關於一種溫度計，特別是指一種OK繃形式 之溫度計。 【先前技術】 目前兒童產品種類雖然眾多，但卻沒有積極開發體溫 計方面的市場。當孩童發燒，父母總是擔心不已，必須隨 時注意孩童溫度是否上升，尤其在夜晚睡覺時更須特別留 • 意。然而’現有體溫計之結構設計，大都是以會干擾小孩 睡眠、休息的方法做度量，除了量測相當不便以外，還容 易致使身體不適的小孩自睡眠中被吵醒而發生哭鬧，對家 長而言也相當困擾’因此，目前之溫度計設計確實仍有改 • 善的空間。 【發明内容】 因此，本發明之目的，即在提供一種方便長時間使用 且不易干擾受測者之OK繃溫度計。 ® 於是，本發明感溫式OK繃溫度計，包含一撓性的貼布 、分別安裝於貼布之一感溫器與一顯示器，及一電連接於 感溫器與顯示器間之微處理器。該貼布包括一具有黏性之 黏貼面，及一背向該黏貼面之外露面。該感溫器是安裝固 定於該貼布之黏貼面，並可感應溫度變化而改變其阻抗。 該顯示器是安裝固定於該貼布之外露面，並可用以顯示溫 度變化。該微處理器是安裝固定於該貼布，並可感測該感 溫器之阻抗變化而驅使該顯示器對應顯示出—溫度訊息。 ' [S] 3 201208644 本發明之功效：透過該οκ繃溫度計的結構設計，可方 便直接黏貼在體表，進行長時間之體溫監測，且監測過程 中，不會干擾受測者。 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一個較佳實施例的詳細說明中將可 清楚的呈現。 如圖1〜3所示，本發明感溫式〇κ繃溫度計之較佳實施 例，適用於重覆黏貼在使用者體表，而用以進行體溫之長 時間監測》 該ΟΚ端溫度計3包含一具有黏性之長條狀挽性貼布 31、分別安裝固定於該貼布31兩相反侧面之一感溫器μ 與一顯不器33，及一電連接於該感溫器32與顯示器μ間 之微處理器34。 Β 5亥貼布31包括一具有黏性之黏貼面3 11，及一背向哕 黏貼面311之外路面312 ,且該黏貼面3】j被覆有具重複黏 貼功能之枯性物質（圖未示），可重複黏貼於體表。 -------< P人，雙丹阻抗 之金屬。該微處理器34是電連接安裝於該顯示器33背 ’並可檢測該感溫ϋ 32之阻抗值變化，而計算出該感田 =目前測得之溫度值’且會驅使該顯示器33對應顯；： 溫度值。在本實施例中，該微處理器34是感測該感溫器 隨μ度k化而產生之電阻變化，來分析判斷出感溫器32 : 得之溫度值’但實施時，並不以此為限。 ’ 201208644 配合圖4，本發明感溫式〇κ繃溫度計使用時，可直接 將該貼布31之黏貼面311平貼在受測者900體表9(Π，例 如貼在額頭’使該感溫器32貼抵於體表901，便完成貼置 。接著’觀察者僅需透過觀看該顯示器33顯示之溫度值， 更可立刻得知跫測者9〇〇之體溫，且因該〇Κ繃溫度計3是 隨時貼在體表9()1 ±，所以可方便隨時監測體溫變化，監 測過程中完全不需再接觸受測者·，所以當受測者議正 在睡覺時，也不會對其產生干擾。 在本實靶例中，該顯示器33為可顯示數值之元件，例 如LCD，但實施時，該顯示器33亦可改成可改變其顯示顏 色的方式，也就是，該微處理@ 34可依據感溫$ 32測得 之溫度值’對應驅使該顯示_ 33顯示出預定顏色，例如當 體溫低於37.5。(：時，顯示綠色，當體溫介於37 5t〜38〇(>c 時，顯示橘色，當體溫高於38 (rc時，則顯示出紅色，同 樣可方便觀察者隨時監測受測者9〇〇體溫變化。 此外本實她例之貼布3 1的黏貼面3 11之枯性，是择 =枯性物質所構成，但實施時，該貼布31不以使用枯性^ 質為必要，該貼布31也可改用具黏性之矽膠材質，藉由矽 膠本身可沾黏於體表9〇1之粘性，來將〇κ繃溫度計3貼附 於體表901上。 綜上所述，透過將感溫器32 '顯示器33與微處理器 34整合在〇Κ、細形式之貼布3 1上的結構設計，可方便將該 〇κ繃形式之貼布31黏貼在體表901的方式，進行長時間 之體溫監測，且監測過程中完全不需再接觸受測者9〇1，可 201208644 有效避免干擾受測者901睡眠的情形發生，再加上可重複 黏貼之設計，也可重複使用，相當方便實用。因此，確實 可達到本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請專利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是本發明感溫式οκ繃溫度計之一較佳實施例的立 體圖； 圖2是該較佳實施例之另一視角的立體圖； 圖3是該較佳實施例之側視剖面圖；及 圖4是該較佳實施例黏貼在一受測者體表時的示意圖 201208644 【主要元件符號說明】 3....... • •..OK繃溫度計 33 ..... ....顯示器 31 .···· ….貼布 34 ..... ....微處理器 311.... ....黏貼面 900···. ....受測者 312.... —外露面 901··.. ....體表 32 ….· …·感溫益201208644 ' VI. Description of the invention: • Technical field to which the invention pertains The invention relates to a thermometer, in particular to a thermometer in the form of an OK stretch. [Prior Art] Although there are many types of children's products, there is no active market for thermometers. When a child has a fever, parents are always worried. They must pay attention to whether the child's temperature rises at any time, especially when sleeping at night. However, the structural design of the existing thermometers is mostly measured by the method that interferes with the child's sleep and rest. In addition to the measurement is quite inconvenient, the child who is easy to cause discomfort is awakened from sleep and crying, for the parents. Words are also quite confusing. Therefore, the current thermometer design does have room for improvement. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide an OK stretch thermometer that is convenient for long-term use and that does not easily interfere with a subject. ® Thus, the temperature-sensitive OK stretch thermometer of the present invention comprises a flexible patch, a temperature sensor and a display respectively mounted on the patch, and a microprocessor electrically connected between the temperature sensor and the display. The patch includes a viscous adhesive surface and a face that faces away from the adhesive surface. The temperature sensor is mounted on the adhesive surface of the patch and can change the impedance by sensing temperature changes. The display is mounted and fixed outside the patch and can be used to display temperature changes. The microprocessor is mounted and fixed to the patch, and can sense the impedance change of the sensor to drive the display to display a temperature message. ' [S] 3 201208644 Effect of the invention: Through the structural design of the οκ stretch thermometer, it is easy to directly stick to the body surface for long-term body temperature monitoring, and the monitoring process does not interfere with the subject. The above and other technical contents, features, and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments. As shown in FIG. 1 to FIG. 3, the preferred embodiment of the temperature sensitive 〇κ stretch thermometer of the present invention is suitable for repeated application to the body surface of the user for monitoring the body temperature for a long time. a viscous long strip-like patch 31, respectively mounted on one of the opposite sides of the patch 31, a temperature sensor μ and a display 33, and an electrical connection between the temperature sensor 32 and the display Microprocessor 34 between μ. The 亥 5 贴 patch 31 includes a viscous adhesive surface 3 11 and a road surface 312 facing away from the 哕 adhesive surface 311, and the adhesive surface 3 j is covered with a dry material having a repeating adhesive function (Fig. Show), can be repeatedly attached to the body surface. -------< P person, double Dan impedance metal. The microprocessor 34 is electrically connected to the back of the display 33 and can detect the change in the impedance value of the temperature sensing unit 32, and calculate the sensed field=the currently measured temperature value' and drive the display 33 to display correspondingly; : Temperature value. In this embodiment, the microprocessor 34 senses the change in resistance of the temperature sensor caused by the degree of k, and analyzes and determines the temperature value of the temperature sensor 32: but when implemented, it does not This is limited. With the temperature sensing type 〇κ tension thermometer of the present invention, the adhesive surface 311 of the patch 31 can be directly attached to the body surface of the subject 900 (Π, for example, attached to the forehead) to make the feeling The temperature device 32 is attached to the body surface 901, and the placement is completed. Then, the observer only needs to watch the temperature value displayed by the display 33, and the body temperature of the tester is immediately known, and The stretch thermometer 3 is attached to the body surface 9()1± at any time, so it is convenient to monitor the body temperature change at any time. There is no need to touch the subject at all during the monitoring process, so when the subject is sleeping, it will not In the actual target example, the display 33 is an element capable of displaying a numerical value, such as an LCD, but in practice, the display 33 can also be changed to a manner in which the display color can be changed, that is, the micro processing@ 34 can be based on the temperature value measured by the temperature of $ 32 'corresponding to drive the display _ 33 to display a predetermined color, for example, when the body temperature is lower than 37.5. (:, when the green color, when the body temperature is between 37 5t ~ 38 〇 (> c, orange is displayed, when the body temperature is higher than 38 (rc, it shows red, The sample can be easily observed by the observer to monitor the body temperature change of the subject at any time. In addition, the dryness of the adhesive surface 3 11 of the patch 3 1 of the present invention is composed of the choice of dry matter, but when implemented, the sticker The cloth 31 is not necessary to use the dryness. The patch 31 can also be modified into a viscous silicone material. The silicone rubber itself can be adhered to the viscosity of the body surface 9〇1, and the 〇κ stretching thermometer 3 is attached. Attached to the body surface 901. In summary, the structure design of the heat exchanger 32' display 33 and the microprocessor 34 integrated on the 〇Κ, fine form of the patch 31 can facilitate the 〇κ The form of the patch 31 is adhered to the body surface 901, and the body temperature monitoring is performed for a long time, and the monitoring person does not need to contact the subject 9〇1 at the time of the monitoring, and the 201208644 can effectively prevent the situation of the subject 901 from sleeping. In addition, the re-adhesive design can also be reused, which is quite convenient and practical. Therefore, the object of the present invention can be achieved. However, the above is only a preferred embodiment of the present invention, and cannot be limited thereto. The scope of implementation of the present invention, that is, the patent application of the present invention The simple equivalent changes and modifications made by the description of the invention are still within the scope of the present invention. [Simplified Schematic] FIG. 1 is a preferred embodiment of the temperature sensing type κ kappa thermometer of the present invention. 2 is a perspective view of another preferred embodiment of the preferred embodiment; FIG. 3 is a side cross-sectional view of the preferred embodiment; and FIG. 4 is a view of the preferred embodiment of the preferred embodiment Schematic 201208644 [Description of main component symbols] 3....... • •..OKTen thermometer 33 ..... ....Display 31 ..····....Applied 34 ..... ....Microprocessor 311......Adhesive surface 900···.....Subject 312.... —Exposed surface 901··...... ....· ...· feeling warmth