M326150 八、新型說明： 【新型所屬之技術領域】 本新型是關於一種溫度感應發光結構。 【先前技術】 為了知道杯t液體的溫度，可使用溫度計測量，但使用上 並不方便，且傳制溫麟-般是财銀或是蝴做為测量溫 度的媒介，以玻璃為外殼，其表面刻上刻度，以肉眼做判讀服 準確性較低且判讀不方便，並因其材質上的問題，容易損二，’ 其玻璃，壞後碎片處理不易，在使用時需要謹慎小心，而且其 測量媒务在損壞後會外洩，會污染環境及有安全上的疑慮，^ 其是水銀對人體和環境影響為最大，故即有業者發展出數位溫 度計’應用不同的物理測量方式，使用非接觸或接觸的方式測 篁，更結合了塑膠外殼與液晶顯示螢幕、電子控制，方便消費 者使用，並降低損壞後危險性，提高準確性，且判讀方便快速 【新型内容】 " 一、 所欲解決的問題點·· 上述使用液晶顯示螢幕為顯示溫度數值的方式，測量的一 端較短，對年齡較小的使用者而言，有使用上的困難，且其不 易了解其數值代表的溫度含意；再者，整體容易損壞，而且看 來較無趣味性，製造成本也較高。因此，如何讓各年齡層的使 用者皆能安心使用，避免不知道溫度數值含意而發生的意外， 且又能增加趣味效果，便成為本新型的目的。 二、 本新型的技術手段： 本新型目的在於提供一種能以不同色的燈光，區分不同溫 5 M326150 度軌圍的溫度感應發光結構。 為解決則述問題及達到本新型的目的，本新型技術手段是 這樣實現的，如申請專利細請求項丨的—種溫度感應發光 結構，其包括：一本體⑴；一設於本體⑴内的電路板⑶； 及一與前述電路板(3)電性連接的電池(7);其特徵在於··電 路板(3)設置有_溫度朗IG(3Q)，該溫度_ IC⑽)與不 同色的發光元件(4)、一控制前述電路板(3)與電池(7)導電與 否的電源聊⑸、-設置於本體⑴⑽溫賴航件⑵、 及至^一個以上的控制開關（6)各自電性連接，可隨著溫度感 應元杯(2)感應輸入的溫度值，而控制應對的發光元件(4)閃 爍發光，且能以控制開關（6)控制發光元件(4)的閃爍模式， 或是改變溫度感應的判讀範圍。 如請求項2所述，其從屬請求項1所述的溫度感應發光 結構，其特徵在於，本體〇)由半透明或是透明的蓋體（Μ)與 底座（11)所組成。 如請求項3所述，其從屬請求項1所述的溫度感應發光 結構，其特徵在於，本體（1)為杯夾。 如請求項4所述，其從屬請求項1所述的溫度感應發光 結構，其特徵在於，本體（1)為杯子。 如請求項5所述，其從屬請求項1所述的溫度感應發光 結構，其特徵在於，本體（1)為杯墊。 如睛求項6所述，其從屬請求項1所述的溫度感應發光 結構’其特徵在於，本體⑴為感溫棒。 如請求項7所述，其從屬請求項1所述的溫度感應發光 M326150 結構，其特徵在於，發光元件(4)為至少一個多色UD，或至 少一個以上不同色的LED。 如請求項8所述，其從屬請求項1所述的溫度感應發光 結構，其特徵在於，溫度感應元件(2)為熱敏電阻。 如請求項9所述，其從屬請求項1所述的溫度感應指示 結構，其特徵在於，發光元件(4)之顏色分別為紅色、黃色、 綠色、藍色、白色。 如請求項10所述，其從屬請求項1所述的溫度感應指示 結構丨其特徵在於，該控制開關（6)為一控制發光元件(4)閃 爍模ί的閃爍模式選擇開關（60)、一控制溫度感應範圍的溫 度感應選擇開關（61)所組成。 如請求項11所述，其從屬請求項1所述的溫度感應指示 結構，其特徵在於，該電路板(3)更設有一發聲元件。 如請求項12所述，其從屬請求項η所述的溫度感應指 示結構，其特徵在於，發聲元件(8)為蜂鳴器。 三、對照先前技術之功效： 藉由本新型的實施可獲至下列優點： 1·加設一温度感應元件(2)，能在感測溫度後，輸出一溫度數 值訊號(21) ’並隨溫度不斷的變化不斷的輸出，讓電路板 (3)的溫度感測IC(30)能接收後分析判斷，讓發光元件(4) 隨之控制發光變化，讓使用者能明確了解到溫度的變化。 2·將本體(1)直接製成杯子、杯墊、杯夾或是感溫棒等，結合 發光政果而產生趣味性與溫度顯不變化功能，以增加麻用 M326150 範圍，使用更方便。 3·使用不同顏色的發光元件(4)，發出光亮，來區隔代表不同 的溫度範圍，比使用一般用的數位液晶顯示螢幕顯示數 值，更能幫助年齡較小的消費者明確注意並知道液體的溫 度狀態，明瞭液體溫度是否過烫或適中，且發光元件(4)是 LE1D ’比數位液晶顯示螢幕更為耐用便宜，成本低。 4·增設一發聲元件(8)，能在溫度到達設定的溫度值時，發出 聲音，使消費者不管在視覺與聽覺上，都能明確察覺到。 5·設^不同功能的選擇開關（6)，能應對不同的需求，設定對 不@的溫度範圍進行感應判讀；更能控制發光元件(4)，設 定不同的閃爍方式，使消費者能明確察覺溫度狀況。 【實施方式】 以下依據圖面所示的實施例詳細說明如後·· 如圖1所示為本新型的應用電路圖、如圖2所示為本新型 的第一較佳實施例之立體示意圖、如圖3所示為圖2之立體分 解圖。 圖中揭示出一種溫度感應發光結構，其包括：一本體(1); a又置於本體（1)内的電路板(3);及一與前述電路板(3)電性 連接的電池(7);其特徵在於前述電路板(3)設置有一溫度感測 IC(30)，該溫度感測ic(30)與設置於本體（1)内不同色的發光 几件04)、一控制前述電路板(3)與電池(7)導電與否的電源開 關（5)、一設置於本體d)内的溫度感應元件(2)、及至少一個 以上的控制開關（6)各自電性連接，可隨著温度感應元件（2) 感應輸入的溫度值，而控制應對的發光元件(4)軔爍發光，且 8 M326150 能以控制開關（6)控制，讓發光元件(4)的閃爍模式，或是使溫 度感應判讀的範圍產生變化。 上述中，電路板(3)設置的溫度感測IC(30)，能判斷分析 由溫度感應元件(2)輸入的溫度值，並依據程式設定，使發光 元件(4)閃爍發光，藉以提醒消費者，且能以控制開關（6)控制 溫度感測IC(30)的設定，以改變發光元件(4)的閃爍模式，或 是使溫度感應判讀的範圍產生變化，以應對不同的需求，增加 附屬功能。 其電路板(3)與溫度感測元件（2)，皆位於本體（1)内， 且由於其被本體（1)所包覆，所以能完整的被保護到，能避免 碰撞或是滲水發生的故障問題； 再者，使用不同色的發光元件(4)閃爍發光，以完整的應 對表示不同的溫度範圍，能幫助各年齡層的消費者都明確注 意’並了解溫度的狀態； 上述中，本體(1)係由半透明或是透明的蓋體〇〇)與底座 (11)所組成，能讓發光元件(4)的光透出，且能明顯看見内部 構造，有另類的美感，内部有故障時能一目瞭然。 上述中，本體〇)為杯夾的造型（如圖2)，能方便攜帶與當 杯子無握把時配合使用，不必以手直接接觸拿取，更能藉以發 光元件(4)發出的光，了解杯子中液體的溫度，免除因燙手或 爱嘴而發生打翻杯子魏的航，讓其能安全的享用飲料。 上述中，發光元件(4)為至少一個多色LE：D，或至少一個以 上不同色的LED ;其LED耐用便宜，成本低，製造與維修皆方 便。 M326150 上述中，溫度感應元件(2)為熱敏電阻；體積小，功率Λ， 抑制浪涌電流能力強，反應速度快，壽命長，可靠性高，工作 溫度能從-55°C至+200°C範圍之間。 其次，發光元件(4)之顏色分別為紅色、黃色、綠色、藤 色、白色；以不同的顏色，來區隔代表不同的溫度範圍，較〆 般的液晶顯示螢幕顯示數值，更讓消費者能明確、快速的了解 溫度的狀態。 上述中，該控制開關（6)為一控制發光元件(4)閃爍模式的M326150 VIII. New Description: [New Technology Field] The present invention relates to a temperature-sensing light-emitting structure. [Prior Art] In order to know the temperature of the cup t liquid, it can be measured by a thermometer, but it is not convenient to use, and the temperature is generally used as a medium for measuring temperature, and a glass is used as a medium for measuring temperature. The surface is engraved with a scale, and the interpretation of the naked eye is less accurate and inconvenient to read, and it is easy to damage due to the problem of its material. 'The glass is not easy to handle after the bad, and it needs to be cautious when used, and its The measurement media will leak out after the damage, it will pollute the environment and have safety concerns. ^It is the biggest impact of mercury on the human body and the environment. Therefore, some operators have developed digital thermometers to apply different physical measurement methods. Contact or contact method to measure 篁, combined with plastic casing and LCD screen, electronic control, convenient for consumers to use, and reduce the risk of damage, improve accuracy, and easy to read quickly [new content] " The problem to be solved·· The above use of the liquid crystal display screen is a way of displaying the temperature value, and the measuring end is shorter, for the younger user. , Difficulty of use, and it is not easy to understand the implications of which value represents a temperature; Furthermore, the overall easily damaged, and no more interesting to watch, the manufacturing cost is high. Therefore, it is the purpose of the present invention to enable users of all ages to use it with peace of mind, avoid accidents that do not know the meaning of temperature values, and increase the interest effect. Second, the technical means of the new: The purpose of the present invention is to provide a temperature-sensing light-emitting structure capable of distinguishing different temperature 5 M326150 degree rails with different colors of light. In order to solve the problems and achieve the object of the present invention, the novel technical means is implemented as a temperature-sensing light-emitting structure of the patent application request, comprising: a body (1); a body (1) a circuit board (3); and a battery (7) electrically connected to the circuit board (3); wherein the circuit board (3) is provided with a temperature IG (3Q), the temperature _ IC (10), and a different color The light-emitting element (4), a power source (5) for controlling whether the circuit board (3) and the battery (7) are electrically conductive or not, and the power switch (5) disposed on the main body (1) (10), and the control switch (6) of the one or more The electrical connection can sense the input temperature value of the temperature sensing cup (2), and the light-emitting element (4) that controls the control flashes, and the blinking mode of the light-emitting element (4) can be controlled by the control switch (6). Or change the interpretation range of temperature sensing. The temperature-sensing light-emitting structure according to claim 2, characterized in that the body is composed of a translucent or transparent cover and a base (11). The temperature-sensing light-emitting structure according to claim 1, characterized in that the body (1) is a cup holder. The temperature-sensing light-emitting structure according to claim 1, wherein the body (1) is a cup. The temperature-sensing light-emitting structure according to claim 1, wherein the body (1) is a coaster. The temperature-sensing light-emitting structure as described in claim 1 is characterized in that the body (1) is a temperature sensing rod. The temperature-sensitive illumination M326150 structure according to claim 7, characterized in that the light-emitting element (4) is at least one multi-color UD, or at least one LED of a different color. The temperature-sensing light-emitting structure according to claim 1, characterized in that the temperature sensing element (2) is a thermistor. The temperature sensing indicating structure according to claim 9, wherein the color of the light emitting element (4) is red, yellow, green, blue, or white, respectively. The temperature sensing indicating structure described in claim 1 is characterized in that the control switch (6) is a blinking mode selection switch (60) for controlling the blinking mode of the light emitting element (4), A temperature sensing selection switch (61) that controls the temperature sensing range. The temperature sensing indicating structure according to claim 1 is characterized in that the circuit board (3) is further provided with a sound emitting element. The temperature sensing indicating structure described in claim 12 is characterized in that the sound emitting element (8) is a buzzer. 3. Comparison with the effects of the prior art: The following advantages can be obtained by the implementation of the present invention: 1. Adding a temperature sensing element (2), after sensing the temperature, outputting a temperature value signal (21) 'and with temperature Constantly changing the output, the temperature sensing IC (30) of the circuit board (3) can receive the post-analysis and judgment, so that the illuminating component (4) can control the illuminating change, so that the user can clearly understand the temperature change. 2. The body (1) can be directly made into a cup, a coaster, a cup holder or a temperature sensing rod, etc., combined with the illuminating political fruit to produce a fun and temperature-invariable function to increase the range of the M326150 for use, and is more convenient to use. 3. Use different color light-emitting elements (4) to emit light, to distinguish different temperature ranges, and to help the younger consumers to pay attention to and know the liquid better than using the commonly used digital liquid crystal display screen. The temperature state, whether the liquid temperature is too hot or moderate, and the light-emitting element (4) is LE1D' is more durable and cheaper than the digital liquid crystal display screen, and the cost is low. 4. Add a sound element (8) that emits a sound when the temperature reaches a set temperature value, so that the consumer can clearly detect it both visually and audibly. 5. Set the selector switch (6) with different functions to meet different needs, set the sensing range for the temperature range of not @; control the light-emitting components (4), set different flashing modes, so that consumers can be clear Feel the temperature condition. [Embodiment] The following is a detailed description of the application circuit shown in FIG. 1 according to the embodiment shown in FIG. 1. FIG. 2 is a perspective view showing a first preferred embodiment of the present invention. 3 is an exploded perspective view of FIG. 2. The figure discloses a temperature-sensing light-emitting structure, comprising: a body (1); a circuit board (3) placed in the body (1); and a battery electrically connected to the circuit board (3) ( 7); characterized in that the circuit board (3) is provided with a temperature sensing IC (30), the temperature sensing ic (30) and a plurality of different colors of the light set in the body (1) 04), a control The circuit board (3) is electrically connected to the power switch (5) of the battery (7), the temperature sensing element (2) disposed in the body d), and the at least one control switch (6). The temperature sensing element (2) can sense the temperature value of the input, and the light-emitting element (4) that controls the response can be illuminated, and the 8 M326150 can be controlled by the control switch (6) to allow the blinking mode of the light-emitting element (4). Or change the range of temperature sensing interpretation. In the above, the temperature sensing IC (30) provided on the circuit board (3) can judge and analyze the temperature value input by the temperature sensing element (2), and according to the program setting, the light emitting element (4) flashes and emits light, thereby reminding consumption. And the control switch (6) can be used to control the setting of the temperature sensing IC (30) to change the blinking mode of the light emitting element (4) or to change the range of the temperature sensing interpretation to cope with different demands and increase Affiliated function. The circuit board (3) and the temperature sensing element (2) are located in the body (1), and because they are covered by the body (1), they can be completely protected to avoid collision or water seepage. The problem of failure; in addition, the use of different colored light-emitting elements (4) flashing light, with a complete response to indicate different temperature ranges, can help consumers of all ages to pay attention to 'and understand the state of temperature; above, The body (1) is composed of a translucent or transparent cover body and a base (11), which allows the light of the light-emitting element (4) to pass through, and the internal structure can be clearly seen, and has an external beauty and interior. It can be seen at a glance when there is a fault. In the above, the body 〇) is the shape of the cup holder (as shown in Fig. 2), which can be conveniently carried and used when the cup has no grip, and it is not necessary to directly contact and take it by hand, and the light emitted by the illuminating element (4) can be used. Understand the temperature of the liquid in the cup, and avoid the need to wash the cup Wei's flight due to hot or loved mouth, so that it can safely enjoy the drink. In the above, the light-emitting element (4) is at least one multi-color LE: D, or at least one LED of different colors; the LED is durable and cheap, low in cost, and easy to manufacture and maintain. M326150 In the above, the temperature sensing element (2) is a thermistor; small in size, high in power, strong in suppressing surge current, fast in response, long in life, high in reliability, and operating temperature can be from -55 ° C to +200 Between °C range. Secondly, the color of the light-emitting element (4) is red, yellow, green, rattan, and white; respectively, different colors are used to represent different temperature ranges, and the liquid crystal display screen displays numerical values, which makes consumers more Can clearly and quickly understand the state of temperature. In the above, the control switch (6) is a control light-emitting element (4) in a blinking mode.
閃爍模f選擇開關（60)、一控制溫度感應範圍的溫度感應選擇 開關（6Ϊ)所組成。 其中，閃爍模式選擇開關（60)能控制發光元件^)閃爍模 式，當溫度感應到一定的溫度數值時，讓發光元件會有不 同的閃爍變化’使>肖費者能以不同的方式，讓自己明確了解溫 度狀況’例如以下兩種模式： 模式（―）： 虽/皿又為17、32、45、55〇C時，發光元件⑷隨機亂閃3〜6 秒而後停留於應對該設定溫度的發光元件⑷閃燦發光； 模式（二）： 當溫度為17、32、40、時，發光元件⑷隨機亂閃0 秒而後停留於應對該設定溫度的發光元件⑷_發光。 其次，溫度感應選擇開關㈤能應對不同的使用 設定不同的溫度感應判讀範圍，以避免對溫度的判斷錯誤， =顏ί的發光元件⑷來代表不同的溫度範圍，並在該 ^圍内母洛差3C時’先固轉光3秒再變成持續_ M326150 光，例如以下兩種模式： 模式（一）： 當溫度55t以上時，紅色發光元件⑷發光； f溫度45〜55QC時，黃色發光元件⑷發光； 當溫度32〜45Ϊ時，、綠色發光元件⑷發光； 冑溫度17〜32°c日寺，藍色發光元件⑷發光； 當溫度17°C以下時，為白色發光元件⑷； ' 模式(二）： ► 當^度50°C以上時，紅色發光元件⑷發光； 當溫度秦5(TC時，黃色發光元件⑷發光； 當溫度32〜4(TC時，綠色發光元件(4)發光； 當溫度17〜31t時，藍色發光元件(4)發光； 當溫度17°c以下時，為白色發光元件(4); 再者’當兩者配合時，可以做多種的配合設定，將其閃爍 模式與溫度感應模式可分為多種模式，便能有多種配合，以應 對消費者的需要，例如以下四種配合·· • 配合（一）： ， 當溫度55 C以上時，發光元件(4)(紅色）閃爍不停（隨溫度 增加而加快閃爍速度）、 當溫度45〜55t時，發光元件(4)(黃色）固定閃爍不停； § 度32〜45 C時’發光元件⑷（綠色）固定閃爍秒後 媳滅； 當溫度17〜32°C時，發光元件(4)(藍色）固定閃爍30秒後 熄滅； 11 M326150 、§溫度17 C以下時，發光元件(4)(白色）固定閃爍3〇秒後 熄滅(隨溫度減少而加快閃櫟速度）； 配合（二）： 畜/直度55 C以上時，發光元件⑷（紅色）固定閃爍不停（隨 溫度增加而加快閃爍速度）； 當溫度45〜55°C時，發光元件(4)(黃色）固定閃爍不停； § /jbl度32〜45 C時，發光元件(4)(綠色）固定閃爍不停； 當溫度17〜32°C時，發光元件(4)(藍色）固定閃爍不停； 、當f度1FC以下時，發光元件(4)(白色）固定閃爍不停（隨 溫度減少而加快閃爍逮度）； 配合（三）： §概度50 C以上時’發光元件(4)(紅色）閃爍不停（隨溫度 增加而加快閃爍速度）； 度40〜50 C時，發光元件(4)(黃色）固定閃爍不停； 當溫度32〜40°C時，發光元件(4)(綠色）固定閃爍3〇秒後 熄滅； ' 當溫度17〜3rc時，發光元件(4)(藍色）固定閃爍3〇秒後 熄滅； 當溫度17〇C以下時’發光元件(4)(白色）固定閃爍3〇秒後 少息滅(隨溫度減少而加快閃爍速度）； 配合（四）： 备溫度50 C以上時，發光元件⑷（紅色）固定閃爍不停（隨 溫度增加而加快閃爍速度）； 备/里度40〜50 C時，發光元件(4)(黃色）固走閃爍不停； 12 M326150 當溫度32〜4〇t：時，發光元件(4)(綠色）固定閃爍不停； 當溫度17〜31°C時，發光元件(4)(藍色） 固定閃爍不停； 虽溫度17 C以下時，發光元件⑷（白色）固定閃爍不停(隨 溫度減少而加快閃爍速度）。 上述中，該電路板(3)更設有一發聲元件(8);能在溫度過 高或過低時，發出聲音，配合發光元件⑷，使㈣者都能明 確注意到。 上述中’發聲元件(3丨）為一蜂鳴器；係為體積小，構造簡 單，耐，且方便維修更換。 如油4所tf為本新型温度感應發光結構的功能方塊圖。圖 中揭不出本新型溫度感應發光結構，其電路板⑶上的溫度感 測KX30)，係由電源開關⑸控制電池⑺供電，使溫度感測 二(3〇)與溫度感測元件⑵能做冑，讓_感測IC(3G)接收由 X感元件⑵’伽;|到溫度後，並輸$的溫度值訊號(2〇), 經過分析機後，健程式設定，使溫賴測1⑽)輸出一控 制訊號(31)，控制發統件⑷產生發光或_的效果。 如圖6所示為本新型的第二較佳實施例之立體示意圖、如 圖7所不為圖6之域分解圖、如圖9所示為本新賴第三較 佳實施例之立體示意圖、如圖1Q所示為為圖9之立體分解圖、 如圖^所示為本新型的第四較佳實施例之立體示意圖、如圖 13所示為為圖12之立體分解圖。 圖中揭示出本新型溫度感應發光結構的本體⑴，除了將 =^如第-錄餘_減(如圖2)外，财製為如第二 車乂佳實關的杯子(如圖6)、如第三較佳實施例_墊造型(如 13 M326150 圖9)、或是如第四較佳實施例的感溫棒(如圖12)，將本體（ι) 造型做改變，以應對不同的需求。 當本體（1)外型為杯子(如圖6)造型時，能方便直接使用， 比一般的發光杯，更具有功能性，能藉由溫度感測元件(2)來 感測溫度，配合發光元件(4)發出的色光，讓消費者能即時了 解溫度的變化與現在溫度的狀況，不必為了要知道溫度，再去 取溫度計來量測。 當本體（1)外型為杯墊(如圖9)造型時，能方便擺放杯子使 用，比y般的發光杯墊，更具有功能性，其能藉由溫度感測元 件(2)柬感測溫度，配合電路板(3)上的溫度感測IC(3〇)，控制 不同色的發光元件(4)，讓消費者能透過發光元件(4)發出的色 光，即時了解杯内，溫度的變化與現在杯内溫度的狀況，兼具 發光杯墊與溫度計兩者之長，更能在杯内的物體溫度過高或是 過低時，讓消費者知道其溫度變化，以採取正確的應對方式。 當本體（1)外型為感溫棒(如圖12)造型時，能方便攜帶使 用’亦能取代攪拌棒，更具有功能性，且無一般數位溫度計高 故障率的問題，因構造簡易，不易損壞，製造成本低 ，且近年 來，隨著以微電腦為主體的微電子快速普及，並因科技的發 展、製程技術的進步，溫度感應元件(2)即熱敏電阻的應用領 域不斷拓展，使用於一般的日常生活上，完全沒有問題，雖沒 有傳統的數位溫度計準確，但已足夠使用，且結合發光元件(4) 對年齡較小的使用者，較傳統的溫度計更能讓其了解與注意。 如圖5所示為本新型的第一較佳實施例之實施示意圖、如 圖8所不為本新型的第二較佳實施例之實施示意圖、如圖11 14 M326150 所示為本新型的第三較佳實施例之實施示意圖、如圖14所示 為本新型的第四較佳實施例之立體示意圖。The flashing mode f selection switch (60) is composed of a temperature sensing selection switch (6Ϊ) that controls the temperature sensing range. Wherein, the blinking mode selection switch (60) can control the blinking mode of the light-emitting component ^), and when the temperature senses a certain temperature value, the light-emitting component has different flickering changes, so that the viewer can be in a different manner. Let yourself know the temperature condition clearly. For example, the following two modes: Mode (―): Although the dish is 17, 32, 45, 55〇C, the light-emitting element (4) randomly flashes for 3~6 seconds and then stays in response to this setting. The light-emitting element (4) of the temperature flashes and emits light; mode (2): When the temperature is 17, 32, 40, the light-emitting element (4) randomly scatters for 0 seconds and then stays at the light-emitting element (4) _ illuminating the set temperature. Secondly, the temperature sensing selector switch (5) can cope with different temperature sensing interpretation ranges to avoid misjudgment of temperature, = yan luminescence component (4) to represent different temperature ranges, and in the When the difference is 3C, the light is turned on for 3 seconds and then becomes continuous. _ M326150 light, for example, the following two modes: Mode (1): When the temperature is above 55t, the red light-emitting element (4) emits light; f When the temperature is 45~55QC, the yellow light-emitting element (4) Illumination; When the temperature is 32~45Ϊ, the green light-emitting element (4) emits light; 胄 Temperature 17~32°c, the blue light-emitting element (4) emits light; when the temperature is below 17°C, it is a white light-emitting element (4); (2): ► When the temperature is above 50 °C, the red light-emitting element (4) emits light; when the temperature is Qin 5 (TC, the yellow light-emitting element (4) emits light; when the temperature is 32~4 (TC, the green light-emitting element (4) emits light) When the temperature is 17~31t, the blue light-emitting element (4) emits light; when the temperature is below 17°c, it is white light-emitting element (4); in addition, when the two are matched, various matching settings can be made. Its blink mode and temperature sensing mode Divided into a variety of modes, you can have a variety of cooperation to meet the needs of consumers, such as the following four kinds of cooperation · · • Coordination (a): When the temperature is above 55 C, the light-emitting element (4) (red) flashes continuously (Accelerate the flashing speed with increasing temperature), when the temperature is 45~55t, the light-emitting element (4) (yellow) is fixed and flickering; § When the degree is 32~45 C, the light-emitting element (4) (green) is fixed and blinks for a second and then annihilates When the temperature is 17~32°C, the light-emitting element (4) (blue) is fixed and flashes for 30 seconds and then extinguished; 11 M326150, § When the temperature is below 17 C, the light-emitting element (4) (white) is fixed flashing for 3 seconds. Extinguish (accelerate flashing speed with decreasing temperature); Matching (2): When the animal/straightness is above 55 C, the light-emitting element (4) (red) is fixedly flashing (speeding up with the increase of temperature); when the temperature is 45~ At 55 °C, the light-emitting element (4) (yellow) is fixed and flickering; § /jbl degree 32~45 C, the light-emitting element (4) (green) is fixed and flickering; when the temperature is 17~32 °C, The light-emitting element (4) (blue) is fixed and blinks continuously; when the degree is below 1FC, the light-emitting element (4) (White) fixed flashing non-stop (accelerate flashing with temperature reduction); Matching (3): § When the temperature is above 50 C, 'lighting element (4) (red) flashes continuously (speed increases with temperature increase) When the degree is 40~50 C, the light-emitting element (4) (yellow) is fixed and flickering; when the temperature is 32~40 °C, the light-emitting element (4) (green) is fixed and blinks for 3 seconds and then goes out; When 17~3rc, the illuminating element (4) (blue) is fixed and blinks for 3 〇 seconds and then goes out; when the temperature is below 17 〇C, the illuminating element (4) (white) is fixed and blinks for 3 sec. Reduce and speed up the flashing speed); Matching (4): When the temperature is above 50 C, the light-emitting element (4) (red) is fixed and flickering (speeding up with the increase of temperature); When the temperature is 40~50 C, the light is emitted. Component (4) (yellow) solid flashing non-stop; 12 M326150 When the temperature is 32~4〇t:, the light-emitting element (4) (green) is fixed and blinking continuously; when the temperature is 17~31 °C, the light-emitting element ( 4) (blue) fixed flashing non-stop; although the temperature is below 17 C, the light-emitting element (4) (white) is fixed and blinking ( Temperature reduction is accelerated blink rate). In the above, the circuit board (3) is further provided with a sound emitting element (8); when the temperature is too high or too low, a sound is emitted, and the light-emitting element (4) is matched, so that (4) can be clearly noticed. The above-mentioned medium sounding element (3丨) is a buzzer; it is small in size, simple in structure, resistant, and convenient for maintenance and replacement. For example, oil 4 tf is a functional block diagram of the novel temperature-sensing light-emitting structure. The figure shows that the novel temperature-sensing light-emitting structure, the temperature sensing KX30 on the circuit board (3), is powered by the power switch (5) to control the battery (7), so that the temperature sensing two (3 〇) and the temperature sensing component (2) can Do 胄, let _ sensing IC (3G) receive the temperature sensor (2〇) after the X sensor (2) 'German;| to the temperature, and input $, after the analysis machine, the health program is set, so that the temperature measurement 1 (10)) outputs a control signal (31) to control the effect of the hair unit (4) to produce illumination or _. FIG. 6 is a perspective view of a second preferred embodiment of the present invention, FIG. 7 is not an exploded view of FIG. 6, and FIG. 9 is a perspective view of a third preferred embodiment of the present invention. FIG. 1Q is an exploded perspective view of FIG. 9, and FIG. 13 is a perspective view of the fourth preferred embodiment of the present invention, and FIG. 13 is an exploded perspective view of FIG. The figure reveals the body (1) of the novel temperature-sensing light-emitting structure, except that =^, such as the first-recording_minus (as shown in Fig. 2), the financial system is a cup like the second rut (see Figure 6). For example, the third preferred embodiment _ pad shape (such as 13 M326150 FIG. 9), or the temperature sensing rod according to the fourth preferred embodiment (as shown in FIG. 12), the body (ι) shape is changed to cope with different Demand. When the body (1) is shaped like a cup (as shown in Figure 6), it can be used directly. It is more functional than the general light-emitting cup. It can sense the temperature by the temperature sensing element (2) and match the light. The color light emitted by the component (4) allows the consumer to instantly understand the temperature change and the current temperature condition, and does not have to take a thermometer to measure the temperature. When the body (1) is shaped like a coaster (as shown in Figure 9), it can be conveniently placed on the cup. It is more functional than the y-like light coaster. It can be used for temperature sensing components (2). Sensing the temperature, matching the temperature sensing IC (3〇) on the circuit board (3), controlling the light-emitting elements (4) of different colors, so that the consumer can instantly understand the inside of the cup through the color light emitted by the light-emitting element (4). The change of temperature and the current temperature inside the cup have both the length of the light-colored coaster and the thermometer. It is better to let the consumer know the temperature change when the temperature of the object in the cup is too high or too low. Coping style. When the body (1) is shaped like a temperature sensing rod (as shown in Figure 12), it can be easily carried and used. It can also replace the stirring rod, which is more functional, and has no problem of high failure rate of the general digital thermometer. It is not easy to damage, and the manufacturing cost is low. In recent years, with the rapid popularization of microelectronics with microcomputer as the main body, and due to the development of technology and the advancement of process technology, the application field of temperature sensing element (2), thermistor, has been expanding. Used in general daily life, there is no problem at all. Although there is no traditional digital thermometer accurate, it is enough to use, and combined with the light-emitting element (4) for younger users, it can be better understood than the traditional thermometer. note. FIG. 5 is a schematic view showing the implementation of the first preferred embodiment of the present invention, and FIG. 8 is a schematic diagram showing the implementation of the second preferred embodiment of the present invention, as shown in FIG. 11 14 M326150. 3 is a schematic view showing the implementation of the preferred embodiment, and FIG. 14 is a perspective view showing a fourth preferred embodiment of the present invention.
圖中揭示，當本新型溫度感應發光結構的本體（1)為杯 夾、杯子、杯墊、感溫棒時，皆可使用於量測液體溫度，只要 將電源開關（5)啟動，使電池(7)供電，設定閃爍模式選擇開關 (60)後，便能控制發光元件(4)閃爍模式，以期能更明確了解 /孤度狀況，設定溫度感應選擇開關（61)以應對不同的需求，定 出不同的溫度感應判讀範圍，以避免判斷錯誤；其電路板(3)， 接收由〒度感測元件(2)，偵測到溫度後，並輸出的一溫度數 值，經由溫度感測IC(30)分析判斷後，再控制應對該設定溫声 的發光元件(4)發光或是使發聲元件(8)—同發出聲音，如此便 能辨別出溫度的狀況，並能藉由發光及發聲的效果，提醒使用 者，讓消費者能安心的使用，避免燙傷意外發生。 以上依據圖面所示的實施例詳細說明了本新型的構造、特 徵及作用效果，由於符合新穎及進步性要件，遂美依法提出新 型專利申請。The figure shows that when the body (1) of the novel temperature-sensing light-emitting structure is a cup holder, a cup, a coaster, and a temperature sensing rod, it can be used for measuring the temperature of the liquid, as long as the power switch (5) is activated to make the battery (7) Power supply, after setting the flashing mode selection switch (60), it can control the blinking mode of the light-emitting component (4), in order to understand the /degree of segregation more clearly, and set the temperature sensing selection switch (61) to meet different needs. Different temperature sensing interpretation ranges are determined to avoid misjudgment; the circuit board (3) receives the temperature sensing element (2), detects the temperature, and outputs a temperature value via the temperature sensing IC. (30) After analyzing and judging, control the light-emitting element (4) that responds to the set warm sound or make the sound-emitting element (8) emit sound together, so that the temperature condition can be discerned, and the light can be emitted and sounded. The effect is to remind the user to let the consumer use the peace of mind to avoid accidents. The structure, features and effects of the present invention are described in detail above based on the embodiments shown in the drawings. Due to the novelty and progressive requirements, the company has filed a new patent application in accordance with the law.
15 M326150 【圖式簡單說明】 圖1 ·本新型的應用電路圖。 圖2 :本新型的第一較佳實施例之立體示意圖。 圖3:為圖1之立體分解圖。 圖4:本新型的功能方塊圖。 圖5:本新型的第一較佳實施例之實施示意圖。 圖6 :本新型的第二較佳實施例之立體示意圖。 圖7:為圖6之立體分解圖。 圖,8 :本新型的第二較佳實施例之實施示意圖。 圖j9 :本新型的第三較佳實施例之立體示意圖。 圖10 :為圖9之立體分解圖。 圖11 :本新型的第三較佳實施例之實施示意圖。 圖12 :本新型的第四較佳實施例之立體示意圖。 圖13 :為圖12之立體分解圖。 圖14 :本新型的第四較佳實施例之立體示意圖。 【主要元件符號說明】 1 本體 10 蓋體 11 底座 2 溫度感應元件 20 溫度數值訊號 3 電路板 30 溫度感測1C 31 控制訊號 16 M326150 4 發光元件 5 電源開關 6 控制開關 60 閃爍模式選擇開關 61 溫度感應選擇開關 7 電池 8 發聲元件 1715 M326150 [Simple description of the diagram] Figure 1 · Application circuit diagram of the new type. Figure 2 is a perspective view of a first preferred embodiment of the present invention. Figure 3 is an exploded perspective view of Figure 1. Figure 4: Functional block diagram of the new model. Figure 5 is a schematic view showing the implementation of the first preferred embodiment of the present invention. Figure 6 is a perspective view of a second preferred embodiment of the present invention. Figure 7 is an exploded perspective view of Figure 6. Fig. 8 is a schematic view showing the implementation of the second preferred embodiment of the present invention. Figure j9 is a perspective view of a third preferred embodiment of the present invention. Figure 10 is an exploded perspective view of Figure 9. Figure 11 is a schematic view showing the implementation of the third preferred embodiment of the present invention. Figure 12 is a perspective view of a fourth preferred embodiment of the present invention. Figure 13 is an exploded perspective view of Figure 12. Figure 14 is a perspective view of a fourth preferred embodiment of the present invention. [Main component symbol description] 1 Body 10 Cover 11 Base 2 Temperature sensing element 20 Temperature value signal 3 Circuit board 30 Temperature sensing 1C 31 Control signal 16 M326150 4 Light-emitting element 5 Power switch 6 Control switch 60 Flash mode selector switch 61 Temperature Induction selection switch 7 battery 8 sounding element 17