M337347 八、新型說明： 【新型所屬之技術領域】 本創作為有關於一種具有預熱功能之快速量測體溫計，特別是指 對必須經常性的頻繁使用體溫計的診所、醫院或家庭成員生病期間， 可隨時使用，無須等待預先加熱時間，可達到快速且正確的體溫量測 ，者0 • 【先前技術】 • 習知體溫計具有預先加熱結構之先前專利，包含U. S. Patent No : 6,109, 784 FAST RESPONSE DIGITAL THERMOMETER^U. S. Patent No ： 6, 250, 802 ELECTRONIC THERMOMETER WITH PREHEATING兩案，其所揭 露之體溫計結構，主要系利用體溫計内的電池對感測頭預先加熱，俾 以縮減量測時間。 然’此種利用體溫計内的電池對感測頭預先加熱之方式具有下列 缺點：M337347 VIII. New description: [New technical field] This creation is about a rapid measurement thermometer with preheating function, especially for clinics, hospitals or family members who are frequently used to frequently use thermometers. It can be used at any time without waiting for pre-heating time to achieve fast and accurate body temperature measurement. 0 • [Prior Art] • Conventional thermometer with prior patent for preheated structure, including US Patent No: 6,109, 784 FAST RESPONSE DIGITAL THERMOMETER^US Patent No: 6, 250, 802 ELECTRONIC THERMOMETER WITH PREHEATING, the thermometer structure disclosed therein mainly uses the battery in the thermometer to preheat the sensor head to reduce the measurement time. However, such a method of using the battery in the thermometer to preheat the sensor head has the following disadvantages:
體溫計内電池之電容量有限，預熱時耗電且緩慢。 2、使用前再開啟預熱功能，仍需等候開起到預熱完成的等待預熱 時間。 3、 其預熱只是至一般人體體溫攝氏35。(：〜37°C，待移動人體至人 體測量體溫時，預熱溫度因散熱效應隨之降低 ，因此量測時仍會使量 測部位之溫度下降，無法有效提升量測速度。 4、 其預熱之電熱絲深入感測頭内部，造成整體熱容量增大，導致 量測時間加長。 5 M337347 熱，有加熱盒供對體溫糊頭直接加 ，升，當體溫叶自加赦Γ 溫計感測頭為受外部加熱而溫 【新型極㈣外料空氣岐迷降溫。 作之主要目的，即在於提供—種⑽雙重加熱之預熱式體溫 ，執，/、了經由體溫計内部之内加熱模塊對體溫計前段頸部内部位置加 •且之外城魏賊_外雜置加熱，_簡快速， ^ 推開加熱盒時，能藉由體溫計内部之内加熱魏保持之教 月b，使體溫計前段頸部不易迅速降溫。 上述預熱式體溫計使用時為預熱至超過人體體溫（攝氏卿以 上’適當實施例為攝氏42。〇，當體溫計自加熱盒取出至人體時，經空 =冷卻作用約降溫至與人體溫度相當之溫度，再利用所設定之溫升或 溫降時間值範圍内，取得其體溫值’因此量測時間縮短，且更為快速。 β上述預熱式體溫計於對體溫計預熱時，係由外接電源或是較大容 量之電池供電能於體溫計内部之内加熱模塊及加熱盒之外加熱模塊， 封體溫計前段_及_行加熱，#加熱溫度_辆定溫度 夺體S十之測溫模塊發出溫度信號至加熱盒内設之控制電路，令加 熱盒暫停供給電源加熱’直至溫度降低至某設定值之後再經由上述管 道通知加熱盒繼續加熱。 本創作之另一目的，即在於本創作之體溫計於不使用預熱功能 時’仍保有一般體溫計之使用模式功能。 【實施方式】 6 M337347 請參閱第-圖至第四圖所示，本創作之預熱式體溫計主要包含有 加熱盒i及體溫計2所構成’其中加齡丨連接有電源，可外接電源域 :於加熱盒1内設有較大容量之電池14提供電源使用，該加熱盒丨具有一 :容置槽11及於容置槽11-端設有外加熱模塊15，外加熱模塊15可提供 預熱溫度，容置槽11内另端具有第一對接件12，位於加熱盒m有控制 ，電路13;該加熱盒1可提供電能對外加熱模塊15和體溫計2前段頸部211 k内之内加熱模塊25加熱。當體溫計2不與加熱盒i結合使用預熱功能 _時，可作為一般體溫計之模式使用。 上述體溫計2設有本體21、前段頸部211、顯示視窗22、感測頭四、 第二對接件24及内加熱模塊25，當體溫計放置於加熱盒内時，感測頭 ~ 23為置入於加熱盒1容置槽丨丨内，鄰近於外加麵塊15，該第二對接件 ‘ 24供能與加熱盒1之第-對接件12相互插接導電與健連接，量測溫度 為由體溫計2内設置之測溫模塊26電路控制顯示與警示。 再请參閱第二圖至第六圖所示，體溫計2於本體21與感測頭23間之 前段頸部211内設置有内加熱模塊25，該内加熱模塊25與第二對接件24 -間具有加熱電源導線24a，供第二對接件24與加熱盒1之第一對接件12 相互插接導電時，供電給内加熱模塊25。另外，加熱盒容置槽丨丨一端 設有外加熱模塊15，加熱盒1連接有電源，該電源可選擇外接電源3或 於加熱盒1内设之較大容量之電池14 ;加熱盒1内設有一控制電路a， 上述電源一端直接連接至控制電路13,控制電路13則經由電源導線131 連接至外加熱模塊15,控制電路13並經由加熱電源導線i2a連接至第一 對接件12，再經由第二對接件24之加熱電源導線24a連接至體溫計2之 7 M337347 内加熱模塊25，因此電源能經由控制電路13對内加熱模塊25及外加熱 模塊15提供電能。 ; 體溫計2之第二對接件24及加熱盒1之第一對接件12，其除了具有 電源導接結構之外，並具有信號連接結構；上述之電源導接結構，包 含有第一對接件12之導電端子121及第二對接件24之導電端子241，當 ，第一對接件12及第二對接件24相互對接時，兩導電端子⑵、241可相 ，互導電接通；上述之信號連接結構，包含有第一對接件12之信號端子 籲122及第二對接件24之信號端子242，當第一對接件12及第二對接件24 相互對接時，兩信號端子122、242可相互接通信號。 體溫汁2之測溫模塊26為連接於感測頭23及加熱盒1之控制電路13 •之間，感測頭23與測溫模塊26之間具有信號傳輸線27，供使測溫模塊 、26能經由信號傳輸線27感測感測頭23之溫度信號。而體溫計2之測溫模 塊26與第二對接件24間具有信號傳輸線24b，控制電路13與第一對接件 12亦具有信號傳輸線12b，測溫模塊26發出之溫度信號為經由信號傳輸 __線24b連接至第二對接件24及與其相互插接之第一對接件12，再經由信 -號傳輸線12b連接至控制電路13。 當體溫計2放置於加熱盒1内，及體溫計2之第二對接件24與加熱盒 1之第一對接件12相互插接時，電源能經由控制電路13對内加熱模塊25 提供電能。啟動使用時，上述之外加熱模塊15係對體溫計2之感測頭23 預熱，内加熱模塊25係對體溫計2之前段頸部211預熱，同時，測溫模 塊26感知感測頭23之溫度信號通過第二對接件24及第一對接件12傳遞 至加熱盒1内設之控制電路13，當控制電路13測得體溫計2感測頭23溫 8 M337347 度至設定加熱值（攝氏39°C以上，適當實施例為攝氏42。〇之後，即由 控制電路13控制供電，停止外加熱模塊15和内加熱模塊25繼續加熱， •而當控制電路13測得體溫計2感測頭23溫度小於設定加熱值並超過一 定溫度時，則重新開啟供電，令外加熱模塊15和内加熱模塊25對體溫 計2之感測頭23及前段頸部211進行加熱。 ， 由於本案經由體溫計2内部之内加熱模塊25對前段頸部211位置加 熱，及由加熱盒1之外加熱模塊15對感測頭23外部位置加熱，且均使用 部電源，故能達到較均衡之快速預熱效果；再者，内加熱模塊25為 設置於體溫計2内部，故而體溫計2取離加熱盒丨後，其具有保溫作用， 較不易降溫。 ' 經試驗結果，體溫計預熱至攝氏，於室溫環境拿取體溫計至 '人體量測體溫時，其經空氣冷卻作用約降溫至攝氏35ΐ〜37t，與人 體溫度相近。量測時，當溫升或溫降在設定時财無超過G. ^時= 完成測量。_人_溫未被溫度収熱降溫，得以驗量測P 達到預熱快速與量測迅速之雙重功效。 【圖式簡單說明】 第一圖所示係本創作之外觀立體圖。 體圖。 第二圖所示係本創作體溫計與加熱盒單獨結構外觀立 第三圖所示係本創作電路控制方塊圖。 第四圖所示係本創作加熱盒_結構舰平面示意圖。 第五圖卿係摘作計加齡^結構剖 第六圖所示係依照第五圖 平面示意圖。 所示之圈起A部分結構放大平面圖。 M337347 【主要元件符號說明】 I ............加熱盒 II ...........容置槽 12 ...........第一對接件 121..........導電端子 .122..........信號端子 12a.... ......加熱電源導線 φl2b..........信號傳輸線 13 ...........控制電路 131..........電源導線 14 ...........電池 15 ...........外加熱模塊 2............體溫計 21...........本體 _211.........前段頸部 -22...........顯示視窗 23 ...........感測頭 24 ..........•第二對接件 β 241..........導電端子 、242..........信號端子 24a··........加熱電源導線 24b.··.......信號傳輸線 M337347 25 ...........内加熱模塊 26 ...........測溫模塊 27 ...........信號傳輸線 3............外接電源The battery in the thermometer has a limited capacity and consumes electricity and is slow during warm-up. 2. Turn on the preheating function before use, and still wait for the warm-up time to wait for the warm-up to complete. 3, its preheating is only to the general human body temperature of 35 degrees Celsius. (: ~37 °C, when the body is moved to the human body to measure the body temperature, the preheating temperature is reduced due to the heat dissipation effect, so the temperature of the measurement part will still decrease during the measurement, and the measurement speed cannot be effectively improved. The preheated electric heating wire penetrates the inside of the sensing head, causing the overall heat capacity to increase, resulting in a longer measurement time. 5 M337347 Heat, there is a heating box for the body temperature paste directly added, liter, when the body temperature leaf is self-twisting The probe is heated by external heating. The new purpose is to cool down the air. The main purpose is to provide the preheating body temperature of the (10) double heating, and the internal heating module via the internal thermometer. For the internal position of the neck of the front part of the thermometer plus • and the outer city Wei _ _ external miscellaneous heating, _ Jane fast, ^ When pushing the heating box, can be heated by the internal temperature of the thermometer to maintain the teaching month b, so that the front of the thermometer The neck is not easy to cool down quickly. The above-mentioned preheating thermometer is preheated to exceed the body temperature (above Celsius's appropriate embodiment is 42 Celsius. 〇, when the thermometer is taken out of the heating box to the human body, the air = cold However, the effect is to cool down to a temperature equivalent to the body temperature, and then use the set temperature rise or temperature drop time value to obtain the body temperature value 'so the measurement time is shortened, and more rapid. β The above preheating thermometer When the thermometer is preheated, it is powered by an external power supply or a large-capacity battery. It can be heated outside the heating module and heating box inside the thermometer. The front section of the thermometer is _ and _ row heating, #heating temperature _ set temperature The temperature measuring module of the body S sends a temperature signal to the control circuit built in the heating box, so that the heating box is suspended from the power supply heating until the temperature is lowered to a certain value, and then the heating box is notified through the above-mentioned pipe to continue heating. One purpose is that the thermometer of the present invention still retains the usage mode function of the general thermometer when the preheating function is not used. [Embodiment] 6 M337347 Please refer to the first to fourth figures, the preheating type of the creation The thermometer mainly includes a heating box i and a thermometer 2, wherein the old age is connected to a power source, and the external power supply domain: a large capacity in the heating box 1 The battery 14 is provided for power supply. The heating box has a receiving groove 11 and an outer heating module 15 at the end of the receiving groove. The outer heating module 15 can provide a preheating temperature, and the other end of the receiving groove 11 There is a first docking member 12, which is controlled by the heating box m, and the circuit 13; the heating box 1 can supply electric energy to the external heating module 15 and the inner heating module 25 in the front neck portion 211k of the thermometer 2. When the thermometer 2 is not heated When the cartridge i is used in combination with the preheating function _, it can be used as a general thermometer model. The thermometer 2 is provided with a body 21, a front neck portion 211, a display window 22, a sensing head 4, a second docking member 24, and an inner heating module 25. When the thermometer is placed in the heating box, the sensing head 23 is placed in the receiving slot of the heating box 1, adjacent to the external surface block 15, and the second docking member '24 is energized with the heating box 1. The first butt joints 12 are electrically and mechanically connected to each other, and the temperature is measured by the circuit control display and warning of the temperature measuring module 26 disposed in the thermometer 2 . Referring to the second to sixth figures, the thermometer 2 is provided with an inner heating module 25 in the front neck portion 211 between the body 21 and the sensing head 23, and the inner heating module 25 and the second docking member 24 - The heating power supply wire 24a is provided to supply the internal heating module 25 when the second docking member 24 and the first docking member 12 of the heating box 1 are electrically connected to each other. In addition, an external heating module 15 is disposed at one end of the heating box receiving slot, and the heating box 1 is connected with a power source, and the power source can select an external power source 3 or a larger capacity battery 14 disposed in the heating box 1; A control circuit a is provided, and one end of the power supply is directly connected to the control circuit 13, and the control circuit 13 is connected to the external heating module 15 via the power supply line 131, and the control circuit 13 is connected to the first docking member 12 via the heating power supply line i2a, and then The heating power lead 24a of the second docking member 24 is connected to the heating module 25 of the 7 M337347 of the thermometer 2, so that the power source can supply power to the inner heating module 25 and the outer heating module 15 via the control circuit 13. The second docking member 24 of the thermometer 2 and the first docking member 12 of the heating box 1 have a signal connection structure in addition to the power guiding structure; the power guiding structure includes the first docking member 12 The conductive terminal 121 and the conductive terminal 241 of the second butt joint 24, when the first butt joint 12 and the second butt joint 24 are butted together, the two conductive terminals (2), 241 can be electrically connected to each other; the above signal connection The structure includes a signal terminal 122 of the first docking member 12 and a signal terminal 242 of the second docking member 24. When the first docking member 12 and the second docking member 24 are docked with each other, the two signal terminals 122 and 242 can be connected to each other. Pass signal. The temperature measuring module 26 of the body temperature juice 2 is connected between the sensing head 23 and the control circuit 13 of the heating box 1 , and has a signal transmission line 27 between the sensing head 23 and the temperature measuring module 26 for the temperature measuring module, 26 The temperature signal of the sensing head 23 can be sensed via the signal transmission line 27. The temperature measuring module 26 and the second docking member 24 of the thermometer 2 have a signal transmission line 24b. The control circuit 13 and the first docking member 12 also have a signal transmission line 12b. The temperature signal sent by the temperature measuring module 26 is transmitted via the signal transmission__ line. 24b is connected to the second docking member 24 and the first docking member 12 interposed therebetween, and is connected to the control circuit 13 via the signal-number transmission line 12b. When the thermometer 2 is placed in the heating box 1, and the second docking member 24 of the thermometer 2 and the first docking member 12 of the heating box 1 are inserted into each other, the power source can supply power to the internal heating module 25 via the control circuit 13. When the start-up is used, the external heating module 15 preheats the sensing head 23 of the thermometer 2, and the internal heating module 25 preheats the front neck 211 of the thermometer 2, while the temperature measuring module 26 senses the sensing head 23. The temperature signal is transmitted to the control circuit 13 provided in the heating box 1 through the second docking member 24 and the first docking member 12. When the control circuit 13 measures the temperature of the sensor head 23, the temperature of the sensor head 23 is 8 M337347 degrees to a set heating value (39 degrees Celsius). Above C, the appropriate embodiment is Celsius 42. After that, the control circuit 13 controls the power supply, and the external heating module 15 and the internal heating module 25 are stopped to continue heating. • When the control circuit 13 measures the temperature of the thermometer 2, the sensing head 23 is less than When the heating value is set and exceeds a certain temperature, the power supply is turned on again, and the external heating module 15 and the internal heating module 25 heat the sensing head 23 and the front neck portion 211 of the thermometer 2. Since the case is heated inside the thermometer 2 The module 25 heats the front neck portion 211 and heats the external position of the sensing head 23 by the heating module 15 outside the heating box 1, and both use the power supply, so that a relatively balanced rapid warm-up effect can be achieved; The internal heating module 25 is disposed inside the thermometer 2, so that after the thermometer 2 is taken away from the heating box, it has a heat preservation effect and is not easy to cool down. 'After the test results, the thermometer is preheated to Celsius, and the thermometer is taken at room temperature to ' When the body measures the body temperature, it cools down to 35 ΐ to 37 ° C by air cooling, which is similar to the human body temperature. When measuring, when the temperature rise or temperature drop is set, the profit does not exceed G. ^ = the measurement is completed. _The temperature is not cooled by the temperature, and the measurement P can achieve the dual effects of fast preheating and rapid measurement. [Simple description of the diagram] The first figure shows the stereoscopic view of the appearance of the creation. The figure shows the structure of the creation of the thermometer and the heating box. The third figure shows the control circuit block diagram. The fourth picture shows the schematic diagram of the creation heating box _ structural ship. The sixth figure of the structure of the ageing structure is shown in the plan view of the fifth figure. The circled part of the structure shown in Fig. is enlarged plan. M337347 [Description of main components] I ............heating Box II ........... housing slot 12 ...........first docking piece 121..........conductive terminal.122..........signal terminal 12a.... .. ....heating power supply wire φl2b..........signal transmission line 13 ...........control circuit 131..........power supply wire 14 .. .........Battery 15 ...........External heating module 2............thermometer 21.......... . Ontology _211......... front section neck -22...........display window 23 ...........sense head 24 ... .......•Second butt joint β 241..........conductive terminal, 242..........signal terminal 24a··....... Heating power supply wire 24b.............. Signal transmission line M337347 25 ........... Internal heating module 26 ........... Temperature measurement module 27 . ..........Signal transmission line 3............External power supply