五、新型說明： 【新型所屬之技術領域】 [0001] [0002] 本創作係有關於一權腕戴式紅外線溫度顯示裝置， 特別是指一種非接觸式量測體脈之腕戴式紅外線溫度顯 示裝置。 【先前技術】 溫度計是一種運用不同原理來測量物體溫度或者溫 度梯度（Temperature G邝dient)的儀器。溫度計有 各式各樣的類型，而其中被使用為醫療目的的溫度計是 較為人熟悉的❶溫度計是寿?^^緣應測量溫度 ’大部分溫度計峰定容做•正’而溫 度計的種類眾多，以下例: 如水銀溫度計（Mercury-in-glass thermomet-er)，水銀溫度計由玻璃製成包含水銀球及水銀柱的溫度 計，傳統的水銀溫度計工哼率今,辱鲁平，南溫度計相 同。溫度計底端有一中空球硌f/年都欽’連接一細小中 空管狀部份，中空部份内_^丨^銀"溫度標示範圍 89. 6. F到109.4 F (扣.。到42.C)。當溫度上升$ ，水銀會膨脹，並且流出膨起部份進而流入中空管狀部 份。藉由溫度計上的刻犯號讀出溫度值。在底端球狀膨 起部分與中空管狀的連接為一緊縮設計（截流區）。在 溫度上升時，球狀部的水銀受熱膨脹而受力流出此一凹 細部位。當溫度下降時，此一緊縮設計將阻止水銀流回 球狀部，因此中空管狀内的水銀不會發生變化。當溫度 計重新量測時，需要先甩動溫度計，讓中空管内的水銀 表單编號A0101 第3頁/共18頁 M410877 回到球狀部份。由於水銀廢棄物對環境危害的顧慮，有 些國家已禁止使用水銀溫度計。 如電阻溫度計（E1 ec t r i ca 1 resistance ther-mometer)，電阻溫度計也稱為電阻溫度探測器（RTDs) ，是一種使用已知電阻隨溫度變化特性的材料所製成溫 度傳感器。因為他們幾乎無一例外地由鉑製造而成，所 以他們通常被稱為鉑電阻溫度計。在許多低於600°C的工 業應用場合，他們正在慢慢地取代了熱電偶。 如伽利略溫度計（Galileo thermometer)，伽利 略溫度計是一個包含著透明液體的玻璃圓筒溫度計。液 體裡懸浮著一定數量的重物:那些重物一般是包含有色 液體的玻璃容器。當液體的ιέ度改變，它們的密度會隨 之改變，並且那些懸浮的f物也養上升或下降到一個與 周圍的液體密度相等的位置。如果重物有非常少的不同 ，還有被排列為最低密度的在上面，最高密度在底部， 這樣他們便形成溫度標度。溫度二般是讀取自一個被刻 記的在各重物上的金屬圓盤。頂面重物的最低重物是表 示四周的溫度。達到這要求要製造容量少於1 /1 000克的 重物。 如熱敏電阻溫度計（Thermistor Thermometer)， 熱敏電阻溫度計是一種可量度體溫和室溫的溫度計，它 有一個安培計/電流計和電源。當溫度升高時，電熱調節 器（溫度計的探測器）所探測到的電流會增加，電阻會 減少。當電流增加，溫度也表示會升高；當電阻增加， 溫度也表示會降低。 如旋轉式溫度計（Rotary Thermometer)，旋轉式 表單編號A0101 第4頁/共18頁 M410877 溫度計多是圓形，由兩種不同的金屬（如銅和鐵），做 成複合金屬片。當室溫升高時，由於不同金屬都有不同 的澎脹程度，複合金屬片便會向一個方向地捲曲，捲曲 時便會將複合金屬片上的指針轉動，拉動指針，利用彎 曲的程度決定温度，加上溫度計上的溫標，便可以展示 溫度。V. New Description: [New Technology Field] [0001] [0002] This creation is about a wrist-worn infrared temperature display device, especially a non-contact measuring body-wound wrist-worn infrared temperature. Display device. [Prior Art] A thermometer is an instrument that uses different principles to measure object temperature or temperature gradient (Temperature G邝dient). There are various types of thermometers, and the thermometers used for medical purposes are more familiar. The thermometer is the life? ^^ The temperature should be measured. 'Most of the thermometer peaks are made to volume ・There are many types of thermometers. The following examples: Mercury-in-glass thermomet-er, mercury thermometer is made of glass thermometer containing mercury ball and mercury column. The traditional mercury thermometer is the same as the current thermometer. At the bottom of the thermometer, there is a hollow ball 硌f/year Duqin' connected to a small hollow tubular part, and the hollow part is _^丨^silver" temperature indication range 89. 6. F to 109.4 F (deduction. to 42. C). When the temperature rises by $, the mercury expands and flows out of the bulged portion and flows into the hollow tubular portion. The temperature value is read by the inscription on the thermometer. The connection between the spherical bulging portion at the bottom end and the hollow tubular shape is a compact design (cutting zone). When the temperature rises, the mercury in the spherical portion expands by heat and is forced to flow out of the concave portion. When the temperature drops, this compact design will prevent mercury from flowing back to the bulb, so the mercury in the hollow tube will not change. When the thermometer is re-measured, it is necessary to first shake the thermometer to return the mercury in the hollow tube No. A0101 Page 3 of 18 M410877 back to the spherical part. Mercury thermometers have been banned in some countries due to concerns about the environmental hazards of mercury waste. E1 ec t r i ca 1 resistance ther-mometer, also known as resistance temperature detectors (RTDs), is a temperature sensor made of a material with a known resistance as a function of temperature. Because they are made of platinum almost without exception, they are often referred to as platinum resistance thermometers. In many industrial applications below 600 ° C, they are slowly replacing thermocouples. Like the Galileo thermometer, the Galileo thermometer is a glass cylinder thermometer containing a clear liquid. A certain amount of heavy objects are suspended in the liquid: those heavy objects are generally glass containers containing colored liquids. As the liquidity of the liquid changes, their density changes, and the suspended material f also rises or falls to a position equal to the density of the surrounding liquid. If the weights are very different, there are also the lowest density on top and the highest density on the bottom so they form a temperature scale. The temperature is usually read from a metal disc that is engraved on each weight. The lowest weight of the top weight is the temperature around it. Achieving this requirement requires the manufacture of heavy loads with a capacity of less than 1 / 1 000 grams. Like the Thermistor Thermometer, the thermistor thermometer is a thermometer that measures body temperature and room temperature. It has an ammeter/emitter and power supply. When the temperature rises, the current detected by the thermistor (thermometer detector) increases and the resistance decreases. When the current increases, the temperature also means that it rises; when the resistance increases, the temperature also means that it will decrease. Such as Rotary Thermometer, Rotary Form No. A0101 Page 4 of 18 M410877 Thermometers are mostly round, made of two different metals (such as copper and iron), made of composite metal. When the room temperature rises, because the different metals have different degrees of swelling, the composite metal sheet will curl in one direction. When curled, the pointer on the composite metal sheet will be rotated, and the pointer will be pulled to determine the temperature by the degree of bending. With the temperature scale on the thermometer, the temperature can be displayed.
由於水銀溫度計的使用危險性太大，因此以漸漸被 其他種類的溫度計所取代，至今已漸漸被電子式數位溫 度計所取代。然而，電子式數位溫度計體積大，不易攜 帶，電子式數位溫度計多半為接觸式量測人體溫度，常 見的如耳溫搶，為了避免交:叉:感舞>為;畢:¾¾使用的溫度 ，.：4-' 計及探頭之保護套被設計出，.:如觸式的感 染，然而保護套用完即丟，生大棄物，因此 不符合現今環保潮流。 故本創作提供一種腕戴式紅外線溫度顯示裝置，其 * | 't ' 係可便於攜帶，且不須接觸丨人i體却:可.羞測澈溫，以解決 上述之問題。 ：’Since the use of mercury thermometers is too dangerous, it has gradually been replaced by other types of thermometers, and has gradually been replaced by electronic digital thermometers. However, the electronic digital thermometer is large in size and difficult to carry. The electronic digital thermometer mostly measures the human body temperature by contact type. Commonly, such as ear temperature grab, in order to avoid the intersection: the fork: the sense of dance> Bi; 3: 43⁄4 used temperature ,.:4-' The protective cover of the probe is designed. If the contact is infected, the protective cover is thrown away, and the disposable material is discarded, so it does not conform to the current environmental protection trend. Therefore, this creation provides a wrist-worn infrared temperature display device, the * | 't' system can be easily carried, and does not need to contact the scorpion i body: but can be ashamed to measure the temperature to solve the above problems. :’
【新型内容】 [0003] 本創作之主要目的，在於提供一種腕戴式紅外線溫 度顯示裝置，其係藉由一紅外線溫度計内之一光學感測 器以非接觸的方式感測人體所輻射之一紅外線之一能量 ，並計算紅外線能量為一人體溫度，如此不須接觸人體 即可量測人體溫度，以增加量測體溫之便利性。 本創作之腕戴式紅外線溫度顯示裝置包含一腕戴式 顯示裝置本體、一處理模組與一紅外線溫度計，腕戴式 表單編號A0101 第5頁/共18頁 M410877 顯示裝置本體佩帶於一人體，處理模組設於該腕戴式顯 示裝置本體内，紅外線溫度計設於腕戴式顯示裝置本體 内並耦接處理模組，紅外線溫度計的具有一光學感測器 ，光學感測器感測人體所輻射之一紅外線之一能量，紅 外線溫度計以計算紅外線能量為一人體溫度。如此不須 接觸人體即可量測人體溫度，以增加量測體溫之準確性 與便利性。 【實施方式】 [0004] 茲為使貴審查委員對本創作之結構特徵及所達成 之功效有更進一步之瞭解與認識，謹佐以較佳之實施例 及配合詳細之說明，說明如後. / .·* . 請參閱第一圖與第二圖:-i滅；係^本創#較佳實施例 之腕戴式紅外線溫度顯示裝置之前視圖與方塊圖；如圖 所示，本創作之腕戴式紅外線溫度顯示裝置包含一腕戴 式顯示裝置本體10、一處理模組20與一紅外線溫度計30 ，腕戴式顯示裝置本體10佩帶於一人體，腕戴式顯示裝 置本體10包含一顯示模組12，疼理模組20設於腕戴式顯 示裝置本體10内並耦接顯示模組12，紅外線溫度計30設 於腕戴式顯示裝置本體10内並耦接處理模組20，紅外線 溫度計3 0的具有一光學感測器3 2，光學感測器3 2感測人 體所輻射之一紅外線之一能量，紅外線溫度計30以計算 紅外線能量為一人體溫度，顯示模組12顯示人體溫度。 如此不須接觸人體即可量測人體溫度，以增加量測體溫 之便利性。 本創作之腕戴式顯示裝置本體10之顯示模組12除了 表單編號A0101 第6頁/共18頁 M410877 可顯示人體溫度之外，亦具有計時基本功能，例如時間 顯示、曰期和星期顯示、秒錶測時、倒數計時器、每曰 鬧鈴、夜光照明、低電量指示符等。[New content] [0003] The main purpose of the present invention is to provide a wrist-worn infrared temperature display device which senses one of the radiations of the human body in a non-contact manner by an optical sensor in an infrared thermometer. One of the infrared energy, and calculate the infrared energy as a human body temperature, so that the human body temperature can be measured without touching the human body, so as to increase the convenience of measuring the body temperature. The wrist-worn infrared temperature display device of the present invention comprises a wrist-worn display device body, a processing module and an infrared thermometer, and a wrist-worn form number A0101. Page 5 of 18 M410877 The display device body is worn on a human body. The processing module is disposed in the body of the wrist-worn display device, and the infrared thermometer is disposed in the body of the wrist-worn display device and coupled to the processing module. The infrared thermometer has an optical sensor, and the optical sensor senses the human body. One of the infrared rays of the radiation, the infrared thermometer calculates the infrared energy as a human body temperature. In this way, the body temperature can be measured without touching the human body, so as to increase the accuracy and convenience of measuring body temperature. [Embodiment] [0004] In order to give the reviewer a better understanding and understanding of the structural features and the efficacies achieved, please refer to the preferred embodiment and the detailed description to explain the following. Please refer to the first figure and the second figure: -i off; the front view and the block diagram of the wrist-worn infrared temperature display device of the preferred embodiment; as shown in the figure, the wrist wearing of the present invention The infrared temperature display device comprises a wrist-worn display device body 10, a processing module 20 and an infrared thermometer 30. The wrist-worn display device body 10 is worn on a human body, and the wrist-worn display device body 10 includes a display module. 12, the pain module 20 is disposed in the wrist-mounted display device body 10 and coupled to the display module 12, the infrared thermometer 30 is disposed in the wrist-worn display device body 10 and coupled to the processing module 20, the infrared thermometer 3 0 There is an optical sensor 32, the optical sensor 32 senses one of the infrared rays radiated by the human body, the infrared thermometer 30 calculates the infrared energy as a human body temperature, and the display module 12 displays the human body temperature. This allows the body temperature to be measured without touching the human body to increase the convenience of measuring body temperature. The display module 12 of the wrist-worn display device body 10 of the present invention has a basic function of timing, such as time display, flood season and week display, in addition to the form number A0101, page 6 of 18, M410877, which can display human body temperature. Stopwatch time measurement, countdown timer, every alarm, night light illumination, low battery indicator, etc.
本創作之紅外線溫度計30感測人體所輻射之紅外線 為一遠紅外線（Far Infrared, FIR)，遠紅外線一般是 指光譜上波長介於8至14微米之間區域的光波，屬於紅外 線的波長範圍，位於可見光光譜紅色光的外側，為不可 見光。由於物體表面因溫度會有红外線產生。利用偵測 待測物發出紅外線能量計算物體溫度。位於紅外線溫度 計30内的光學感測器32，可以收集物體輻射的紅外線能 量並將能量聚集於檢測器上隨.後檢冽器爲ε能量轉化為 電信號，電信號經放大並顯€為溫度數。/i本設計原 »资Λ 1 .*? ·/ -The infrared thermometer 30 of the present invention senses that the infrared radiation radiated by the human body is Far Infrared (FAR), and the far infrared ray generally refers to a light wave having a wavelength between 8 and 14 micrometers in the spectrum, which belongs to the wavelength range of the infrared ray. Located outside the red light of the visible spectrum, it is invisible light. Since the surface of the object has infrared rays due to temperature. The temperature of the object is calculated by detecting the infrared energy emitted by the object to be tested. The optical sensor 32 located in the infrared thermometer 30 can collect the infrared energy radiated by the object and concentrate the energy on the detector. After the detector, the energy is converted into an electrical signal, and the electrical signal is amplified and displayed as a temperature. number. /i Original design » Assets 1 .*? ·/ -
理包括透過鏡片上聚焦的紅外能*對探^器，經補償的 周圍溫度變異後，轉換能量成一個電子信號，以溫度單 位被顯示出來。故本創作可不需接觸人體來測量溫度， 可應用在不可能使用熱電偶：（:t..he rmocouT) 1 e s )的地方 ，或其他探針類型感溫器Μ無法接觸的場所，或是由於 各種原因而無法接觸量測金度的地方。另外，光學感測 器32的熱質量很小，能在20ms時間内取得熱平衡，因此 量測速度迅速。 雖然水銀式體溫計的使用目前在醫院還是很普遍， 但環保意識逐漸抬頭、水銀取得不易又具污染性，在近 年來歐洲國家已開始拒用水銀溫度計，美國也正在立法 研議是否跟進，預計不久的未來美國及亞洲國家可望跟 進，水銀式體溫計將逐步釋出市場。而醫院使用耳溫槍 的次數頻繁，因此耗損率較一般家用耳溫搶高，且使用 表單編號A0101 第7頁/共18頁 M410877 耳溫搶必須使用一保護套而隔絕耳溫搶與人體，故將換 產生大量廢棄的保護套，相當的不環保。因此本創作利 用紅外線溫度計30，以非接觸的方式量測人體之溫度， 不但環保，又可避免資源浪費，更可避免量測時接觸式 的感染。 請一併參閱第三圖與第四圖，其係為本創作另一較 佳實施例之顯示模組之示意圖與方塊圖；如圖所示，顯 示模組12除了顯示人體溫度之外，顯示模組12更可為一 高度顯示模組121、一溫度顯示模組122、一衛星定位模 組123、一方位顯示模組124與一氣壓顯示模組125等。 如此可讓本創作之腕戴式紅外線溫度顯示裝:置具有高度 計、氣壓計、GPS定位與數伯1'指此針或看測脈搏等功能， - .； 以增加本創作使用之便利性& 請一併參閱第五圖，其係為本創作另一較佳實施例 之方塊圖；如圖所示，此實施例不同於第二圖之實施例 在於此實施例更於腕戴式顯示裝置本體10内設有一電子 計步模組40，如此可讓使用者佩帶腕戴式顯示裝置本體 10而運動，可讓使用者運動時，隨時可查探自身的體溫 與脈搏，更可量測使用者的運動狀態。 另外，此實施例更包含一記憶單元50，記憶單元50 耦接處理模組20，記憶單元50可記憶與處理模組20處理 之數據，例如紀錄紅外線溫度計30之量測溫度，如此可 讓本創作延伸到醫療器材，來協助使用者將病患體溫變 化數值做統計分析。 另外，本創作更於腕戴式顯示裝置本體10内設有一 警示模組60並耦接處理模組20，處理模組20判斷人體溫 表單編號A0101 第8頁/共18頁 M410877 度是否大於一門檻值，若是則警示模組60發出一警示訊 號，若否則警示模組60不發出訊號。如此可讓本創作具 有發燒警示功能，可提醒使用者即時為病患作最佳的處 置，並附有多組記憶單元50協助使用者瞭解體溫變化趨 勢。The processing includes the infrared energy* focused on the lens, and after the compensated ambient temperature variability, the energy is converted into an electronic signal and displayed as a temperature unit. Therefore, this creation can measure the temperature without touching the human body. It can be used in places where it is impossible to use thermocouple: (:t..he rmocouT) 1 es ), or other probe type temperature sensor Μ can not be touched, or It is impossible to touch the place where the gold is measured for various reasons. In addition, the optical sensor 32 has a small thermal mass and can achieve thermal balance in 20 ms, so the measurement speed is fast. Although the use of mercury thermometers is still very common in hospitals, environmental awareness has gradually risen, mercury has become difficult and polluting. In recent years, European countries have begun to reject mercury thermometers. The United States is also legislating whether to follow up or not. In the near future, the United States and Asian countries are expected to follow up, and the mercury thermometer will gradually release the market. The number of times the ear thermometer is used in the hospital is frequent, so the wear rate is higher than that of the general household ear temperature, and the form number A0101 is used. Page 7 of 18 M410877 ear temperature must be used to isolate the ear temperature and the human body. Therefore, it will be replaced with a large number of discarded protective covers, which are quite environmentally friendly. Therefore, the creation uses the infrared thermometer 30 to measure the temperature of the human body in a non-contact manner, which is not only environmentally friendly, but also avoids waste of resources, and can avoid contact infection during measurement. Please refer to the third and fourth figures, which are schematic and block diagrams of a display module according to another preferred embodiment of the present invention; as shown, the display module 12 displays in addition to the human body temperature. The module 12 can be a height display module 121, a temperature display module 122, a satellite positioning module 123, an orientation display module 124, a pressure display module 125, and the like. This allows the wrist-wearing infrared temperature display of this creation to be equipped with an altimeter, a barometer, a GPS positioning and a number 1' finger or a pulse, etc. - to increase the convenience of the creation & Please refer to the fifth figure, which is a block diagram of another preferred embodiment of the present invention; as shown in the figure, the embodiment of this embodiment is different from the embodiment of the second figure in the embodiment of the wrist-worn display. An electronic pedometer module 40 is disposed in the device body 10, so that the user can wear the wrist-worn display device body 10 to move, so that the user can check his body temperature and pulse at any time while exercising, and can measure The state of motion of the user. In addition, the embodiment further includes a memory unit 50 coupled to the processing module 20, and the memory unit 50 can memorize the data processed by the processing module 20, for example, the temperature of the infrared thermometer 30 is recorded. The creation extends to medical equipment to assist users in statistical analysis of the patient's temperature changes. In addition, the present invention is further provided with a warning module 60 and coupled to the processing module 20 in the body of the wrist-worn display device 10. The processing module 20 determines whether the body temperature form number A0101 page 8/18 pages M410877 is greater than one. The threshold value, if yes, the alert module 60 sends a warning signal, otherwise the alert module 60 does not emit a signal. This allows the creation to have a fever warning function that alerts the user to the best possible treatment for the patient, with multiple sets of memory units 50 to help the user understand the trend of body temperature changes.
再者，本創作更可於腕戴式顯示裝置本體10内設有 一無線傳輸模組並耦接該處理模組20，無線傳輸模組為 一藍牙傳輸模組或紅外線傳輸模組等，如此可讓本創作 可結合女性基礎體溫量測，再用無線傳輸模組傳輸到個 人電腦或個人數位設備等以做連結或紀錄，以提供女性 使用者便捷之生理量測裝置C。?甚r至，本赳作亦可應用於 病人、孩童及老人居家照顧士面J獲:得病人、孩童及老 ::'4 人之身體狀況的即時性也明，改善，可早也檢測疾病發 生，進而達到早期治療以節省醫療資源之效果。Furthermore, the present invention is further provided with a wireless transmission module and coupled to the processing module 20 in the body of the wrist-worn display device 10. The wireless transmission module is a Bluetooth transmission module or an infrared transmission module. This creation can be combined with the female basic body temperature measurement, and then transmitted to a personal computer or personal digital device by means of a wireless transmission module to make a connection or record, so as to provide a convenient physiological measurement device C for female users.甚 至 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , The disease occurs, which in turn achieves early treatment to save medical resources.
綜上所述，本創作係有關於一種腕戴式紅外線溫度 顯示裝置包含一腕戴式顯示裝置本體丨、一處理模組與一 紅外線溫度計，腕戴式顯示裝置本ΜΜ帶於一人體，處 理模組設於該腕戴式顯示裝f本體4，紅外線溫度計設 於腕戴式顯示裝置本體内並耦接處理模組，紅外線溫度 計的具有一光學感測器，光學感測器感測人體所轄射之 一紅外線之一能量，紅外線溫度計以計算紅外線能量為 一人體溫度。如此不須接觸人體即可量測人體溫度，以 增加量測體溫之準確性與便利性。 故本創作實為一具有新穎性、進步性及可供產業利 用者，應符合我國專利法所規定之專利申請要件無疑， 爰依法提出創作專利申請，祈鈞局早曰賜准專利，至 表單编號A0101 第9頁/共18頁 M410877 感為禱。 惟以上所述者，僅為本創作之一較佳實施例而已， 並非用來限定本創作實施之範圍，舉凡依本創作申請專 利範圍所述之形狀、構造、特徵及精神所為之均等變化 與修飾，均應包括於本創作之申請專利範圍内。 【圖式簡單說明】 [0005] 第一圖為本創作較佳實施利之腕戴式紅外線溫度顯示裝 置之前視圖； 第二圖為本創作較佳實施利之腕戴式紅外線溫度顯示裝 置之方塊圖； 第三圖為本創作另一較佳實嘁例之顯示·模組之示意圖； 第四圖為本創作另一較佳實施例之顯示模組之方塊圖； 以及 第五圖為本創作另一較佳實施例之方塊圖。 【主要元件符號說明】 [0006] 10 12 121 122 123 124 125 20 30 32 表單編號A0101 腕戴式顯示裝置本體 顯示模組 高度顯示模組 溫度顯示模組 衛星定位模組 方位顯示模組 氣壓顯示模組 處理模組 紅外線溫度計 光學感測器 第10頁/共18頁 M410877 40 電子計步模組 50 記憶單元 60 警示模組In summary, the present invention relates to a wrist-worn infrared temperature display device comprising a wrist-worn display device body, a processing module and an infrared thermometer, and the wrist-worn display device is carried in a human body, and is processed. The module is disposed on the wrist-mounted display device, and the infrared thermometer is disposed in the body of the wrist-worn display device and coupled to the processing module. The infrared thermometer has an optical sensor, and the optical sensor senses the human body. One of the infrared rays is emitted, and the infrared thermometer is used to calculate the infrared energy as a human body temperature. In this way, the body temperature can be measured without touching the human body, so as to increase the accuracy and convenience of measuring the body temperature. Therefore, this creation is a novelty, progressive and available for industrial use. It should be in accordance with the patent application requirements stipulated in China's Patent Law. It is undoubtedly proposed to create a patent, and the Prayer Council will grant patents to the form. No. A0101 Page 9 of 18 M410877 is a prayer. However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, and the shape, structure, characteristics and spirit described in the scope of the patent application are equally changed. Modifications shall be included in the scope of the patent application of this creation. BRIEF DESCRIPTION OF THE DRAWINGS [0005] The first figure is a front view of a wrist-worn infrared temperature display device which is preferably implemented; the second figure is a block diagram of a wrist-worn infrared temperature display device which is preferably implemented; 3 is a schematic diagram of a display module of another preferred embodiment of the present invention; FIG. 4 is a block diagram of a display module of another preferred embodiment of the present invention; A block diagram of a preferred embodiment. [Main component symbol description] [0006] 10 12 121 122 123 124 125 20 30 32 Form number A0101 Wrist-type display device body display module height display module temperature display module satellite positioning module azimuth display module air pressure display mode Group Processing Module Infrared Thermometer Optical Sensor Page 10 / Total 18 Pages M410877 40 Electronic Step Counter Module 50 Memory Unit 60 Warning Module
表單編號A0101 第11頁/共18頁Form No. A0101 Page 11 of 18