200906361 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種結合於行動載具之生琿訊號處理及監測系統，特別 是指一種將生理訊號處理及監測系統設置於各種行動載具上使用，以提供 駕駛者可隨時透過生理訊號處理及監測系統來檢測或監視自身的生理狀 況，進而提高駕駛者於途程中的安全性，同時也可提高行動載具的附加價 值。 【先前技術】 著科技日新月異，各式行動載具（例如：汽車、船舶 '飛機、機車 等）的發展也朝著多元化發展，而目前使用者在購入行動載具時，除了會 考慮價格、性能、舒適及實用性外，安全性也越來越被重視，所以各行動 載具的設計者或製造商，無一不朝向此目標前進。 右以;又車為例’在汽車上提高駕駛者的安全配備不勝枚舉，例如：堅 Lj固的車體、安全氣囊、ms剎車系、統、倒車雷達、第三剎車燈等，無論軟 硬體改良，都是用來讓駕駛者有更安全的駕駛環境，然而，上述安全配備 都屬破動設計或配置，因此如何設計出能讓駕駛者在生理狀況有疑慮的狀 况時ϋ動透過生理訊號處理及監測线來檢測或監視自身的生理狀 况，進而提高駕駛者的安全，實值得用心探討。 目刖對於體溫、灰壓、脈搏、血糖、血氧等經過由體表偵測之方式已 ^破々心使,¾ :也有誶多攜帶型生理機能偵測監視系統都是成熟的醫療用 w把’7σ州僻心異句能'+ .将甴象測器（sensor)測得之數據予以予 <爲 200906361 理轉換使用，進而達到 顯: 更大 、警示、儲存或傳輸等功能，對人 類之貢獻將 〇 〇 藉由料_，均料轉鋪讀力麟，使祕轉有檢測人 體機裝絲驗生命各航息變化之舰，以翻綠者於動力 載具上此更打安全，乃為日後動力載具發展之首要方向。 另外，本案申請人已於中華民國申請許多相關核准之案件，如· 1.中 華民國公告_5術叙「結合_電狀生理__置」、2中 華民國公㈣__號之「藝生命侧健油人録舰器之傳輸 介面裝置」、3_中觀·告第2_27?7號之「連結於行動電話之人體機 能訊號處理裝置」、钟華„公告第M2侧2號之「耳機式生命機能偵測 裝置」、5.中華民國公告第1249122號之「生命訊息無線傳送系統」、6.中華 民國公告第Μ·21號之「具有耳溫感測器之行動通訊裝置」、7.中華民國 公告第M29麵號之「可結合於行動通訊裝置之耳溫感，」、&中基民 國公告第Μ·2"號之「裝置於行動通訊器之人體機能檢測模組」等。 本案發明人鑑於上述習用技術應有更實際之應用方式，乃亟思加以改 良創新，並經多年苦心孤詣潛心研究後，終於成功研發完成本件結合於行 動载具之生理訊號處理及監測系統。 【發明内容】 本發明之目的即在於提供一種結合於行動載具之生理訊號處理及監測 乐、’·充’ ’丨求將生理5孔號處理及^測乐說設置於各種行動載具上使用，以提供 萬駛者可隨辟透過生理訊號處理a監測系統來礆涿或蓋提自身武生理戕 200906361 況’進而提高駕駛者於途財的安全性，同時也可提高行動載具的附加價 值。 本_之次-目的躲練供-觀合雜域具μ挪號處理及 監測系統’係可顧於各式動力載具（例如：飛機、車輛、船舶、火箭、 太玉船Ά等）’將可有效提南駕Ί者使用動力載具時的安全性及實用性。 本發社3 -目的係在域供—觀合於行域具Μ理城處理及 ρ監測系統’係具有即時按壓檢測、立即監視警示、設置成本低廉、操作方 便簡單、體積小、適用範圍廣泛等優點。 可達成上述目的之結合於行動載具之生理訊號處理及監測系統，其主 要疋將生理峨處理及監測魏設置於行純具巾，讓駕駛者可透過生理 訊说處理及監H絲隨時制及監視生職象，並驗測或監視所得的 生理徵象喊進行記錄及齡’並啊將生理訊號處理及顏纟統處理轉 換凡成的狀態城，透過裝設於行械具上之顯示裝置抑顯示或警示， 〇 也可選擇透過行域具上线訊裝置觀賴輸至遠端獄或透過衛星定 位系統予以定位’讓遠端監㈣統可即時得知駕駛者的生理狀態。 【實施方式】 請參閱圖-，為本發明結合於行動載具之生理訊號處理及監測系統之 實施架構圖’本發縣合於行輯具之生理訊號處理及監_統，其主要 疋將生理訊號處理及監測系統1設置於行動載具2中，主要包括有： -量泰11，係絲擷取人ϋ之生理徵象（主要為心電圖及心跳的監 .-'布吧Ά故氣gcy^^ ,+丨.列如：血糖、血屋、血氧、蹋波、 200906361 體/Jtt、呼吸荨），並將s亥生理徵象訊號輸出至生理訊號處理及監控系統J ; 該量測件11可設計成導電片形式，並結合於動力載具之操作器上，或將導 電片結合於手套中，使駕驶耆穿戴手套時可接觸導電片，進而達成訊號傳 輸之目的； · 一生理訊號處理及監控系統1，係接收由量測件Η所輸入之生理徵象 訊號，並將該生理徵象訊號予以處理轉換成一狀態訊號，並將該狀態訊號 輸出至顯示裝置12、通訊裝置21 ;該生理訊號處理及監控系統丨之功能， 〇可包括： 1·量測並記錄Lead I的心電圖' 心搏率，達到記錄心電圖的目的； 對於ST segment的監測，達到早期偵測心肌缺氧的徵象；但也可 延伸至偵測Lead Π，1Π或AVR，AVF，AVL及VI〜V6以達到更準確 的監測效果； 2· '指紋辨識功能； 3. 按壓記錄功能（藉由按壓力道的變化來偵測生理狀況）； xJ ， 4. 可附加血糖（非侵入式）、血壓（〇pti〇n)、血氧、溫度、流汗、呼 吸、腦波等各種vital sign monitor ; • 5.結合RFID功能； 6·可延伸加入影像或聲音的記錄； 7·記錄駕駛者於駕駛過程中的所有生命徵象，以製作出個人的，，生理 監測黑盒子，，； -類夭裝置12，做置於動域具2 _適I位置可接收生理訊號 200906361 處理及監控系統1所輸出之狀態訊號，並將該狀態訊號予以顯示或警示； 一通訊裝置21，係接收生理訊號處理及監控系統1所輪出之狀態訊 , 號，並將該狀態訊號傳輸至遠端相關單位； 一衛星定位系統22，係接收生理訊號處理及監控系統丨所輸出之狀態 訊號，並可透過魅定位系統22抑定位，並可將資料傳輸至遠端； 本發明係將人體所產生的生命徵象，透過人體接觸量測件u以形成一 個電迴路，並制得生職象訊號透過生理減處理及監控緖丨處理轉 f、 換成-狀態訊號’並將該狀態訊號選擇透過顯示裝置12、通訊裝置2i或衛 星定位系統22予以顯示、警示、定位或將訊號傳輸至遠端接收，讓遠端監 控系統可即時得知駕駛者的生理狀態。 5青參閱圖二，為本發明結合於行動載具之生理訊號處理及監測系統之 第-貫施例不意圖’係將兩個導電片31分別設置於汽車方向盤〕的兩邊， 其没置位置可讓駕欲者的雙手拇指可輕易的按壓，透過雙手.梅指接觸導電 片31以形成—個電迴路，並將測得的生理徵象訊號透過生理訊號處理及監 控系統處轉換成—狀態訊號，並將該狀祕號透過設置於車内的顯示裝 - 置4予_示或警示’也可選擇透過觀裝置將狀態訊號傳輸至遠端接收 ’或透過彳κ位I好以定位，如此將可讓駕駛者或遠端監控者能隨時透 過本發月瞭解或監控駕駛者的身體狀況，以預防危險的狀況發生。本發明 也可於車一頌著位置增加上明顯的警示器，讓後方的車輛得到警示，可以 避開危險。 請參閱η二.电士 p a 一一 巧玉货〒筠合，详動戴養之主理訊號處理及監测系統之 200906361 第二實施例示意圖，由於許多飛行員，尤其軍用飛行員，常因瞬間生理及 心理變化壓力極大，導致心臟病或心臟功能異常，造成飛行員或飛行器的 損失。故可將兩個導電片51分別設置於飛機控制器5的兩端，其設置位置 可讓飛行員的雙手拇指可輕易的按壓，透過雙手拇指接觸導電片51以形成 一個電迴路’並將測得的生理徵象訊號透過生理訊號處理及監控系統處理 轉換成一狀態訊號’並將該狀態訊號透過設置於飛機上的顯示裝置4予以 顯示或警示’也可選擇透過通訊裝置將狀態訊號傳輸至遠端接收或透過衛 星定位系統予以定位’以便可即時監控飛行員的生理狀況，進而盡早預防 危險發生及獲取飛行員於飛行中的生理記錄，以作為飛行訓練及飛行教育 的重要參考。 本發明所提供之結合於行動載具之生理訊號處理及監測系統，與其他 習用技術相互比較時，更具有下列之優點： 1 ·本發明結合於行動載具之生理訊號處理及監測系統，係將生理訊號 處理及監控系統設置於各種行動載具上使用，以提供駕驶者可隨 時透過生理訊號處理及監控系統來檢測或監視自身的生理狀況， 進而提高駕駛者於途程中的安全性，同時也可提高行動載具的附 加價值。 2·本發明結合於行動載具之生理訊號處理及監測系統，係可適用於各 式動力載具，將可有效提高駕駛者使用動力载具時的安全性及實 用性。 λ太發捐结合泞θ動載具之生理訊號處理及監測系統，係具有即時按 200906361 壓仏測立即監視警不、設置成本低廉、操作方便簡單、體積小、 適用範圍廣泛等優點。 、上列卿說日⑽針對本㈣之—可行實關之具體說明，惟該實施例 並非用UP_本發明之專利朗，凡未脫離本發明技藝精神所為之等效實 把或變更’均應包含於本案之專利範圍中。 綜上所述’本案不但在技術思想上確制新，並能較習用物品增進上 =多項功政’應已充分符合新穎性及進步性之法定發明專·件，差依法 提出申"月貴局核准本件發明專利申請案，以勵發明，至感德便。 【圖式簡單說明】 圖為本發明結合於行動載具之生理訊號處理及監測系統之實施架構 ΓοΙ · 圖， 圖一為雜合於行域具之生理城處就監啦統之第—實施例示 意圖；以及 圖二為该結合於行動載具之生理訊號處理及監測系統之第二實施例示 意圖。 【主要部分代表符號】 1生理訊號處理及監控系統 11量測件 12顯示裝置 2動力載具 21通訊裝置 200906361 22衛星定位系統 3汽車方向盤 31導電片 4顯示裝置 5飛機控制器 51 導電片200906361 IX. INSTRUCTIONS: [Technical Field] The present invention relates to a sputum signal processing and monitoring system combined with a mobile vehicle, and more particularly to a physiological signal processing and monitoring system disposed on various mobile vehicles. It is used to provide the driver with the ability to detect or monitor his or her physiological condition through the physiological signal processing and monitoring system at any time, thereby improving the safety of the driver during the journey and also increasing the added value of the mobile vehicle. [Prior Art] With the rapid development of technology, the development of various mobile vehicles (such as cars, ships, aircraft, locomotives, etc.) is also diversified. At present, users will consider the price when purchasing mobile vehicles. In addition to performance, comfort and practicality, safety is becoming more and more important, so designers and manufacturers of various mobile vehicles are moving toward this goal. Right-hand; another car as an example 'in the car to improve the driver's safety equipment, such as: strong Lj solid body, airbags, ms brake system, system, reversing radar, third brake lights, etc., regardless of soft The hardware improvements are used to give the driver a safer driving environment. However, the above safety equipment is a broken design or configuration, so how to design the driver to be in a state of doubt when the physiological situation is doubtful It is worthwhile to explore the physiological condition of the physiological signal processing and monitoring line to detect or monitor the physiological condition of the driver and improve the safety of the driver. Seeing that body temperature, gray pressure, pulse, blood sugar, blood oxygen, etc. have been detected by the body surface, 3⁄4: There are also many portable physiological function detection and monitoring systems are mature medical use w The '7σ州 僻心异句 can'+. The data measured by the sensor is given to <200906361 for conversion, to achieve: greater, warning, storage or transmission functions, The contribution of human beings will be improved by the use of materials, and will be turned to read the power of the human body, and the ship will be safer on the power carrier. It is the primary direction for the development of power vehicles in the future. In addition, the applicant in this case has applied for many relevant approval cases in the Republic of China, such as 1. The Republic of China Announcement _5 Speaking "Combination_Electrical Physiology__Set", 2 Chinese Republic of China (4) __ "Art Life Side "Transport interface device for the oil tanker", 3_Zhongguan, 2nd, 27th, 7th, "Human function signal processing device connected to mobile phone", Zhonghua „Announcement No. 2, No. 2 "Life Function Detection Device", 5. The Republic of China Announcement No. 1249122 "Life Information Wireless Transmission System", 6. The Republic of China Announcement No. 21 "Mobile Communication Device with Ear Temperature Sensor", 7. The Republic of China Announcement No. M29, "Issue of the earphones that can be combined with mobile communication devices," & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & In view of the above-mentioned conventional technology, the inventor of the present invention should have a more practical application method, and it is a reform and innovation of the above-mentioned technology. After years of painstaking research, the inventor finally succeeded in research and development of the physiological signal processing and monitoring system combined with the mobile vehicle. SUMMARY OF THE INVENTION The object of the present invention is to provide a physiological signal processing and monitoring music combined with a mobile vehicle, and to provide a physiological 5 hole number processing and a test music theory on various mobile vehicles. It can be used to provide a versatile driver to use the physiological signal to process a monitoring system to slap or cover the body's own physiology 戕200906361' to improve the safety of the driver's money, and also to increase the mobility of the vehicle. value. This _ the second - the purpose of concealing supply - Guanhe miscellaneous area with the nucleus processing and monitoring system 'can take care of all kinds of power vehicles (eg: aircraft, vehicles, ships, rockets, Taiyu ship, etc.)' It will effectively improve the safety and practicality of the driver when using the power carrier. The hair salon 3 - purpose is in the domain supply - view in the field with the treatment of the city and the ρ monitoring system 'has instant pressure detection, immediate monitoring warning, low cost, easy to operate, small size, wide range of applications Etc. A physiological signal processing and monitoring system that can achieve the above objectives in combination with a mobile vehicle. The main purpose is to set the physiological treatment and monitoring to be placed in a purely pure towel, so that the driver can process and monitor the H wire through the physiological message. And monitoring the physical image, and measuring or monitoring the physiological signs obtained by recording and ageing, and converting the physiological signal processing and the processing of the Yancheng system into a state of the city, through the display device mounted on the implement Display or warning, you can also choose to use the line device to access the remote device or locate it through the satellite positioning system. 'Let the remote monitoring (4) system can instantly know the driver's physiological state. [Embodiment] Please refer to the figure - which is the implementation diagram of the physiological signal processing and monitoring system of the present invention combined with the mobile vehicle. The physiological signal processing and supervision system of the Benfa County The physiological signal processing and monitoring system 1 is disposed in the mobile vehicle 2, and mainly includes: - the amount of the Thai 11, the physiological signs of the silk picking up the human body (mainly the electrocardiogram and the heartbeat of the monitor. - '布吧Ά气气gcy ^^ , +丨. Columns such as: blood sugar, blood house, blood oxygen, chopping, 200906361 body / Jtt, breathing 荨), and output the physiological signs of shai to the physiological signal processing and monitoring system J; 11 can be designed into a conductive sheet form, and combined with the operator of the power carrier, or the conductive sheet is combined in the glove, so that the driver can contact the conductive sheet when wearing the glove, thereby achieving the purpose of signal transmission; The processing and monitoring system 1 receives the physiological sign signal input by the measuring device and converts the physiological sign signal into a status signal, and outputs the status signal to the display device 12 and the communication device 21; Signal The functions of the processing and monitoring system can include: 1. Measure and record the ECG 'heart rate of Lead I to achieve the purpose of recording the electrocardiogram; for the ST segment monitoring, to achieve early detection of myocardial hypoxia; It can also be extended to detect Lead Π, 1Π or AVR, AVF, AVL and VI~V6 for more accurate monitoring results; 2· 'Fingerprint recognition function; 3. Press recording function (by pressing the pressure track to detect Physiological conditions); xJ, 4. Additional blood glucose (non-invasive), blood pressure (〇pti〇n), blood oxygen, temperature, sweating, breathing, brain waves and other vital sign monitors; ; 6 · can be extended to add records of images or sounds; 7 · record all signs of life in the driver's driving process to create a personal, physiological monitoring black box,; - type of device 12, do move The field 2 can be received by the physiological signal 200906361 to process and monitor the status signal output by the system 1 and display or alert the status signal; a communication device 21 receives the physiological signal processing and monitoring system 1 The status signal, the number, and the status signal is transmitted to the remote related unit; a satellite positioning system 22 receives the status signal output by the physiological signal processing and monitoring system, and can be positioned by the charm positioning system 22, and The invention transmits the data to the distal end; the invention transmits the vital signs generated by the human body through the human body contact measuring component u to form an electrical circuit, and the raw image signal is processed through physiological subtraction processing and monitoring. Switching to a status signal and selecting, displaying, alerting, locating or transmitting the signal to the remote receiving device via the display device 12, the communication device 2i or the satellite positioning system 22, so that the remote monitoring system can immediately know the driving The physiological state of the person. 5, referring to FIG. 2, the first embodiment of the physiological signal processing and monitoring system combined with the mobile vehicle of the present invention is not intended to be disposed on both sides of the steering wheel of the automobile, and has no position. The thumb of the driver's hands can be easily pressed through the hands. The plum fingers contact the conductive sheet 31 to form an electrical circuit, and the measured physiological signs are converted into physiological signal processing and monitoring systems into - The status signal, and the message number is displayed or displayed by the display device 4 in the vehicle. Alternatively, the status signal can be transmitted to the remote terminal through the viewing device or through the 彳κ bit. This will allow the driver or remote monitor to understand or monitor the driver's physical condition at any time through this month to prevent dangerous situations. The invention can also increase the obvious warning device at the position of the vehicle, so that the rear vehicle can be alerted and the danger can be avoided. Please refer to η二. 电士pa一一巧巧玉合合合合,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,, And psychological changes are extremely stressful, leading to heart disease or abnormal heart function, resulting in loss of pilots or aircraft. Therefore, two conductive sheets 51 can be respectively disposed at two ends of the aircraft controller 5, and the setting position can make the pilot's thumb of both hands can be easily pressed, and the conductive piece 51 is contacted through the thumb of both hands to form an electric circuit' The measured physiological sign signal is converted into a status signal by the physiological signal processing and monitoring system and the status signal is displayed or alerted through the display device 4 disposed on the aircraft. Alternatively, the status signal can be transmitted to the remote through the communication device. The terminal receives or locates through the satellite positioning system to enable real-time monitoring of the pilot's physiological condition, thereby preventing the occurrence of danger and obtaining the physiological record of the pilot in flight as early as an important reference for flight training and flight education. The physiological signal processing and monitoring system combined with the mobile vehicle provided by the present invention has the following advantages when compared with other conventional technologies: 1. The present invention is combined with a physiological signal processing and monitoring system for a mobile vehicle. The physiological signal processing and monitoring system is installed on various mobile vehicles to provide drivers with the ability to detect or monitor their physiological conditions through physiological signal processing and monitoring systems at any time, thereby improving the safety of the driver during the journey. It can also increase the added value of mobile vehicles. 2. The physiological signal processing and monitoring system of the present invention combined with the mobile vehicle can be applied to various power carriers, which can effectively improve the safety and practicality of the driver when using the power carrier. The physiological signal processing and monitoring system of λ too donation combined with 泞θ moving vehicle has the advantages of immediate monitoring according to 200906361 pressure detection, low monitoring cost, convenient operation, small size and wide application range. The above is the specific description of the feasibility of this (4), but the embodiment is not a patent of the invention, and the equivalent of the invention is not deviated from the spirit of the invention. It should be included in the patent scope of this case. In summary, 'this case is not only technically innovative, but also can be improved compared to the use of customary items. ・Multiple powers should be fully in line with the novelty and progressiveness of the statutory inventions, and the difference is legally proposed. You have approved this invention patent application, in order to invent invention, to the sense of virtue. BRIEF DESCRIPTION OF THE DRAWINGS The figure is the implementation structure of the physiological signal processing and monitoring system combined with the mobile vehicle of the present invention. Fig. 1 is a diagram of the first embodiment of the physiological city in the field. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 2 is a schematic diagram of a second embodiment of the physiological signal processing and monitoring system incorporated in the mobile vehicle. [Main part representative symbol] 1 Physiological signal processing and monitoring system 11 Measuring device 12 Display device 2 Power carrier 21 Communication device 200906361 22 Satellite positioning system 3 Car steering wheel 31 Conductive sheet 4 Display device 5 Aircraft controller 51 Conductive sheet