TW201020145A - System for health management used in vehicle and method thereof - Google Patents

Abstract

This invention is a system for health management used in vehicle and method thereof; the system is including a host, a driving health monitoring center, at least one wireless transmission system, at least one vehicles speed monitoring device, at least one vehicles position detecting device, at least one bio-signal sensor, at least one recording device, an emergency button, a telephone equipment, a high-voltage defibrillator, a low-voltage defibrillator as well as the alert device. Sending bio-signal and vehicle variation of velocity information from the bio-signal sensor device and speed monitoring device respective to the host, in order to analyse quality of user's health and sleep condition related driving, and also sending vehicle's latitude and longitude detected by the vehicles position detecting device to the host; all information will be saved the recording device, and transmit to the driving health monitoring center by wireless transmission system, or informing the host by the emergency button; after through the wireless transmission system asking driving health monitoring center to rescue, then the driving health monitoring center informs the host by the wireless transmission system to control telephone equipment, alert device, the high-voltage defibrillator either a low-voltage defibrillator for telephone conversation, or reminding the rescue action.

Description

201020145 VI. Description of the invention: [Technical field to which the invention pertains] The present invention is a method for managing car bribery and its method, and is capable of making healthy 'driving quality control' for the driver and passengers in need. ... [Prior Art] Activities to be carried out Driving or riding a car is an indispensable experience in modern life, and many people must swear every day. - A person who drives or commutes to work every day, there will be at least 1G minutes in the middle of the day when the car is fixed, and the car is called to test the health condition. In addition to the time-saving health management, it is also due to the car or Driving the dead corner of the medical care. In particular, the accidental injury has been promoted to the top ten deaths of the Chinese people, and the traffic accidents account for a very high level. The majority of traffic accidents are caused by the driver's snoring = or physical discomfort, so people - looking for an early warning or prevention of _ or Q physical discomfort. Other physiological signals The long-term system is built on the traditional wired transmission technology. 'The subject must have a lot of electrodes attached to the body. The electrodes are connected to the amplifier through wires and then analogized to the digital class. Then digital signal processing is performed. In fact, it is convenient to seal, because the subject must be covered with wiring, so the action to find a large limit, so it will be difficult to anger on the car _. Although some of them have recently developed wireless secrets, most of the functions of most instruments are based on a single function, which cannot meet the needs of many aspects. Moreover, most of the recorders have no

P080020-TW 5 201020145 If the content of the invention is mrr, the system and method of the health tube for the vehicle will enable the driver to drive to the designated place in the driving or physical health information. Μ 将 将 将 将 将 将 将 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有 有^Ab's all-in-one remote transmission and recording can also be used as a control for the health of the driver and the quality of the driving of various drivers. For the above purposes, the system and method for the health management of the vehicle of the present invention The constructed-multifunctional and wireless transmission health management system includes an electrocardiogram collection and feedback system, and a prevention system, a driving quality monitoring system, and a blood oxygenation and heartbeat side system; wherein the electrocardiogram collection and feedback system, the 心Sleep detection and prevention system, car quality monitoring system and the blood oxygen and heartbeat detection system 括G mainframe, driving health monitoring towel d-wireless transmission system, at least-vehicle speed thin can, at least - handle Position_device, at least-alert device, at least-biosignal sensing device, at least-recording device. Through the biological signal, the physiological rhyme of the living body, the vehicle rotation degree received by the vehicle position detecting device (4) Transferred to the social machine, the age machine controls the warning device to return to the driver or passenger, and all the data is recorded in the recording device.

P080020-TW 201020145 At the same time, the information was also transmitted to the driving health monitoring center via the wireless transmission system for health management_care. Material, the car _ degree _ set _ car speed 4 *, the host controls the warning device to automatically give back to the driver or passenger, ^ ... 疋 and top / device sub-speed capital show the domain, the domain The gambling car records all the bribe recording devices, and the information is also: ❹ The vehicle health management system and method of the present invention, in addition to the above-mentioned effects, the = step includes providing - emergency rest, - access to the preparation, - electric shock And ~: Piezoelectric striker to provide emergency manual help, two-way dialogue with the rescue unit and rescue. [Embodiment] The thief-integrated type of the present invention is described below. ❹ Μ Refer to Figure _, which is a schematic diagram of an embodiment of the collection and feedback of the ECG of the Faji. The method includes: a host 300; a row of vehicle health monitoring center 500; at least - a wireless transmission system 'at least one vehicle speed detecting skirt 80; at least - a vehicle position detecting device 90; a day-to-night biological signal sensing device 3; At least one recording device 2; _ emergency button 10 - communication device 20; a high voltage electric smash 100; - warning device 120. ..., , /, in the β Hai Xing car health control center 500 processing and respond to the host 300 information. The wireless transmission system 400 transmits the host 300 and the driving health monitoring

P080020-TW 7 201020145 Information between the centers 500. The vehicle speed detecting device 80 is configured to detect and transmit data of the vehicle speed to the host 300. The vehicle position detecting device 9 is configured to detect and transmit (4) the vehicle rotation degree to the domain _. The alarm misplaced i2G is controlled by the host 300 to issue an alert ##. The biosignal sensing device 3 is configured to detect and transmit a physiological signal of the living body to the host. The recording device 2 is configured to store data of the host 300. The emergency button 10 is configured to control the host computer 3 to transmit the help information to the driving health monitoring device. The calling device generates a voice signal to the host computer 300. The high voltage electric shock is 10 (the H system is controlled by the host computer 3). The signal is output to the living body, wherein the domain is a car-mounted computer system or a portable computer system. The wireless transmission system and the system are third generation mobile communication (third Gene Plus - Mobile Communication / 3G) system Or a general packet radio service (GPRS) system. The warning device 12 is selected from at least one of a car audio, a light, and a screen. The biometric thief device 3G is an electrocardiogram detecting device 37. For example, (elementr〇cardi0graphy sens〇r / ECG) is used to detect the electrocardiogram signal of the living body. The ECG detecting device 37 further includes a wireless ECG detecting device 371 and a wired ECG detecting farm 372. The wired ECD measuring device 372 further includes a steering wheel first-electrocardiographic electrode 3721, a steering wheel second ECG electrode 3722, and an electrocardiographic amplifier 3723; the steering wheel first ECG auxiliary system is a conductor' placed on the driver a side of the steering wheel that is accessible to the palm, the second electrocardiographic electrode 3722 of the steering wheel being a conductor placed on the other side of the steering wheel accessible to the other palm of the driver; the electrocardiograph 3723 further includes an input stage First chopper

P080020-TW 8 201020145 37231, an input stage second filter 37232, a differential amplifier 37233, and an output stage filter 37234, the input stage first filter 37231 input end is electrically connected to the steering wheel first ECG electrode 3721, The second stage of the input stage second filter 37232 is electrically connected to the second electrocardiographic electrode 3722 of the steering wheel. The input end of the sub-amplifier 37233 is electrically connected to the output end of the input stage first filter 37231 and the input stage second filter 37232. The output of the sub-amplifier 37233 is electrically connected to the output stage filter 37234. The output end of the output stage filter 37234 is electrically connected to the host unit 3. The driver holds the wired ECG detecting device 372 on the steering wheel with both hands, or the driver or the passenger in need detects the user's electrocardiogram number by the wireless ECG detecting device 371 and immediately transmits it to the host computer. In order to analyze the health status of the user by the ECG signal, and the vehicle speed device 8() placed in the vehicle red, such as a three-axis acceleration sensor (G sensor with χ_γ_ζ), detects the vehicle acceleration and deceleration data and immediately It is transported to the host computer 300 for performing the driving quality and simultaneously detecting the change of the steering wheel and the throttle. At the same time, the vehicle position detecting device 90 placed on the vehicle body, for example, the golf ball position system (Glc) bal Pc) sitiQning 5 special 'milk', copper car latitude and longitude loss to the host coffee; the host will collect all the data 'the ECG signal, car acceleration and deceleration and car latitude and longitude data stored in the Z recording device 2GG' and (d) the wireless Transmission line right ship to the driving health monitoring 4 ιη # 〃 伽 者 ^ There is a health ship; t hand down the emergency shed and words set (10) through the wireless transmission system _ through the preparation! The health monitoring traffic through the center of the field of the notification system side drink _ scale display device scales

P080020-TW 201020145 120 issues a warning signal and controls the high voltage electric shock device 1 to perform a tight rescue, such as electric shock first aid. Please refer to the second figure, which is a schematic diagram of an embodiment of the doze detection and prevention system of the system of the present invention. These include: ^, - host chick; - driving health monitoring center 500; at least one wireless transmission system shed; at least - vehicle speed detecting device 8; at least one vehicle position gamma setting; at least one biological signal sensing device 30 At least one recording device 2; emergency button 10; - communication device 20; - low voltage electric device no; one warning device 12". The low voltage electric shock device 110 is controlled by the host 3 to rotate the signal to the living body. The bio-signal sensing device 30 is configured to detect and transmit a biological signal to the host 300, and includes an electrocardiographic detecting device 37, an eye movement detecting device, and an EEG detecting device 35; The eye movement detecting device 34 is configured to detect an eye wave signal of the living body; the EEG detecting device 35 is configured to detect a brain wave signal of the living body. Wherein the host 300, the driving health monitoring center 5, the wireless transmission system 400, the vehicle speed detecting device 8〇, the vehicle position detecting device 9〇, the recording device 200, the emergency button 1〇, The call device 2 and the alert device 120 are as described above. The driver or the passenger in need thereof detects the user's electrocardiogram signal by the electrocardiogram detecting device 37 and the eye movement detecting device 34 wearing the glasses or other cap type and the electroencephalogram detecting device 35 Detecting the user's eye wave signal and brain wave signal separately, and transmitting it to the host computer 300 for analysis of the user's sleep condition; and the vehicle speed detecting device 80 placed on the vehicle body detects the vehicle acceleration/deceleration data and immediate

P080020-TW 10 201020145 传送 Transfer to the domain 3GG for driving quality _ 戦 driving steering wheel, change from the door, and whether the shirt wants to sleep or sleep; ah, the vehicle position placed on the body _ The device 90, the vehicle latitude and longitude data is immediately transmitted to the host computer 300; the charm machine stores all the dragons, and stores the data of the heart contact area, the eye wave signal, the brain wave signal, the car acceleration and deceleration, and the latitude and longitude of the car on the recording device. And via the wireless transmission system _ transmitted to the driving health monitoring system 500 to analyze whether the user has a problem of wanting to sleep or doze; when manually pressing the emergency remaining 10, the city 3 〇 _ and the wrong thing 20 Wireless transmission = the shed communicates with the driving health monitoring center, and the vehicle health monitoring ～5GG informs the domain café through the wireless transmission system to control the warning device 120 to issue a warning signal 'and control the electric shock device ιι 〇 咖 咖 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 以 刺激 功效 刺激 功效 功效 功效 功效Please refer to the third figure, which is a diagram of the implementation of the driving quality monitoring system of the system of the present invention. These include: : domain, - driving health monitoring center ~ 亀, to >, - vehicle speed Detective set 8G; at least - vehicle position detecting device 9 〇; at least one recording device 2 〇〇; - warning device 12 〇. The vehicle health monitoring center, the vehicle health monitoring center 5〇0, the wireless transmission system, the turning speed_device 8〇, the vehicle position detecting device, the recording device 200, and the warning device 120 are as described above. Placed in the car red to find the wheel copper device Μ _ material acceleration and deceleration

P080020-TW 201020145 Material and instant delivery to the contact machine for driving quality and simultaneous _ driving steering wheel and oil slick change; sunny 'the vehicle placed on the vehicle body position〗 9 〇, detecting the car latitude and longitude and (4) transmitted to the social machine lion; after collecting all the data, the control warning device (10) sends a warning signal to the driver, as a passenger to take a bus _5 丨, the silk car plus Wei from Xuan Lindu data stored in the Recording device measurement, Lin _ _ _ _ pure shed transmission to the driving health monitoring k _ management driver cedar has a driving problem. Please refer to the fourth figure, which is a schematic diagram of an embodiment of the system of oxygen and helium side systems of the present invention. The method includes: - a host 300; - a driving health monitoring center 5 (10); at least one wireless transmission system 400, to > a vehicle speed detecting device 8Q; at least one handle position detecting device; at least one biological signal sensing device 3 〇; at least one recording device 2; a warning device 120. β, wherein the biological signal sensing device 3 is configured to detect and transmit a biological signal of the living body to the host 3GG' includes a heartbeat device 33 and a blood oxygen concentration detecting device 36; the heartbeat detecting device 33 To detect the heartbeat signal of the living body; the blood oxygen concentration detecting device 36 is configured to detect the oxygen concentration signal in the blood of the living body. The host 300, the driving health monitoring center 5, the wireless transmission system 400, the vehicle speed detecting device 8〇, the vehicle position detecting device 9〇, the recording device 200, and the warning device 2 〇 As mentioned above. The driver or the passenger in need detects the living body with the heartbeat detecting device 33

P080020-TW 12 201020145 Heartbeat signal money The blood «Lai Yu set (10) speculatively record the oxygen in the blood (four) charm, and the information is immediately transmitted to the host to carry out, use: the health condition; and placed in the car The car's auxiliary speed detection detects the car acceleration and deceleration data and transmits it to the host _ immediately to detect the change of the driver's square seam and the throttle at the same time; at the same time, the car placed on the vehicle body is set to detect Measuring device 9G, _ car latitude and longitude data and immediately transmitted to the charm machine 300 'this host 3 〇〇 will all the information received

Q ^ After collecting the Beco, the data of the heartbeat signal, the oxygen concentration signal, the car acceleration and deceleration, and the car rotation are stored in the recording device. (4) The wireless transmission shed ship to the driving health monitoring pin _ analysis user Whether there is a health problem; the driving health monitoring center 5 (9) notifies the host 300 through the wireless transmission system booth to control the warning device 12 to issue a warning signal. Please refer to the sixth figure, which is a schematic diagram of the embodiment of the riding system. : Included: ', a host class; - driving health monitoring center 5 (9); at least one wireless transmission system green marriage; at least - vehicle speed detecting device 8 (); at least one vehicle position device 9 〇; at least one biological signal 30; at least one recording device; one emergency button 1; one communication device 2; - high voltage electric shock device, 100; a low voltage electric shock device ιι〇; a warning device 120. The biosignal sensing device 30 is configured to transmit and transmit a biological signal to the host, including a heartbeat detecting device 33, an eye movement device 34, an electroencephalogram device 35, - blood oxygen concentration detection device f% and one-hearted money exposure 37; the 4-side device 37 step-by-step includes recording ECG detection

P080020-TW 13 201020145 Set 371 and a wired ECG detection device 372. Wherein the host 300, the driving health monitoring center 5, the wireless transmission system booth, the vehicle speed_device 8〇, the vehicle position detecting device 9〇, the recording device 200, the emergency button 1〇, The talking device 2, the high-ground electric shock brush, the low-voltage electric striker 110, and the warning device 12 are as described above. The driver's hands on the steering wheel of the wired electric side device 372, or the driver or the passenger in need, the wireless ECG detective 371 side user ECG signal and use the heartbeat detecting device 33 to detect the biological body The heartbeat signal and the oxygen concentration signal in the blood of the copper organism of the blood oxygen indifference side device 36, and the eyeglass-type device-free electroencephalogram detecting device 35 wearing glasses or other cap type to respectively Waves and brain waves, the information detected by the agency is immediately transmitted to the host 300' to analyze the user's health and sleep state; and the vehicle speed side drum (9) side car acceleration and deceleration information placed on the vehicle body and immediately Transfer the host to perform the driving quality and simultaneously detect the change of the steering wheel and the throttle, and to drive (4) whether to sleep or at the same time, the car touch device 9 () placed on the vehicle body, the tobacco material information and instant Transfer to the host coffee; charm machine coffee will be fine fiber, the ECG signal, eye wave gift, job, dumping, Wei New area, car acceleration and deceleration and car sizing _ stored in the recording device, silk by The wireless transmission system lion transmits to the driving health monitoring center 5〇〇 to analyze whether the user has a problem of wanting to sleep or sleep; when manually pressing the emergency button (4), the host fine control: the internal call sighs 20 through the wireless Transmission system shed and the driving health monitoring center

P080020-TW 201020145 500 into the H and the driving health monitoring towel ^ Lake 400 informs the host qnn丨v ^ Λ item α,,, 猓 糸 、, control the warning device 12 〇 issued a warning signal, and control ~ low The electric shocker 11G rotates low (four) to stimulate the organism to achieve refreshing effect. T through the structure of the sunglasses on the bridge of the nose __ pressure electrode, or control the piezoelectric breaker for emergency rescue, such as electric shock first aid. Referring to the seventh figure, it is a schematic diagram of an embodiment of the process of the present invention. The steps are as follows: First, in step S1G, an ECG collection and feedback system i is constructed, the basin: the ECG collection and feedback system 1 is as shown in the first figure; then, the construction of the detection and prevention system 2' is as shown in step 2G. , wherein the detection and prevention system 2 is as shown in the second figure; then, constructing a driving quality monitoring system 3, as in step S3, the current vehicle product f monitoring secret 3 is as shown in the third embodiment; As shown in step 40, a blood oxygenation and heartbeat detection system 4 is constructed, wherein the blood oxygen and heartbeat system 4 is as shown in the fourth figure. The above description is only for the purpose of the invention and is not intended to limit the scope of the invention. The singular variations and modifications of the present invention are covered by the scope of the present invention, and the embodiments of the present invention are not limited by the embodiments of the present invention.

P080020-TW 15 201020145 [Simplified Schematic] FIG. 1 is a schematic diagram of an embodiment of an electrocardiogram collection and feedback system of the system of the present invention. FIG. 2 is a schematic diagram of an embodiment of a doze detection and prevention system of the system of the present invention. Schematic diagram of an embodiment of a driving quality monitoring system. FIG. 4 is a schematic view of an embodiment of a blood oxygen and heartbeat detecting system of the system of the present invention. FIG. 5 is a schematic view of an embodiment of a driver's electrocardiographic detecting apparatus of the system of the present invention. Schematic diagram of system embodiment FIG. 7 is a schematic diagram of a flow chart of the present invention [Description of main component symbols] S10, S20, S30, S40 Process Step 1 Electrocardiogram collection and feedback system 2 Doze detection and prevention system 3 Driving quality monitoring system 4 Blood Oxygen and heartbeat detection system 10 emergency button 20 communication device 30 biological signal sensing device 33 heartbeat detection device 34 eye movement detection device 35 electroencephalogram detection device 36 also liquid oxygen concentration detection device 201020145 37 ECG Measuring device 371 wireless ECG detecting device 372 wired ECG detecting device 3721 steering wheel first ECG electrode 3722 Steering wheel second ECG electrode 3723 ECG amplifier

37231 Input Stage First Filter 37232 Input Stage Second Filter 37233 Differential Amplifier 37234 Output Stage Filter 80 Vehicle Speed Detection Device 90 Vehicle Position Detection Device

100 High Piezoelectric Torch 110 Low Piezoelectric Torch 120 Warning Device 200 Recording Device 300 Main Unit 400 Wireless Transmission System 500 Driving Health Monitoring Center

P080020-TW 17

Claims (1)

201020145 VII. Patent application scope: 1. A vehicle health management system, which includes: A) - ECG collection and feedback system (1); B) A sleep detection and prevention system (2); C) A driving quality Monitoring system (3); D) a blood oxygenation and heartbeat detection system (4); wherein the ECG collection and back (10) system (1), the __ and prevention system (2), the driving product limb (four) system (3) and the blood The oxygen and heart and hop detection system (4) includes: a) - host (3 〇〇); b) - driving health monitoring center (10)), the driving health monitoring center (5 〇〇) processing and response host (3 〇 〇) information; c) to J-wireless transmission system (side), the wireless transmission system (_ used to transmit the host (3GG) and the driving health monitoring center (10)) _ information; d) at least - vehicle speed _ The device (10)), the vehicle speed control device (10) is configured to detect and transmit data of the vehicle speed to the touch device (300); 6) to/the vehicle position detecting device (10), and the vehicle position device (10) is configured to detect And transmitting the data of the latitude and longitude of the car to the host (the gang 0 to the eve device (120), the police (10)) is carried by the station (10) 〇) Controlling to issue a warning signal; §) the eclipse bio-sensing device (10), the bio-domain device (10) is used to extract and transmit the physiologic sputum to the charm machine (300); P080020-TW 201020145 h) at least one record The device (200) is configured to store data of the host (300). 2. The system for vehicle health management according to claim 1, wherein the host (300) is a car type computer system or a portable computer system. 3. The system of health management according to claim 1, wherein the wireless transmission system (400) is a third generation mobile communication system or a general packet radio service system. 4. The vehicle health management system of claim 1, wherein the warning device (12〇) is selected from at least one of a car audio, a light, and a screen. 5. The system for vehicle health management according to claim 1, wherein the biosignal sensing device (3) of the electrocardiogram collection and feedback system (1) is an electrocardiographic debt measuring device (π). 6. The vehicle health management system according to claim 2, 3, 4 or 5, wherein the electrocardiogram collection and feedback system (1) further comprises: an emergency button (10), a communication device (20), and a high voltage electric shock ϋ (10)), wherein the emergency button (10) is used to control the host (300) to transmit help information to the driving health monitoring center (5〇〇), and the calling device (20) is configured to generate a voice signal to the host (300) The high voltage electric shock device (100) is outputted to the living body by the host (3〇〇) control signal. 7. The vehicle health management system according to claim 1, wherein the biological signal sensing device (3) of the doze detection and prevention system (2) is selected from the group consisting of an electrocardiogram detecting device (37), eye movement At least one of a picture detecting device (34) and an electroencephalogram detecting device (35). 8. The vehicle health management system of claim 1, 2, 3, 4, 5 or 7, wherein the doze detection and prevention system (2) further comprises: a low voltage electric shock device (11 〇), The low voltage electric shock device (110) is outputted by the host (300) control signal to the living body P080020-TW 19 201020145. 9. The system for vehicle health management according to claim 6, wherein the surface protection and prevention system (2) further comprises: - a low voltage electric shock device (10), wherein the electric shock device (10) is controlled by the host (300) Output to the organism. 10. The car-receiving device (10) of the blood-oxygen and heart-sensing system (4), as described in claim 1, further comprises a liquid oxygen concentration debt measuring device (36) and a heartbeat detecting device. (33). 11. The system for vehicle health management according to claim 5, wherein the electrocardiographic detecting device (37) is a wireless electrocardiographic device (371) or a wired ECG. Detection device (372). 12. The vehicle health management system of claim 11, wherein the wired ECG extraction device (372) further comprises: A) a steering wheel first ECG electrode (3721), the steering wheel first ECG electrode (3721) is a conductor placed on the side of the steering wheel that the driver can touch; B) - the second ECG electrode (3722) of the steering wheel, the second ECG electrode (3722) of the steering wheel is a conductor On the other side of the steering wheel that the driver can touch the other hand; C) One ECG amplifier (3723) 'The ECG amplifier (3723) further includes an input stage first filter (37231), an input stage second a filter (37232), a differential amplifier (37233), and an output stage filter (37234), wherein the input stage first filter (37231) input is electrically coupled to the steering wheel first electrocardiographic electrode (3721) 'the input The input terminal of the first wave (37232) is electrically connected to the second ECG electrode (3722) of the steering wheel, and the input end of the sub-amplifier (37233) is electrically connected to the P080020-TW 20 201020145 input stage - H (37231) and the Losing money: Lin ^ (10) as the output, the sub-amplifier (37233) The output terminal is electrically connected to the output stage filter (37234), the input end, the service ship is detained, and the (four) is electrically connected to the host (300). 13. A method for health management of a vehicle, the method comprising the following steps: A) constructing an electrocardiogram collection and feedback system ;); B) constructing a sleep detection and prevention system (2); ❿ c) constructing a driving quality monitoring System (3); D) Construct a blood oxygen and heartbeat detection system (4); where 'the ECG collection and back-age system (1), __ measurement and prevention system (2) „Hai driving four-quality monitoring system (3) And the oxygen and heartbeat detection system (4) includes: a) - the host (300); b) - the driving health monitoring center (10)), the driving health monitoring center (drain), and the host (300) Information; c) at least - wireless transmission system (10), the wireless transmission system (6) is used to transmit information between the host (10)) and the driving health monitoring towel c (5GG); d) at least - vehicle speed locating (10) ), the scale speed side device (10) is used for debt measurement and transmits the data of the vehicle speed to the domain (thin); e) to) - the vehicle position side device (10), the vehicle touch side device ((10)) is thin and The information of the county scale is JL the host (300); f) at least the device (10)), the warning device (10) is the host (3) 080) P080020-TW 21 201020145 Control to give a warning signal; g) At least one biological signal sensing device (30) for detecting and transmitting biological signals to the host ( 300); h) at least one recording device (2) for storing data of the host (300). The method for health management of a vehicle according to claim 13, wherein The host computer (3〇〇) is a car-mounted computer system or a portable computer system. 15. The vehicle health management system according to claim 13, wherein the wireless transmission system (400) is a third-generation operation. A communication system or a general packet radio service system. The vehicle health management system according to claim 13, wherein the warning device (12〇) is selected from at least one of a car audio, a light, and a screen. The vehicle health management system of claim 13, wherein the biosignal sensing device (3) of the electrocardiogram collecting and feeding system (系) is an electrocardiogram detecting device (37). The vehicle health management system described in 14, 15, 16 or 17 The ECG collection and feedback system (1) further includes: an emergency button (1〇), a call device (20), and a high voltage electric shock device (100), wherein the emergency button (1〇) is used to control the host ( 300) transmitting the help information to the driving health monitoring center (500), the calling device (2) is used to generate a voice signal to the host (3〇〇), and the piezoelectric device (100) is connected to the host (3) 〇〇) The control signal is output to the living body. 19. The system for vehicle health management according to claim 13, wherein the biological signal sensing device (3〇) of the doze detection and prevention system (2) is selected from the group consisting of an electrocardiogram detecting device? QS0020-TW 22 201020145 (37) At least one of an eye movement detecting device (34) and an electroencephalogram detecting device (35). 20. The system for health management according to claim 13, 14, 15, 16, 17, or 19, wherein the sleep detection and prevention system (2) further comprises: a low voltage electric shock device (110)' The low voltage electric shock device (11〇) is outputted to the living body by the host (3〇〇) control signal. The vehicle health management system of claim 18, wherein the sleep detection and prevention system (2) further comprises: a low voltage electric shock device (11〇), wherein the low voltage electric shock device O (H〇) is The host (300) controls the signal output to the living body. 22. The system for vehicle health management according to claim 13, wherein the biological signal sensing device (3) of the blood oxygenation and heartbeat 4 detection system (4) further comprises a blood oxygen concentration detecting device (36). And a heartbeat detection device (33). 23. The system for vehicle health management according to claim 17 or 19, wherein the electrocardiographic detecting device (37) 'the ECG detecting device (37) is a wireless ECG detecting device (371) or Wired ECG detection device (372). The system for vehicle health management according to claim 23, wherein the wired ECG detecting device (372) further comprises: A) a steering wheel first electrocardiographic electrode (3721), the steering wheel first electrocardiogram The electrode (3721) is a conductor placed on the side of the steering wheel that the driver can touch; B) - the first electrocardiographic electrode (3722) of the steering wheel, and the second electrocardiographic electrode (gw) of the steering wheel is a conductor On the other side of the steering wheel that the driver's other palm can touch. C) One ECG amplifier (3723) 'The ECG amplifier (3723) further includes an input stage first filter (37231), an input a second filter (37232), a differential P080020-TW 23 201020145 amplifier (37233) and an output stage filter (37234), wherein the input stage first filter (37231) input is electrically connected to the first center of the steering wheel The electric electrode (3721) 'the input second filter (37232) input is electrically connected to the second electrocardiographic electrode (3722) of the steering wheel, and the input end of the sub-amplifier (37233) is electrically connected to the first filter of the input stage ( 37231) and the input stage second filter (37232) An end (37,233) of the differential amplifier output terminal is electrically connected to the output of the filter stage (37,234) input terminal, the output stage of the filter (37234) is electrically connected to the output terminal of the host (300). P080020-TW 24