Automated driving vehicles will be dominated by the day, and the widespread popularity of unmanned vehicles will take time. Before it goes into millions of dollars, Toyota's program is an effective and safe measure that can reduce casualties. The driver Sensor  in the driving vehicle, unfortunately, heart attack, or encounter other sudden health status, resulting in tragic tragedy. Based on this reality, Toyota is considering the integration of advanced medical technology into automotive production to predict the occurrence of similar incidents and to keep the vehicle quickly and safely.

   With the continuous improvement of health care institutions, the number of elderly drivers will increase, which may increase the number of medical incidents caused by car accidents. Embedding an algorithmic power system in the car can monitor and predict adverse cardiac activity and status. It is necessary to establish an effective algorithm that can accurately predict the situation Suction Control Valve of the heart. After all, the wrong parking is not only an annoying thing, but also for the driver, but also a nervous experience, if a parking means that they may be suffering from heart pain, it is so terrible Of the psychological hints ah ... ... If the forecast is not accurate, the driver spent a long time to prepare for the truth, the results found that nothing, it is really embarrassing. Accurate monitoring also depends on how this technology will be combined with vehicle production.

    One of the challenges for vehicle applications is that the system should be able to detect minimal changes in the rhythm and to identify other noise zones in the vehicle. The intensive care center has a variety of mechanisms to ensure that the monitor is not subject to electronic interference. But if in the car, to avoid interference is not easy. The team is in the vehicle sensor and display a variety of hardware materials to choose, these sensors and monitors can be installed in the various parts of the car, such Temperature Sensor as seat belts and steering wheel. It is also possible to collect the driver's physiological data by an officially approved cardiac monitor. Although such a medical emergency

 is very rare, such a system can effectively prevent the driver from losing control of the vehicle caused by further damage or even death; if the system automatically sends a signal to the nearest hospital, health care workers will be able to reach The location of the vehicle to provide medical assistance, then the practicality of the system can be further improved.

   Early Ford announced the invention of the heart rate sensor seat. At that time, Ford said he was studying the embedded heart rate monitor in the seat, want to use it to measure the driver's pressure level. The car seat will detect the driver's heartbeat through the six sensors on the backrest to detect the electrical pulse of the heart. Although they still consider increasing the heart rate sensing function on the car seat, it does not provide any warning function, that is, it will not remind the user of physical changes, even if the driver is suffering ABS Sensor from heart disease. By 2015, Ford has stopped the development of this project. They explained that one of the reasons for the decision to stop the heart rate sensor seat project is that there are already cheaper and more accurate heart rate sensor products on the market, and Ford's products have lagged behind overall technology development. In fact, before the car seat detects the heart rate of this technology, Ford has begun to use the concept of digital health. Using Ford's synchronous integration technology and Bluetooth technology, drivers and passengers can connect their smartphones via Bluetooth and control the applications on their phones through the car's built-in touch screen. Some health monitoring apps work with car manufacturers' research teams to connect health-related applications to computers on cars.

  The Jaguar Land Rover wants to monitor the driver's brain activity, to detect whether people are caring, and when the driver Akira God issued a warning. Similar to Toyota, Jaguar Land Rover hopes to be able to monitor brain waves by embedding a steering wheel sensor. And this inspiration comes from NASA, NASA has used similar technology to monitor the pilot's mental concentration. If this technology is effective, the car may be through the vibration steering wheel or pedal, to remind the driver to focus. If this does not work, the warning icon and sound will come in handy.

  Jaguar Land Rover is testing a 'medical sensor', similar to the previously mentioned car health monitoring equipment. Jaguar Land Rover hopes to help the driver effectively ease the tension and anxiety, such as automatically play some easy and bright music to help them calm down.

Car medical monitoring equipment does have a huge development prospects and the market, the major car manufacturers are also very competitive between, in order to stand out, I am afraid not only need Throttle Position Sensor to be sensitive and accurate to find the problem, but also a comprehensive and quick way to solve the problem, Sexual services in place, so that consumers can encounter problems in a variety of technical and system with the help of calm response.