According to foreign media reports, Bosch presented its intelligent IoT application platform solution (IoT soluTIons) at the 2017 Mobile World Congress in Barcelona (held on February 27, 2017 - March 2, 2017). As a global technology and service provider, Bosch exhibited interconnected mobile and sensor technologies at the show to make life easier, more comfortable and safer. The vehicle is becoming the third living space of people Intelligent network links make vehicles the third living space for people (the first and second living spaces are family and work respectively). With advanced technical support, vehicles and drivers can communicate personally, and the quality of vehicle performance and integrated services is constantly improving, and safety will be further enhanced in the future. As of 2022, the global connected mobile market will grow at an annual rate of 25%. In the next few years, cars will become an active platform for the Internet of Things, which will enable data communication between vehicles and other modes of transportation and smart homes. People can completely regard cars as personal assistants. Self-driving vehicles allow the driver to put more time and energy into other things. For example, drivers and passengers can use the free time in the car to write a message or listen to music to watch a movie, and relax. Bosch launched a concept car at this exhibition, which perfectly explains how to seamlessly connect the living circle with the future technology, so that the role of the vehicle is no longer limited to vehicles. Currently, Bosch will also enhance personalized communication between vehicles and drivers. The Bosch Forward ShowCar covers a wide range of innovative technologies, including: Driver Monitoring Camera for face recognition and personalized service when entering the vehicle to identify the owner. For example, the vehicle will set the steering wheel, mirrors, interior air conditioning temperature, and radio stations based on the driver's personalized preferences. The concept car also features the first gesture control feature with hapTIc feedback. The concept car also features an ultrasonic sensor that senses if the driver's hand is in the correct position. In addition, a touch screen with tactile spring feedback is configured, and the buttons that appear on the screen look the same as the actual regular buttons. During the use of the driver, the driver can concentrate on the road condition and avoid distraction due to the operation of the touch screen, thereby improving safety. The Mirror Cam System is a camera-based solution that replaces the rearview mirrors on the outside of the vehicle. The video sensor is integrated into the interior of the vehicle and the captured image is displayed on the display, which is located near the A-pillar on the left and right sides of the vehicle. Perfectly Keyless: The car key is placed in the smartphone as an electronic key There are many applications that are closely related to mobile phones, making our lives more convenient, especially for users who are increasingly interested in personalization. Keyless entry is also a personal service: the Perfectly Keyless system is a user-centric vehicle access system that provides drivers with a full range of passive entry and passive activation ( The passive start function is used to charge the smartphone as a digital key for the vehicle. The digital keys on the phone are encrypted and the system automatically recognizes the smartphone's key and performs distance measurement: if the distance to the vehicle reaches a specified range (approximately 2 meters), the vehicle's access control system will be allowed. The Perfectly Keyless location allows the user to start the vehicle when it is confirmed that the user's smartphone is in the car. Community-based parking This feature tightly integrates the vehicle with its environment. Bosch is working to integrate smart devices into vehicles. When a vehicle communicates with a perimeter (vehicle or facility), the vehicle also has an important responsibility in the connected city. With the community parking feature, the user's vehicle is transformed into a parking space locator. When the vehicle is off the road, it uses the onboard sensor to detect the spacing between parked vehicles and transmits the collected data to a digital street map. Bosch has high-performance algorithms that evaluate the credibility of data and make predictions about parking spaces. This cloud-based service uses the collected data to create real-time parking maps, allowing drivers to save a lot of time and money when looking for parking spaces, and to help relieve stress and traffic congestion. Bosch also works with Mercedes-Benz to test community-based parking concepts in Stuttgart and other cities in Germany. Cloud-based wrong-way driver display function Traffic reports about the driver's reverse travel are common and often such incidents can have serious consequences, including serious traffic accidents. At present, it is mainly alerted by a traffic message channel, and the time span of notification and broadcast warning is generally 3.5-4 minutes. However, it takes a few minutes to tell the driving error via the radio, which is too late for drivers who may be at risk. And Bosch's new cloud-based reverse driving driver alert can alert users who are on the wrong road or threatened their lives within a few seconds, alerting faster and with more precise recommendations. In order to detect the reverse driving situation, the vehicle will be compared when the vehicle approaches the high speed entrance ramp or exit ramp, and the vehicle can only travel in the permitted direction. If the two sets of information conflict, the driver in the reverse direction will be alerted. This feature relies on the vehicle periodically sending anonymous information to the cloud and periodically telling the vehicle where it is on the high speed. At present, the number of intelligent networked vehicles is increasing, the density of invisible safety networks is increasing, and more and more road users can be informed of their reverse driving behavior. The Reverse Travel Alert feature is part of the Software Development Kit (SDK) that integrates its existing app from other partner applications into the car manufacturer's in-car entertainment information system solution. Secure communication with all domain names The Central Gateway (CGW) is a network hub that enables the implementation of intelligent network connections, which ensure secure communication with all domain names over the data bus. The Bosch subsidiaries ETAS and ESCRYPT update the in-vehicle software via the (SOTA/FOTA) network. Although ESCRYPT provides a powerful and secure solution to prevent software from being maliciously manipulated and stolen by others, ETAS has technical support from multiple experts. The device uses the appropriate architecture and software components to ensure that users can upgrade successfully and reliably. No matter how many times you upgrade, security is always the same. In addition, ETAS experts have further developed the application technology of the automotive industry, which has increased the software upgrade speed by more than seven times. With extensive technical experience in the automotive, safety and cybersecurity fields, ETAS and ESCR YPT support automotive manufacturers by providing functionally safe automotive network security equipment and services. Two-wheeler solution for comfort and safety Bosch is also committed to smart connectivity solutions for motorcycles, and the demand in this area has increased recently. The Integrated Connection Cluster (ICC) is a rider information system developed specifically for motorcycle riders featuring a wide range of display sizes and multiple resolutions. With this latest technology, users can easily read the information displayed on the screen under any circumstances. "mySPIN for two wheelers" is a hardware-independent smartphone integration system for motorcycles, electric scooters, eBikes and powersports. The system can be used in conjunction with ICC and can be run on the display of other two-wheelers. The system has been available for cars since 2014 and is now available for two-wheelers and offers the perfect solution for comfort and safety. The system can provide information about road traffic conditions or share preferred routes with other riders. It is worth mentioning that mySPIN for two wheelers is compatible with iOS and Android. As a solution for intelligent networked systems, Bosch's integrated electric scooter system enhances inter-component interactivity, which is easily accessible through human machine interface (HMI) and/or smartphone app. The most reliable information, such as battery status, speed, remaining mileage, fault and diagnostic information. The "take me home" function can also calculate the optimal line, and the "anTI-theft" function can be used to drive an electric scooter through a smartphone when unauthorized movement occurs. The owner of the vehicle issues a warning message, and the sharing function and fleet management functions are also an important part of the integrated system. Smart Sensor Technology: A New Optical Sensor Solution for IoT Applications Micro-electromechanical systems (MEMS) sensors are extremely popular and can be found in most electronic devices, from smartphones, game consoles and tablets to many vehicle applications and security systems and a host of other devices. Find its trace. Despite its small size, it is powerful and extremely efficient, making the system safer, more energy efficient, more comfortable to use, and easier to use. Bosch MEMS sensors are called "eyes and ears of millions" in electronic devices. At the 2017 Mobile World Congress, Bosch will launch the world's first optical MEMS solution, which will be used in a variety of applications for the Internet of Things, such as virtual control appliances, tablets and social robots. Traffic data recorder makes the entire supply chain (logistics and distribution) more transparent With its Traffic Data Recorder (TDL), Bosch makes the entire supply chain transparent. Through the network connection, users can understand the delivery status of sensitive industrial products such as industrial machinery. At the same time, it is able to record relevant measurement parameters such as temperature, humidity, tilt and vibration, and the TDL will monitor and track the entire distribution process. This type of measurement data is archived and users can view the information using their smartphones and tablets. The user can set individual limits for each parameter. Anything that exceeds the limit can be traced to further ensure that all aspects of the supply chain can be traced. If the relevant parameters exceed the limit, TDL will provide verified evidence and a reliable indication to identify and confirm a damage and secondary damage. If the limit is not exceeded, the TDL will indicate that the shipping process is in “zero error†and provide evidence. TDL can provide added value for all types of logistics services, enabling relevant partners to trust each other. TDL provides critical data in a timely manner to optimize logistics processes. Mini Solar Inverter,Solar Inverter System,Off Grid Solar Inverter,On Grid And Off Grid Inverter Jinan Xinyuhua Energy Technology Co.,Ltd , https://www.xyhenergy.com
