Application technology? fully redundant intelligent steering system, application field? smart chassis, unique advantages: hardware breakthrough actuator breakthrough adopts advanced six-phase double redundant motor control strategy design as actuator, compared with traditional steering actuators, there is a significant improvement in power output stability, reliability and response speed.
Sensors are innovatively equipped with a variety of high-precision redundant sensors (such as steering angle sensors, etc.
), and these sensors can check and work together to improve the accuracy and reliability of data.
It can adapt to more complex and harsh working environment and reduce the risk of steering system failure caused by sensor failure.
The software and algorithm break through the real-time monitoring and fast switching advanced fault monitoring and diagnosis software system, and monitor and analyze the status of each part of the hardware in real time.
Once the fault is detected, it can be switched to the redundant backup system in a very short time to ensure the steering safety in the process of vehicle driving.
Multiple mode fusion algorithms for systems that support both self-driving mode and manual mode, the mode switching algorithm can achieve seamless, flexible and fast switching between different modes.
The optimized steering control algorithm can realize the control of steering angle and steering force with high precision (such as steering wheel angle 0.1 °). System integration breaks through the highly integrated system to highly integrate many redundant components and functions, reducing the volume and weight of the system, and reducing the complexity and cost of the system (compared with the patchwork of multiple independent redundant systems).
Strong compatibility can effectively coordinate and exchange data with other automatic driving systems (such as perception system, decision system, braking system, etc.
) to improve the intelligent level and safety of the whole vehicle.
Second, fill the technical gaps in the domestic gap to fill the lack of mature fully redundant intelligent steering system technical solutions and products, especially the related products that meet the L3 and above autopilot level.
Independently develop, design and master the technology of core components (motor, sensor, control unit, mechanical deceleration mechanism, etc.
) to break foreign technological monopolies and barriers.
Filling the gaps in the application scene provides a feasible steering solution for many emerging domestic application scenarios, such as low-speed scenarios such as unmanned logistics vehicles, unmanned sweeping vehicles, unmanned patrol vehicles, as well as future L3 passenger cars.
So that the domestic in these emerging industries do not have to rely entirely on foreign technology and products, providing an independent and controllable basis for industrial development.
With the development of autopilot to a higher level, the reliability and safety of steering system are required to reach an unprecedented height.
Fully redundant intelligent steering system is the key component to ensure the safety of autopilot.
Many autopilot R & D projects and car companies urgently need such a highly reliable steering system to promote project progress and product landing.
The regulations promote that the safety regulations for self-driving vehicles may be further improved and strict in the future, which will prompt the whole vehicle factory to accelerate the demand and layout of fully redundant intelligent steering system.
There is great market potential in both domestic and global markets, the demand for intelligent steering systems, especially fully redundant intelligent steering systems, will show a rapid growth trend in the next few years, while the current market supply capacity is limited and in a state of shortage.
In the process of industry transformation from traditional automobile industry to intelligent network, fully redundant intelligent steering system is one of the key technical support points, but at present, there are few enterprises in the industry that can provide mature solutions, resulting in a prominent shortage in the industry.
, application scenario: 1.
Self-driving passenger cars in self-driving passenger cars of L3 and above ensure that the vehicles always have reliable steering ability to ensure the safety of passengers in complex traffic environments and various emergencies. two. Self-driving logistics vehicles are used for long-distance or urban logistics distribution, because logistics vehicles usually need to run for a long time and high load, the fully redundant design can reduce the risk of goods delay and loss caused by steering failure. 3. Driverless buses provide a higher safety guarantee for the travel of a large number of passengers and ensure that the buses run stably and reliably on fixed lines. 4. For special vehicles such as fire engines and ambulances, any steering failure may lead to serious consequences in emergency rescue tasks.
the fully redundant intelligent steering system can ensure that the vehicles can arrive at the rescue site quickly and accurately. 5. The road condition of the unmanned vehicle in the mining area is bad, and the reliability of the steering system is extremely high.
The fully redundant intelligent steering system can adapt to the bad working conditions and ensure the normal operation of the vehicle. 6. Port driverless vehicles are used in port container transportation and other operations to ensure stable steering in the busy traffic environment of the port and improve operational efficiency and safety.
Prospects for the future: first, technological innovation: breaking through the boundary and shaping the future driving Deco Intelligence Control will continue to make efforts in technological innovation, and is committed to creating a more intelligent and more reliable fully redundant intelligent steering system. 1. A variety of functions support customers to choose, can provide customers with calibration interface, program upgrade equipment or local upgrade host computer and so on. two. High reliability redundancy design: multiple redundancy mechanisms are adopted, including sensor redundancy, controller redundancy and actuator redundancy.
Even if some components fail in extreme cases, the redundant system can quickly take over to ensure the normal operation of the steering function and provide a solid guarantee for driving safety.
Second, market positioning: accurate focus to meet diversified needs 1.
Differential competition in the high-end market: for the high-end automobile market, Deco Intelligent Control emphasizes the excellent handling performance and ultimate safety guarantee brought by its fully redundant intelligent steering system. two. Forward-looking layout of emerging markets: focus on the fast-growing consumer demand for cars in emerging economies, especially the desire for smart car technology.
Deco Intelligence controls actively explore these markets, launch products suitable for local road conditions and consumption capacity, and seize market opportunities. 3. Professional customization of industry-specific applications: for self-driving taxis, logistics distribution vehicles and other specific industries, provide fully redundant intelligent steering system to meet their special needs.
For example, optimize steering flexibility and durability for logistics distribution vehicles to improve transport efficiency.
Third, user experience: people-oriented, to create the ultimate driving enjoyment 1.
Pay equal attention to comfort and convenience: by optimizing the mechanical structure and damping design of the steering system, it can effectively reduce the vibration and noise in the steering process, and provide a quiet and stable driving environment for drivers.
At the same time, it is equipped with intelligent parking assistance, automatic lane change assistance and other functions to make driving more.
Make it easier and more convenient. 2. Continuous upgrades and service guarantee: Provide online software update services to continuously optimize system performance and functions.
At the same time, establish a complete after-sales service network to ensure that users can receive timely and professional support when encountering problems during use. 4. Cost-effectiveness: Optimize strategies to maximize value 1.
Economies of scale and supply chain optimization: As market share expands, Deco Intelligent Control reduces unit costs through large-scale production.
At the same time, establish long-term strategic cooperative relationships with high-quality suppliers, optimize supply chain management, and reduce procurement costs. 2. Pay equal attention to technological cost reduction and performance improvement: Continuously improve production processes and technologies to reduce costs without sacrificing product quality and performance.
For example, using more efficient motors and electronic components can increase system efficiency and reduce energy consumption.
, Introduction to the Golden Collection Award: , the “Golden Collection Award” was initiated by Gashi Automobile and aims to “discover good companies, promote good technologies, and achieve automobile people”, and is carried out around the theme of “Top 100 New Automobile Supply Chains in China”.
This year’s Golden Collection Award focuses on intelligent driving, smart cockpit, smart chassis, automotive software, vehicle-level chips, big data and artificial intelligence, powertrain and charging and replacing, thermal management, body and interior and exterior decoration, and new materials.
Conduct the selection of outstanding enterprises and advanced technology solutions, showcase these outstanding enterprises and industry leaders to inside and outside the industry, and jointly promote the development and progress of the industry.
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