Hangzhou Ao Tuo Mai Technology Co., Ltd. was incorporated on June 9, 2015. Aituo Maxin pursued and implemented full-scale positive R&D and innovation. It truly developed the vehicle according to the market demand and the characteristics of the battery motor, and committed to a new generation of electric power. Research and development of automobiles and their core components, as well as corresponding technologies and development services.
The company has completed the development of five major vehicle platforms and three core systems, and has achieved breakthroughs in technological breakthroughs in lightweight, intelligent, platform, and sharing technologies.
Platform layout: Five major vehicle platforms and three major systems
Core Competencies and Technology:
The only domestic: rapid full process, vehicle, chassis, body, EE framework is developing
3 months to complete the functional prototype, 6 to 9 months to complete the project development, 1 year to complete the industrial development
Quick Battery System: Modular and Intelligent, Supporting Flexible Energy Services
Charge & Replace & Send Electricity
Unique quick change structure, change time<10s
Modular battery pack, multi-pack parallel management
Modular cabinet, 1 cabinet 8 packs, 2 cabinets 16 packs
Support the exchange of APP cabinets for electricity, support APP battery order delivery
Smart BMS with GPS, Cloud Management, Security and Security
Current 2kwh module, recently developed 1kwh module
Chassis and drive
D module: hub motor + rear axle
The outer rotor hub motor, combined with the independent suspension of the transverse plate spring, saves the differential and greatly reduces the space occupied by the structure, resulting in a flat floor and an extremely low floor position
Support the development of vehicle diversity
Four-wheel independent suspension
Positive design, good driving stability and handling
Ensure no rollover, no oversteer, brake runaway, etc.
Electronic appliances intelligent:
Vehicle networking and intelligent technology platform based on independent vehicle EE framework
Integrate a new generation of smart vehicles and smart transportation
The company has also been actively cooperating with downstream units to promote the industrialization of the entire vehicle. Currently, it has cooperated with Chaowei Battery, Prandtl Electric Vehicles, Midea Manufacturing Co., Ltd., Bird Automotive, Journey West Technology, and Jingchaoli Mould. In the development period of less than two years after its establishment, it has grown to a team size of more than 20 people, with sound institutions and complete functions, and has been in a sound and stable development.
In 2015, the company’s “Intelligent Electric Vehicle Platform†project was identified by the Xiaoshan District Government as “5213 Excellent Projectâ€;
In July 2017, the company was identified as "high-tech enterprise in the city";
In September 2017, the company was selected as the "Hawk Eagle Project" in Hangzhou.
OSD, short for On Screen Display, is used On CRT/LCD displays to produce special glyphs or graphics On the Screen of the Display to give the user information.
In CRT/ LCD display, the working principle is to generate a complete picture control by horizontal and vertical synchronization signals. The external environment can generate image signals at appropriate points in time to generate images on the screen.
TTL (transistor-transistor Logic) is a transistor-transistor Logic in which the TTL level signal is generated by a TTL device. TTL device is a kind of digital integrated circuit. It is made by bipolar process and has the characteristics of high speed, low power consumption and many varieties.
TTL interface is an interface for data transmission in parallel mode. When using this interface, it is not necessary to use special interface circuits at the driver board end and the LCD panel end, but the TTL data signal output by the driver board main control chip is directly transmitted to the LCD panel input interface through the cable. Due to the high voltage of TTL interface signal, many connections and long transmission cables, the anti-interference ability of the circuit is relatively poor, and electromagnetic interference (EMI) is easy to occur. In practical applications, TTL interface circuits are often used to drive small size (below 15in) or low resolution LCD panels. The TTL maximum pixel clock is only 28MHz.
TTL is the only signal that can be recognized by TFT-LCD when the signal is emitted. The early digital processing chips were all TTL, that is, RGB is directly output to TFT-LCD.
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