Convos was given the capital of yuan and capital, yuan capital and old shareholders.

A+ financing was recently announced by Yuman Smart Science and Technology (Beijing) Ltd. (hereinafter referred to as “Jalman”), with the contribution of Covos, yuan and capital, yuan capital and old shareholders. 睿mann was established in 2018 as a national high-technology enterprise focusing on the development, production and marketing of ultra-mild analogue machinery, and was committed to making the machinery a common intelligent instrument to bring the machinery into tens of thousands of households. As a leader of the supra-screen mechanical arm, Humain has always placed product development, technological innovation and core team members from China’s early machine bottom technology research and development team, cultivating this area for more than 10 years, with deep technological underlying and research and development experience, and achieving the development of autonomous research and development from the genetic level of ultra-speed mechanical arm prototypes and bottom core components. 睿mann is also the only country-owned central component of four controllers, drivers, electric power and deceleration vehicles to achieve a revolutionary breakthrough and to create an enterprise with a superficial analogy arm with fully autonomous intellectual property rights. The products are now widely used in such areas as new retailing, new catering, commercial services, intelligent inspection, medical health, testing and quarantine, educational research, industrial production, and aerospace. Over the past several decades, the application of the mechanical arms has been concentrated in the manufacturing and industrial areas, but, as technology develops, it has become increasingly widely used in the areas of consumption and services. The continuing advances in artificial intelligent technologies have also resulted in more intelligent and naturalization of the interoperability of the machinery, which will greatly facilitate the application of the machinery in life and in the workplace. In the future, we can imagine that when you need a glass of water, you need only speak with the mechanical arms, which can understand your needs and automatically extract a glass from the kitchen. When you need to collate family impurities, the machinery can automatically take possession of items and place them in the right place, as required by your instructions and scenes. When you are required to perform surgery in the hospital, the mechanical arm can be a competent assistant to the doctor to operate and control the operation accurately. ChatGPT has again generated a wave of AI, while the AI Grand Model + machine becomes a clear future trend. GPT-4 now has a perfect “pull” capability, and there are still large market vacancies that can truly be completed in the “repeated mechanical arm”. In the previous period, the OpenAI Entrepreneurship Fund announced a joint venture of 1X Technologies to explore the integration of artificial intelligentness with machines and to launch a new era of global emulation of the machinery arm. This analogous mechanization and traditional industrial machinery arms vary greatly, requiring the mechanical arm to perform day-to-day operations like the man, requiring a high degree of commonization and universalization, flexibility and easy deployment, and meeting the demand only if a new generation of machinery that is excessively light, flexible, imilated, low-cost, safely efficient and accessible. Humains are the first enterprises globally defined as hypermetry analogies in human machinery, creating mechanical arms products that are excessively quantifiable, flexible, classic, ultra-higher prices, safely efficient and low-use thresholds. In order to ensure that the mechanical arm is closer to the use of the general user, Humains have adopted a chain-wide, robust design for the core spare parts, achieving the self-sustaining 6Kg (containing 7.2Kg) load of 5Kg with a negative weight of 1:1.2, with a maximum load of 9Kg. In addition, the integrated control apparatus is integrated into the mechanical arm’s subsoil by embedding the multiple nuclear control systems. In addition to the hardware itself, the Manman self-study campaign algorithms and the dynamic algorithms are highly corrosive with the machinery arm, ensuring that the inner low-cost embedded control system can simultaneously stabilize all functions such as sports, motivation, logical processing, user interface, security monitoring, etc., maintaining the characteristics of the mechanical arm’s flexibility, stability, operationalization, and having a strong extension capacity and wireless communications function. The intelligentization of the mechanical arms is also an opportunity, in response to such huge market opportunities, the forward-looking establishment of AAI Labs to explore “engaging AI”, the creation of the VRI platform, which has turned the machinery into a virtual and realistic crossroads, and now has a number of practical applications under various scenarios, with a short time frame of application of a combination of two-arms machines, two-stage machines, single arms composite machines and composite transformers. 睿mann looks forward to more of the AI+ robbers, as well as the enthusiastic talents of the emulation arm, joining the company, and trusts that in the near future the 睿 man’s mechanic arm will come to tens of thousands of households as a universal intelligent tool! With regard to this investment, the Cobos Group’s CFOM stated that “the Humain team was one of the first explorers in the field of China’s collaborative machinery, with an independent eye-based definition of ultra-mere mechanic arms, has achieved complete and ongoing research and development from the bottom core components to the full range of aircraft, and has exceeded traditional programmes in such areas as negative self-balancing. Today, with the rapid development of AI, we look at the potential of brilliant man in business services and family landscapes, as well as at the replenishment of traditional industries, collaborative machines in industrial landscapes.”