In today's wave of new technological breakthroughs accelerating the wave of industrial transformation, China's artificial intelligence technology has developed rapidly and its application scenarios are constantly expanding. From factories in Germany, logistics centers in the UK to farmland in Chile, Chinese companies provide innovative artificial intelligence solutions for different scenarios.

　　Aosha Intelligent Exoskeleton Robot— Effectively Ensure Personal Safety and Significantly Improve Efficiency

　　In the production workshop of the German Huiyu Company in Valdakhtar, Baden-Württemberg, Germany, several local employees are wearing exoskeleton robots to carry large parts. These wearable robots are developed by Shanghai Aosha Intelligent Technology Co., Ltd. (hereinafter referred to as "Aosha Intelligent"), and can cover the upper limbs, waist and lower limbs of the human body. Through artificial intelligence algorithms, users can easily lift heavy objects, which can not only ensure the user's personal safety, but also significantly improve production efficiency.

　　"Although the automation rate of German manufacturing factories is very high, it is not possible to achieve full automation in some non-standard production links such as assembly. Exoskeleton robots provide support for these production links." Zhang Hua, marketing director of Aosha Intelligent, introduced that the company's exoskeleton robots can cover a variety of application scenarios such as industrial handling, outdoor emergency response, and medical rehabilitation, and have been successfully favored by some high-end manufacturing companies in overseas markets such as Germany. With the help of exoskeleton robots, the load of manual handling of users has been greatly increased, making assembly and production that could not be completed manually before possible.

　　Like other high-tech products, exoskeleton robots are also in the process of continuous iteration. At first, this type of product wrote standardized programs based on experimental data, requiring users to learn how to apply it. The human-machine running-in period is longer and the manual learning cost is higher. At present, the new product can capture real-time information such as user's body shape, gait, load, etc. through sensors. After analysis and processing with the artificial intelligence algorithm in the control system, it can instantly control the power output of the exoskeleton robot, coordinate it with the user's movements, and provide additional force support, so as to quickly respond to user needs.

　　"Exoskeleton robots can solve practical problems such as high labor intensity and high operational difficulty, which has significantly improved our work efficiency." Marcus Keller, a relevant person in charge of German Huiyu Company, said that compared with some similar products, Aosha intelligent exoskeleton robots are lighter in weight, stronger in power, and more cost-effective. "We tested it repeatedly in production scenarios and received positive feedback. It can provide enough support to the arm, and it is not easy to work even if it holds heavier power tools. It can also provide additional help to the waist and reduce creatching pain after work," Keller said.

　　Keller believes that many German families and small studios have strong instrumental thinking, and exoskeleton robots are a supplementary tool with broad market prospects. "In the future, the overseas application scenarios of exoskeleton robots will be further expanded, and the main user groups will gradually transform from corporate customers to individual consumers." Zhang Hua said that just like glasses can correct vision and protect eyes, exoskeleton robots can compensate for skeletal muscles, protect limbs and joints, high-performance, miniaturized, and low-cost exoskeleton robots may become the choice of individual consumers in the near future.

　　Shenlan Technology Indoor Cleaning Robot— Independent Path Planning Reduces Maintenance Cost

　　In a large logistics center with well-known sports supplies in Manchester, the United Kingdom, the indoor cleaning robot "Little Lan Whale" is cleaning the ground according to the independently planned route. It can automatically and accurately identify fine powders, ensuring that there are no particles with a particle size of more than 0.1 mm. When encountering obstacles, it can adjust the avoidance in real time and calculate a new optimal path to minimize energy consumption.

　　"This cleaning robot uses artificial intelligence technology to achieve accurate and efficient cleaning operations." Emily Carter, operation director of the logistics center, said that "Little Lan Whale" can also actively propose cleaning suggestions by analyzing daily data. "After analyzing the operation data of the logistics center for nearly half a year, the robot recommended that the care frequency of high-loss areas be increased by 30%, allowing us to achieve preventive maintenance, improve efficiency and reduce costs."

　　"Xiaolan Whale" was developed by Shenlan Artificial Intelligence Technology (Shanghai) Co., Ltd. (hereinafter referred to as "Shenlan Technology"). It is equipped with an independently developed artificial intelligence core control system, integrated computer vision recognition technology and multi-modal sensor technology. It is suitable for the full coverage cleaning and nursing work of a variety of large-area hard grounds, with an hourly working area of ​​up to 2,400 square meters. In addition to dynamically constructing high-precision maps, optimizing cleaning paths through independent learning to realize the identification and avoidance of all static obstacles and dynamic obstacles such as glass, "Xiaolan Whale" can also analyze the ground materials and identify stain types through machine learning technology and artificial intelligence vision systems, and automatically switch the cleaning mode, so as to achieve better cleaning effects while extending the service life of the cleaned ground.

　　"The cleaning industry in many European countries is in a period of transformation, facing problems such as difficulty in recruiting workers and high labor costs. 'Little Lan Whale' has a large cleaning coverage and can also work day and night, which helps solve current industry problems." said Marco Lavaci, an Italian cleaning service provider. The "Little Orchid Whale" with many commercial buildings and high demand for cleaning in various scenarios in European countries, and the "Little Orchid Whale" has become popular. In addition to the large logistics centers in the UK, there are also "little orchid whales" in factories in Spain, supermarkets in Belgium, gymnasiums in Norway and large commercial buildings in some other European countries.

　　"The demands of customers in various countries for intelligent cleaning robots vary greatly. We need to continuously optimize and adjust the software algorithms and hardware structure of the robots so that they can meet and independently match various scenarios. In less than two years, "Xiaolan Whale" has been upgraded more than 100 times, and more than half of them are optimized and improved according to customer needs." Lisa, head of Shenlan Technology International Business Department, introduced that the company's autonomous driving outdoor cleaning robot will also be put into commercial use to provide independent and safe cleaning services for public places such as industrial parks, parks, campuses, scenic spots and other public places and complex roads.

　　Jifei Technology Agricultural Drone--Accurate and Automatic Obstacle Avoidance to Meet Various Requirements

　　Next to a farmland on the outskirts of San Fernando, Oykins region in central Chile, Marioly Carrasco is using an agricultural drone to weed the work to prepare for the next cultivation. The drone carrying the herbicide evenly sprayed the herbicide into the ground according to the set range and spray parameters, and landed steadily beside her.

　　"The work efficiency of the drone in weeding and sowing is amazing." Carrasco said that she used the smart agricultural drone developed by Guangzhou Jifei Technology Co., Ltd. (hereinafter referred to as "Jifei Technology"), which has the functions of intelligent surveying and mapping driven by artificial intelligence technology, efficient sowing, and precise spraying, providing strong support for local farmers and farmers to implement precise operations in weeding, insect removal, seeding, fertilization, and sprinkling.

　　It is understood that Jifei Technology Agricultural UAV can independently survey and map and generate high-precision maps and automatically mark obstacles, and independently plan the optimal operating routes based on the specific tasks set by the pilot. In seeding operations, the drone can automatically adjust the sprinkler speed in real time according to the flight speed and terrain to reduce replay and missed sprinklers; when spraying pesticides, it can also accurately apply medicine through flight control algorithms and sensor technology and reduce waste. In addition, the 4D imaging radar it is equipped with ensures that the drone can still achieve accurate automatic obstacle avoidance during high-speed flights of about 13 meters per second.

　　"Originally, a piece of land required seven or eight people to take care of, but now one person can complete most of the operations with a drone, which greatly reduces our costs." Carrasco's employer Hernan Holkra said that he has been operating on his farm with the Oscillator drone for more than two years. This new technology not only helps farms reduce costs and increase efficiency, avoids rainfall and other impacts on production progress, but also effectively reduces the adverse effects of agricultural chemicals on the human body.

　　"Relying on advanced artificial intelligence technology, Jifei Technology agricultural drones can complete many tasks independently and efficiently. In addition to their application in agricultural production scenarios, we are expanding their application scenarios to forestry and fishery." Jonathan Parma, sales manager of Chile's Komunda Company, introduced that the company has begun to apply Jifei Technology agricultural drones to the precise feeding operation of marine ranches in southern Chile. Komunda is a partner of Jifei Technology in Chile and is committed to promoting the application of advanced agricultural technology in Latin American countries such as Chile. "We look forward to working with more Chinese technology innovation companies to let advanced artificial intelligence technology benefit the people of Latin American countries," said Parma.

[Editor in charge: Zhou Jingjie]