绅士的品格

受太平洋鼹鼠蟹启发的机器人可以用织物腿来实现垂直挖洞_我的网站

A |     

    Children participate in a robot football competition in Jiyuan City, central China's Henan Province, Aug. 15, 2026. (Photo by Duan Erping/Xinhua)On a summer day, cheers erupted as clusters of children watched robots race across a soccer pitch, battling it out in playful matches, at a science center in Jiaxing, east China's Zhejiang Province.
At a nearby workbench, nine-year-old Zhang Qihang was busy assembling a robot of his own. "Building robots is awesome! I can let my imagination run wild," he said, beaming with excitement.
This was the scene at an artificial intelligence (AI) summer camp -- part of a new wave of study tours gaining traction across China. Moving beyond textbooks, students are flocking to tech giants, university labs and science centers, eager to get hands-on experience with cutting-edge AI technologies and see firsthand how the future is taking shape.
    A volunteer (2nd L) instructs a child how to assemble a robot in Qingdao, east China's Shandong Province, July 24, 2026. (Xinhua/Li Ziheng)
AI STUDY-TOUR BOOM
During this summer vacation, AI-themed study tours have begun to gain ground, with bookings surging 370 percent year on year, according to online travel platform Ctrip.
To tap into the growing demand for AI-focused tech tourism, a travel agency based in Nanjing, east China's Jiangsu Province, began adding visits to technology companies to its trip programs last summer. "On our Shanghai-Hangzhou independent study tours, AI-related activities now account for more than 80 percent of the itinerary," founder Zhu Ping said.
The boom is unfolding against the backdrop of China's broader AI boom, powered by a wave of homegrown models and applications. For a growing number of Chinese teenagers, AI tools such as DeepSeek, Kimi and Doubao are becoming familiar companions in their everyday lives.
The number of AI enterprises in China had surpassed 6,000 last year, and the output value of the core AI industry was projected to exceed 1.2 trillion yuan (about 177 billion U.S. dollars) during the same period, representing a year-on-year increase of nearly 30 percent.
Moreover, China was home to more than 140 humanoid robot developers in 2025, with shipments reaching 14,400 units -- accounting for 84.7 percent of the global market, according to an industry research report.
To help children prepare for an AI-driven future, China unveiled an "AI Plus Education" initiative earlier this year, encouraging schools to take AI learning beyond the classroom through after-school programs and hands-on activities. The goal is to help students understand and use AI properly, while sparking curiosity, nurturing creativity and honing their critical-thinking and problem-solving skills.
Today, the AI study-tour wave is sweeping through China's schools, as primary and secondary schools incorporate it into their educational programs. Parents are taking their children into the heart of the tech industry to see how AI transforms the real world.
China's tech-tourism boom is also drawing international visitors keen to get a close-up look at the innovation behind "Made in China."
Since opening in Shanghai in May, Unitree Robotics's first embodied intelligence experience store in Asia has attracted many foreign visitors.
Victoria, from Denmark, visited the store last month. "I've seen some of the dancing videos, but it's really cool to see them in real life," she said, viewing the development of AI and robotics in China as "revolutionary, new and exciting."
    A Russian tourist interacts with a robot at a store of Unitree Robotics in Beijing, capital of China, April 30, 2026. (Xinhua/Ju Huanzong)
FROM AI USERS TO AI CREATORS
Today's children are growing up as AI natives, already fluent in AI tools. But AI study camps are opening a new window onto how the technology is reshaping the world around them and how they can use it to make a difference.
For Liang Yiduo, a Beijing middle school student, an AI summer camp run by internet giant NetEase offered a fresh perspective on the AI technology he thought he already knew.
"I realized that large language models aren't just chatbots or simple tools," he said. "They can be assistants that work alongside you and help you create things tailored to your needs, like 'claws.'"
"The goal of the study camp is to help children move from simply using AI to understanding it, creating with it and even building their own AI agents," said Wang Lijin, director and founder of Beijing Venus Future Education Consulting Center, which assists NetEase in running its study camps.
    Students attending a summer camp control a robot at an AI robot technology experience center in Shanghai, east China, July 19, 2026. (Photo by Zhang Xu/Xinhua)
Some study tour organizers design programs around students' interests and abilities, aiming to spark curiosity and encourage deeper thinking.
Shanghai Qingbao Robot Co., Ltd., for example, offers students who enjoy building things the chance to assemble robotic arms and explore the mechanics of shoulder and neck structures. It also gives students a comparative look at the robotics and AI industries in China, the US, Europe and Japan, helping them gain a more balanced understanding of China's strengths and shortcomings.
Wang Lei, the company's chairman, believes that study tours can greatly broaden students' horizons in science and innovation. "Through immersive study tours, students start thinking for themselves about how robotics can be applied to everyday life, from unmanned retail to automated pharmacies," he said.
Some students are taking it a step further, learning to spot real-world problems and use AI to develop solutions.
In the southern Chinese city of Shenzhen, a group of students spent six days in a camp turning ideas into an AI-powered product.
"I've realized that learning AI isn't about showing off what I can do with it, but about using it to solve real problems for others," said one team member. "I want to keep learning AI so I can help more people in the future." 
。    跟启发它的螃蟹一样，该机器人利用其各向异性的腿垂直挖掘颗粒状介质--各向异性允许材料在不同方向移动时表现出不同的特性。螃蟹有10条腿，而EMBUR只有4条。跟螃蟹的情况一样，机器人通过交替使用身体一侧的所有腿进行挖掘，然后再使用另一侧的所有腿进行扫荡。在EMBUR上，每条腿都采取了可延伸金属轴的形式，并有一条沿其纵向延伸的织物。

B | 当腿在“动力冲程”中离开机器人的身体时，它就会拉长并将织物拉紧--这使得织物的作用有点像一个篮子，能收集和置换颗粒状介质。

C | 当腿被拉回身体时它就会缩短，并导致织物下垂和穿过颗粒物，而不是收集它们。通过快速重复这些动作，EMBUR可以相对快速地埋葬自己。并且，机器人关节上的所有开口都覆有一层橡胶膜，这使得它们能自由移动，与此同时还能防止颗粒物进入并堵塞一切。在Hannah Stuart助理教授的领导下，科学家们现在正在努力使该机器人能在实际的沙子和泥土中挖掘。

D | 希望它的后代有一天能被用于评估农业和建筑工地的土壤并从洋底收集科学数据，甚至还可以作为海洋车辆或航天器的锚。

Current article:http://tqv.gaxuexiazengpian.pics/list_lrsg98f/tw4rb9.html

Published on:07:41:56