Project Name: Expedition A1(RAISE A1) Body Intelligent Robot
Customer Name: "Huawei Genius Youth" Zhihui Jun
Project introduction: Expedition A1 adopts the modular design of upper and lower limbs, and the upper limbs support flexible replacement of end tools to meet the needs of various tasks. The lower limb adopts different designs such as biped, wheeled, wheel-foot, etc., which can realize the optimal robot configuration and expansion in different application scenarios. It is not only similar to human in form, but also shows strong ability in the fields of bipedal walking, intelligent task, human-computer interaction and so on.
Zhiyuan has also released a high-degree-of-freedom dexterous hand SkillHand for the next generation of robots. This dexterous hand will have 12 active degrees of freedom and 5 passive degrees of freedom. All drivers are built-in and integrated with vision-based fingertip sensors, which are specially designed for precision operation. This dexterous hand will become a standard accessory of the expedition series after further iterations.

First of all, I am honored to be involved in such a great thing. Inject design elements into the process of changing the world. It's exciting to think about it!

From the earliest days of Zhihui's creation to the release of Expedition A1 robot, we participated in the whole process. We can deeply feel the difficulty of Expedition A1 in the past six months.

The first time I saw Zhihui, my first impression was that he was young and handsome, and his eyes were firm. This is the person set up for him in my mind. My thoughts were interrupted by his words of good youth. But I don't know how to pick up the words. I wonder whether it is a compliment to my old face or a doubt about my design ability.

I boast that I still have a little knowledge of robot industrial design. I think my professional knowledge should be able to talk to him very comfortably. When I was talking about design in Kan Kan, I found that Zhihui was very clear about how to do each link of the design, input and output, and even had a clear direction in design creativity.

I panicked at that time. This guy knows too much and is not very easy to talk about. There must be no flaw in the design.

Think later this is a very good start. It is a very lucky thing to be able to communicate with people who understand design so well. Because all our ideas can be met together, a lot less unnecessary communication costs. And give the designer enough respect

We talked a lot, and his vision for the whole humanoid robot was very clear and forward-looking. I also express some of my own ideas about future humanoid robots. What a great collision!

Entering the battlefield of humanoid robots is bound to be a protracted battle,

Robots are roughly divided into two categories, one is a special-purpose robot, and the other is a general-purpose robot. The special-purpose robot means that this type of robot only focuses on one thing to solve one problem, and the general-purpose robot means that it can do a lot based on this robot platform. Things, just like humanoid robots can span application scenarios, not limited to a certain scenario.

Large models can provide more accurate, flexible, and intelligent solutions by leveraging technologies such as deep learning and natural language processing. Traditional methods often require writing complex rules and algorithms to implement the functions of humanoid robots, while large models can automatically extract features and patterns and make intelligent decisions by learning large amounts of data and experience.

Do something for the world and do something for the progress of human society. There are still many technologies to be tackled for a single robot, and the construction of robot ecology and robot BIM system has a long way to go. However, the singularity of the core technology of robots has come, and the high computing power of big models and big data has been growing and breaking through. In the human world, humanoid robots are the best fit.

In the process of design deduction, we have carried out a lot of innovative intentions, including the study of human-shaped proportions, and each limb as a separate design topic. We repeatedly deliberated and designed from zero to whole, breaking up into parts. Through research and confirmation, we first constructed the overall visual proportion of the humanoid robot, gradually tackled the various limb parts of the robot, and finally designed the fusion.

* The wheelchair product in this scene is used to contrast the atmosphere of the scene, and the wheelchair is a peer product.