Shulou(Shulou.com)11/24 Report--

In the continuous evolution of modern manufacturing industry, the intelligent scheme based on technological innovation has become an important way to improve production efficiency, optimize operation flow and reduce human error. Under this background, WIMI micro-beauty holography puts forward the intelligent assembly guidance technology based on neural signals, which has become the target innovation because of its foresight and practicability. This technology realizes intelligent assembly by combining brain-computer interface neuroscience and robot control.

It is reported that micro-beauty holography (NASDAQ:WIMI) based on neural signal intelligent assembly guidance technology, relying on neural signal capture and analysis, the human intention into the action of the robot, so as to achieve intelligent assembly process guidance and cooperation. The key to this technique lies in the application of brain-computer interface technology, especially the steady-state visual evoked potential (SSVEP) method. The operator sends out neural signals related to different task modes or instructions by observing visual stimuli of a specific frequency. During the assembly process, each neural signal is assigned to a predefined specific robot function. By switching the task mode, the operator realizes the seamless switch from the independent phase to the collaborative support phase. When the operator needs precise fixed position or cooperative operation, the "hold" or other corresponding boot command can be activated by sending a command message. After the operation is completed, the "next" command can restore the system to an independent phase, and the operator and robot can continue their respective tasks.

The core principle of the intelligent assembly guidance technology of WIMI micro-beauty holography based on neural signals is to closely connect the human neural signals with the operation of the robot, so as to achieve intelligent assembly guidance. The following is the technical logic flow of the technology:

Neural signal acquisition: before the assembly process begins, through the brain-computer interface device wearing steady-state visual evoked potential (SSVEP) device, by presenting specific frequency visual stimuli to the operator, the operator only needs to focus on these stimuli. This process produces specific neural signals in the brain that can be captured and parsed by the device.

Signal processing and command analysis: the captured neural signal will be parsed by the signal processing algorithm. These algorithms correspond different neural signals to predefined task patterns or instructions. Each task mode or instruction corresponds to a specific operation, such as moving, fixing, switching, and so on.

Task mode switching: switch to different task modes by watching different frequencies of stimuli, such as independent phase, support phase, or other specific tasks.

Collaborative assembly guidance: in the independent stage, the operator and the robot work independently. Once the operator needs the assistance of the robot or the precise position is fixed, they can send the corresponding command message. The robot will perform cooperative operation or fixed position according to the analyzed neural signal to realize assembly guidance.

Operation feedback and task switching: after completing a specific operation, the operator can send a "next" command to restore the system to an independent phase. Operators and robots continue their respective tasks. The whole process is a continuous cycle, and many tasks can be switched according to the needs of the assembly process.

In this way, WIMI micro-beauty holography based on neural signal intelligent assembly guidance technology, through the brain-computer interface to transform the operator's intention into robot action, to achieve a highly collaborative operation experience. In the traditional assembly process, personnel need to operate the machine directly, but through this technology, operators can accurately guide the movement of the robot only through neural signals, which not only improves the accuracy of operation, but also reduces the labor burden of the human body.

In addition, WIMI micro-holographic intelligent assembly guidance technology based on neural signals can greatly reduce operational risks in special industries. Because the operator no longer needs to have direct contact with the assembly equipment, this technology effectively reduces the risk in the process of operation. Especially in some hazardous environments, such as the handling of toxic and harmful substances or assembly under high temperature and high pressure, this technology can keep operators away from potential dangers.

And it can effectively promote the digital transformation and productivity upgrading of enterprises. The application of intelligent assembly guidance technology based on neural signals not only realizes man-machine cooperation, but also provides an opportunity for digital transformation in the aspects of data acquisition, analysis and iterative improvement. Through the analysis of neural signals and operation data, enterprises can obtain more information about the operation process, so as to optimize the production process and improve product quality.

To sum up, WIMI micro-beauty holography based on neural signal intelligent assembly guidance technology, has many unique advantages, these advantages push its application field to a broader scope. Whether in manufacturing, industrial intelligence, dangerous industries or auxiliary technology, this technology will play a powerful role and lead the intelligent future. It will inject new vitality into the development of different fields. With the continuous improvement and promotion of technology, it is reasonable to believe that the intelligent assembly guidance technology based on neural signals will bring more exciting changes and progress to the society.

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