Changsha Cyber-MI Intelligent Machinery Co., Ltd.
Make the Strongest Brain for Intelligent Machine. Let Smarter Machine Create Better Life for Human.
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When it comes to an intelligent solution for an excavator, the controller and joystick play crucial roles in providing advanced functionalities and improved control.
Intelligent Controller:
Advanced Control Algorithms: The intelligent controller can utilize advanced control algorithms to optimize the excavator's performance. These algorithms can enhance efficiency, precision, and productivity by optimizing parameters like hydraulic flow, pressure, and engine RPM.
Automation and Autonomy: The controller can incorporate automation and autonomous capabilities, enabling the excavator to perform certain tasks without constant operator input. This can include features like auto-leveling, semi-autonomous digging, and automated bucket positioning.
Data Integration and Analysis: The intelligent controller can integrate with various sensors and systems in the excavator to gather real-time data. It can then analyze this data to provide insights on machine performance, maintenance needs, and operational efficiency. This data-driven approach allows for proactive decision-making and predictive maintenance.
Intelligent Joystick:
Multi-mode Control: The intelligent joystick can support multiple control modes, allowing the operator to switch between different operating configurations based on the task at hand. These modes can include standard digging, precision mode for fine movements, and specialized modes for specific attachments or functions.
Haptic Feedback: The joystick can incorporate haptic feedback technology to provide tactile sensations to the operator, enhancing situational awareness. For example, the joystick can provide resistance or vibrations to indicate reaching load limits, proximity to obstacles, or changes in ground conditions.
Customizable Layout and Functions: The intelligent joystick can offer customizable layouts, allowing the operator to allocate specific functions and shortcuts to different buttons or switches. This customization improves operator comfort and efficiency by tailoring the control layout to individual preferences and specific job requirements.
