2results about How to "Realize wireless control" patented technology

This invention proposes a one-button wireless control method for efficient operation of large excavators. First, the excavator's hydraulic system is electronically modified. Then, a wireless control device is built to enable single-step control of each component's movements. Next, the high-frequency, repetitive, sequential actions of the excavator are analyzed. Finally, based on a "sensor-control" approach, one-button control of these sequential actions is achieved. The device includes a remote controller, a wireless transmission module, a signal processing module, a current generation module, and multiple solenoid valves, enabling wireless control of both single-step and sequential actions. This method integrates real-time perception and precise control of the excavator's operating components, achieving efficient and accurate one-button sequential control and improving the excavator's operational efficiency.

The utility model discloses a kind of magnetic trolley for welding robot, including installation shell, six-axis mechanical arm and welding head, the inside fixed mounting of installation shell has two groups of driving mechanism, the outside key of driving mechanism is connected with magnetic attraction wheel, driving mechanism is connected between magnetic attraction wheel by locking bolt, the bottom of the side of installation shell is provided with auxiliary support mechanism, the inside of installation shell is provided with controller and wireless communication module.The output end of the driving mechanism of the utility model is fixedly connected with magnetic attraction wheel, such setting can make magnetic attraction wheel and steel plate adsorption, utilize driving mechanism to realize trolley on the steel plate surface perpendicular to ground running, and the wireless communication module and controller cooperated with each other can be wirelessly connected with remote controller of outside, so that the wireless control of driving mechanism, six-axis mechanical arm and welding head can be realized, so that the entire device can be transported to the position that artificial cannot reach to carry out welding operation.