A remotely controlling and wirelessly receiving device, comprising:
- a shell;
- a wireless communications module, mounted in the shell, and configured to wirelessly connect to an electronic device;
- a port module, comprising a port, wherein the port is mounted on the shell, and configured to have a wired connection with an external device;
- a processor module, mounted in the shell, and electrically connected to the wireless communications module and the port module;
- a user interface, electrically connected to the processor module;
- wherein when the user interface outputs a control signal to the processor module, the processor module sends a control command to the electronic device through the wireless communications module;
- wherein when the processor module is wirelessly connected to the electronic device through the wireless communications module, and when the processor module is wire-connected to the external device through the port of the port module, the processor module receives a work data outputted by the electronic device through the wireless communications module, and sends the work data to the external device through the port of the port module;
- wherein the electronic device is a hydraulic device, and the user interface is a buttons module;
- wherein the buttons module further comprises:
- a frequency matching button, mounted on the shell and electrically connected to the processor module;
- wherein when the frequency matching button is pressed, the control signal generated by the frequency matching button is a frequency matching signal, and thus the processor module sets the control command to be a frequency matching command that corresponds to the frequency matching signal, and the processor module sends the frequency matching command to the electronic device through the wireless communications module;
- an increase pressure button, mounted on the shell and electrically connected to the processor module;
- wherein when the increase pressure button is pressed, the control signal generated by the increase pressure button is an increase pressure signal, and thus the processor module sets the control command to be an increase pressure command that corresponds to the increase pressure signal, and the processor module sends the increase pressure command to the electronic device through the wireless communications module;
- a decrease pressure button, mounted on the shell and electrically connected to the processor module;
- wherein when the decrease pressure button is pressed, the control signal generated by the decrease pressure button is a decrease pressure signal, and thus the processor module sets the control command to be a decrease pressure command that corresponds to the decrease pressure signal, and the processor module sends the decrease pressure command to the electronic device through the wireless communications module.