Graphical user interface for setting parameters of gas shielded welding machine

Abstract

1. Name of this design: Graphical User Interface for Setting Parameters of Gas Shielded Welding Machine. 2. Purpose of this design: To control the operation mode of a gas shielded welding machine, enabling switching of welding modes and preset and adjustment of welding parameters through human-machine interaction, thereby improving the convenience and accuracy of welding machine operation. 3. The key design feature of this product lies in the graphical user interface on the screen. 4. The image or photo that best illustrates the design's key points: A magnified view of the main interface of Design 1. 5. No design points are specified. Design 1, Design 2, Design 3, Design 4, Design 5, and Design 6 rear view, left view, right view, top view, bottom view, and 3D view are omitted. 6. Design 1 is designated as the basic design. 7. Purpose of the graphical user interface: It is used to control welding equipment through human-computer interaction, and can switch welding modes and switch between preset pages of various welding parameters. 8. Human-computer interaction method of graphical user interface: Operation interaction is achieved through external buttons 1–3. 9. Description of the changing states of the graphical user interface: The enlarged view of the main interface of Design 1 is the main interface after power-on. Selecting the "Unified" mode by rotating external button 1 to enter the Design 1 interface changing state diagram 1; pressing external button 2 to enter the Design 1 interface changing state diagram 2; rotating button 3 to the right sequentially switches to Design 1 interface changing state diagrams 3, 4, 5, and 6, completing the selection of welding modes such as 2T / 4T / S2T / S4T and spot welding; rotating button 1 to the right to enter Design 1 interface changing state diagram 7; rotating button 3 to the left / right sequentially switches to Design 1 interface changing state diagrams 8 and 9, completing the selection of welding materials such as flux-cored self-shielded welding, carbon steel mixed gas, and carbon steel CO2; rotating button 1 to the right to enter Design 1 interface changing state diagram 10; rotating button 3 to the left / right adjusts the wire diameter value; rotating button 1 to the right to enter Design 1 interface changing state diagram 11; rotating button 3 to the left / right adjusts the wire feed speed value; rotating button 1 to the right to enter Design 1 interface changing state diagram 12; rotating button 3 to the left / right adjusts the wire feed speed value. Adjust the voltage value; rotate button 1 to the right to enter the Design 1 interface (see state diagram 13); rotate button 3 to the left / right to adjust the inductance value; rotate button 1 to the right to enter the Design 1 interface (see state diagram 14) (secondary interface function options), where parameter storage / recall and version viewing operations can be performed; rotate button 1 to the right to enter the Design 1 interface (see state diagram 15) (tertiary interface function options), where current / voltage percentage and time parameters (such as arc initiation / outgoing time) can be adjusted. The enlarged view of the main interface of Design 2 is the main interface after power-on. Select the "Separate" mode by rotating external button 1 to enter the Design 2 interface change state diagram 1; press external button 2 to enter the Design 2 interface change state diagram 2; rotate button 3 to switch to Design 2 interface change state diagrams 3, 4, 5, and 6 in sequence to complete the selection of welding modes such as 2T / 4T / S2T / S4T and spot welding; rotate button 1 to enter Design 2 interface change state diagram 7; rotate button 3 left / right to switch to Design 2 interface change state diagrams 8 and 9 in sequence to complete the selection of welding materials such as carbon steel CO2, carbon steel mixed gas, and flux-cored self-shielded welding; rotate button 1 to enter Design 2 interface change state diagram 10; rotate button 3 left / right to adjust the welding wire diameter value; rotate button 1 to enter Design 2 interface change state diagram 11; rotate button 3 left / right to adjust the wire feed speed value; rotate button 1 to enter Design 2 interface change state diagram 12; rotate button 3 left / right to adjust the voltage value; rotate button 1... Entering the Design 2 interface (Figure 13), rotate button 3 left / right to adjust the inductance value; rotating button 1 right will enter the Design 2 interface (Figure 14, Level 2 interface function options), where parameter storage / recall and version viewing operations can be performed; rotating button 1 right will enter the Design 2 interface (Figure 15, Level 3 interface function options), where wire feeding speed / voltage time parameters (such as arc initiation / arc termination time) can be adjusted. The enlarged view of the main interface of Design 3 is the main interface after power-on. Select the "Single Pulse Gas Shielded Welding" mode by rotating external button 1 to the right, entering the Design 3 interface state change diagram 1. Press external button 2 to enter the Design 3 interface state change diagram 2. Rotate button 3 to the right to switch to Design 3 interface state changes diagrams 3, 4, 5, and 6, completing the selection of welding modes such as 2T / 4T / S2T / S4T and spot welding. Rotate button 1 to the right to enter Design 3 interface state change diagram 7. Rotate button 3 left / right to switch to Design 3 interface state changes diagrams 8, 9, 10, and 11, completing the selection of welding materials such as aluminum-silicon, aluminum-magnesium, silicon bronze, carbon steel mixed gas, and stainless steel mixed gas. Rotate button 1 to the right to enter Design 3 interface state change diagram 12. Rotate button 3 left / right to adjust the welding wire diameter value. Rotate button 1 to the right to enter Design 3 interface state change diagram 13. Rotate button 3 left / right to adjust the wire feed speed value. Rotate button 1 to the right to enter Design 3 interface state change diagram 14. Rotate button 3 left / right to adjust the wire feed speed value. Adjust the voltage value; rotate button 1 to the right to enter the Design 3 interface (Figure 15); rotate button 3 to the left / right to adjust the inductance value; rotate button 1 to the right to enter the Design 3 interface (Figure 16) (secondary interface function options), where parameter storage / recall and version viewing operations can be performed; rotate button 1 to the right to enter the Design 3 interface (Figure 17) (tertiary interface function options), where current / voltage percentage and time parameters (such as arc initiation / outgoing time) can be adjusted. The enlarged view of the main interface of Design 4 shows the main interface after power-on. Select the "Dual Pulse Gas Shielded Welding" mode by rotating external button 1 to the right, entering the Design 4 interface state change diagram 1. Press external button 2 to enter the Design 4 interface state change diagram 2. Rotate button 3 to the right to switch to Design 4 interface state changes diagrams 3, 4, 5, and 6, completing the selection of welding modes such as 2T / 4T / S2T / S4T and spot welding. Rotate button 1 to the right to enter Design 4 interface state change diagram 7. Rotate button 3 left / right to switch to Design 4 interface state changes diagrams 8, 9, 10, and 11, completing the selection of welding materials such as aluminum-silicon, aluminum-magnesium, silicon bronze, carbon steel mixed gas, and stainless steel mixed gas. Rotate button 1 to the right to enter Design 4 interface state change diagram 12. Rotate button 3 left / right to adjust the welding wire diameter value. Rotate button 1 to the right to enter Design 4 interface state change diagram 13. Rotate button 3 left / right to adjust the wire feed speed value. Rotate button 1 to the right to enter Design 4 interface state change diagram 14. Rotate button 3 left / right to adjust the wire feed speed value. Adjust the voltage value; rotate button 1 to the right to enter the Design 4 interface (state change diagram 15); rotate button 3 to the left / right to adjust the inductance value; rotate button 1 to the right to enter the Design 4 interface (state change diagram 16) (secondary interface function options), where parameter storage / recall and version viewing operations can be performed; rotate button 1 to the right to enter the Design 4 interface (state change diagram 17) (tertiary interface function options), where current / voltage percentage and time parameters (such as arc initiation / outgoing time) can be adjusted; rotate button 1 to the right to enter the Design 4 interface (state change diagram 18) (quadrant interface function options), where dual-pulse frequency related parameters can be adjusted. The enlarged view of the main interface of Design 5 is the main interface after powering on. Select the "Argon Arc Welding" mode by rotating the external button 1 to enter the Design 5 interface change state diagram 1; press the external button 2 to enter the Design 5 interface change state diagram 2. Rotate the left / right button 3 to adjust the Argon Arc Welding current value. The interface displays the current current and voltage parameters in real time. The enlarged view of the main interface of Design 6 shows the main interface after power-on. Selecting the "Manual Welding" mode by rotating external button 1 to the right enters the Design 6 interface state change diagram 1; pressing external button 2 enters the Design 6 interface state change diagram 2, and rotating button 3 left / right adjusts the thermal arc ignition current value; rotating external button 1 to the right enters the Design 6 interface state change diagram 3, and rotating button 3 left / right adjusts the welding current value; rotating external button 1 to the right enters the Design 6 interface state change diagram 4, and rotating button 3 left / right adjusts the thrust current value; rotating external button 1 to the right enters the Design 6 interface state change diagram 5, and rotating button 3 left / right toggles the on / off state of VRD (output safety voltage 12V).

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