Electronic device with graphical user interface for controlling freezer

Abstract

1. Name of the product of this design: Electronic device with a graphical user interface for controlling a freezer. 2. Purpose of the product of this design: an electronic device used in freezers and refrigerators. 3. The design highlights of this design product are: the human-computer interactive graphical user interface for operating the screen functions of electronic equipment. 4. The picture or photo that best illustrates the key points of the design: Main view of Design 1. 5. There are no design points, and the left, right, top and bottom views are omitted. 6. Designate Design 1 as the base design. 7. Purpose of the graphical user interface: Design 1 The main view of the homepage interface is for the user to execute the freezer (refrigerator) and need to adjust the freezer mode. The main view of the homepage interface will appear. The user can touch the switch button in the main view interface to unlock the interface. At the same time, the interface enters an operational state, and there is a 5G wireless cellular network signal display icon at the top of the interface; the upper part of the interface contains working indicators for defrosting, fan, temperature, and pressure, which automatically light up according to the function of the equipment and during use. The left part of the interface is equipped with touchable setting, increase, and decrease operation buttons; the middle part of the interface is the temperature display area, including the refrigeration temperature display and the freezing temperature display. The current temperature is displayed in real time during use. You can also increase and decrease functions on the left side of the interface as needed; the right part of the interface is the touch-screen sterilization, energy saving, and negative oxygen function buttons. After the button is touched and selected, it will be displayed as a green icon; the lower part of the interface It can display the accumulated energy consumption, energy-saving energy consumption and date; when the sterilization function is touched on the main view interface, the fan is running at the same time, the fan working indicator light is displayed on the top of the interface, and the accumulated energy-saving energy consumption is displayed below the interface as shown in the changing state diagram 1; in the sterilization function, after the freezer and refrigerator fans have been used for a period of time, the pressure display light on the top of the interface lights up as shown in the changing state diagram 2; at the same time, the energy-saving function is turned on, the pressure is restored, and the upper pressure display light disappears as shown in the changing state diagram 3; at the same time, the negative oxygen function is turned on as shown in the state diagram 4; after the sterilization, energy-saving and negative oxygen functions are all turned off, the refrigeration and freezing temperatures are increased, the defrost function is automatically turned on, the defrost display light on the top of the interface lights up, and the date is displayed below the interface as shown in the changing state diagram 5; then the equipment resumes normal operation, the temperature drops, the defrost function is automatically turned off, the defrost display light on the top of the interface disappears, and the fan and temperature icons light up as shown in the changing state diagram 6. The only difference between Design 2 and Design 1 is that the middle area of ​​the main view only displays the refrigeration function and its current real-time temperature compared to Design 1. Other operating functions, display areas and human-computer interaction operations are the same.

Images