Electronic atomizing device with status display and mode switching graphical user interface

Abstract

1. Name of the product in this design: Electronic atomizing device with status display and mode switching graphical user interface. 2. Purpose of this design: The electronic atomizing device is used to heat and atomize e-liquid to produce an aerosol for users to inhale. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. The electronic atomizing device of the product is a conventional design, and the rear, left, right, top, and bottom views are omitted. 6. Purpose of the graphical user interface: to display the battery level, working mode, vaping flavor, power on, power off, vaping status, and charging status of the electronic atomizing device. 7. Human-computer interaction method of graphical user interface: The main view is a state diagram of the electronic atomizer when it is fully charged and working in the first working mode; "ECO" above the magic bottle indicates the first working mode; the star and "SWEET" at the top indicate the first type of vaping flavor; the number below the magic bottle indicates the remaining power of the electronic atomizer, and the pattern to the left of the number indicates the power level; the cube and "ICE" at the bottom indicate the second type of vaping flavor. The state diagram in Figure 1 shows the state of the e-cigarette device when it is fully charged and operating in the second working mode; the "BOOST" above the Magic Bottle indicates the second working mode; the star and "SWEET" at the top indicate the first vaping flavor; the number below the Magic Bottle indicates the remaining battery power of the e-cigarette device, and the pattern to the left of the number indicates the battery power; the cube and "ICE" at the bottom indicate the second vaping flavor. The change state diagrams 2 to 4 show the dynamic changes of the electronic atomizing device during the process of powering on and entering the first working mode. The change state diagrams 5 to 8 show the dynamic changes of the electronic atomizing device during the process of powering on and entering the second working mode. The change state diagrams 9 to 11 show the dynamic changes of the electronic atomizing device during the shutdown process in the first working mode. The change state diagrams 12 to 15 show the dynamic changes of the electronic atomizing device during the shutdown process in the second working mode. The change state diagrams 16 to 21 show the dynamic changes in the inhalation process of the electronic atomizing device in the second working mode. It should be noted that the dynamic changes in the inhalation process of the electronic atomizing device in the first working mode are similar to those in the change state diagrams 16 to 21, except that the "BOOST" display is off, while the "ECO" display is on. Figures 22 to 24 illustrate the dynamic changes in the electronic atomizing device during the switching of different vaping flavors in the second working mode. It should be noted that the dynamic changes in the electronic atomizing device during the switching of different vaping flavors in the first working mode are similar to those in the change state diagrams 22 to 24, except that the "BOOST" display is off, while the "ECO" display is on. It should be noted that in actual use, different flavors can be switched using touch buttons, flavor adjustment buttons, etc. The state change diagrams 25 to 29 show the dynamic changes of the electronic atomizing device during the charging process in the second working mode. It should be noted that the dynamic changes during the charging process of the electronic atomizing device in the first working mode are similar to those in the change state diagrams 25 to 29, except that the "BOOST" display is off, while the "ECO" display is on. The change state diagrams 30 to 32 show the dynamic changes of the electronic atomizing device when it is fully charged in the second working mode. It should be noted that the dynamic change effect of the electronic atomizing device when fully charged in the first working mode is similar to that in the change state diagrams 30 to 32, except that the "BOOST" display is off, while the "ECO" display is on. The change state diagrams 33 to 40 show the dynamic effect of the electronic atomizing device switching from the second working mode to the first working mode. The change state diagrams 41 to 49 show the dynamic effect of the electronic atomizing device switching from the first working mode to the second working mode. It should be noted that in practical applications, the working modes can be switched using touch buttons, power adjustment buttons, etc. State diagram 50 shows the state of the first type of e-liquid flavor in the electronic atomizing device when it has been completely consumed. Figure 51 shows the state of the second type of e-liquid for the electronic atomizing device when it has been completely consumed. 8. Other situations requiring explanation: In the view, the dashed lines represent parts that do not require protection, while the graphical user interface represents parts that require protection.

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