AR field survey graphical user interface for electronic devices

Abstract

1. The name of the product of this design: AR field survey graphical user interface for electronic devices. 2. Purpose of this design product: used to display AR on-site geological survey information. 3. The design highlights of this appearance design product lie in the interface content of the graphical user interface. 4. The picture or photo that best illustrates the key points of the design: Main view of Design 1. 5. It does not involve design points, so it is omitted. The rear view, left view, right view, top view and bottom view of Design 1 to Design 10 are omitted. 6. Designate Design 1 as the base design. 7. Purpose of the graphical user interface: The main view of Design 1 is the main interface of AR on-site geological survey. The scanned site is displayed in the viewfinder, the outline of the object is highlighted, and the corresponding 3D model is displayed in the lower middle of the viewfinder. Click the photo button in the middle below the viewfinder to take a photo; click the mark button to mark; click the panorama button to take a panoramic photo; The main view of Design 2 is the main interface of AR on-site geological survey. The scanned site is displayed in the viewfinder, the outline of the object is highlighted, and the corresponding 3D model is displayed in the upper left corner of the viewfinder. Click the photo button in the middle below the viewfinder to take a photo; click the mark button to mark; click the panorama button to take a panoramic photo; The main view of Design 3 is AR The main interface of on-site geological survey, the scanned place is displayed in the viewfinder, the outline of the object is highlighted, and the corresponding 3D model is displayed in the center of the viewfinder. Click the photo button in the middle below the viewfinder to take a photo; click the mark button to mark; click the panorama button to take a panoramic photo; The main view of Design 4 is the main interface of AR on-site geological survey, the scanned place is displayed in the viewfinder, the outline of the object is highlighted, and the corresponding 3D model is displayed in the lower right corner of the viewfinder. Click the photo button in the middle below the viewfinder to take a photo; click the mark button to mark; click the panorama button to take a panoramic photo; The main view of Design 5 is the main interface of AR on-site geological survey, the interface is in voice recording mode, the scanned place is displayed in the viewfinder, the outline of the object is highlighted, and the corresponding 3D model is displayed in the lower right corner of the viewfinder. Click the photo button in the middle below the viewfinder to take a photo; click the mark button to mark; click the panorama button to take a panoramic photo; Scan the place, the outline of the object is highlighted, and the corresponding 3D model is displayed in the lower middle of the viewfinder. Click the mark button to mark it; click the panorama button to take a panoramic photo; long press the record button in the middle of the lower part of the viewfinder to record voice; Design 6 main view is the AR on-site geological survey main interface, the scanned object and the 3D model drawn based on the object are displayed in the viewfinder, the outline of the object is highlighted, and the 3D model is displayed in the lower middle of the viewfinder. The button below the viewfinder can be a photo button. Click the photo button to take a photo of the object. The top of the viewfinder can be the confirm and cancel buttons; Design 7 main view is the AR on-site geological survey main interface, the scanned place is displayed in the viewfinder, and the outline of the object is highlighted , the corresponding 3D model is displayed in the lower middle of the viewfinder, and a button below the viewfinder can be a photo button. Click the photo button to take a photo; another button can be an input button. Click the input button to input information; above the viewfinder can be a confirmation and cancel button; the main view of Design 8 is the main interface of AR on-site geological survey. The scanned place is displayed in the viewfinder, and the outline of the object is highlighted. The corresponding 3D model is displayed in the lower middle of the viewfinder, and a button below the viewfinder can be a photo button. Click the photo button to take a photo of the object. One button is a mark button, and the other button is a panorama button; above the middle button is a function selection button; above the viewfinder can be a confirmation and cancel button;The main view of design 9 is the main interface of AR on-site geological survey. The scanned place is displayed in the viewfinder, the outline of the object is highlighted, and the corresponding 3D model is displayed in the lower middle of the viewfinder. A button below the viewfinder can be a photo button, which can take a photo of the object; one button is a mark button, and one button is a panorama button; the middle of the top of the viewfinder is a function selection button, and the left and right sides can be confirmation and cancel buttons; the main view of design 10 is the main interface of AR on-site geological survey. Click the photo button, the scanned object and the 3D model drawn according to the object are displayed in the viewfinder, the outline of the object is highlighted, and the 3D model is displayed in the lower middle of the viewfinder. The middle of the bottom of the viewfinder is a function selection button, and the buttons below the function selection button can be a photo button, a panorama button, a mark button, and a recording button. Click the photo button to take a photo of the object; the top of the viewfinder can be a confirmation and cancel button. ;

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