Abstract: A driving around-view auxiliary device includes a lens group, an image processing module, and a display unit. The lens group can capture a plurality of external images around the vehicle. The image processing module includes an image splicing processing unit and an image delay processing unit. The image splicing processing unit can splice the foregoing external images into a vehicle exterior around-view image. The image delay processing unit is capable of dividing, according to a travel path of the vehicle, the vehicle exterior around-view image that overlaps the travel path into a plurality of delayed images, and sequentially attaching, according to a delay time and starting from the delayed image that is adjacent to the under-vehicle image, the delayed images on an under-vehicle image segmented in the vehicle exterior around-view image. The display unit displays the vehicle exterior around-view image and a total perspective image formed by the under-vehicle image.

Abstract: A three-dimensional image driving assistance device is applied to a vehicle. The vehicle includes a plurality of vehicle body pillars. The three-dimensional image driving assistance device includes a lens group, a three-dimensional image processing module, an image retrieval module, and a plurality of display modules. The lens group photographing a plurality of external images around the vehicle and outputting the external images. The three-dimensional image processing module receives the external images, combines the external images into a planar panoramic image, and then synthesizes the planar panoramic image into a three-dimensional panoramic projection image. The image retrieval module retrieves a part of the three-dimensional panoramic projection image, and converts the part of the three-dimensional panoramic projection image into a plurality of partial three-dimensional blind spot images.