Abstract: A method for aligning a charging device with a vehicle for charging includes detecting whether a vehicle is parked on a parking space where the charging device is located. If so, capturing at least one image of the vehicle and determining a position of a power receiving device of the vehicle by reference to the at least one image. Controlling movement of the charging device based on the relative positions of the power receiving device and a position of the charging device and aligning the charging device to couple wirelessly and charging the vehicle.

Abstract: A method for aligning a charging device with a vehicle for charging includes detecting whether a vehicle is parked on a parking space where the charging device is located. If so, capturing at least one image of the vehicle and determining a position of a power receiving device of the vehicle by reference to the at least one image. Controlling movement of the charging device based on the relative positions of the power receiving device and a position of the charging device and aligning the charging device to couple wirelessly and charging the vehicle.

Abstract: An A-pillar display device includes an interior camera, an exterior camera, a display, and a processor. The interior camera is mounted on an A-pillar inside a vehicle and configured to acquire facial images of a driver while driving. The exterior camera is mounted on the A-pillar outside the vehicle and configured to acquire a scene outside the vehicle. The display is mounted on the A-pillar inside the vehicle and configured to display the scene. The processor is configured to calculate head twisting data and visual field data according to the facial images, adjust a first shooting angle of the interior camera according to the head twisting data, and adjust a second shooting angle of the exterior camera according to the visual field data.

Abstract: A panoramic camera includes a casing, at least two independent camera units fixed on the casing, a first image processor electrically connected to each image sensor, and a device to sense level of ambient light. The camera units acquire images captured by each of the camera units and can stitch the images together to form a panoramic image. A second image processor is electrically connected to the first image processor, the second image processor obtains the panoramic image from the first image processor and by training or deep learning can focus on and zoom into a region of particular interest (ROPI) in the panoramic image. The ROPI can be edited and clipped out and the clipped images can be synthesized to form close-up images of the ROPI.

Abstract: A panoramic camera includes a casing, at least two independent camera units fixed on the casing, a first image processor electrically connected to each image sensor, and a device to sense level of ambient light. The camera units acquire images captured by each of the camera units and can stitch the images together to form a panoramic image. A second image processor is electrically connected to the first image processor, the second image processor obtains the panoramic image from the first image processor and by training or deep learning can focus on and zoom into a region of particular interest (ROPI) in the panoramic image. The ROPI can be edited and clipped out and the clipped images can be synthesized to form close-up images of the ROPI.

Abstract: The present invention discloses a 3D image visual effect processing method comprising the steps of providing a 3D image, and the 3D image being composed of a plurality of objects, and each of the objects having object coordinates; providing a cursor, and the cursor having cursor coordinates; determining whether or not the cursor coordinates are coincident with the object coordinates of one of the objects; changing a depth coordinate parameter corresponding to the object coordinates of the plurality of object, if the cursor coordinates are coincident with the object coordinates of one of the objects; and redrawing an image of the object matched with the cursor coordinates. Therefore, the invention can highlight the 3D image of an image corresponding to the cursor to enhance the visual effect and interaction.