49results about How to "Realize automatic shooting" patented technology

The invention relates to a double-camera and multi-angle shooting supporting device for an unmanned aerial vehicle. The double-camera and multi-angle shooting supporting device for the unmanned aerial vehicle comprises a frame, a control device, a motor, a steering engine, a supporting shaft, a rotating stand, a limiting piece and a bolt, wherein two ends of the rotating stand are respectively hinged with two short edge pieces of the frame; the steering engine is fixed at one end of the rotating stand; the lower part of the steering engine is fixedly connected with the frame through the supporting shaft; the bolt penetrates through the frame and the supporting shaft so that the supporting shaft is located on the frame; double cameras are fixed within the frame; the top of the rotating stand is fixed at the bottom of the unmanned aerial vehicle; the control device is connected with the motor; the motor is connected with the steering engine; the limiting piece is fixed on a short edge piece of the frame and positioned on the two sides of the steering engine; the control device controls the motor; the motor drives the steering engine so that the steering engine drives the rotating stand to rotate; therefore, the double cameras can realize multi-angle shooting on the frame; and during the rotating of the rotating stand, the rotating angle of the rotating stand can be determined through the limiting piece. The double-camera and multi-angle shooting supporting device for the unmanned aerial vehicle, provided by the invention, is advantaged in that the efficiency of the double-camera and multi-angle shooting supporting device is high, the shooting angles of the cameras can be automatically controlled and adjusted, and various shooting angles are realized.

The embodiment of the invention provides a photographing method and a mobile terminal. The method comprises the steps of obtaining N photographing objects in image data collected by a camera; displaying partial image data of M target photographing objects in the N photographing objects within a preset area in a photographing preview interface; obtaining a display parameter of each target photographing object; and for each target photographing object, photographing the target photographing object under the condition that the display parameter satisfies a preset condition, and outputting at least M target images. Through application of the embodiment of the invention, the mobile terminal can photograph the images automatically, the optimum photographing moment is selected automatically, andthe quality of the photographed images is ensured.

The invention relates to the mechanical field, in particular to a rocker arm which comprises a base, a first support and a second support, wherein one end of the first support is connected with the base in a rotary mode through a rotary cloud platform, the other end of the first support is connected with one end of the second support in a rotary mode through a four-axis switching connector. A three-axis electrical cloud platform is connected with the other end of the second support, wherein the first support comprises at least two armed levers which extend in the same direction. The second support comprises at least two armed levers which extend in the same direction. Two shafts of the four-axis switching connector are respectively connected with two armed levers of the first support in a rotary mode; the other two shafts of the four-axis switching connector are respectively connected with two armed levers of the second support in a rotary mode. The rocker arm is capable of breaking away from artificial control at the time of shooting, and playing vital roles in presentation and control at the time of teaching platform showing and microscopic view shooting and the shooting effects are effectively guaranteed.

The invention provides a photographing method and a mobile terminal. The method comprises the steps of generating a focus box in an image photographing interface; displaying a dynamic anti-shake box in the focus box according to a motion state of the mobile terminal and obtaining a first image characteristic in the dynamic anti-shake box; detecting whether the dynamic anti-shake box displayed in the image photographing interface exceeds the focus box or not within preset time, wherein an image characteristic matching the first image characteristic in an image collected within the preset time is displayed in the dynamic anti-shake box; and carrying out photographing if the dynamic anti-shake box does not exceed the focus box within the preset time. Whether the dynamic anti-shake box exceeds the focus box or not within the preset time is detected, the image is automatically photographed, the problem of image shake resulting from pressing a photographing conformation key is avoided, and the photographing effect of the image is effectively improved.

An embodiment of the present invention provides a shooting method and a mobile terminal. The method includes: acquiring N shooting objects in image data collected by a camera; Partial image data of M target shooting objects; obtaining display parameters of each target shooting object; for each target shooting object, shooting the target shooting object when the display parameters meet a preset condition, Output at least M target images. Through the embodiment of the present invention, it is realized that the mobile terminal automatically takes photos and automatically selects a better shooting opportunity, which ensures the quality of the photos taken.

An image processing method, apparatus, device and a user interface system. The method comprises: acquiring a first image corresponding to a current scene (201); acquiring a first geographical location corresponding to the first image, and associating the first image with the first geographical location (202); adding a first tag on a map showing the first geographical location, representing that the first geographical location is associated with the first image (203). The present invention allows a user to easily determine that a geographical location has been photographed.

The invention discloses a low-temperature surface shape photogrammetry method, which adopts a high-resolution industrial camera combined with an automatic test bench driven by a low-temperature motor to realize automatic shooting of measuring equipment in a low-temperature environment experiment cabin; As a result, the target thickness is calibrated, thereby eliminating systematic measurement errors caused by differences in target thickness. In the low-temperature environment experiment cabin, the present invention realizes the repeated measurement accuracy of 2.1 micron rms, and the measurement effect is ideal, and can measure the variation law of the surface shape of various plate structures in the temperature range from normal temperature to -60°C.

The invention discloses an automatic shooting method for a robot; it comprises the steps of acquiring pictures of shooting targets with dual cameras, matching the shooting targets with the pictures, and then matching the shooting targets with the dual cameras, and performing binocular measurement on the shooting targets with the dual cameras to obtain The shooting target is relative to the three-dimensional coordinates of the robot, and the shooting target closest to the robot is selected for locking, and the main control system is used to complete automatic shooting. The invention adopts the light bar matching method to realize the matching of the picture color and the shooting target, and then performs the matching between the dual cameras and the shooting target, and realizes the locking of the shooting target according to the binocular measurement results of the dual cameras on the shooting target combined with the matching results of the dual cameras and the shooting target , so as to realize automatic shooting of the robot.

The invention discloses a photographing method, which is executed in a computing device. The computing device is suitable for controlling a camera to photograph a product. The product includes a first display area and a second display area. The method includes: acquiring the image of the first display area when photographing The first interval angle, and the second interval angle of the second display area when shooting, the first interval angle is smaller than the second interval angle; based on the first interval angle and the second interval angle, a sequence frame angle array of the product is established; based on the sequence frame The angle array controls the camera to shoot the product at a predetermined shooting angle, and obtains the sequence frame of the product corresponding to the predetermined shooting angle; sends the sequence frame to the server, so that the server can process the sequence frame into a panoramic picture. The invention also discloses a corresponding shooting device and a panoramic shooting system. According to the technical solution of the present invention, it is possible to realize automatic shooting of product sequence frame pictures, which is beneficial to more clearly and completely displaying product details and key areas to customers.