46results about How to "Simplify the shooting process" patented technology

The invention provides an X-ray diagnostic system and an X-ray image shooting method. The X-ray image shooting method comprises the steps that firstly, orientation parameters including height data of a basis point part of a certain specific part of a diagnosis object is taken as the reference to acquire orientation parameters including position height data of the to-be-detected part, and a shooting position from the X-ray image shooting device to the to-be-detected part is adjusted based on the orientation parameters. The X-ray diagnostic system comprises an X-ray image shooting unit for shooting the X-ray image on the to-be-detected part of the diagnosis object, a basis point part height measurement unit for acquiring the basis point part height data of the diagnosis object, a to-be-detected part orientation analysis unit for acquiring the orientation parameters of the to-be-detected part based on the basis point part height data, and an X-ray image shooting position shooting control unit controlling an X-ray generator and/or detector to move to the to-be-detected part. According to the X-ray diagnostic system and the X-ray image shooting method, positioning of the X-ray generator and/or detector is automatically controlled through the shooting control unit so as to replace detector positioning adjustment through artificial visual estimation, the X-ray image shooting process is simplified, and the shooting efficiency is improved.

The invention provides an image photographing method and a terminal thereof, wherein the terminal comprises a folding display screen. A first camera module is arranged on an end surface or a back surface of the first area of the folded display screen. A second camera module is arranged on the end surface or the back surface of the second area of the folding display screen. The method comprises thefollowing steps: when the folding angle between the first area and the second area of the folding display screen satisfies a preset condition, obtaining a panoramic image of an object to be photographed through the first camera module and the second camera module; and generating a stereoscopic image of an object to be photographed from the panoramic image. The embodiment of the invention can realize image synthesis and stereoscopic modeling through one-time static photographing, simplifies the photographing process of constructing stereoscopic model by image synthesis, and provides a new modeof stereoscopic photographing.

The invention discloses an image stitching support method and a terminal. The image stitching support method comprises the steps that a first camera and a second camera are started for shooting, and shot images are saved as a first image and a second image respectively, wherein a shooting area of the first camera and a shooting area of the second camera overlap; an overlapping area of the first image and the second image is determined; and the first image and the second image are stitched together with the determined overlapping area being a benchmark. Through the technical scheme, image stitching can be realized by use of the two cameras on the terminal, the shooting process is simple, and image stitching quality is high.

The invention provides an image processing method, a terminal and a server. The image processing method applied to the first terminal comprises the following steps: acquiring a first image shot by a camera; sending the first image to a server; receiving N alternative images sent by the server, wherein shooting parameters of N alternative images are matched with the shooting parameter of the firstimage, and the shooting parameters at least comprise a shooting site, shooting time and shooting angle; receiving a first input on M target images in N alternative images by the user; in response to the first input, performing image stitching on the first image and M target images, and outputting a second image, wherein M and N are positive integer, and M is not more than N. Through the technicalscheme provided by the invention, the problem that the bad picture quality is easily caused due to user jittering in the panoramic shooting of the existing terminal is solved.

The embodiment of the invention discloses a control method and a terminal. The method comprises the following steps: acquiring a first image by using an image sensor in a capture preview interface in which at least one adjustment control is arranged; receiving a first sliding operation performed on the first adjustment control, the first adjustment control being any adjustment control of at least one adjustment control; determining a first capture parameter corresponding to the first sliding operation according to a preset correspondence relationship between the sliding operation and the capture parameter; and adjusting the capture parameter of the first image according to the first capture parameter. The embodiment of the invention also discloses a terminal. The control method and the terminal can realize direct quick adjustment of the capture parameter in the capture preview interface, and simplify a capture process.

The invention discloses a terminal shooting method and device, a mobile terminal and a computer readable storage medium. The terminal shooting method includes: acquiring and tracking displacement information of a shooting target of a terminal camera preview frame; determining a predicted focusing area according to the displacement information, and focusing in the predicted focusing area; and finally, judging whether the shooting target enters the prediction focusing area or not; if the shooting target enters the prediction focusing area, completing shooting of the shooting target. When a non-static living body (a person or a living animal and plant body) or an object is shot, manual focusing of a user is not needed, unclear pictures caused by inaccurate focusing are avoided, and the shooting effect is improved; meanwhile, the shooting process is simplified, the shooting operation steps of the user are reduced, and the user experience is improved.

The invention provides a shooting method of a freeze-frame video and a mobile terminal. The method is applied to the mobile terminal, and comprises that the video is shot by using a preset shooting parameter, and video data including multiple data frames with frame numbers is obtained; the data frames of specific data frame numbers are extracted and used as target data frames; and the target data frames are used to generate the freeze-frame video. Thus, the freeze-frame video can be generated directly when the video is shot, a shooting process of the freeze-frame video is simplified, and the recording efficiency of the freeze-frame video is improved.

A device for helping the capture of images is disclosed that comprises:

• • an analyzer suitable to calculate perceptual interest data for regions of an image having to be captured,
  • a display suitable to overlay on the image at least one graphic indicator indicating the position of at least one region of interest in the image.

An image capture device comprising the device for helping the capture of images is further disclosed.

The invention relates to the technical field of wearable equipment, and discloses a shooting method based on wearable equipment and the wearable equipment. The method comprises the steps of obtainingfocusing information contained in a voice shooting instruction when the voice shooting instruction inputted from the outside is detected; controlling an intelligent host of the wearable equipment to automatically rotate when the intelligent host is erected to be perpendicular to the horizontal plane until a focus object corresponding to the focusing information exists in the image collected by thecamera module; and controlling the camera module to focus on the focus object, and shooting a target image containing the focus object. Through implementation of embodiments of the invention, a voiceshooting instruction input by a user in a voice mode can be obtained; the focus object needing to be focused by the camera module in the shooting process is obtained from the voice shooting instruction; therefore, the intelligent host controls the camera module to automatically focus on the focus object; the user does not need to select the focusing position of the camera module in a manual mode;and the process that the user uses the wearable equipment for shooting is simplified.

The invention relates to an appearance detection system based on machine vision. The system comprises a line-scan digital camera scanning system, a transmission system and a plurality of shooting systems, wherein the line-scan digital camera scanning system comprises a scanning and shooting component and a horizontal movement component, the scanning and shooting component is arranged on the horizontal movement component and is driven to carry out horizontal scanning and shooting in a horizontal direction by the horizontal movement component; the plurality of shooting systems are respectively arranged at a proper position close to an object to be shot, each shooting system comprises an area-array camera shooting system and a prism group system, and the area-array camera shooting system reflects multiple faces of the object to be shot to carry out multi-face shooting through the movement of the prism group system; and the transmission system comprises a conveying roller way and a positioning mechanism and is used for conveying and positioning the object to be shot. According to the system, the inner and outer sides and the surfaces with various inclination angles of the object to beshot can be shot, the shooting frequency and time can be effectively reduced, a shooting process is simplified, and the shooting cost is reduced.

The invention discloses an image adjusting method and device, and relates to the field of data processing. The problem of complex operation of a user who shoots photos in the prior art is solved. An image to be adjusted is determined. According to the image to be adjusted, an image layer to be adjusted is created in a preview image. The image layer to be adjusted is adjusted and combined to acquire an adjusted objective image. According to the embodiment of the invention, image adjusting method and device can be applied to the process of image adjusting.

The invention provides a shooting method and a mobile terminal. The method comprises the following steps: whether the motion behavior of a camera relative to an object to be shot meets a preset condition in the moving process of the camera is detected; if the motion behavior meets the preset condition, the camera is started to shoot the object to be shot. Thus the camera is started by detecting whether the motion behavior of the camera relative to the object to be shot meets the preset condition, and the shooting of the object to be shot is completed. Compared with the need for a user to manually start the camera and complete shooting, the shooting process can be simplified, and the problem of complicated operation in the prior shooting process can be solved.

The invention discloses a lightning image shooting method and device and a computer readable storage medium; the method comprises the steps: obtaining a preview image according to a first shooting parameter when determining to enter a preset lightning image shooting mode, and obtaining a down-sampling gray-scale map of the preview image, calculating a parameter change proportion related to a gray average value of the down-sampling gray-scale map; calculating a second shooting parameter according to the parameter change proportion and the first shooting parameter, and obtaining a plurality of preview image frames according to the second shooting parameter and a preset frequency; inputting the grey-scale map of the preview image frame into a lightning recognition network for training, and judging whether lightning exists in the preview image frame; if yes, acquiring the current shooting parameter list to the pixel interval proportion of the grey-scale map, and shooting multiple frames of lightning images according to the shooting parameter list. A humanized lightning image shooting scheme is realized, the shooting process is simplified, and the shooting effect is improved.

An embodiment of the invention discloses a method for shooting 3D (three dimensional) images and a mobile terminal. The position of a photosensitive component remains unchanged in a shooting process. The method comprises the following steps: focusing a first point group of a target object and acquiring a first image, wherein the first point group is located in a first plane; focusing a second point group of the target object and acquiring a second image, wherein the second point group is located in a second plane, and the first plane and the second plane are non-coplanar; calculating position information of the first point group according to the first image and calculating position information of the second point group according to the second image, wherein the position information comprises direction information of points, distances between the planes in which the point groups located and the plane in which the photosensitive component located, and central distances between the points and centers of the images; and establishing a 3D model of the target object according to the position information of the first point group and the second point group. Through the method for shooting 3D images and the mobile terminal, a user can acquire the 3D images of the target object without changing a shooting position; the requirements on the user are low; the shooting process is simple.

The invention relates to the technical field of data collection and processing, in particular to an image data processing method and system, a reference system is fixed, and a shooting angle and a shooting position can be conveniently calculated; comprising the steps that a bearing unit provides a mounting position for the whole device and supports the whole device; the rotating unit supports the bearing unit and enables the bearing unit to rotate; the power unit provides power for rotation of the bearing unit; the photographing and recording unit is mounted on the bearing unit, and is used for photographing and recording images in the rotating process of the bearing unit, packaging the images into image data in a complete rotating period and wirelessly transmitting the image data; in the rotating process of the bearing unit, when the bearing unit rotates to a set rotating speed, the control unit controls the power unit to be at a constant speed and starts the photographing and recording unit to photograph and record images, and meanwhile the photographing and recording unit packs the images into image data within a complete rotating period and then stops photographing and recording the images.