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

The invention provides a system, a method and a control system of three-dimensional stop motion animation production. The system of the three-dimensional stop motion animation production comprises a shooting system and a control system, wherein the shooting system comprises a track system and a shooting device installed on the track system and the control system comprises a trail drawing and control sub system which is used for drawing and calculating a motion trail of the shooting device when the shooting device shoots on the track system. The method of the three-dimensional stop motion animation production comprises drawing and calculating the motion trail of the shooting device when the shooting device shoots on the track system and shooting of the shooting device on the track system according to the motion trail. The control system of the three-dimensional stop motion animation production comprises the trail drawing and calculating sub system which is used for drawing and calculating the motion trail when the shooting device shoots on the track system. According to the system, the method and the control system of the three-dimensional stop motion animation production, automatic shooting of a user can be achieved by means of achieving control of the shooting system in a control system terminal directly so that working efficiency is improved and good shooting effect can be achieved.

The invention discloses a control method for shooting equipment and the shooting equipment. The control method is applied to the shooting equipment, and the shooting equipment comprises an audio acquisition unit and an image acquisition unit; the control method comprises the steps of acquiring first audio data acquired by the audio acquisition unit; performing speech analysis according to the first audio data, and acquiring a speech analysis result; based on the speech analysis result, acquiring image acquisition object information when determining that the first audio data are used for indicating to perform image acquisition; and according to the image acquisition object information, controlling the image acquisition unit to rotate for a first angle, or controlling a chassis of the shooting equipment to rotate for the first angle, so as to perform image acquisition on a determined image acquisition object. The control method for the shooting equipment provided by the invention solves the technical problems that shooting equipment in the prior art needs manual operation, the operation is complex and the shooting effect is poor.

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 invention relates to a method and system for shooting a document image automatically, and belongs to the field of image shooting. In the prior art, images are acquired mostly in a manual mode, and shot document images cannot easily meet the requirement of follow-up processing. According to the method and system, firstly, a camera is switched on to obtain current parameters, whether a current environment is suitable for shooting is judged, and the camera is used for collecting video streams or the images of a document to be shot if the current environment is suitable for shooting; secondly, whether an effective document exists in the video streams or the images is judged; thirdly, whether a jittering blur exists in the video streams or the images is judged; lastly, the camera is driven to conduct automatic focusing, the shooting of the document to be shot is completed, and the document image is obtained. When the method and system are used for shooting the document image, whether the shooting environment meets requirements, whether the effective document exists in the shooting process, and whether jittering exists in the shooting process can be detected automatically, and the document image can be obtained automatically.

The embodiment of the invention provides an image generation method, an image generation device and a mobile terminal. The method comprises steps: first image data are acquired in a mobile terminal based on a camera; according to map navigation data in the mobile terminal, virtual navigation indication information is loaded to the first image data; recognition of image data in a preset feature mode is carried out on the first image data; based on the camera, the image data in the preset feature mode are photographed to acquire second image data. According to the method of the invention, during a driving process, the image data in the preset feature mode acquired by the camera can be photographed automatically, a traffic violation phenomenon can be captured timely, a driver does not need to perform manual photographing again, and the driving safety is improved.

The invention discloses an automatic identification photo shooting method and device. The method comprises the following steps: monitoring the height of a photographed person; adjusting the shooting height of the shooting device according to the height of the shot person; synchronously playing dynamic pictures by left and right screens of the shooting device, respectively capturing moving line positions of left and right eyeballs of a shot person, and locking the positions of the two eyeballs; dynamically adjusting a screen picture, guiding the photographed person to migrate a visual focus, correcting the eyeball position and the facial form, detecting the eyeball position and the facial form of the photographed person in real time, and photographing when detecting that the eyeball position and the facial form of the photographed person accord with a photographing rule; and extracting a portrait in the photographed picture, fusing the portrait with the pre-selected background, and cutting the fused image into an identification photo for automatic typesetting and outputting. According to the identification photo shooting method, a shot person only needs to stand or sit in front of the shooting device and then directly looks at the dynamic picture on the screen of the shooting device, shooting can be achieved, and the eye natural expression smile is presented in the photo.

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 provides an image processing method, apparatus and device, and a user interface system. The method comprises the steps of obtaining a first image corresponding to a current scene; obtaining a first geographic position corresponding to the first image, and associating the first image with the first geographic position; and adding a first tag to the first geographic position of a map, wherein the first tag is used for representing that the first geographic position is associated with the first image. When a user determines that a geographic position is shot, the operation complexity is low.

The invention relates to a mammary gland ultrasonic imaging device which comprises a detection bed and a probe scanning mechanism, wherein an open hole for mounting the probe scanning mechanism is formed in the detection bed. The mammary gland ultrasonic imaging device is characterized in that the probe scanning mechanism comprises a rotary mechanism and a camera component, wherein the rotary mechanism comprises a cup body, a cup holder, a transducer component and a drive device; the cup body is provided with an accommodating cavity; the cup body and the cup holder are fixed on a mounting plate; the transducer component is mounted in the cup holder; the transducer component is fixedly connected with one-end output rotation shaft of the drive device; the one-end output rotation shaft of the drive device is rotatably connected with the cup holder; the other-end output rotation shaft of the drive device is a rotation condition detection end; the transducer component is connected with one end of a cable, and the other end of the cable is connected with a transfer end of a probe through the cup holder; and one or more camera components are mounted on the lateral part of the rotary mechanism. The device provided by the invention can realize no-extrusion or no-compression detection as well as automatic photographing or image pickup.

The invention discloses a robot automatic shooting method. The method comprises the following steps of: obtaining shooting target pictures by adoption of dual cameras, respectively carrying out shooting target matching on the pictures and carrying out dual-camera matching on shooting targets; carrying out binocular measurement on the shooting targets by adoption of the dual camera so as to obtain three-dimensional coordinates of the shooting targets relative to a robot; and locking the shooting target which is closest to the robot and completing automatic shooting by utilizing a main control system. According to the method, the matching between picture colors and the shooting targets is realized by adoption of a light bar matching method, matching is carried out between the dual cameras and the shooting targets, and the shooting targets are locked according to the binocular measurement results, for the shooting targets, of the dual cameras and the matching results between the dual cameras and the shooting targets, so that the robot automatic shooting is realized.

The invention provides a campus monitoring method. The method includes: acquiring a picture collection request sent by a terminal, wherein the picture collection request includes a monitored-person identifier; acquiring current time, and querying a classroom where a monitored person is located at the current time; collecting an image of the classroom; and sending the image to the terminal. The invention provides the low-cost campus monitoring method and a low-cost campus monitoring device, server and system which can realize automatic shooting of classroom pictures without the need for extra adding hardware, and the problem that manual-work picture shooting cannot satisfy real-time monitoring needs in the prior art is solved.

The invention discloses a feeding device for an automatic vending machine, which includes a feeding frame, a stepping motor, a pressing plate, a compression nut and a bottle feeding screw. The feeding frame is provided with a plurality of bottle feeding grooves. There are side baffles, the stepping motor and the side baffles are connected by bolts, the output shaft of the stepping motor is provided with a connection plate, and the pressure plate compresses the bottle delivery screw on the connection plate through a compression nut, The bottle feeding screw is set in the bottle feeding groove and rotates together with the stepping motor. The coaxial synchronous operation connection of the output shaft ensures the accuracy of the bottle feeding screw.

The invention provides an automatic control method and system for the motion trail of a follow focus device, and relates to the technical field of follow focus devices, and the method comprises the steps: obtaining an IP address, a port number and starting control information, and starting a server side; detecting the robot control end connection information, and establishing the connection according to the connection information; obtaining and sending a first setting instruction to the robot control end, and setting the current position of the follow focus device as a motion zero point; acquiring and sending a speed adjusting instruction to the robot control end, so the robot control end adjusts the rotating speed of the follow focus device; acquiring a position storage instruction, and when the robot control end controls the follow focus device to rotate to an ideal position, sequentially storing follow focus device position information and used time information; acquiring and sending the playing instruction to the robot control end, so the robot control end controls the movement track of the follow focus device according to the sequentially stored follow focus device position information and the used time information, and the follow focus device can be simply and quickly controlled to complete various functions required by shooting.

The invention provides a self-control shooting method capable of realizing on-site broadcasting. By utilizing intelligent glasses worn by an on-camera host, images of a main camera end are read synchronously, and automatic shooting of the main camera is realized by means of instructions input to the intelligent glasses, so that the host can conveniently perform on-camera broadcasting and can also simultaneously control the main camera in a self-service manner. According to the invention, the technology is stable, the operation is simple, and a good business service mode is provided to a video news editor and reporter and a television film self-media fan.

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.

The invention discloses a method for setting a dynamic exposure compensation digital camera. According to the method, the shutter speed and iso sensitivity value of a camera can be automatically adjusted according to the intensity of ambient light, and when the intensity of the ambient light is less than a certain value, the device can automatically turn on a supplement lamp to implement image acquisition of all-weather field environments at the scene; the acquired low-light image information can be automatically gained through an automatic gain control (AGC) unit; the exposure time can be automatically controlled through an automatic exposure control (AEC) unit in a low-light state, and images can be automatically shot in the low-light state; and the image acquisition of the all-weather environments can be implemented through a low-power supplement lamp, an existing data acquisition operation of water and rainfall information is basically powered by solar energy and has high requirements on the power consumption of products, the digital camera that adopts the technology only needs the low-power supplement lamp (3-8W), a traditional camera needs a supplement lamp with the power ofmore than 30W, and thus the scheme of the invention has an obvious advantage.

The invention provides a video capturing method based on a radio frequency identification technology. The invention further discloses a video capturing method based on the radio frequency identification technology. Comprising the following steps: S1, a video acquisition module snapshots a user passing through an induction area, acquires video information of the induction area, and stores the video information in a storage module through a video processing module; s2, the RFID identification module performs specific identification on the user passing through the induction area to obtain induction information; and S3, transmitting the sensing information obtained in the step S2 to a video management module, and transmitting the sensing information to the video management module by a background management module through selecting a template in a video template unit. According to the video capture method based on the radio frequency identification technology, through combined use of the video processing system, the video management system and the background management module, automatic video shooting, interception and rendering can be completed without manual intervention, the background management module only needs to select the video template, and the system automatically generates the required video.