11results about How to "Improve shot quality" patented technology

The invention relates to a vehicle shooting method, electronic equipment and a vehicle, and is applied to the technical field of vehicles. The shooting method of the vehicle comprises the steps that in response to a first operation on a target key of a steering wheel, driving parameters of the vehicle are obtained; under the condition that the at least two cameras are in an unoccupied state and the vehicle is determined to be in a safe scene based on the driving parameters, at least one target camera in the at least two cameras is determined, the at least two cameras are in one-to-one correspondence with the at least two shooting ranges, and the at least two cameras are in one-to-one correspondence with the at least two shooting ranges; the shooting range corresponding to the target camera is matched with the shooting intention of the user; and controlling at least one target camera to shoot at least one piece of first shooting content, and generating target shooting content based on the at least one piece of first shooting content. According to the method and the device, a driver can reliably trigger the shooting function of the vehicle on the premise that the driver does not need to obviously divert attention on road and vehicle control and vehicle driving is not influenced.

The utility model provides vehicle passing control equipment integrating a license plate recognition camera and a light supplement lamp, which comprises a host box body and a license plate recognition camera device which is arranged in the host box body and has a light supplement function, and the license plate recognition camera device with the light supplement function comprises a shell, a camera module and a light supplement module, and the camera module and the light supplement module are arranged in the shell; the camera module is used for shooting a license plate image, and the light supplementing module is used for illuminating a license plate; the light supplementing module is arranged near the camera module; the problems that a light supplementing lamp on vehicle passing management and control equipment is dazzling, traffic safety is affected, the integration level is low, power consumption is large, and control is not easy are solved.

This utility model discloses a subsea pipeline inspection robot for marine engineering, relating to the field of marine engineering technology. It includes a walking frame with two sets of drive wheels mounted on both sides of the frame, each driven by an independent synchronous motor. A stabilizing mechanism is installed inside the drive wheels. Adjustable panoramic cameras are located at the front and rear ends of the walking frame. A movable groove is located in the middle of the walking frame, and a movable ring is mounted on the outside of the groove via bearings. An all-around inspection mechanism is located outside the movable ring. The all-around inspection mechanism includes a drive motor and spherical cameras. Multiple sets of spherical cameras are arranged in a ring outside the movable ring. A drive motor is located above the movable groove on the outside of the walking frame, driving the movable ring to rotate and performing precise inspections through the spherical cameras. This utility model significantly improves the adaptability and work efficiency of the inspection robot by enhancing its imaging capabilities and innovating its walking drive structure.

This application provides a tear detection device for mining conveyor belts, relating to the field of conveyor belt technology, including a conveyor belt assembly and a detection assembly. The conveyor belt assembly includes a support, idlers, and a belt. Two idlers are provided, each rotatably connected to both ends of the support. The belt drive is connected between the two idlers. The detection assembly includes a dust collection box, a sliding mechanism, and an eccentric wheel. The dust collection box is fixedly connected to the support, and the sliding mechanism is disposed within the dust collection box. This application utilizes a rotating eccentric wheel to periodically press against the belt, allowing the camera module to remain relatively stationary with the belt during image capture. This effectively improves image quality and avoids blurry photos. The detection assembly uses the dust collection box to remove dust from the belt before taking images, preventing excessive dust from affecting normal image capture during mineral transport and achieving more accurate detection results.

The invention relates to an image correction method and device, electronic equipment, a medium and a program product, and relates to the technical field of image processing.The method comprises the steps that the camera posture rotation amount of an original image is determined according to gyroscope information and camera exposure parameters, therefore, image distortion or distortion caused by camera motion in the shooting process can be corrected through the camera attitude rotation amount, and the object movement correction value of the original image is determined according to the camera attitude difference between the original image and the previous frame of image and the original position of the target point in the original image in the previous frame of image. Therefore, image distortion or distortion caused by movement of the shooting object in the shooting process is corrected through the object movement correction value, the original image is corrected through a method of combining the camera posture rotation amount and the object movement correction value, the correction effect can be improved, and the shooting quality of the image is improved.

This invention discloses a camera auxiliary support frame with multi-angle adjustment function, including a mounting plate movably connected to the top of a fixed base. A support is fixed to the outer wall of the top of the mounting plate by screws. A drive shaft is movably connected to the inner wall of through holes on both sides of the support. A sleeve is fixed to the outer circumference of the drive shaft by pins. A sliding plate is movably connected to one end of the sleeve. The same drive rod is movably connected to through holes in the interior of the mounting plate and the interior of the fixed base. A bracket is fixed to the top of the drive rod by screws. The inner walls on both sides of the bracket and one end of the sliding plate are movably connected by a rotating shaft. A handle is fixed to the bottom of the drive rod by screws. This invention allows for simple adjustments of the camera in both the circumferential and vertical tilt directions by rotating and pushing / pulling the handle, eliminating the need for complex tools or cumbersome steps, greatly simplifying the camera angle adjustment process and improving operational efficiency.

The utility model relates to remote sensing image device technical field especially is remote sensing image shooting device. Including unmanned aerial vehicle equipment, the vertical rotating connecting shaft is equipped in unmanned aerial vehicle equipment lower extreme, rotating connecting shaft is connected with first rotation subassembly, the bottom fixed connection of rotating connecting shaft has the hoist frame, the hoist frame fixed hoisting has the vertical hoisting pole, the hoisting pole is connected with the horizontal mounting bracket, the mounting bracket is connected with second rotation subassembly, the mounting bracket hoists the tray assembly, the tray assembly is connected with the video camera, the tray assembly is connected with third rotation subassembly, the output shaft of first rotation subassembly is z axis, the output shaft of second rotation subassembly is y axis, the output shaft of third rotation subassembly is z axis, z axis, y axis and x axis are perpendicular to each other. Improved shooting performance, realized the problem of flexible three -dimensional angle adjustment.

Embodiments of the present application provide a camera module and an electronic device. The camera module comprises a support, the support is provided with a containing cavity; a photosensitive chip, the photosensitive chip is located in the containing cavity, and the photosensitive chip has a photosensitive area; a lens, the lens is connected to the support and at least partially communicates with the containing cavity, and the lens is used for focusing light from the outside on the photosensitive area; and a shielding mechanism, the shielding mechanism is movably connected in the containing cavity, in the case that the camera module is in a laser environment, the shielding mechanism shields at least part of the photosensitive area, and in the case that the camera module is in a non-laser environment, the shielding mechanism removes the shielding of the photosensitive area.

The invention discloses a far-field communication parameter optimization method of a virtual shooting handheld terminal, which relates to the technical field of virtual shooting, and comprises the following steps: S1, comprehensively scanning a communication environment in a far-field area to obtain spatial data of signal strength, delay distribution and packet loss rate, and aiming at heterogeneity characteristics of different positions, calculating a far-field communication parameter of the virtual shooting handheld terminal; constructing an initial communication environment distribution map, and obtaining a preliminary division result of signal characteristics in the region; s2, according to the initial communication environment distribution diagram, performing space division on a far-field region by adopting a clustering analysis method, grouping positions with poor signal strength and unstable delay, and determining a plurality of sub-region sets with different communication requirements; according to the far-field communication parameter optimization method of the virtual shooting handheld terminal, the reliability and continuity of communication of the handheld terminal in the virtual shooting process are improved, the synchronization effect of a virtual picture and a real shooting picture is guaranteed, and then the overall stability and shooting quality of virtual shooting operation are improved.

The invention provides an anti-shake mechanism and electronic equipment. The anti-shake mechanism comprises a frame body, a supporting structure and a movable support, wherein the supporting structure and the movable support are sequentially arranged on the frame body in the first direction, and the movable support is movably supported on the frame body through the supporting structure. The anti-shake mechanism further comprises a first driving assembly for driving the movable support to rotate around the first rotating shaft and a second driving assembly for driving the movable support to rotate around the second rotating shaft, the first rotating shaft and the second rotating shaft both pass through the supporting structure, and the first rotating shaft, the second rotating shaft and the first direction are perpendicular in pairs. The movable support is driven by the first driving assembly and / or the second driving assembly to rotate with the supporting structure as a fulcrum. The movable support is provided with a plurality of lens modules. The supporting structure provides supporting force for the movable support and also serves as a pivot for rotation of the movable support, the requirement for the freedom degree of motion of the movable support is met, and multi-direction and multi-angle anti-shaking is achieved. And the device is used for multi-lens anti-shake, so that the occupied space of the anti-shake mechanism in the whole machine can be reduced, and the anti-shake stability and the multi-lens anti-shake performance consistency are improved.

The application discloses a fan blade non-stop inspection method combining a UAV and a laser radar, relates to the technical field of fan inspection, and comprises the following steps: generating a preset inspection route of a UAV; identifying the position of a fan and initializing the orientation of the fan by using a UAV route flight algorithm, a cabin identification algorithm and / or a fan hub identification algorithm and in combination with a laser radar; identifying the real-time orientation of the fan and adjusting the shooting point of the UAV in combination with the preset inspection route; obtaining blade point cloud information by using the laser radar, obtaining the angle of the blade, blade speed information and blade number in combination with a fan coordinate system; judging whether the current shooting point has completed shooting of the current blade; if the shooting of the current blade is not completed, controlling the angular velocity of a holder; judging whether the blade is in an image, and according to the judgment result and the rotation angle of the holder, the blade is captured and stored. The application can realize full-coverage inspection of the blade under the non-stop state of the fan.