9results about How to "Guaranteed shooting effect" patented technology

The utility model relates to a prop cannon for virtual shooting, it includes support, connecting frame, rotation detection subassembly and controller, support includes frame main body, holder and first transfer seat, and first transfer seat is swingly established in frame main body, holder can pitch and set up in first transfer seat, connecting frame installs in first transfer seat, rotation detection subassembly includes pitch detection piece and swing detection piece, and pitch detection piece and swing detection piece all install in connecting frame, and controller can be connected with pitch detection piece and swing detection piece respectively. Rotation detection subassembly sends the real swing angle and the pitch angle of holder to the controller, and the real data is sent to virtual shooting system with the controller, and virtual shooting system controls virtual cannon swing and pitch based on the real data, ensures the movement of virtual cannon more real and accurate, thereby drives virtual camera swing and pitch to complete multi -angle virtual shooting, and further guarantees the shooting effect of virtual camera.

The utility model provides a kind of metal mesh strip quality detection device, belong to metal mesh strip quality inspection technical field, including base, unwinding unit, winding unit, detection module.Detection module includes industrial camera, luminous structure, light transmission disc, drive structure, cleaning structure and matched controller.Luminous structure is set in the just below industrial camera, with the light-collecting cavity of open mouth upwards setting.Light transmission disc rotation is set on base, and rotation axis is along vertical direction setting.Light transmission disc is located in the top of luminous structure.Along the width direction of base, the axis of light transmission disc two sides respectively forms operation area and the detection area corresponding with light-collecting cavity.Drive structure can drive light transmission disc rotation.Cleaning structure is set on base, and located in operation area, and cleaning structure has the cleaning part of contact with light transmission disc.The metal mesh strip quality detection device provided by the utility model can ensure that the light transmission disc part corresponding to detection area maintains clean continuously, to avoid the misjudgment of defect.

The utility model relates to the technical field of gluing, in particular to a gluing structure and a gluing detector, which comprises a rectangular frame, a lifting mechanism is vertically mounted at the top of the rectangular frame, the lifting mechanism is fixed on a support plate, the support plate is mounted on a moving frame, a coating tank is mounted on the moving frame, and a delivery pump is mounted on the coating tank; the movable frame comprises a cross beam, the coating tank is fixed to the cross beam, a second linear motor is installed on the cross beam, the supporting plate is fixed to a sliding block of the second linear motor, and supporting columns are installed at the two ends of the cross beam. When the gluing structure and the gluing detector are used, the gluing devices are slidably mounted in the strip-shaped grooves, so that a plurality of gluing devices can be arranged in the strip-shaped grooves, a plurality of plates can be synchronously glued, the gluing efficiency of the plates is improved, the distance between every two adjacent gluing devices can be conveniently adjusted, and the gluing quality of the plates is improved. And the gluing effect is ensured when a plurality of plates are glued at the same time.

This utility model belongs to the technical field of monitoring equipment, and particularly relates to a monitoring device for property management, including a base, a PCB board, a camera assembly, and a solar panel mounted on the base; the camera assembly and the solar panel are both electrically connected to the PCB board; the base includes an integrally formed base plate and a rotating fixing seat, one side of the base plate is provided with a mounting groove for mounting the solar panel; the rotating fixing seat is located on the other side of the base plate, and the camera assembly is rotatably connected to the rotating fixing seat, the end of the rotating fixing seat away from the base plate is inclined. This property management monitoring device is smaller in size, easier to transport, has lower manufacturing costs, and is more practical.

This utility model discloses a gimbal camera cleaning component, a washing system, and a vehicle. The gimbal camera cleaning component includes a one-way pump, a cleaning pipeline, and a first nozzle connected in sequence. The one-way pump is connected to the washer fluid reservoir of the vehicle's windshield washer assembly. The first nozzle is located below the vehicle's windshield, and its spray direction is towards the gimbal camera on the roof of the vehicle. The washing system includes the vehicle's windshield washer assembly and the aforementioned gimbal camera cleaning component. The vehicle's windshield washer assembly includes a washer fluid reservoir, and the one-way pump is connected to the reservoir. The gimbal camera cleaning component of this utility model can rinse the gimbal camera, ensuring the cleanliness of the gimbal camera lens. The washing system of this utility model can clean the gimbal camera and also provide liquid for cleaning the wiper arms of the vehicle's windshield and rear windshield.

This invention proposes an intelligent classification method based on an amphibious in-situ fracture acquisition device, involving technical fields such as geological surveying, oil and gas exploration, and machine vision. The invention acquires raw digital images containing geological structural surfaces transmitted back by the amphibious acquisition device; inputs a pre-set deep neural network model, outputting a two-dimensional binary mask image of the fractures; performs skeletonization processing on the images to construct a topological central axis network, extracts topological key nodes based on the connection degree of skeleton pixels, and separates spatially independent fracture samples; for each fracture sample, constructs a multi-dimensional feature space vector, inputs it into an expert decision tree, and determines the geological origin and evolutionary stage of each fracture sample according to preset threshold conditions, outputting a visualized classification result. This invention improves the walking and obstacle-crossing performance and image acquisition stability in complex amphibious flow environments through a composite chassis design of tracks and retractable vector propellers, combined with a pressure-resistant, waterproof, streamlined, layered cabin.

The utility model belongs to the technical field of radio and television, and particularly discloses a radio and television shooting auxiliary device, which comprises a cart, an assembly table, a pitching mechanism, a lifting mechanism and a camera mounting frame, wherein an assembling table is arranged at the front end of a bottom plate of the trolley, a pitching mechanism and a lifting mechanism are arranged on the assembling table and used for adjusting the pitching angle and the relative height of the camera mounting frame, and meanwhile a plurality of light supplementing lamps are arranged at the top of a top plate of the trolley. According to the radio and television shooting auxiliary device, the lifting mechanism and the pitching mechanism are arranged, so that the shooting height and the pitching angle of the camera can be flexibly adjusted, the camera can adapt to host persons, guests and scene changes of different heights, and meanwhile, shooting of angles such as short-distance upward shooting or high-angle shooting can be completed; and the shooting quality and the shooting effect are effectively ensured.

This invention provides an automated, programming-free processing system for precise sandblasting and rust removal of complex workpiece surfaces, including a conveyor line and a sandblasting station. A tray is placed on the conveyor line. Both ends of the conveyor line pass through the sandblasting station, and a flipping mechanism is provided between the two ends of the conveyor line. Vision scanning modules are installed on the upper sides of the portions of the conveyor line passing through the sandblasting station, and lenses are mounted on the bottom of the vision scanning modules. A protective cavity with an open bottom is provided on the bottom surface of the vision scanning modules, and the lens is located inside the protective cavity. A cover is provided at the bottom opening of the protective cavity, and the cover is connected to an opening and closing mechanism. By placing the lens inside the protective cavity with an open bottom and providing a cover and opening and closing mechanism at the bottom opening, the bottom opening is opened when it is needed to photograph the workpiece, and closed when not needed, preventing the lens from being exposed to the outside environment for extended periods. A cleaning mechanism is also included to blow away dust from the bottom of the lens before it is photographed.

This invention discloses a three-axis adjustable panoramic shooting gimbal, belonging to the field of photography technology. It includes a base, with a support seat rotatably connected to the upper end of the base. A fixed seat is rotatably connected to the inner wall of the upper end of the support seat. Light-blocking components are provided on both sides of the support seat. Each light-blocking component includes a sliding groove on both sides of the support seat, with a slider slidably connected inside the groove. A first locking block is uniformly fixed to the right side of the slider. A vertical groove is provided inside the support seat at the front end of the sliding groove. In rainy weather, simply pressing the wheel screw causes the first gear to rotate, and the second locking block no longer limits the first locking block. Under the action of a third spring, the baffle moves upward. Under the action of the second gear and its teeth, the baffle rotates, and the two baffles rotate and their upper ends fit together, thus providing rain protection. This prevents the lens from getting wet in the rain, ensuring good shooting results.