32results about How to "Picture stabilization" patented technology

A method for deriving a synchronisation signal (35) from a video signal comprises tracking the blanking level (107) of the video signal with first and second slice level signals (26, 27) and tracking the sync tip level (110) of the horizontal sync signal (109) of the video signal with third and fourth slice level signals (28,29) for determining the blanking level (107) and the sync tip level (110). A value for an intermediate slice level signal (30) is computed from the first, second, third and fourth slice level signals (26, 27, 28, 29) so that the value of the intermediate slice level signal (30) lies approximately halfway between the blanking level (107) and the sync tip level (110). The video signal is compared with the intermediate slice level signal (30), and the synchronisation signal (35) is prepared from a logic signal by transitioning the logic signal from one of the logic high and logic low levels to the other of the logic high and logic low levels, each time the video signal transitions across the intermediate slice level signal (30).

The present invention relates to a stabilizer for a video camera. An upper arm consists of one stabilizing spring and two square light-weighted aluminum alloy plates, and a lower arm consists of two springs and three square light-weighted aluminum alloy plates. The upper ends of the two square light-weighted aluminum alloy plates of the upper arm are movably connected with a connecting rod below a holder respectively, and the other ends are movably connected with the upper ends of the three square light-weighted aluminum alloy plates of the lower arm through an upper arm connecting plate and a lower arm connecting plate. The lower ends of the three square light-weighted aluminum alloy plates of the lower arm are movably connected with a universal member, and a stabilizing spring is connected between the connecting rod below the holder and the upper and the lower arm connecting plates. Two stabilizing springs are connected between the upper and the lower arm connecting plates and the universal member 6 so as to form a double-arm stabilizing structure. The stabilizer combines the high stability of a Steadicam stabilizer and the portability of a handheld stabilizer, simplifies the inner structures of the two arms of the Steadicam stabilizer, and guarantees higher stability than a video camera, while having relatively simple structure and low cost.

The invention discloses a method for producing cotton fiber three-dimensional pictures, which includes the following steps: 1. degreasing, bleaching, dyeing and combing cotton fibers; 2. designing a picture and mounting the picture to produce a drafting board; 3. selecting picture forming portions, applying white latex and drying; 4. producing corresponding components with raw material 1 according to the picture forming portions and wetting partially; 5. covering components gradually from far to near according to the picture; 6. wetting all or partial components with water by a writing brush, so that the viscosity of the wetted white latex on the picture plate surface is recovered and the components are adhered; 7. drying and trimming the cotton fiber picture, and using colorless misty glue solution for forming; and 8. framing the picture. According to the method, the animal, landscape and figure pictures are made of cotton fibers, lifelike in image, wide in material source, simple in picture production, low in cost, good in economical benefit and high in art appreciation value and practical value.

The invention relates to a gyroscope holder of an unmanned aerial vehicle. The gyroscope holder comprises a gyroscope part and a camera part, wherein a gyroscope bracket is composed of an inner frame and an outer frame with the same diameter, a mechanical gyroscope is fixed on the inner frame, a driving wheel is fixed at the end part of an output end of a rotating shaft; a central shaft at an axial side of the holder bracket extends out of the holder bracket, a camera frame with a front opening is fixedly mounted at the end part of the central shaft to be coaxial with the central shaft, a driven wheel is fixedly mounted at the end part of a hinged shaft of a camera support; the driving wheel of the outer frame of the gyroscope part and the driven wheel of the camera support of the camera part are in the same direction, and two synchronous transmission rods are articulately mounted on the surface of an axial disk of the driving wheel, to be in symmetry along the axial direction. The gyroscope holder provided by the invention has a simple and reliable structure and good stability, is easy to regulate and control, has a wide range of applications, and can effectively eliminate shakesin the shooting process, maintain the picture stable, lock the shooting object, obtain clear pictures with high quality and effectively improve the shooting quality.

An embodiment of the present invention provides a supporting device, the supporting device includes a gripping part, a balancing part, a supporting part and a clamping part, the gripping part is connected to the balancing part, one end of the supporting part is connected to the The balance part is connected through a universal ball, and the other end is fixedly connected with the clamping part; the balance part includes a limit assembly and a first balance structure, the limit assembly is connected with the holding part, and the first The balance structure is installed on the limit assembly, the limit assembly is at least partially sleeved on the support component, and the first balance structure is arranged between the limit assembly and the support component. In the embodiment of the present invention, the shaking of the electronic device caused by the walking of the user can be reduced through the setting of the shock absorbing component, so as to make the photographed image clearer. The embodiments of the present invention can realize the beneficial effect that the shooting of the electronic device is still relatively clear as the user moves around during the shooting process.

Using microelectronic technique and TV principle, the invention solves following issues: synchronization between advertisement and running train, controlling gray scale and colors of image, stable reliable operation for long time, and easy to replace ad in time and editing content of ad. The equipment includes four parts: (1) through optical fiber interface, main computer system in main station is connected to network exchanger; (2) substation system composed of parallel independent sub workstations, each sub workstation possesses assistant computer system connected to up Ethernet interface, and down serial interface; (3) synchronization system composed of velometer and sync generator; (4) display system possesses parallel independent displaying light columns in star structure system of multiple single chips. Features are: stable image plane, high brightness, high resolution and good colors.

The invention discloses a bionic-based flight mechanical neck-and-eye system and its control method, including an aircraft system, a mechanical neck-and-eye system, an airborne computing device, and a flight control unit; the mechanical neck-and-eye system includes a A mechanical neck, a binocular visual-inertial system installed at the end of the mechanical neck, a main controller of the mechanical neck that controls the movement of the mechanical neck; the binocular visual-inertial system includes a binocular camera and an inertial measurement unit, and the binocular visual-inertial system It is used to conduct active observation and complete the pose estimation of the end of the mechanical neck; the mechanical neck is a six-degree-of-freedom series mechanical neck, and the invention forms a binocular visual-inertial system composed of a double fisheye and an inertial measurement unit at the end of the mechanical neck. Perception system, this system has a larger observation range, variable camera pose, and the ability to actively perceive the environment, which can solve the problem of limited vision of the aircraft in the indoor environment to a certain extent, and can also compensate for the shaking of the screen.