35results about How to "Achieve anti-shake effect" patented technology

The invention discloses a cursor anti-shake method. The method includes: acquiring theoretical displacement of a cursor displayed in a display interface of head-mounted display equipment in a detection period and generated by responding to movement of the head-mounted display equipment according to the preset detection period; judging whether an absolute value of the theoretical displacement is less than a first preset distance or not; if yes, updating display position of the cursor in the display interface according to the theoretical displacement; if not, maintaining the display position ofthe cursor in the display interface unchanged. Correspondingly, the invention further provides a cursor anti-shake device, a storage medium and the head-mounted display equipment. By adopting the embodiments of the invention, shaking of the cursor due to shaking of the head-mounted display equipment can be prevented.

The invention discloses a periscope camera module, which comprises a light steering mechanism, a lens mechanism, and a photosensitive chip. It includes a prism, a prism seat, a support shaft and a base, wherein the prism seat is arranged in the base, the prism seat has a support surface opposite to the prism, and the prism seat is also provided with a shaft seat, and the shaft seat is arranged on the support surface opposite to the prism On the other side of the shaft seat, a through shaft hole is provided, and the support shaft is rotatably arranged in the shaft hole, and the support shaft is perpendicular to the optical axis of the optical lens in the lens mechanism; the support surface has two side walls, and the support surface is connected to the The intersection of the side walls is provided with a support platform that protrudes away from the support surface and extends along the intersection line of the support surface and the side walls. The invention adopts a prism seat and a supporting shaft, can realize the anti-shake effect by means of a rotatable prism, has a simpler structure, and is easy to manufacture and maintain.

The invention discloses a lens anti-shake device with a self-locking structure. There is a horizontal drive assembly and a longitudinal drive assembly between them, the horizontal drive assembly includes a horizontal drive magnet assembly and a horizontal drive coil, the longitudinal drive assembly includes a longitudinal drive magnet assembly and a longitudinal drive coil, and a horizontal induction assembly and The longitudinal sensing component, the transverse sensing component includes a transverse sensing magnet and the transverse sensing Hall element, the longitudinal sensing component includes a longitudinal sensing magnet and a longitudinal sensing Hall element, and the base is also provided with a switch for switching anti- The self-locking structure of the working state and non-working state of the shaking device. The invention has the advantages of simple structure, high anti-shake precision and long service life.

The invention relates to an anti-rolling and energy recovering device with an automatic control structure for a ship, which comprises a bracket, a hammer block assembly, a driving component and an energy recovering structure, wherein the hammer block assembly, the driving component and the energy recovering structure are fixed on the bracket; the hammer block assembly is connected with the energy recovering structure in a driving way by the driving component; the hammer block assembly comprises a pendulum rod and a pendulum hammer; the upper end of the pendulum rod is hung on the bracket and is in driving connection with the driving component; the pendulum hammer is fixed at the lower end of the pendulum rod; the oscillation direction of the pendulum hammer is perpendicular to the body length direction of the ship; an output end of the energy recovering structure is connected with an energy storing device; the energy storing device is connected with power equipment; the automatic control structure is further fixed on a base of the bracket; the automatic control structure comprises one pair of brakes and guide wheels; the guide wheels are arranged on the brakes; and the one pair of brakes and the guide wheels are respectively clamped on a lower pendulum sheet of the pendulum hammer. By adopting the technical scheme, the anti-rolling effect is good; the mounting speed is quick; the manufacturing cost is low; the running cost of the ship is further decreased; the running speed of the ship is improved; and the anti-rolling and energy recovering device has bigger social value and economic value.

The application discloses a camera module and electronic equipment, which relate to the field of electronic products. A camera module includes a lens module; a first substrate, the lens module is arranged on the first substrate; a circuit board, the first substrate is fixed on the circuit board, and both are electrically connected; a second substrate, the second substrate is arranged on the first substrate and the circuit board; the first rolling body, the first rolling body is arranged between the first substrate and the second substrate; the second rolling body, the second rolling body is arranged between the second substrate and the circuit board; the driving module, The driving module is connected to the second substrate; the connecting piece is electrically connected to the first substrate and the second substrate; the photosensitive chip is fixed on the second substrate and opposite to the lens module, and the photosensitive chip is electrically connected to the second substrate. An electronic device includes a camera module. This application solves the problem that the tilt of the camera affects the shooting effect.

The invention discloses an optical anti-shake assembly which comprises an annular first base, a second base arranged on the inner side of the first base at an interval and used for installing a lens,and three shape memory alloy wires. Each shape memory alloy wire comprises a first fixing end fixed to the first base, a first extending section extending from the first fixing end to the second base,a second fixing end fixed to the second base, a second extending section extending from the second fixing end to the first base, and a third fixing end connected with the second extending section andfixed to the first base. The first fixing end and the third fixing end are arranged in a spaced mode, the included angle between two driving force generated by every two adjacent shape memory alloy wires on the second base is smaller than 180 degrees when the two adjacent shape memory alloy wires are powered on, and the reverse extension lines of the driving force generated by the shape memory alloy wires are gathered at one point. The optical anti-shake assembly has the advantages of being simple in structure and low in production cost.

The invention discloses a camera lens smoothing method which comprises the following steps: acquiring a current video frame and gyroscope information of a camera video, and calculating a current firstrotation matrix; carrying out smoothing processing on the first rotation matrix, and carrying out calculation to obtain a third rotation matrix; performing viewpoint decomposition on the video frameof the camera according to the third rotation matrix, and calculating a fourth rotation matrix; performing 3D rotation on the camera video frame according to the fourth rotation matrix, and reconstructing an anti-shake video, wherein smoothing processing is performed on the first rotation matrix, and calculation is performed to obtain a third rotation matrix, specifically, first smoothing is performed on the first rotation matrix to obtain a second rotation matrix; and calculating the third rotation matrix of the camera according to the limited smooth maximum amplitude. According to the invention, the attitude matrix of the camera is obtained through the gyroscope information of the camera, the smooth rotation matrix of the camera is calculated through smoothing processing, and the video is rotated, so that the self-adaptive smooth anti-shake effect of a camera lens is realized. In addition, the invention further discloses a device corresponding to the method, a computer readable storage medium and a terminal.

The invention discloses a method for simultaneously controlling multiple camera devices through a wearable device, which is applied to a wearable smart device and an intelligent mobile terminal with a camera function, and includes the following steps: The smart device establishes a communication link connection; S2, the main camera device establishes a wireless local area network with other smart mobile terminal camera devices; S3, establishes a mapping relationship table, and the mapping relationship table includes the key value command information of the wearable smart device and the main camera device Mapping relationship of functional applications; S4. The main camera device receives the key value instruction information sent by the wearable smart device, and controls other smart mobile terminal camera devices; S5. Other smart mobile terminal camera devices in the wireless network receive control command information and start corresponding function application. The invention conveniently and quickly realizes the function of one wearable device completing the command sharing and simultaneous control of multiple intelligent mobile terminal camera devices.

The invention provides a high-quality imaging double camera shooting and imaging device and method thereof. In a camera shooting process, high-quality images are obtained through matching of double cameras. The double cameras arranged on a portable device comprise a main camera and an auxiliary camera, the parameters of the double cameras are initialized first, when shooting is carried out, focusing and photometry are carried out on the main camera, photometry data are sent to a background control module, the background control module adjusts shooting parameters of the main shooting camera and the auxiliary shooting camera according to different image imaging requirements, the shooting parameters comprise sensitometry and shutter time, after the parameters are set, shutters are opened at the same time to shoot, the background control module obtains a main image from the main camera and obtain s an auxiliary image from the auxiliary camera, image synthesis and superposition processing are carried out according to the image imaging requirements aiming at the main image and the auxiliary image with different technical details, and a high-precision imaging effect with high anti-shake performance and a high tolerance level is achieved.

The present application discloses a camera device and electronic equipment. The camera device includes a housing, a camera module, a driving assembly and a flexible circuit board; at least part of the camera module is arranged in the housing; the driving module is arranged in the housing and can drive The camera module moves; at least part of the flexible circuit board is arranged in the casing and connected to the camera module, the flexible circuit board extends spirally between the camera module and the inner bottom wall of the casing, and at least part of the flexible circuit board There is a gap between two adjacent turns. In the embodiment of the present application, the camera module is flexibly supported by the spiral-shaped flexible circuit board, so as to ensure that the force of the camera module is balanced, and the overall structure design of the camera device is simple, with few parts and components, and occupies a small space, which is conducive to the stacking of the whole machine. Design and miniaturization of products.