3results about How to "Reduce focusing time" patented technology

The application discloses a driving motor, a camera module and an electronic device, and belongs to the technical field of camera modules. The driving motor comprises a shell, a carrier, a magnetic piece and a coil assembly. The carrier is located in the shell and is used for carrying a lens. The magnetic piece is connected with the carrier. The coil assembly is connected with the shell. The coil assembly comprises a first coil and a second coil. When the coil assembly is in a first energization state, the first coil and the second coil generate electromagnetic forces of the same direction on the magnetic piece, so that the magnetic piece drives the carrier to move. When the coil assembly is in a second energization state, the first coil and the second coil generate electromagnetic forces of opposite directions on the magnetic piece.

This application discloses a portable autofocus hyperspectral imaging system and method. The system includes a spectral data acquisition module, a spectral analysis module, a displacement platform, an inertial measurement module, and a control module. The spectral data acquisition module includes an adjustable focus lens, a beam splitter, a first collimating lens group, and an image sensor. The spectral analysis module is equipped with an electronic shutter, a slit, a second collimating lens group, a grating, a third collimating lens group, and an imaging element along the optical path. The displacement platform drives the spectral analysis module to perform internal scanning motion. The control module executes the autofocus algorithm, automatic exposure control, and multi-source data fusion and preprocessing. This application can improve focusing accuracy and spatial registration accuracy of spectral data in complex depth-of-field scenes, intelligently and adaptively adjust exposure parameters, compensate for geometric distortion, support unattended continuous operation, reduce the cost of ineffective operations, and improve the reliability and usability of hyperspectral data.

This utility model relates to a focusing device for a lidar emitter plate, comprising a lidar emitter clamping module for clamping and moving the emitter plate. Below the lidar emitter clamping module is a glue removal-power supply module, which supplies power to the emitter plate, periodically removes residual glue from the dispensing needle, and provides calibration for the dispensing needle. Above the lidar emitter clamping module is a UV dispensing three-axis module, used for dispensing glue and UV curing on the emitter plate. One side of the UV dispensing three-axis module is a laser emission path module, used to guide and adjust the laser emission path. The other side of the UV dispensing three-axis module is equipped with a dispensing controller and a UV controller. This utility model solves the problem that both manual and semi-automatic focusing require multiple adjustments and verifications by operators, resulting in long focusing times and difficulty in meeting the needs of large-scale production.