42results about How to "Achieve zoom" patented technology

The invention discloses an all-weather telescope type laser distance measurement instrument which is characterized in that a power supply circuit is connected with a delay power failure circuit; the delay power failure circuit is connected with a voltage detection circuit, a main control circuit, a switching control circuit, an azimuth measurement circuit, an angle measurement circuit, a laser distance measurement module, a Beidou positioning circuit, a thermal imaging camera, a DSP (digital signal processor) image processing module, an SD (secure digital) card video recording module, a video recording and zooming control circuit, a lens zoom drive circuit, a video switching circuit and a binocular display respectively, and is used for supplying power; the voltage detection circuit, the main control circuit and the switching control circuit are connected in sequence; the azimuth measurement circuit, the angle measurement circuit, the laser distance measurement module, the Beidou positioning circuit and the DSP image processing module are connected with the switching control circuit respectively; the thermal imaging camera, the DSP image processing module and the SD card video recording module are connected in sequence; the video recording and zooming control circuit is connected with the lens zoom drive circuit and the SD card video recording module; the DSP image processing module and the SD card video recording module are connected with the video switching circuit respectively; the video switching circuit is connected with the binocular display. The laser distance measurement instrument has the characteristics of all-weather use, integration of functions of laser distance measurement, thermal imaging, Beidou positioning, video recording and the like, small size, good portability for carrying, and good simplicity for operation.

The embodiment of the invention relates to a lens system. The lens system comprises a substrate, an attached piece, transparent fluid and a pressure adjustor; the substrate and the attached piece arelenses with focal power and of gradational non-spherical shapes; and the attached piece can produce corresponding shape change along the change of the borne pressure; the substrate and the attached piece are connected by adopting a splicing way of hot-melting or optical gluing, or integrated and connected by adopting a molding in one technology; an enclosed cavity is formed between the substrate and the attached piece so as to adjust the volume of the transparent fluid; the pressure adjustor enables the volume of the transparent fluid in the enclosed cavity to change by changing the filling pressure of the transparent fluid, thereby enabling various surfaces of the lens system to deform; the optical characteristic is presented that the entire focal length is changed, and the zooming is realized; the lens system disclosed by the embodiment of the invention can be suitable for various optical instrument equipment so as to realize the zooming, the variation and like optical functions; theinstrument is small in volume, high in performance and low in cost.

The invention provides a camera module and an imaging method, and the camera module comprises a first variable-focus optical lens and a second variable-focus optical lens, and the focal lengths of the first variable-focus optical lens and the second variable-focus optical lens can be adjusted. Zooming and focusing of the camera module can be realized by adjusting the focal length of the first variable-focus optical lens and the focal length of the second variable-focus optical lens. Therefore, the distance between the lenses does not need to be adjusted to realize zooming and focusing of the camera module, so that the camera module can be miniaturized.