Double-lens and optical-magnification-expansion zoom-lens camera and working method thereof

Abstract

The invention relates to a double-lens and optical-magnification-expansion zoom-lens camera. The camera comprises a fast-mounting base, an annular connecting part and a universal spherical shell component, wherein the universal spherical shell component comprises a first electric zoom lens, a second electric zoom lens, a first image sensor plate, a second image sensor plate, a network coding processing mainboard, an infrared lamp circuit board and a universal spherical shell sleeve; the first electric zoom lens is mounted on the first image sensor plate, the second electric zoom lens is mounted on the second image sensor plate, the first electric zoom lens is arranged right above the second electric zoom lens, the first electric zoom lens and the second electric zoom lens are in axial symmetry, the first image sensor plate and the second image sensor plate are connected to the network coding processing mainboard through cables, and the infrared lamp circuit board is connected to the network coding processing mainboard through a cable; the fast-mounting base is fixed on a ceiling or a wall, the universal spherical shell component is placed into the annular connecting part, and the annular connecting part is fixed to the fast-mounting base. The invention further discloses a working method of the double-lens and optical-magnification-expansion zoom-lens camera.

Description

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AI Technical Summary

Benefits of technology

This innovation improves an imaging system by combining multiple cameras with different focus lengths for better viewing from both indoor or outdoors environments while also providing automatic turn-on/off functionality when needed. Additionally, this new architecture allows for flexibility in setting up specific scenes based upon their own requirements such as temperature sensitivity or weather conditions. Overall, these improvements enhance the performance and usability of existing photography systems.

Problems solved by technology

This patented describes various challenges faced when trying to monitor videos on streets with limited space availability. Current solutions involve bulky and heavy imagery systems like digital still photography (DSM) cameras or electronic zoom lamps. These methods require significant investments but may result in insufficient detail resolution at certain points during recording. Additionally, current designs lack flexibility in selecting suitable materials based upon their own characteristics.

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