Abstract

A digital stereo microscope imaging system comprises two cameras and two lenses, said lenses focused in a downward direction and the optical axes thereof meeting at a single point; and a main controller that provides two sensors a single initiate control signal for outputting image data and a single pixel reference clock signal. Left eye and right eye image data respectively outputted by the two sensors are sent through a synchronizer/synthesizer for synchronization and synthesis processing so as to produce aggregated image data to be input into the main controller for compression and coding, thereby creating RGB image data. The main controller inputs the RGB image data into a three-dimensional display converter, thereby producing image data having a display format that can be recognized by a three-dimensional display screen. With the present imaging system, the observation of objects does not require the use of optical lenses. Rather, by means of the synthesis of the synchronizer/synthesizer and the conversion of the three-dimensional display converter, the three-dimensional display screen allows the naked eye to view objects three-dimensionally.

IPC Classes  ?

• G02B 21/22 - Stereoscopic arrangements
• G03B 35/08 - Stereoscopic photography by simultaneous recording
• H04N 13/00 - Stereoscopic video systemsMulti-view video systemsDetails thereof

Abstract

A 360-degree automatic tracking hunting camera and an operation method thereof. The hunting camera comprises a processor (U1), n infrared sensors (2), a pick-up head and a rotating mechanism. The pick-up head is controlled by the processor (U1). The rotating mechanism is used for driving the pick-up head to rotate clockwise or anticlockwise. Each infrared sensor (2) corresponds to a different input port of the processor (U1). All the infrared sensors (2) are arranged circumferentially. The total visual range of the infrared sensors covers 360 degrees in the horizontal plane. Each infrared sensor (2) corresponds to a fixed shooting direction. The overlaid region of the visual ranges of adjacent infrared sensors (2) corresponds to a fixed shooting direction. All the overlaid regions form 2n fixed shooting directions. By employing the hunting camera, a moving target can be captured from 360 degrees and the set shooting directions contribute to simplifying the control method and prolonging the service life of the battery.

IPC Classes  ?

• G03B 19/00 - Cameras
• H04N 5/225 - Television cameras
• G01V 8/00 - Prospecting or detecting by optical means

Abstract

An automatic sensing and photographing camera used for outdoor monitoring is provided. It includes an optical camera system. The optical camera system includes a reflection cup for the first imaging, a viewfinder lens and an image sensor. The outside surface of the reflection cup reflects the light in the scope of the round 360 degree to the viewfinder lens, and the light reaching the viewfinder lens forms a secondary imaging in the imaging surface of the image sensor. The shooting scope of the camera is 360 degree, and it can obtain a full view field of image at a certain time point.

IPC Classes  ?

• G03B 17/58 - Attachments for converting cameras into reflex cameras
• G03B 15/05 - Combinations of cameras with electronic flash apparatusElectronic flash units

Abstract

A portable day and night double purpose night vision equipment circuit for working at day and night two kinds environment is provided, which includes an imaging circuit used to obtain images, an image decoding and displaying circuit used to decode a video signal from an image obtained by the imaging circuit and display the image, a power supply and main control circuit used to provide a qualified power supply and image signal channel for imaging circuit and image decoding and displaying circuit and control a variety of application functions of whole machine. The said imaging circuit is a CCD imaging circuit. The said image decoding and displaying circuit uses micro display and outputs a color image under a light and weak light environment. Using combination with CCD chips, obtaining image is ensured under an environment of presence of light. In addition, the night vision equipment has a built-in infrared light source, outputting color images under the presence of light and weak light and outputting black and white images in the plain black case. Under the environment of presence of light an observation distance is infinity, under the weak light the observation distance is greater than 600 meters and in the environment of plain black the observation distance is less than 250 meters.

IPC Classes  ?

• H04N 5/225 - Television cameras