Abstract: The present invention relates to a monocular stereoscopic camera for capturing a stereoscopic image of an object, and the monocular stereoscopic camera according to the present invention has: a first imaging lens assembly; a half mirror for reflecting a portion of light rays which have passed through the first imaging lens assembly while allowing the remaining light rays to pass through; a first camera including a third imaging lens assembly for imaging the light rays which have been reflected by the half mirror; a second camera including a third imaging lens assembly for imaging the light rays which have passed through the half mirror; and a second imaging lens assembly arranged on an optical axis between the first imaging lens assembly and the half mirror or on an optical axis between the half mirror and the third imaging lens assembly.

Abstract: A monocular stereoscopic camera according to the present invention uses a macro lens capable of performing proximity expansion shooting as a third image formation lens assembly or a telephoto lens having, in combination with a second image formation lens assembly, the characteristics of a macro lens. Thus, the monocular stereoscopic camera has an advantage in that the camera can use various first image formation lens assemblies, reduce a vignetting phenomenon, reduce the entire length thereof, remove n adjustment parameter, which is repetitive and replaceable, from among parameters requiring adjustment of an optical axis, and distinguish a parameter to be adjusted during shooting and an adjustment parameter which may be fixed during shooting once after adjustment, from each other. Thus, the camera can be easily and simply manipulated and operated and has a simple structure.

Abstract: The present invention relates to a monocular stereoscopic camera for capturing a stereoscopic image of an object, and the monocular stereoscopic camera according to the present invention has a first imaging lens assembly; a half mirror for reflecting a portion of light rays which have passed through the first imaging lens assembly while allowing the remaining light rays to pass through; a first camera including a third imaging lens assembly for imaging the light rays which have been reflected by the half mirror; a second camera including a third imaging lens assembly for imaging the light rays which have passed through the half mirror; and a second imaging lens assembly arranged on an optical axis between the first imaging lens assembly and the half mirror or on an optical axis between the half mirror and the third imaging lens assembly.

Abstract: A monocular stereoscopic camera according to the present invention uses a macro lens capable of performing proximity expansion shooting as a third image formation lens assembly or a telephoto lens having, in combination with a second image formation lens assembly, the characteristics of a macro lens. Thus, the monocular stereoscopic camera has an advantage in that the camera can use various first image formation lens assemblies, reduce a vignetting phenomenon, reduce the entire length thereof, remove n adjustment parameter, which is repetitive and replaceable, from among parameters requiring adjustment of an optical axis, and distinguish a parameter to be adjusted during shooting and an adjustment parameter which may be fixed during shooting once after adjustment, from each other. Thus, the camera can be easily and simply manipulated and operated and has a simple structure.

Abstract: Disclosed is a monocular microscope for producing a 3D image of a target having fine size. The monocular microscope includes a first imaging lens assembly; a half mirror (H) reflecting some of beams passing through the first imaging lens assembly, and transmitting remaining thereof; a first camera including a third imaging lens assembly forming an image by using the beams reflected by the half mirror (H); and a second camera including an additional third imaging lens assembly forming an image by using the beams transmitted through the half mirror (H). The monocular microscope can produce the 3D image of the target that is very close to the monocular microscope.