Separable common aperture fusion binocular
A separable common aperture fusion binocular, including: a sensor unit, an ocular unit, and a control unit. The sensor unit includes: a fusion aperture, a laser range finder, and an infra-red illuminator. The ocular unit includes: at least one high-definition display and an ocular lens assembly for viewing data received from the sensor unit on the at least one high-definition display. The control unit provides functionality for control of the sensor unit and data display in the ocular unit.
1 . A separable common aperture fusion binocular, comprising:
a sensor unit, comprising:
a fusion aperture;
a laser range finder; and
an infra-red illuminator;
an ocular unit, comprising:
at least one high-definition display; and
a high-order polynomial ocular lens assembly for viewing data received from the sensor unit on the at least one high-definition display, wherein the ocular lens assembly automatically adjusts for interpupillary, diopter, and distance to target values in a range of 56-76 mm, +/−4.0, and 6.0 m to infinity, respectively, without individual user adjustments; and
a control unit, wherein the control unit provides functionality for control of the sensor unit and data display in the ocular unit.
2 . The separable common aperture fusion binocular of claim 1 , wherein the sensor unit, the ocular unit, and the control unit are physically separated and operated using at least one of a hardlink or softlink.
3 . The separable common aperture fusion binocular of claim 1 , wherein the fusion aperture comprises a combination of visible and short-wave infra-red (SWIR) or long-wave infra-red (LWIR) sensors.
4 . The separable common aperture fusion binocular of claim 3 , wherein the sensor unit comprises an alignment laser aligned with the laser range finder and used to align the sensors associated with the fusion aperture.
5 . The separable common aperture fusion binocular of claim 1 , wherein the at least one hi-definition display comprises two high-definition displays.
6 . The separable common aperture fusion binocular of claim 1 , wherein the ocular unit provides augmented reality (AR) or virtual reality (VR) functionality with respect to the data received from the sensor unit.