TH2001006101A - Optics for direct aiming of the active reticle - Google Patents

Abstract

DEPCT64 Exposure is related to optical lenses. On the one hand, revelation involves Optical camera lens with integrated display system On the one hand, revelation involves Optical telescope with integrated display system for reproducing projected images in first focal plane of the optical system -------------------------------------------------- ---------

Claims (20)

DEPCT64 1. An optical device consisting of: (i) a main body containing an optical system for the visualization of the external screen along the optical axis for the vision and concentrator and (ii) the base portion, which is mounted to the bottom portion of the main body containing the active display. for the origination of images and materials Reflector for concentrating the generated image to the concentrator for superimposed vision in time. The same image of the generated image and the image of the external scene in the first focal plane of the optical system, the sensor for detecting the presence of the user and the processing unit to communicate with the sensor and capable of Controlling the power state of the optical lens device 2. Optical telescope of claim 1, where the beam concentrator is located between the units. The objective lens element of the main body and the first focal plane are aligned and spaced along the axis. optics for vision 3. Optics for vision of claim 1, where the beam concentrator is located under the knob for Elevation of the camera lens for approximate vision. 4. Optical telescope of claim 1, where the beam concentrator is located adjacent to the unit. Objective lens assembly as compared to the eyepiece assembly of a camera lens unit for vision. 5. Camera lens for vision of Claim 1, where the reflecting material is an angled mirror. 6. Camera lens for vision of Claim 5, where the glass is angled from about 40 degrees to about 50 degrees with respect to the light emitted by the display. 7. Camera lens for vision of Claim 5, where the glass is angled at approximately 45 degrees with respect to the light emitted by the display. 8. optical camera lens apparatus of claim 1, incorporating an optical system to collect light from the active display and having an inner lens cell and an outer lens cell. 9. Camera lens for vision of claim 1, where part of the side is the bottom of The main body has an opening for allowing the formed image of the base unit to enter the first focal plane. 10. Optical Camera Unit consisting of: a main unit incorporating (i) an optical system incorporating an objective lens system that focuses the target image from the external scene onto first focal plane, and (ii) a concentrator placed between the objective lens system and the first focal plane; and the base portion which is integrated into the bottom portion of the main unit which has (i) the active display forming image and lens systems that collect light from active displays; (ii) reflective materials aimed at the resulting image; up to the concentrator where the generated image and the target image from the objective lens system are concentrated into first focal plane for simultaneous superimposed visibility of the originated image and the image of the external scene, (iii) the sensor for detecting the presence of the user, and (iv) the processor in the communication with Sensors and capable of controlling the power state of the vision camera lens. 11. Optics for vision of claim 10, where the base is from 40% to 65% of the length of the main body. 12. Optics for vision of claim 10, where the optical system is a five-lens system. 13. Optics of claim 10, where the optical system has first lenses within 2 mm of the active display. 14. Optics for the vision of Claim 10, where the active display is selected. From a range that includes: Transmissive Active Matrix LCD (AMLCD), Organic Displays. Light Emitting Diode (OLED), Light Emitting Diode (LED) Display, e-Ink Display, Plasma Display, Segment Display, Display Electroluminescent, surface conduction electron-emitter display, and quantum dot display. 15. Optics for the vision of Claim 10, where the image is generated by the display. Active is selected from a group that includes: Text, Alphanumeric, Graphics, Symbols, Video, Icon, Active Reticle, Range Measurement, Wind Information, Information about GPS and compass, information about firearm tilt, target search, recognition and identification (ID) information, information about external sensors, temperature, pressure, humidity, real-time ballistics, and ballistics correction around Next, by detecting and tracking cycles around you during flight. 16. Optics for vision of claim 10, where the beam concentrator is located from 5 to 25 mm from the objective lens assembly. 17. Eyepiece apparatus comprising a main body with a vision optical system, an exterior screen and a base mounted to the bottom of the main body, the base with a display. result Active for image generation, where the generated image is integrated into the image of the external scene in the plane. One focus of the optical system, the sensor for detecting the presence of the user and the processing unit. Communicates with sensors and has the ability to control the power state of the optical camera. 18. Optics for the vision of Claim 17, where the image is generated by the display. Active is selected from a group that includes: Active Reticle, Firearm Inclination Information, Target Finding, Recognition and Identification (ID) Information, Real-time ballistic guidance, and next ballistic correction by detecting and tracking round-by-flight during flight. 19. Optics for the vision of Claim 17, where the image is generated by the display. Active is a real-time ballistic principle. 20. Optics for the vision of Claim 17, where the image is generated by the display. Active is to correct the ballistics by detecting and tracking around them around them during flight. -------------------------------------------------- ---------