Clip-on target designation sensor to night vision goggles
View Patent ↗A target engagement system includes a night vision goggle system operating within a predetermined wavelength band, and a laser module projecting light onto a target, where the light operates at a wavelength that is outside of the predetermined wavelength band. Also included is a receive system for receiving the light reflected from the target and converting the light into a wavelength within the predetermined wavelength band. In this manner, the receive system provides the converted light to the night vision goggle system, and the night vision goggle system amplifies the converted light for viewing by a user. The receive system includes a clip-on device for removably attaching the receive system between the target and the night vision goggle system. The receive system includes an up-converting phosphor layer for up-converting the received light into a wavelength detectable by the night vision goggle system.
1. A target engagement system comprising:
a night vision goggle system including a microchannel plate (MCP) for amplification operating within a wavelength band,
a laser module for projecting light onto a target, the light operating at a wavelength outside of the wavelength band, and
a receive system for receiving the light reflected from the target and converting the light into a wavelength within the wavelength band,
wherein the receive system provides the converted light to the MCP, and the MCP amplifies the converted light for viewing by a user; and
the receive system includes a clip-on device for removably attaching the receive system directly on the night vision goggle system.
2. The target engagement system of claim 1 wherein
the receive system is configured to up-convert the received light into a wavelength detectable by the night vision goggle system.
3. The target engagement system of claim 1 wherein
the light operates at a short wave infrared (SWIR) wavelength.
4. The target engagement system of claim 1 wherein
the light operates at a wavelength shorter than 400 nanometers.
5. The target engagement system of claim 1 wherein
the receive system includes an up-converting phosphor layer for up-converting the received light into a wavelength detectable by the night vision goggle system.
6. The target engagement system of claim 5 wherein
the receive system includes a relay objective, a fold mirror and an insertion beam combiner for relaying the received light to the night vision goggle system.
7. The target engagement system of claim 6 wherein the insertion beam combiner is configured to:
receive the up-converted light from the relay objective and the fold mirror,
receive another light directly reflected from the target, and
transmit both, the up-converted light and the other light, to the night vision goggle system.
8. The target engagement system of claim 1 wherein
the laser module is configured to operate at a wavelength greater than 950 nanometers, and
the night vision goggle system is configured to operate at a wavelength of less than 950 nanometers.
9. The target engagement system of claim 1 wherein the receive system includes
an up-converting phosphor layer for up-converting the received light into a wavelength detectable by the night vision goggle system, and
a light emitting diode (LED) for pumping the up-converted light for increased efficiency.
10. The target engagement system of claim 1 wherein the receive system includes
a fiber optic bundle for relaying the converted light directly into the night vision goggle system.
11. The target engagement system of claim 1 wherein
the light reflected from the target is invisible to the user, and
the converted light is visible to the user.
12. A target engagement system comprising:
a night vision goggle system including an MCP for amplification operating within a wavelength band,
a laser module, boresighted to a weapon system, for projecting light onto a target, the light operating at a wavelength outside of the wavelength band detectable by the night vision goggle system, and
a receive system for receiving light reflected from the target and converting the light into a wavelength within the wavelength band,
wherein the receive system sends the converted light to the MCP, and
the MCP amplifies the converted light for viewing by a user.
13. The target engagement system of claim 12 wherein the receive system includes
an up-converting phosphor layer for up-converting the received light into a wavelength detectable by the night vision goggle system, and
a fold mirror and an insertion beam combiner for relaying the up-converted light to the night vision goggle system.
14. The target engagement system of claim 12 wherein
the laser module is configured to operate at a wavelength greater than 950 nanometers, and
the night vision goggle system is configured to operate at a wavelength less than 950 nanometers.
15. The target engagement system of claim 12 wherein the receive system includes
an up-converting phosphor layer for up-converting the received light into a wavelength detectable by the night vision goggle system, and
a light emitting diode (LED) for pumping the up-converted light for increased efficiency.
16. The target engagement system of claim 12 wherein the receive system includes
a fiber optic bundle for relaying the converted light directly into the night vision goggle system.
17. The target engagement system of claim 12 wherein
the light reflected from the target is invisible to the user, and
the converted light is visible to the user.
18. The target engagement system of claim 12 wherein
the light operates at a wavelength shorter than 400 nanometers.
19. A target engagement system comprising:
an optical system including an amplifier operating within a wavelength band for amplifying a first light received from a target,
a laser module for projecting a second light onto the target, the second light operating at a wavelength outside of the wavelength band, and
a receive system for receiving the second light reflected from the target and converting the second light into a wavelength within the wavelength band to form a converted light,
wherein the receive system provides the converted light to the amplifier of the optical system, and
the amplifier amplifies both the first light and the converted light for viewing by a user.
20. The target engagement system of claim 19 wherein
the receive system is configured to up-convert the received light into a wavelength detectable by the optical system.
21. The target engagement system of claim 19 wherein
the light operates at a short wave infrared (SWIR) wavelength.
22. The target engagement system of claim 19 wherein
the light operates at a wavelength shorter than 400 nanometers.