Abstract: A helmet mount for a night vision device is provided having means to attached to headgear, such as a helmet, wherein the mount is rotatable between a use position and a stowed position about an axis that is substantially parallel to the attachment means. In one embodiment, a position adjustment assembly comprises a rotary plate, a helmet block rotationally coupled to the rotary plate and a spring-biased ball and socket system located between the helmet bock and rotary plate. In another embodiment, a tilt adjustment assembly may include a gear system wherein rotation of a lever produces rotation of a night vision device relative to a user's eyes.

Abstract: A shroud plate for headgear is provided that may comprise a shell, an insert, a lock, a release mechanism wherein the shell extends around at least a portion of the insert has a smooth surface with rounded edges and corners and is shaped to match the contour of the headgear, and at least one attachment point wherein the attachment point is laterally movable within a restricted area. Further, the shroud plate may be attachable to headgear at a single attachment point and may be given rotational stability by an elevated ridge or a plurality of legs which may extend over or wrap around an edge of the headgear.

Abstract: The present invention provides for a magnet module adapted for use in an automatic shutdown assembly of a flip-up helmet mount for a night vision device, the magnet module comprising a vertically angled cavity with a substantially L-shaped profile, the cavity including a use end and a stowed end substantially opposite the use end and a bar magnet slidably received within the cavity and movable between the use end and the stowed end.

Abstract: A helmet mount for a night vision device is provided having means to attached to headgear, such as a helmet, wherein the mount is rotatable between a use position and a stowed position about an axis that is substantially parallel to the attachment means. In one embodiment, a position adjustment assembly comprises a rotary plate, a helmet block rotationally coupled to the rotary plate and a spring-biased ball and socket system located between the helmet bock and rotary plate. In another embodiment, a tilt adjustment assembly may include a gear system wherein rotation of a lever produces rotation of a night vision device relative to a user's eyes.

Abstract: The present invention provides for a shroud plate for headgear comprising a shell, an insert, a lock and a release mechanism wherein the shell extends around at least a portion of the insert has a smooth surface with rounded edges and corners and is shaped to match the contour of the headgear. Further, the insert is adapted to receive a lock plate, the lock is adapted to secure the lock plate to the insert, and the release mechanism allows for removal of the lock plate from the insert.

Abstract: A flip-up helmet mount for a night vision device with a goggle horn for attachment to the helmet mount is disclosed. The flip-up helmet mount includes an adjustable socket assembly for mounting goggle horns with varying dimensions therein, and an improved automatic shutdown assembly that provides for reliable shutdown of the night vision device when not operational. Additionally, the flip-up helmet mount includes a position adjustment assembly for adjusting the position of the night vision device between a use and a stowed position, a tilt adjustment assembly for adjusting the tilt angle of the night vision device relative to a user's eyes, and a focal adjustment assembly for adjusting the focus or location of the night vision device relative to the user's eyes. The assemblies provided for position, tilt, and focus adjustment all permit one-handed adjustment of these features of the flip-up helmet mount.

Abstract: A helmet mount for a night vision device with a goggle horn for attachment to the helmet mount is disclosed. The helmet mount includes an adjustable socket assembly for mounting goggle horns with varying dimensions therein, and a break away latch assembly in the lower socket that allows a goggle horn to be removed if a certain predetermined force is applied to the night vision device. Additionally, the helmet mount includes a vertical adjustment system for changing the vertical position of the night vision device relative to the user's eyes. The vertical movement can be achieved by either a rack/pin system or a gear drive system. Also provided is a locking mechanism that allows the night vision device to be easily changed from the stowed or in use position by compressing an activation button that disengages the locking mechanism and allows the night vision to be flipped up or down.

Abstract: A flip-up helmet mount for a night vision device is disclosed. The flip-up helmet mount includes a position adjustment assembly for adjusting the position of the night vision device between a use and a stowed position, a tilt adjustment assembly for adjusting the tilt angle of the night vision device relative to a user's eyes, and a focal adjustment assembly for adjusting the focus or location of the night vision device relative to the user's eyes. The assemblies provided for position, tilt, and focus adjustment all permit one-handed adjustment of these features of the flip-up helmet mount. Additionally, the flip-up helmet mount includes an improved automatic shutdown assembly that provides reliable shutdown of the night vision device when not in the use position.