International Technologies (lasers) Ltd.

International Technologies (laser) Ltd.

Zeev Pniel

A vision assist assembly, is provide, for selectable positioning of a one eye vision device in front of an eye of a wearer. The vision assist assembly includes a head cover mounting element for mounting on a head cover, such as a helmet and a positioning element having a proximal end portion and a distal end portion being directly or indirectly connected to the head cover mounting element via the proximal end portion. The positioning element includes an extended arm having a shaft being connected to, or integrally formed with, the distal portion. The shaft serves for mounting thereon the one eye vision device. The arm being capable of rotational movement with respect to the head cover mounting element in front of, and sideways, across the face of the wearer, such that when the head cover mounting element is mounted at a central location of the head cover, the one eye vision device is positionable in front of an eye of the wearer while, at the same time, the shaft is positioned external to the interpupillary distance of the wearer.

Vision assist assembly for a single eye vision device

An autonomous helicopter blade end lighting device including a light source being connectable to a helicopter blade end, and a power source being connectable to the helicopter blade end for providing the light source with power for operation.

Autonomous helicopter blade end lighting device

A dry zeroing assembly is provided for zeroing a gun-sight implemented on a gun having a barrel. The dry zeroing assembly includes (a) a housing defining a first optical path and a second optical path, the first optical path being for zeroing a laser pointer and the second optical path being for zeroing an eye gun-sight; (b) an objective lens assembly being engaged by the housing; (c) a beam splitter being engaged by the housing, the beam splitter being for directing a laser beam of the laser pointer arriving through the objective lens assembly to the first optical axis; (d) a filter being engaged by the housing in the first optical path, the filter allowing passage of a wavelength corresponding to a wavelength of a laser beam of the laser pointer; (e) a first light diffuser screen including a first reticle, the first light diffuser screen being engaged by the housing in the first optical path; (f) an eye piece assembly being engaged by the housing in the first optical path; (g) a second light diffuser screen including a second reticle, the second light diffuser screen being engaged by the housing in the second optical path, the housing being formed with an opening for allowing surrounding light to enter the second optical path for lighting the second reticle, the beam splitter further being for directing light from the second reticle, along the second optical path and through the objective lens assembly out of the housing; such that (i) when the first optical path parallels the barrel and further when the laser beam is fired from the laser pointer and enters the zeroing assembly via the objective lens assembly the laser beam focuses on the first light diffuser screen to form a laser spot thereon, so as to allow a user to adjust the position of the laser pointer, so as to align the laser beam with the barrel, by zeroing the laser spot with respect to the first reticle; and further such that (ii) when the second optical path parallels the barrel and further when the second reticle is viewed via the eye gun-sight, the eye gun-sight is zeroable with respect to the second reticle, to thereby ascertain that the eye gun-sight is zeroed.

Gun-sight dry zeroing assembly

A single eye vision device includes a head mount, a vision assist assembly mounted on the head mount for selectable positioning in front of an eye of a wearer and single lever operated positioning apparatus for positioning of the vision assist assembly on the head mount.

Growing community of inventors

Petach Tikva, Israel

Zeev Pniel