Abstract: The disclosure relates to a viewing optic. In one embodiment, the disclosure relates to a display system for a viewing optic. In one embodiment, the disclosure relates to a viewing optic having a display system with multiple active displays for generating images that are projected into a first focal plane of an optical system. In one embodiment, the disclosure relates to a viewing optic with an active display and a round counter system.

Abstract: Reflex type sights for firearms engineered to possess advanced tactical abilities as well as various accessories including rotatable smart device mounts that provide the user with the abilities to view target image in the screen of the smart device from any position user could position himself in relation to firearm, as well as, other accessories that provide abilities such as rotatable camera sights that provide the user with their target image at a full 360 degree radius as well, that lock back into their perfectly sighted-in position when locked back into their parallel position to weapon's rail, as well as other accessories providing additional tactical abilities, such as becoming integral to other accessories that include additional cameras and viewing screens that provide the user with a surveilled image, behind the user at the same time. This, as well as, other types of reflex type camera sights with multiple secondary abilities and advanced sighting abilities.

Abstract: Systems and methods for measuring the distance to a target object and acquiring three-dimensional coordinates, scale information, and point-to-point distance information for that target object in an environment using a remotely operated cable-suspended platform. The system uses on-board sensors and processing techniques to provide discrete or continuous measurements of the distances between points on a target object or the scale of the target object. The addition of on-board three-dimensional measurement capabilities to cable-suspended platforms enables these systems to acquire three-dimensional position data defined in the coordinate system of the environment, determine distances between objects or between points on the same object. The system can also be used to determine the scale factors of items in images captured by a camera carried by the cable-suspended platform, in the course of performing metrology-related tasks.

Abstract: A sighting system including a sighting axis which passes through one or more sighting elements each disposed at an angle to the sighting axis and which include coating comprising a plurality of layers which increase transmission of incident light along the sighting axis.

Abstract: An optical apparatus includes a main body, a reflecting object lens pivotally connected to the main body and a cover pivotally connected to the reflecting object lens. The reflecting object lens is rotatable with respect to the main body within a first angle, and the cover is rotatable with respect to the reflecting object lens within a second angle.

Abstract: A photoluminescent capsule illuminator for a sighting device. The photoluminescent illuminator includes an elongated phosphor housing having sidewalls and a base. The photoluminescent illuminator includes phosphors in a granular form disposed inside the phosphor housing. The photoluminescent illuminator includes a cap sealing the phosphors in the phosphor housing. The phosphor housing is disposed in relation to a body of the sighting device such that photoluminescent light emitted from the phosphors exits the phosphor housing and identifies a location of a sight on the sighting device.

Abstract: A target spotting device incorporating target acquisition improvements using patterned dichroic coatings wherein a color is assigned to an individual Bullet Drop Compensation reticle and/or other reticle elements to improve the observer's rate of target acquisition is disclosed. These dichroic patterns coatings can also be used individually or with etch and fill, chrome, anti-reflective chrome or holographic reticle elements. Patterned dichroics coatings can be incorporated into both 1st or 2nd focal plane reticle locations.

Abstract: An optical sight device includes a housing, a display panel and a reflecting element. The reflecting element is disposed in the housing. The reflecting element is disposed along an optical path defined from a point of an observer looking through the housing to the display panel. The reflecting element is provided between the observer and the display panel.

Abstract: A reflex sight with multiple aiming marks has a body having a forward end extending in forward direction and an opposed rearward end extending in a rearward direction, a first optical element having a first concave surface facing in the rearward direction, the first concave surface having a first focal point, a second optical element having a second concave surface facing in the rearward direction, the second concave surface having a second focal point, a first emitter proximate the first focal point and spaced apart from the second focal point, a second emitter proximate the second focal point and spaced apart from the first focal point, and the first optical element being forward of the second optical element. The first and second emitters may both be rearward of the first and second optical elements. The second emitter may be spaced apart rearwardly from the first emitter.

Abstract: A photoluminescent capsule illuminator for a sighting device. The photoluminescent illuminator includes an elongated phosphor housing having sidewalls and a base. The photoluminescent illuminator includes phosphors in a granular form disposed inside the phosphor housing. The photoluminescent illuminator includes a cap sealing the phosphors in the phosphor housing. The phosphor housing is disposed in relation to a body of the sighting device such that photoluminescent light emitted from the phosphors exits the phosphor housing and identifies a location of a sight on the sighting device.

Abstract: A system and method for introducing a display image into an afocal optics device through an objective lens and without using a beamsplitter. A display device emits the image in a first direction, a focusing lens focuses the image, and a first reflector redirects the image in a second direction. A second reflector redirects the image through a periphery of the lens so that both the image and gathered light received from a target appears on the same focal plane such that the image appears to a user to be located between the lens and the target. The periphery of the objective lens may be a distance which is no more than 30% of a diameter of the lens from an edge of the lens. If the optics device is a rifle scope, the image may communicate such relevant information as range, inclination, wind direction or velocity, or temperature.

Abstract: An exemplary dot sight device includes a sight body, an illumination unit, an optical system, first, second and third movement blocks, and first, second and third adjustors. The first, second and third movement blocks are disposed in the sight body. The first adjustor is coupled to the first movement block and operable to cause the first movement block to move thereby causing the illumination unit to be displaced along a first axial direction. The second adjustor is coupled to the second movement block and operable to cause the second movement block to move thereby causing the illumination unit to be displaced along a second axial direction different than the first axial direction. The third adjustor is coupled to the third movement block and operable to cause the third movement block to move thereby causing the illumination unit to be displaced along the second axial direction.

Abstract: A sighting device, including an optical element having a concave reflection surface and an aiming light source and forming in a visual field frame, comprises a main-body housing section that houses the optical element and the aiming light source and has an opening on an upper surface side, a cover member that covers the upper surface side of the main-body housing section, and a link mechanism that couples the main-body housing section and the cover member and moves the cover member with respect to the main-body housing section. The cover member is moved by the link mechanism between a closed position where the cover member covers the opening of the main-body housing section and an open position where the cover member is disposed in a position separated from the opening of the main-body housing section and forms an optical path of the aiming light.

Abstract: A direct view telescopic sight includes objective lens, eyepiece, and prism erector assemblies. The objective lens assembly is mounted to receive light of an image from an object direction and direct the light along an optical path. The eyepiece assembly is mounted to receive the light along the optical path and to emit the light of the image along an eye-ward direction. The prism erector assembly is positioned between the objective lens and eyepiece assemblies and includes first and second prism elements through which the optical path passes. The first and second prism elements invert the image. A reticle element is disposed on or adjacent to a surface of one of the first or second prism elements to combine a reticle on the image. The image is brought into focus at only a single focal plane between the objective lens and eyepiece assemblies at a given time.

Abstract: A sight module for a firearm having a barrel axis includes a base for detachably attaching onto the firearm, a first optic upwardly extended from the base to define a first sight axis parallel to the barrel axis of the firearm, and a second optic sidewardly extended from the first optic to define a second sight axis parallel to the barrel axis of the firearm and orientated at an offset angle with respect to the first sight axis, wherein a distance between the first sight axis and the barrel axis equals to a distance between the second sight axis and the barrel axis. Therefore, a user is able to maintain the same cheek weld on the firearm stock to view one of the first and second optics in order to quickly switch between the first and second optics by simply rotating the firearm.

Abstract: Low profile folding front and rear firearm sights are disclosed. The firearm sights can be assemblies including a base, an arm, and a sight attached to the arm. The sight assemblies can also include a spring-loaded pivot pin configured to pivotally couple the arm to the base. The sight assemblies can also include a linking pin connecting the pivot and the arm. The linking pin may be inserted into the pivot pin, such that a longitudinal axis of the linking pin intersects a rotational axis of the pivot pin. The sight assemblies can also include a bushing that includes one or more slots (e.g., locking slots and/or detent slots) and is non-permanently attached to the base. The spring-loaded pivot pin can force the linking pin into the at least one bushing slot when the arm is in a deployed and/or folded (stowed) position.

Abstract: A combination sight comprises a magnifying optical sight and a non-magnifying optical sight arranged in parallel. The combination sight is characterized in a switchable component capable of assuming two states so as to deflect a beam path through the combination sight, wherein the first state allows for a user to observe a target through the non-magnifying sight and the second state allows for a user to observe a target through the magnifying sight while keeping an aiming eye static.

Abstract: A fire-control system including a housing and a light channel, through which a user may directly observe a target and receive visually displayed information simultaneously. The light channel includes partially reflective optics. The fire-control system also includes a light source for visualization of a reticle to the user via the partially reflective optics and means for receiving a measure of the distance to the target. The fire-control system further includes a processor for determining the adequate position of the reticle based on the distance to the target and for controlling the light source to emit light so that the reticle is visualized at the adequate position. The light source is an array capable of selectively emitting light in well-defined locations on its surface.

Abstract: A weapon sighting system for gathering ambient or generated light and projecting a fixed or adjustable ballistic reticule image for targeting. The system includes a partially reflective, zero parallax, optical lens assembly, an illuminating reticule projection component, and an adjustable bracket fixed to the weapon being sighted. The bracket supports the lens assembly at one end and the projection component at an opposing end. The projection component is aligned to project a light image onto the lens assembly to be reflected back into the target sightline. The projection component gathers ambient (or generated) light through polymer acrylic solid materials and/or fiber optics, and directs the light through a fixed or adjustable mask. The movement of the weapon effects a corresponding movement in the angle of reflection through the optics of the sighting system. An adjustable mask allows the projected image to change to accommodate near and distant targets.

Abstract: A system for aligning a simulator arranged for firing a mounted on a weapon. The simulator has a radiation source arranged so as to emit a beam along a simulation axis, and for adjusting the simulation axis so that it is aligned with the weapon sight. The system includes a sighting mark at which the weapon sight is to be aimed during alignment, and a device arranged in connection with the sighting mark to emit beam along an axis representing an aligned simulation axis. The system further includes an aligning unit that is deployable at the simulator and in which at least a first part of the beam from the element is reflected along an axis representing the current position of the simulation axis.

Abstract: A reflex sight is provided, including a first lens module, a first light source, and a second light source. The first light source projects a first reticle image to the first lens module, and the first lens module reflects the first reticle image to a viewer. When the first light source is inactive, the second light source projects a second reticle image to the first lens module, and the first lens module reflects the second reticle image to the viewer.

Abstract: A multipurpose sighting device includes a viewing window, an illuminated display, a beam combiner positioned to transmit light from a target scene and reflect light from the illuminated display through the viewing window, and projection optics having a plurality of optical elements to direct light from the display toward the beam combiner, the projection optics projecting an image of the display through the viewing window at a distance to be in focus with the target scene.

Abstract: A reflex sight is provided, including a first lens module, a first light source, and a second light source. The first light source projects a first reticle image to the first lens module, and the first lens module reflects the first reticle image to a viewer. When the first light source is inactive, the second light source projects a second reticle image to the first lens module, and the first lens module reflects the second reticle image to the viewer.

Abstract: The invention is directed to a coaxially arranged, off-axis optical system for a sighting device or aiming device. It is the object of the invention to provide a possibility for constructing an optical system in such a way that the typical disadvantage with respect to the tightness of a sighting device in an open-type construction is overcome and a good flattening of the image field is achieved in addition to the high optical imaging quality of the aiming mark. According to the invention, by means of a coaxially arranged, off-axis optical system for a sighting device or aiming device comprising a lens group, wherein the lens facing the target object is constructed as a converging meniscus and the lens facing the eye is constructed as a diverging meniscus, with a dichroic reflector and an embodiment for the aiming mark, the above-stated object is met in that a correction lens with positive refractive power is arranged at a distance of less than 0.

Abstract: A reflex sight (10) comprises a housing (20) fitted with a proximal aperture (21) and a distal aperture (22) along an optics axis (A). It further includes a projection unit (40) reproducing the light generated by a light source (50) as a target mark (Z), and a feed optics (60) feeding the target mark (Z) reproduced by the projection unit (40) into the beam along the optic axis (A). To preclude the target mark (Z) from being visible to the sighted object, the invention provides that at least one implementing means (61, 62) of the invention be used whereby the target mark (Z) reproduced by the projection unit (40) substantially shall be visible only from the proximal aperture (21). The implementing means (61, 62) of the invention may be a polarizing beam splitting layer (61) designed as an interface layer (65) between two prisms (63, 64).

Abstract: A visual aid is used by a pilot in an aircraft to position himself in the cockpit by an axial movement, called movement along the X axis, in an aircraft reference coordinate system, and by a vertical movement, called movement along the Z axis, in the aircraft reference system. The visual aid comprises two geometric shapes (3, 4), separated in space and designed to be visually aligned by the pilot; these shapes have the characteristic that each has a visual reference (31, 41) on its surface, approximately in the same horizontal plane perpendicular to the vertical XZ plane.

Abstract: The invention is directed to a coaxially arranged, off-axis optical system for a sighting device or aiming device. It is the object of the invention to provide a possibility for constructing an optical system in such a way that the typical disadvantage with respect to the tightness of a sighting device in an open-type construction is overcome and a good flattening of the image field is achieved in addition to the high optical imaging quality of the aiming mark. According to the invention, by means of a coaxially arranged, off-axis optical system for a sighting device or aiming device comprising a lens group, wherein the lens facing the target object is constructed as a converging meniscus and the lens facing the eye is constructed as a diverging meniscus, with a dichroic reflector and an embodiment for the aiming mark, the above-stated object is met in that a correction lens with positive refractive power is arranged at a distance of less than 0.

Abstract: A reflex sight (10) comprises a housing (20) fitted with a proximal aperture (21) and a distal aperture (22) along an optics axis (A). It further includes a projection unit (40) reproducing the light generated by a light source (50) as a target mark (Z), and a feed optics (60) feeding the target mark (Z) reproduced by the projection unit (40) into the beam along the optic axis (A). To preclude the target mark (Z) from being visible to the sighted object, the invention provides that at least one implementing means (61, 62) of the invention be used whereby the target mark (Z) reproduced by the projection unit (40) substantially shall be visible only from the proximal aperture (21). The implementing means (61, 62) of the invention may be a polarizing beam splitting layer (61) designed as an interface layer (65) between two prisms (63, 64).

Abstract: A first method determines a position of a point of interest on a target object surface in a target object coordinate system using orientation and distance measurements of a pointing instrument in an instrument coordinate system. A second method determines an orientation of a pointing instrument in an instrument coordinate system for the instrument to be aligned with a point of interest on a target object surface having a target object coordinate system, wherein a position of the point of interest in the target object coordinate system is known. A third method controls orientation of a laser beam of a laser in an instrument coordinate system for the laser beam to trace an image on a target object surface having a target object coordinate system, wherein positions of points for the image on the surface of the target object in the target object coordinate system are known.

Abstract: A scope is disclosed as including a display to display a plurality of reticle-patterns, means for selecting one of the reticle-patterns to be displayed by the display, and an optical prism for projecting the displayed reticle-pattern onto a piece of lens viewable by a user.

Abstract: A plurality of position data are input, which indicate the position of an observation target defined in a three-dimensional space, on its three-dimensional image, which is viewed from a predetermined view point along a predetermined line-of-sight direction. A curved cross-section in the line-of-sight direction is calculated from the plurality of position data and line-of-sight data including the predetermined view point and the predetermined line-of-sight direction. A projection image is generated by projecting the three-dimensional image on the calculated curved cross-section onto a projection surface along the line-of-sight direction. The projection image is then displayed.

Abstract: A reticle illumination system. The novel system includes a first light source adapted to output light toward a target surface and a material having a predetermined index of refraction disposed between the first light source and the target surface for coupling light from the first light source to the target surface. In an illustrative embodiment, the material is a glue or epoxy having an index of refraction matching that of the target surface, and the target surface is a prism surface upon which a reticle is disposed. The system also includes a second light source adapted to output light into the material such that the light is reflected and scattered off of an exit end of the fiber, and/or off of scattering centers distributed throughout the material, towards the target surface.

Abstract: An optical sight has an optical train defining an optical path and having at least one optical element. The optical train includes as an optical element a reticle having a reticle pattern defined by a quantum-dot light emitter that is excited by light of an excitation wavelength and emits light in a visible wavelength, and a light source producing an output light of the excitation wavelength positioned to direct the output light to be incident upon the quantum-dot light emitter.

Abstract: An optical sight includes an optical train having an optical path therethrough, an entrance, and an exit. A reticle is visible through the exit of the optical path. An unpowered reticle illumination source has a first light source that illuminates the reticle responsive to the level of ambient light, and a second light source that illuminates the reticle with an unpowered light source. The reticle illumination source preferably has a light filter positioned so that ambient light entering the ambient-light receiver is incident upon the light filter, whereupon the light filter transmits filtered light, a light-gathering prism that receives the filtered light and has a diffusing surface disposed to illuminate the reticle using the filtered light, and an unpowered light source positioned to emit light through the diffusing surface to be incident upon the reticle. The unpowered light source may be a tritium light source.

Abstract: A reflex sight includes a beam combiner having high light-transmissivity with respect to one part of the visible spectrum to permit viewing a target field along a first optical axis of the beam combiner, and high light-reflectivity with respect to another part of the visible spectrum to permit viewing an aiming-mark superimposed on the target field when projected through the beam combiner along a second optical axis; and an aiming-mark projector for projecting the aiming-mark along the second optical axis of the beam combiner for viewing as a superimposition on the target field when viewed along the first optical axis. The aiming-mark projector includes an aiming-mark device effective, when illuminated, to project the aiming-mark along the second optical axis of the beam combiner; and a powered light source including a power supply for energizing the light source.

Abstract: A reflection sight with at least one lens arranged on the object side and bearing a partially reflecting layer, wherein the lens bearing the partially reflecting layer is arranged perpendicular to the mid-axis of the reflection sight.

Abstract: An optical sight for a photocamera viewfinder or for an aiming device of a firearm comprises a combination of a light emitting diode (LED) with a plurality of reticle patterns applied onto the surface of the LED and selectively illuminated by connecting various portions of the reticle patterns to the source of electric power supply. The switching from one reticle pattern to another is carried out electrically without the use of moving parts of the reticles or reticle images. This ensures high accuracy in positioning of reticle elements with regard to each other, e.g., with regard to the front sight center of the partially transparent mirror, and hence, with regard to the ballistic trajectory of the bullet.

Abstract: A dot sighting device comprises a lens-shaped transparent objective element with convex and concave surfaces, the convex surface extending outwardly toward a target and the concave surface extending toward a user's eye. The concave surface has a first center of curvature lying on a baseline parallel to an optical axis of the element extending from a center of the element to the user's eye. The concave surface has a first radius from the first center of curvature to a center of the concave surface. The baseline and the first radius subtends an angle .theta. with each other. The convex surface has a second center of curvature positioned eccentrically from the first center of curvature located in a plane containing the baseline and the first radius. The convex surface has a second radius extending from the second center of curvature to a center of the convex surface. A light source is disposed behind the element and directed toward the center of the concave surface such that a light flux makes an angle .theta.

Abstract: A red dot optical sight apparatus for a firearm having an optical element and a light emitting diode disposed at the focal point of the optical element, in which at least the optical element is pivotal between a lowered, inoperative position and a raised, operative position. The apparatus further includes spring biasing to assure that the optical element is in a precisely defined position when pivoted to the raised, operative position.

Abstract: An electronic light dot reticle sight (10) for a firearm has a concave surface lens (22) in a tubular lens housing (11) and an external LED (25) connected via a fiber optic (26) to generate a light point image viewable ahead of the concave surface. A tubular circuitry housing (32) joins lens housing (11) at right angles and has a light adjustment knob (58) which turns a printed circuit disk (42) against a contact (54) on an internal shoulder (39) to select a resistor connection (38, 46) to a spring-loaded common battery contact (49). A spring-loaded pin (73), passing through a recoil bar (70) having an arcuate projection (93) that fits within an arcuate recess (94), provides a shock-resistant connection between lens housing (11) and the firearm. Adjustment screws (31, 94) act at one end of bar (70) to set windage and elevation about the pivot.

Abstract: In a sighting device for small arms comprising a holder (1) which near its one end carries a light transmitting mirror (7) and at its other end--in the focus of said mirror--a first light source (14) will according to the invention be provided with a second light source (16) both sources being mounted in front of adjacent faces on a cube beam splitter (11) in such a way that light from both sources (14, 16) coaxially follow a common path, the said light sources (14, 16) being included in circuits which are alternatively activated.

Abstract: A parallax free sight has an optical element, preferably arranged at one end of an elongated light channel. A concave side thereof is parabolically shaped and provided with a partially reflecting layer, in the focal point of which is arranged a light emitting means. The element is moulded in one piece of a plastic material, preferably polycarbonate, and an opposite, convex side is elliptically or hyperbolically shaped, such that any light beam hitting it from the outside continues straight through it with minimal deviation.

Abstract: In a reflex luminous dot firearm sighting instrument that includes a housing having an objective end and an ocular end defining an optical axis, an LED and a battery and control circuit for the LED and a tilted reflecting window or lens in the housing having a reflective coating that reflects the LED light while transmitting target light so that the target viewed through the instrument has a luminous dot of LED light superimposed thereon, a contoured non-reflective surface is provided alongside the luminous dot light path between the LED and the tilted reflecting window or lens inside the instrument for blocking undesired reflections of LED light so that they do not reach the eye.

Abstract: An optical sight typically used in cooperation with a weapon is provided to include a light tube, that in turn further is provided with a blade member mounted to the light tube that includes a concave surface of mirror image reflective qualities directing light into the light tube for enhanced optical illumination through the sight arrangement.

Abstract: The improved day/night weapon sight comprises a red dot aiming portion having a light emitting diode, a combining mirror, and an apparatus for mounting the LED and the mirror on a weapon to produce a virtual image of the LED at an infinite distance in alignment with the bore sight of the weapon, and a removable night vision portion having an objective lens, an eyepiece, and an image intensification tube for intensifying a received image intermediate the objective lens and the eyepiece, wherein the virtual image is visible to the operator at night through the eyepiece, and the night vision portion is removed for use of the red dot aiming portion during the day.

Abstract: Provided is a dot sighting device with large caliber for binocular vision in which sighting can be performed rapidly and accurately by minimizing parallax. The dot sighting device is attached to and detached from a mount for a heavy machine gun. In addition, by using the dot sighting device with large caliber, a user can rapidly and accurately sight and fire a target by taking into consideration types and characteristics of the target and a distance to the target.

Abstract: Provided is a dot sighting device with large caliber for binocular vision in which sighting can be performed rapidly and accurately by minimizing parallax. The dot sighting device is attached to and detached from a mount for a heavy machine gun. In addition, by using the dot sighting device with large caliber, a user can rapidly and accurately sight and fire a target by taking into consideration types and characteristics of the target and a distance to the target.

Abstract: Provided is a dot sighting device with large caliber for binocular vision in which sighting can be performed rapidly and accurately by minimizing parallax. The dot sighting device is attached to and detached from a mount for a heavy machine gun. In addition, by using the dot sighting device with large caliber, a user can rapidly and accurately sight and fire a target by taking into consideration types and characteristics of the target and a distance to the target.

Abstract: Provided is a dot sighting device with large caliber for binocular vision in which sighting can be performed rapidly and accurately by minimizing parallax. The dot sighting device is attached to and detached from a mount for a heavy machine gun. In addition, by using the dot sighting device with large caliber, a user can rapidly and accurately sight and fire a target by taking into consideration types and characteristics of the target and a distance to the target.

Abstract: Provided is a dot sighting device with large caliber for binocular vision in which sighting can be performed rapidly and accurately by minimizing parallax. The dot sighting device is attached to and detached from a mount for a heavy machine gun. In addition, by using the dot sighting device with large caliber, a user can rapidly and accurately sight and fire a target by taking into consideration types and characteristics of the target and a distance to the target.