Abstract: A display system providing in a moving device operator's field of view all required visual information in form of the image projected into optical infinity, realized by using located in a moving device operator's helmet the autonomous optoelectronic system including the display module comprising: the light-emitting micro display, the collimating lens, the flat semitransparent reflector, fixed on the lens case and located in front of the a moving device operator's eye so that to observe the luminous informational image projected into optical infinity against the external situation background. Said reflector is movably mounted in two positions: working and distant from the face. The lens assembly including the micro display and bracket with the reflector is equipped with an adjustment bracket allowing to place it in front of right or left motorcyclist's eye. A camera and a photo sensor measuring the background brightness are mounted on the helmet body.

Abstract: A display system providing in the motorcyclist's field of view all required visual information in form of the image projected into optical infinity in traffic direction, realized by using located in the motorcyclist's helmet the autonomous optoelectronic system including the display module comprising: the light-emitting micro display, the collimating lens, the flat semitransparent reflector, fixed on the lens case and located in front of the motorcyclist's eye so that to observe the luminous informational image projected into optical infinity against the external situation picture background. Said reflector is movably mounted in two positions: working and distant from the face. The lens assembly including the micro display and bracket with the reflector is equipped with an adjustment bracket allowing to place it in front of right or left motorcyclist's eye. A camera and a photo sensor measuring the background brightness are mounted on the helmet body.

Abstract: A display system providing in the motorcyclist's field of view all required visual information in form of the image projected into optical infinity in traffic direction, realized by using located in the motorcyclist's helmet the autonomous optoelectronic system including the display module comprising: the light-emitting micro display, the collimating lens, the flat semitransparent reflector, fixed on the lens case and located in front of the motorcyclist's eye so that to observe the luminous informational image projected into optical infinity against the external situation picture background. Said reflector is movably mounted in two positions: working and distant from the face. The lens assembly including the micro display and bracket with the reflector is equipped with an adjustment bracket allowing to place it in front of right or left motorcyclist's eye. A camera and a photo sensor measuring the background brightness are mounted on the helmet body.

Abstract: The proposed display system providing in the motorcyclist's field of view all visual information needed for driving and maneuvering in form of the image projected into optical infinity in direction of the motorcycle travel so to watch the traffic situation the motorcyclist does not need to turn his head to the rear view mirrors with temporary interruption of eye contact with the road because of necessity of the visual apparatus readjusting, is realized by use of located in the motorcyclist's helmet the autonomous optoelectronic system including the display module with the programmable control unit forming in the motorcyclist's field of view the collimated image of sensors readings in the form of numbers and scales and also a TV image of rear hemisphere and the real-time picture according to GPS data: the connection between the equipment placed in the helmet and the motorcycle movement sensors. TV camera and GPS receiver is carried out using the Wi-Fi technology.

Abstract: HUD wherein increasing of full and instantaneous angular fields of view horizontal and vertical is achieved by using two or several unified sources of collimated image USCI arranged in horizontal plane, containing main and secondary optoelectronic channels each consisting of a display module forming a part of full primary image and axisymmetric collimating lens system with square shaped angular field of view provided with single optical combiner for viewing combined collimated image of primary information picture against outer space background consisting of three semitransparent reflectors, first and second installed mutually parallel above output lenses of USCI main channels, third reflector installed above output lenses of secondary channels with optical axes located between first and second reflectors and shifted related to first reflector at an angle under which operating beams of secondary channels pass through eyes box of operator.

Abstract: Method of horizontal widening of angular field of view of collimating optical system using several unified ax symmetric collimating optical systems spaced out horizontally with angular fields of view of rectangular shape with their boundaries oriented horizontally and vertically and their axes are turned horizontally relative to each other so that adjacent vertical boundaries of angular fields of view of neighboring systems coincide and full angular field of view of collimating optical system is sum of angular fields of view of unified optical systems included in it and to display total virtual information collimating optical system is conjugated with two-component combiner and primary image creators e.g. LCDs are located in focal planes of unified optical systems and wide-angle panoramic collimating optical system with horizontal field of view up to 360° can be build also.

Abstract: Method of horizontal widening of angular field of view of collimating optical system using several unified ax symmetric collimating optical systems spaced out horizontally with angular fields of view of rectangular shape with their boundaries oriented horizontally and vertically and their axes are turned horizontally relative to each other so that adjacent vertical boundaries of angular fields of view of neighboring systems coincide and full angular field of view of collimating optical system is sum of angular fields of view of unified optical systems included in it and to display total virtual information collimating optical system is conjugated with two-component combiner and primary image creators e.g. LCDs are located in focal planes of unified optical systems and wide-angle panoramic collimating optical system with horizontal field of view up to 360° can be build also.

Abstract: Method is proposed of angular coordinates determination for observer's head relative to three mutually perpendicular axes of fixed (or tied to an object) coordinate system OXYZ (angle of roll, azimuth, elevation angle) by use of measuring system based on light-sensitive sensor with collimating lens fixed relative to coordinate system and LED lasers installed on head-mounted module HMM. Measuring device registers angular coordinates of narrow pencils of rays formed by LED lasers and provides determination of observer's head angular coordinates in real-time. Three angles of HMM can be determined by proposed method while no less than two LED lasers are in lens field of view with angle ? of set value and direction included between their axes. To provide specified measurement range of observer's head angles exceeding lens field of view LED lasers matrix is installed on HMM containing LED lasers allocated in several horizontal and vertical lines.

Abstract: Method is proposed of angular coordinates determination for observer's head relative to three mutually perpendicular axes of fixed (or tied to an object) coordinate system OXYZ (angle of roll, azimuth, elevation angle) by use of measuring system based on light-sensitive sensor with collimating lens fixed relative to coordinate system and LED lasers installed on head-mounted module HMM. Measuring device registers angular coordinates of narrow pencils of rays formed by LED lasers and provides determination of observer's head angular coordinates in real-time. Three angles of HMM can be determined by proposed method while no less than two LED lasers are in lens field of view with angle ? of set value and direction included between their axes.

Abstract: The present invention relates generally to devices that are used to simulate a firearm recoil effect. It is a known fact that the recoil effect of a firearm directly influences quality of marksmanship of a shooter in areas including but not limited to target acquisition and re-acquisition, firing accuracy, psychological anticipation of a shot to be fired, proper grip of a weapon and more. The suggested device is used in a combination with training simulators to enhance the tactical functionality and by so increasing the quality of training. The recoil emulation device mounts on a barrel of any standard handheld firearm including but not limited to all types of machine guns and sniper rifles. It is then connected via a cable to an air compressor, which provides air pressure required to initiate a recoil emulation cycle. The recoil emulation device consists of a cylinder, which holds a metal ball, which travels throughout the cylinder and provides the impact required to cause an upward displacement of a weapon.

Abstract: Optoelectronic Display System for Transport Vehicles is suggested providing simultaneous representation of visual information of different form and content relating to parameters of driving on windscreen and at dashboard plane. To form said visual information unified image creator based on two LCD matrixes is used and image intended for representation on windscreen in collimated form is created on their upper parts and on lower parts—for representation at dashboard plane. To improve operate reliability the system is provided with control device of image creator operation. In case one of LCDs is out-of-service the device is switching other (operable) LCD into mode of parameters ‘minimum number creation required for safe driving.

Abstract: The proposed device allows for the remote control of a comprising mechanical collar simulating the rapid jerking motion of the leash on the neck of an animal subject for training purposes. The device is based on electromagnet fixed on the collar containing a solenoid and core. Under the current pulse the solenoid core is sharply ejected, the tip momentarily presses on the dog's neck as a result, there is a momentary constriction of the collar, similar to the pressure caused by the rapid jerking of a leash as performed in animal training. The remote control of the device is performed by use of radio signal coded pulses from the pulse transmitter that is held by the dog's owner in hands.

Abstract: The present invention relates generally to devices that are used to simulate a firearm recoil effect. It is a known fact that the recoil effect of a firearm directly influences quality of marksmanship of a shooter in areas including but not limited to target acquisition and re-acquisition, firing accuracy, psychological anticipation of a shot to be fired, proper grip of a weapon and more. The suggested device is used in a combination with training simulators to enhance the tactical functionality and by so increasing the quality of training. The recoil emulation device mounts on a barrel of any standard handheld firearm including but not limited to all types of machine guns and sniper rifles. It is then connected via a cable to an air compressor, which provides air pressure required to initiate a recoil emulation cycle. The recoil emulation device consists of a cylinder, which holds a metal ball, which travels throughout the cylinder and provides the impact required to cause an upward displacement of a weapon.

Abstract: The wide-angle Head-Up display design allows the increase in horizontal peripheral field of view and is based on two, three or more unified informational channels with each of them containing axis-symmetric lens collimating optical system and visualizer comprised of more than one LCD-projectors with each of them containing LCD-matrix and tricolor illuminator, projection lens and integrated for all projectors the transparent-diffusive screen intended for representation of primary images and is located at the object-side focal plane of channel collimating optical system and moreover the primary images are located on the screen so that their adjacent horizontal boundaries are stitched with small overlap in order to ensure the uninterrupted representation of resulting image. The channels' axes are horizontally shifted relative to each other so that adjacent boundaries of peripheral fields of view for the neighboring channels are coincided.

Abstract: A novel HUD (Head-UP Display) design in which the image forming source producing flight and aiming symbolic information is based unlike conventional HUDs not on projecting CRT, but on two LCD matrices to reduce its size, weight and power consumption. The images produced on matrixes are projected by optical system on transparently-diffusive or diffusively-reflective screen which is positioned in focal plane of HUD's optical collimating head. To enhance HUD brightness and resolution the image forming source is carried out in two variants: image forming source containing two matrices in which each matrix is forming half of full image which is projected on corresponding half of the screen, image forming source containing two matrices which images are projected on full screen; the matrices are shifted between each other horizontally and vertically by half of pixel pace (pace is the distance between two luminous dots).

Abstract: The Optoelectronic display system relating to automobile and other vehicles is proposed consisting of computer connected with sensors of parameters and certain signals to be represented by the system and display unit installed at place occupied by automobile (or other vehicle) unstrument panel. The display unit is provided with two display canals which are lower and upper and the image of pointer-type devices and navigation map is represented at lower canal by use of projecting or collimating optical systems simultaneously with collimated image of automobile movement parameters, which is represented at its windscreen. In order to perform visual information at the canals the unified image creator based on two LCD matrixes is utilized and the image for upper canal is represented at their upper parts and—for lower canal—at their lower parts. In order to improve its operational reliability the system is provided with device intended for monitoring of image creator functioning.

Abstract: The invention described her falls in the class of training simulators designed for practicing of sharpshooter skills form light firearms. This training simulator is designed for both individual and group training with sniper rifles as well as other types of light firearms without using ammunition as well as to sustain the acquired sniper skills on a required high level. The training simulator supports shooting practice against stationary, mobile, close proximity, remote and very remote targets. The shots are emulated by sending a laser pulse along the target line that is accompanied by the sound in n the shooter's headphones. The training simulator is equipped with a computer and a high resolution TV camera, which registers the hit point of the laser beams on the targets, the optical axis of the TV camera and the projector are aligned with high precision. The performance results of the shooters are displayed in symbolic and digital formats on the individual computer screens in real time.

Abstract: The present invention relates to training simulators for sharp shooting and introduces a number of functionalities that provide significant savings and further efficiencies such as usage of actual unmodified combat firearms for training purposes, simultaneous training of two individual shooters with individual identification and result display of the firing activity from each shooter on a computer generated concentrical target analogous to the ones used today in firearm training facilities, as well as the usage of a specialized weapon trigger contactor which is mounted on the actual weapon and that provides the usage functionalities to allow training on all single, and double action pistols as well as fully automatic weapons. The simulator also incorporates an emitting unit consisting of a laser light diode and the associated mounting mechanisms which allow the mounting of the emitting unit on any standard firearm.

Abstract: The present invention relates to indication systems providing augmented visual support for the operator of a motor vehicle, vessel or an aircraft. The indication system is positioned in the location of a traditional vehicular gauge dashboard. The indication system consists of an image formulator and an optical collimator system with two visual channels. Lower channel is used for direct visual tracking of all virtual gauge readings while the upper channel is used to track updates “on the windshield” of a vehicle with the background of the surrounding environment. The lower channel displays virtual collimator imaging of the traditional analog or digital gauges as well as navigational system data. The upper channel is reflected onto the exterior background of the windshield and displays collimator imaged critical data that is required for the safe operation of a vehicle. To provide the switching functionality between the two channels, the indication system utilizes a lightproof partition.

Abstract: The present invention relates to indication systems providing augmented visual support for the operator of a motor vehicle, vessel or an aircraft. The indication system is positioned in the location of a traditional vehicular gauge dashboard. The indication system consists of an image formulator and an optical collimator system with two visual channels. Lower channel is used for direct visual tracking of all virtual gauge readings while the upper channel is used to track updates “on the windshield” of a vehicle with the background of the surrounding environment. The lower channel displays virtual collimator imaging of the traditional analog or digital gauges as well as navigational system data. The upper channel is reflected onto the exterior background of the windshield and displays collimator imaged critical data that is required for the safe operation of a vehicle. To provide the switching functionality between the two channels, the indication system utilizes a lightproof partition.