Somatosensory television collimator

Abstract

The invention relates to a somatosensory television collimator, which belongs to photoelectric observation and collimation equipment and relates to the fields of photoelectric technology, automatic control technology, inertial navigation attitude measurement technology, digital signal processing technology and the like. The somatosensory television collimator comprises a direction indicator which comprises a first sensor, a second sensor and a synchronous attitude measuring apparatus, wherein the first sensor is used for measuring the attitude angle of the head or arm of an operator; the second sensor is used for measuring the attitude angle of the direction indicator; and the synchronous attitude measuring apparatus is connected with the first sensor and the second sensor and used for calculating difference between the two attitude angels and converting the difference into a moving angle required by the direction indictor so as to control the direction indicator to rotate. The invention has strong generality, and the system is provided with an owned collimation execution device, namely the direction indicator, so that the somatosensory television collimator can be combined with various collimation weapon systems.

Description

technical field [0001] The invention relates to a somatosensory TV collimator, which belongs to photoelectric observation and aiming equipment, and relates to the technical fields of photoelectric technology, automatic control technology, inertial navigation attitude measurement technology, digital signal processing and the like. Background technique [0002] The somatosensory TV collimator is a helmet-mounted photoelectric imaging collimator in its technical form. At present, helmet-mounted photoelectric sights are mainly divided into helmet-mounted photoelectric sights for airborne pilots and photoelectric sights for individual tactics. [0003] The helmet-mounted photoelectric sight for airborne pilots is mainly used for the guidance and control of tactical missiles, and it is a part of the airborne fire control system. Usually, after the target is found by the airborne radar or the airborne infrared thermal imaging system, the helmet-mounted sight is turned on. The hel...

AI Technical Summary

Problems solved by technology

[0005] Under the general background of today's aiming and tracking system developing towards comprehensiveness and integration, due to the continuous integration of functional modules, on the one hand, the function of the aiming equipment is becoming more and more powerful, and the performance is continuously enhanced; on the other hand, the cost of the system is greatly increased. As the size increases, the operation of the equipment becomes extremely complex, cumbersome, and difficult to master. Under this background, improving the man-machine interface and simplifying the operation of the aiming system have become the focus of the designer's consideration.

[0006] At the same time, the helmet-mounted photoelectric sights used by airborne pilots and the photoelectric sights used by individual soldiers correspond to specific system platforms, with outstanding functional specialization and insufficient versatility, and it is difficult to transplant them to other application fields

The helmet-mounted photoelectric sights for domestic airborne pilots mainly use infrared quadrant detection technology as the main means, and do not have active imaging functions.

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