External Vision and/or Weapon Aiming System for Military Land Vehicles and Naval Units

摘要

1. Weapon appearance and/or targeting systems designed for installation on land vehicles and/or naval military units, including:(12) Video streams designed for capturing images of the same scene outside military vehicles or naval forces, with 11 sensors each.(12) Configured for capturing respective video streams in respective frequency bands; an electronic processing unit (13) connected to two sensors;(12) Save two captured and configured video streams to insert a corresponding pointing grid in each retained video stream image, indicatingThe corresponding sensor of the video stream has been captured to generate the corresponding preprocessed video stream.Y-processes two pre-processed video streams; and-user interface (14) connected to electronic processing unit (13) to receive processed video streams and understand themE A screen (15) configured to display the video stream received from the electronic processing unit (13); a display electronic processing unit (13) is C.If you have registered, please login first.As a result, the first two enhanced video streams are generated; and-image functions are generated.Thus, two improved video streams are generated, in which the electronic processing unit (13) is configured to process each pass of the two pre-processed video streams.E image improvement function, processing each pre-processed image stream image as follows: expanding the predefined Part 1 (24) Baha imageOr the preprocessed video stream is processed during the processing to obtain the first enlarged (22)The first part (24) is predefined, focusing on the grid (21) pointing of the low-processing image; for the first part, an enhanced morphological image contrast algorithm is applied.The expanded Ubimagen (22) obtains the morphological contrast between the enlarged image and the image (23); and - substitution, the image in processing.The second part of the image is processed, the enlarged image is compared with (23) morphological image, and the third part of the image is processed.With the first expanded sub-project (22)Therefore, a corresponding image is generated (2) The first enhanced video stream is generated from the preprocessed video stream; the image occupancy position (23) is enlarged.A The improved morphological image contrast and the first enlarged image (22) times enhanced first video stream (2) will not affect the view of an area.The electronic processing unit (13) is set up to process each of the two pre-processed video streams.S processes each image in the preprocessed video stream through image function in the following ways: extending to the first part (24) presetA second expanded secondary image (22) is obtained from the low-processing image obtained from the processed preprocessed video stream.The predefined focus of the first part (24) is the grid (21) pointing of the low-processing image; it extends to the predefined image part of another PR video stream.Extreme povertyTherefore, a third enlarged (23) sub-image is obtained; this is an image obtained from other pre-processed video streams.Preprocessed images; the predefined portion of the image comes from other preprocessed video streams, with emphasis on the pointing grid of the image; andIn image processing,The second part presupposes the image, the second part extends (22) and the third part presupposes the image.(23) Expansion,Therefore, a corresponding image is obtained (2) The second enhanced video stream is generated from the preprocessed video stream; the position occupied by the second subgroupThe third image stream of the second video stream (2) of the extended image (22) and the extended image (23) in order to avoid affecting the imageAiming grid (21).