IMAGE ANALYSIS SYSTEM FOR CORRECTING IMAGE OF MOUNTAINOUS AREA

摘要

The present invention relates to an image analysis generation system for each reference point for correcting an image in a mountainous area. , processed image information, which is an image processing image (IM) in which a 2D image divided image (IMP), which is a 2D image, is merged with a GPS coordinate system generated according to the following third position value, and a plurality of divided images (IMP) are combined based on the distance value The image processing module 32 for generating 40) by checking the altitude of a point corresponding to the position of the image processing device 30 comprising a bending information inspection module 34 for checking and correcting errors; The NFC module 50 is buried in the ground to wirelessly transmit a response signal in response to a call signal; 3D location information and identification information are transmitted according to the information collection signal transmitted from the information collection device 10, and the call signal is sent to check whether a response signal is received, but the response signal is not received from the NFC module 50 a sending node 40 that links the non-received information to 3D location information and identification information; A lidar 11 for collecting information on a distance value from the operator's current location to a point within the information collection target range, and a GPS device 12 for measuring the operator's first location value at the time of collecting the distance value information; , based on the second position value of the plurality of reflectors 20 selected through the distance value information collection and the first position value, the information collection target range is divided into sections to create a divided section, and The information collection module 13 for confirming the third position value of the point where the distance value to a point within the divided section is collected based on the second position value, and the 3D position information from the originating node 40 and A reference information receiving device (15) for receiving identification information and generating reference information, and an information storage module (14) for storing the first to third position values, reference information, and information of a divided section within an information collection target range an information collection device 10 consisting of; The first drive mounted on the bottom surface 211 to be disposed in the hollow of the housing tube 210 having an openable bottom surface 211 and opened upwards, and a screw-type rotating shaft 221 is rotated. The motor 220 and the nut hole 231 formed in the central portion and the elevating body 230 elevating and lowering in the receiving tube 210 according to the rotation direction of the engaged rotation shaft and the support 232 protruding upward along the edge and , Equipped with a hemispherical reflective surface 241 of a surface having a tetrahedral hole for retroreflection of the laser pulse (L), and rotatably mounted so that the upward and downward adjustment of the reflective surface 241 at the upper part of the container 210 is adjusted For washing the cover 240 and the reflective surface 241, the upper surface to which the wiper 252 made of fabric is attached forms the same curved surface as the curved surface of the reflective surface 241, and multi-stage concentric circles 2511, 2512, 2513, 2514), the inner concentric circle and the outer concentric circle are connected to each other up and down, and the cleaner 250 in which the outermost concentric circle is supported by the support 232, and the concentric circles 2511, 2512 divided into multiple stages A pedestal 260 fixed to the end of the rotation shaft 211 so as to horizontally support 2513 and 2514, a second driving motor 270 for rotating the cover 240, and a reflective surface according to the information collection signal A reflector 20 composed of a controller controlling the second driving motor 270 so that the 241 is exposed and sensing the internal and external moisture to control the first driving motor 220 and the second driving motor 270 including; A plurality of the concentric circles (2511, 2512, 2513, 2514) are adjacent to each other and on the inner and outer peripheral surfaces facing each other, respectively, a guide rail 253 having a limiting jaw 2531 at the upper end thereof, and the guide rail 253 can be moved. A protrusion 254 that engages closely is formed.