초록 ▼

The disclosure relates to methods and devices for adjusting and setting the alignment of the radio axis of a radar installed on a vehicle with respect to a determined direction. The method, in making use of an adjustment and setting stand comprising a goniometer-responder, consists: in acquiring the

The disclosure relates to methods and devices for adjusting and setting the alignment of the radio axis of a radar installed on a vehicle with respect to a determined direction. The method, in making use of an adjustment and setting stand comprising a goniometer-responder, consists: in acquiring the angles .alpha. and .beta., .alpha. a being the azimuthal angle at which the radar perceives the goniometer-responder and .beta. being the angle between the determined direction and the axis of the stand; determining the azimuth .gamma. of the radar by means of the goniometer-responder when the radar, configured in test mode, sends out a continuous frequency; equalizing the azimuth .gamma. with the angle .beta. by translating the goniometer-responder along its axis of motion; nullifying the angle of azimuth .alpha. by actuating the means to adjust the radar in azimuth. The device includes a goniometer-responder used to locate the radar in azimuth and in elevation when the radar is in test mode and sends out a continuous frequency. Application: especially to the adjustment and setting of the alignment of the radio axis of a radar installed on a vehicle with respect to the thrust axis of the vehicle.

대표청구항 ▼

1. A method for adjusting and setting the alignment of the radio axis of a radar installed on a vehicle parked on a running surface, with respect to a determined direction relative to the vehicle, by means of an adjustment and setting stand including a goniometer-responder assembled on an axis of mo

1. A method for adjusting and setting the alignment of the radio axis of a radar installed on a vehicle parked on a running surface, with respect to a determined direction relative to the vehicle, by means of an adjustment and setting stand including a goniometer-responder assembled on an axis of motion perpendicular to the axis of the stand, wherein the method comprising the steps of:acquiring the angles .alpha. and .beta., .alpha. being the azimuthal angle at which the radar perceives the goniometer-responder and .beta. being the angle between the determined direction and the axis of the stand, determining the azimuth .gamma. of the radar by means of the goniometer-responder when the radar, configured in test mode, sends out a continuous frequency, equalizing the azimuth .gamma. with the angle .beta. by translating the goniometer-responder along its axis of motion, and nullifying the angle of azimuth .alpha. by actuating the means to adjust the radar in azimuth.