A known malfunction module has an individual electromechanical malfunction system. In a measurement body (01) according to the invention, an electrofluidically operating first malfunction system (09) is provided, by means of which, in the event of a malfunction, all rudders (04, 05, 06) are moved suddenly into their zero position and are fixed there. To this end, all rudders (04, 05, 06) are connected to pressure cylinders (11), which are automatically fluidically pressurised by a central pressure vessel (10) in the event of a malfunction, in particular a power cut. A piston rod (15) is ejected suddenly and drives with a guide element (16) into a receiving element (18) on the rudders (04, 05, 06) and in so doing moves said rudders back into their zero position and locks them there. The airfoils (03) are optionally pivoted towards the measurement body (01) via a second malfunction system (24). Further optional malfunction systems (28, 29) provide a failsafe option and self-inflating air cushions (30). The measurement body (01) can fly independently or be towed; it can be used in the air or water. In particular, it is used to explore scientific measurement data in inaccessible areas.
MANÖVRIERFÄHIGER MESSKÖRPER ZUR ERMITTLUNG VON MESSDATEN MIT FEHLFUNKTIONSMODUL
MANOEUVRABLE MEASUREMENT BODY FOR DETERMINING MEASUREMENT DATA HAVING MALFUNCTION MODULE
CORPS DE MESURE MANOEUVRABLE POUR DÉTERMINER DES DONNÉES DE MESURE, DOTÉ D'UN MODULE DE FONCTION D'ERREUR
2022-12-21
Patent
Electronic Resource
German
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