초록 ▼

A deployable reflecting structure for use in space applications, preferably for RF antenna structures, includes at least one rigid section having a reflective surface and at least one bendable section having a reflective surface and being connected to the rigid section. The bendable section is movab

A deployable reflecting structure for use in space applications, preferably for RF antenna structures, includes at least one rigid section having a reflective surface and at least one bendable section having a reflective surface and being connected to the rigid section. The bendable section is movable between a first, stowed position in which the reflective surface of the bendable section is at least partially overlapping with the reflective surface of the rigid section, and a second, deployed position in which the reflective surfaces are continuous and non-overlapping.

대표청구항 ▼

A deployable reflecting structure for use in space applications, preferably for RF antenna structures, includes at least one rigid section having a reflective surface and at least one bendable section having a reflective surface and being connected to the rigid section. The bendable section is movab

A deployable reflecting structure for use in space applications, preferably for RF antenna structures, includes at least one rigid section having a reflective surface and at least one bendable section having a reflective surface and being connected to the rigid section. The bendable section is movable between a first, stowed position in which the reflective surface of the bendable section is at least partially overlapping with the reflective surface of the rigid section, and a second, deployed position in which the reflective surfaces are continuous and non-overlapping. of said RF beacon transmitters (14) includes a resonant circuit consisting of: a coil provided with two terminals one of which is connected to earth (40); a capacitor (38) formed of a conducting plate (39) placed on the ground in an area of said space (10) and said earth (40), and a single conducting wire (46) linking said plate (39) to the other terminal of the coil.