REMOTE SENSING APPARATUS SYSTEMS

Brand Owner (click to sort) Address Description
POLIMI PS TECHNIQUE Politecnico di Milano Piazza Leonardo da Vinci, 32 I-20133 Milano Italy Remote sensing apparatus and systems, namely radar and satellite remote sensing apparatus and systems; apparatus for radar measurement of the movement of city areas, landsliding zones and wide areas of the earth surface; electronic apparatus and systems for monitoring areas at seismic, volcanic, hydrogeological and subsidence risk and for monitoring the building structural stability;In the statement, Column 1, line 1, MLLANO should be deleted, and, MILANO should be inserted.;Safety services for the protection of goods and individuals, namely civil defence and public safety services through radar and satellite remote sensing systems for monitoring landsliding zones, areas at seismic, volcanic, hydrogeological and subsidence risk and the building structural stability;TECHNIQUE;Remote sensing advanced research, namely radar and satellite remote sensing; research, development and application of remote sensing techniques, namely for public safety and civil defense purposes; research, developments and application of processes for radar measurements of the movement of city areas and landsliding zones;
POLIMI PS TECHNIQUE Politecnico di Mllano Piazza Leonardo da Vinci 32, I-20133 Milano Italy Remote sensing apparatus and systems, namely radar and satellite remote sensing apparatus and systems; apparatus for radar measurement of the movement of city areas, landsliding zones and wide areas of the earth surface; electronic apparatus and systems for monitoring areas at seismic, volcanic, hydrogeological and subsidence risk and for monitoring the building structural stability;In the statement, Column 1, line 1, MLLANO should be deleted, and, MILANO should be inserted.;Safety services for the protection of goods and individuals, namely civil defence and public safety services through radar and satellite remote sensing systems for monitoring landsliding zones, areas at seismic, volcanic, hydrogeological and subsidence risk and the building structural stability;TECHNIQUE;Remote sensing advanced research, namely radar and satellite remote sensing; research, development and application of remote sensing techniques, namely for public safety and civil defense purposes; research, developments and application of processes for radar measurements of the movement of city areas and landsliding zones;
PSINSAR Politecnico di Milano Piazza Leonardo da Vinci, 32 I-20133 Milano Italy Remote sensing apparatus and systems, namely, radar and satellite remote sensing apparatus and systems; apparatus for radar measurement of the movement of city areas, landsliding zones and wide areas of the earth surface; electronic apparatus and systems for monitoring areas at seismic, volcanic, hydrogeological and subsidence risk and for monitoring the building structural stability;Safety services for the protection of goods and individuals, namely civil defence and public safety services through radar and satellite remote sensing systems for monitoring landsliding zones, areas at seismic, volcanic, hydrogeological and subsidence risk and the building structural stability;Remote sensing advanced research, namely radar and satellite remote sensing; research, development and application of remote sensing techniques, namely for public safety and civil defense purposes; research, developments and application of processes for radar measurements of the movement of city areas and landsliding zones;
 

Where the owner name is not linked, that owner no longer owns the brand

   
Technical Examples
  1. A method for measuring the cavity length of a remote sensing interferometer by locally replicating the state of the remote sensing interferometer by way of a local interferometer. The local interferometer is produced by micro-electromechanical micro machining techniques, thus obtaining a highly accurate and reliable fiber optic sensing at a cost comparable to electronic sensing devices.