Monitoring free-standing structures
High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents. High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents.
High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents. High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents.
Application challenge
High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents.
Measurement method and system
High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents.
The problem
High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents.
The method
High, free-standing structures such as cranes are monitored using inclination sensors which provide early warnings of a possible tip over in order to avoid accidents.