Method for monitoring transported goods

1. A method for securing cargo ( 1 ) that can form a cargo unit while the cargo ( 1 ) is immobilized on a load carrier ( 2 ) or on a vehicle ( 3 ) by means of a at least one securing device ( 4 ), wherein a measuring device ( 5 ) for a tension of the at least one securing device ( 4 ) is disposed on the at least one securing device ( 4 ), the measuring device ( 5 ) containing a data processing system ( 6 ) including a device for signal transfer to a central data processing system ( 7 ), wherein the data processing system ( 6 ) is in wireless communication with the central data processing system ( 7 ), wherein the at least one securing device ( 4 ) is pre-registered in the central data processing system ( 7 ) with an identification ( 8 ) of the data processing system concerned, the Standard Tension Force and/or a visually detectable feature as parameter table 3,

comprising the following steps:

S1: establishing and storing a desired value (value 1) of a pre-tensioning force per cargo item ( 1 ) in the central data processing system ( 7 ) as parameter table 1, taking into account a friction coefficient of the load floor, a weight of the cargo ( 1 ) and an applicable cargo securing standard;

S2: establishing and storing at least one desired value of a location data item and a position, specifically of at least one planned unloading point per cargo item ( 1 ), in the central data processing system ( 7 ) as parameter table 2;

S3: calculating, per cargo item ( 1 ), based on value 1 in parameter table 1 associated with the cargo item ( 1 ) and on the still available at least one securing device ( 4 ) according to parameter table 3, a suggestion for an individual at least one securing device to be used for the cargo ( 1 ), and storing said suggestion in data table X;

S4: securing the cargo ( 1 ) by means of the at least one suggested securing device ( 4 );

S5: detecting the pre-tensioning force (value A) of the at least one securing device used by the measuring device ( 5 ) in the central data processing system ( 7 ) as data table A;

S6: checking whether the sum of the values A per cargo item ( 1 ) from data table A corresponds to value 1 of the same cargo item ( 1 ) from parameter table 1, and if the pre-tensioning force is not achieved, generating an information data item and repeating starting from step S3, and if the pre-tensioning force is achieved, sending a data item confirming conformity to the applicable securing standard to the central data processing system ( 7 ); and

S7: updating data table A with new values determined by the measuring device ( 5 ) at controlled time intervals.

2. The method for securing cargo ( 1 ) according to claim 1 , wherein the central data processing system ( 7 ) compares the sum of the values A per cargo item ( 1 ) with value 1 of the same cargo item ( 1 ) during transport.

3. The method for securing cargo ( 1 ) according to claim 1 , wherein, based on a normal decrease in pre-tensioning force in the at least one securing device ( 4 ) and taking into account a pre-programmable time safety margin, a data item is sent to the central data processing system ( 7 ) when the at least one securing device concerned must be re-tensioned within a time safety margin, and/or at the same time it is indicated which visually detectable feature from parameter table 3 identifies the at least one securing device concerned.

4. The method for seeming cargo ( 1 ) according to claim 1 , wherein a color indicator is used to visually signal to a user by “green” that he is on the way with no need for action, by “yellow” that he should re-tension within the time safety margin, or by “red” that tension is in fact already below the applicable value 1 from parameter table 1.

5. The method for securing cargo ( 1 ) according to claim 1 , Wherein the central data processing system ( 7 ) continuously stores the position of the cargo ( 1 ) in the central data processing system ( 7 ) as data table B.

6. The method for securing cargo ( 1 ) according to claim 1 , wherein an itinerary to reach the unloading points contained in parameter table 2 is stored as data table C.

7. The method for securing cargo (I) according to claim 6 , wherein the data table B is continuously compared with the data table C.

8. The method for securing cargo ( 1 ) according to claim 5 , wherein data from at least one of the data tables A, B and C is transferred to an external data storage location with a defined frequency.

9. The method for securing cargo ( 1 ) according to claim 1 , wherein, when the pre-tensioning force of the at least one securing device of the cargo ( 1 )—which pre-tensioning force is stored in data table X—decreases in another place than specified in parameter table 2, a data item is sent to a pre-programmed address at the external data storage location.

10. The method for securing cargo ( 1 ) according to claim 5 , wherein any deviation of the itinerary that is actually followed from a calculated itinerary without advance specific authorization is sent to a pre-programmed address at the external data storage location.