Method for data interchange in a computer network (variants)

1. A method for data interchange in a computer network consisting in that data on computing devices of users connected to the Internet is registered at a remote server via the Internet indicating data on user locations, data on the possibility of carriage, status and type of a vehicle, and data corresponding to means for communicating to them, said data being recorded on a server database, and identification numbers are assigned to the computing devices of the users; wherein if a registered user of a computing device sends over the Internet to the remote server a request for carriage of an object from a certain departure point to a certain destination point including indicating the locations of said departure and destination points on the computing device of the user requesting carriage, then the remote server sends via the Internet to the requesting user computing device a request for limiting object position range and corresponding dimensions of in order to fulfill requirements to a potential carrier, as well as data on a time period for performing carriage; after the computing device user requesting carriage indicates and sends a limitation of the object position range and corresponding dimensions and a time period for performing carriage via the Internet to the remote server, the remote server selects data on locations of registered computing device users who perform carriage and are within the object position range limitation and dimensions as indicated by the computing device user requesting carriage, and also satisfy status, type of a vehicle, and means for communicating to said computer device of users requesting carriage by identification numbers from the server database, the remote server transmits via the Internet a list of locations of computing device users performing carriage and being within the object position range limitation, the status and type of a vehicle and data on means for communicating to computing device users performing carriage to the computing device of the user who has sent the carriage request, characterized in that for carriage of objects going same way the computing device user performing carriage further indicates object position range limitation in the departure point, and the computing device user needing carriage further indicates object position range limitation in the destination point, and when the limitation in the departure points within the object position range of the computing device user performing the carriage crosses the object position range limitation of the computing device user needing carriage as well as when the limitation in the destination points within the object position range of the computing device user performing the carriage crosses the object position range limitation of the computing device user needing carriage, objects that satisfy the specified object position range limitations in both the departure limitation points and the destination limitation points are carried from their departure points to their destination points.

2. A method according to claim 1 , characterized in that data of the carriage request and movement of an object from a set departure point to a set destination point, locations of said departure and destination points being indicated, which data is sent by the computing device users requesting carriage, is transmitted via the Internet from the remote server to one or more computing device user performing carriage within an object position range limitation as stated in the request, along with data on a time period for performing carriage, and means for communicating to the computing device user who has sent said carriage request to the remote server.

3. A method according to claim 1 , characterized in that after the computing device user has made the carriage request, the remote server sends via the Internet to that computing device making the request for carriage, an image of an electronic digital map on which the user puts markers for the departure point and the destination point, the object position range limitation and the range dimensions, as well as indicates data on a time period for performing carriage.

4. A method according to claim 3 , characterized in that said image of said electronic digital map with said indications of the computing device user who has made the carriage request is sent by the remote server via the Internet to computing device users performing carriage.

5. A method according to claim 1 , characterized in that the remote server accumulates in its database data on carriage requests from several computing device users for transferring objects from their departure points to their destination points with indications of locations of said departure and destination points, and this data is sent as a list via the Internet to computing device users performing carriage and being within the object position range limitations; and data on time periods for performing carriage, means for communicating to computing device users who have sent said carriage requests to the remote server, is also sent to the computing device users performing carriage.

6. A method according to claim 1 , characterized in that the dimensions of said object position range limitation are regulated by the computing device user who has sent the carriage request.

7. A method according to claim 1 , characterized in that the departure point is located within the object position range limitation, dimensions of this range being limited to a circle with its center coinciding with the departure point location.

8. A method according to claim 1 , characterized in that the departure point is directly at an indicated location of the computing device user who has sent the carriage request.

9. A method according to claim 1 , characterized in that the locations of the departure point and the destination point coincide with each other, and the computing device user requesting carriage indicates the location at least of one intermediate destination point in his carriage request.

10. A method for data interchange in a computer network, consisting in that a remote server via the Internet records data of user computing devices connected to the Internet, said recorded data indicating data on user locations, data on likeliness of performing carriage and data corresponding to means for communicating to said user computing devices, and with respect to computing device users needing carriage the remote server records and stores data in its memory a type of object to be carried and assigns identification numbers to said user computing devices; wherein a computing device corresponding to a user performing carriage sends via the Internet a request for transportation to the remote server, the request indicating transfer of a vehicle from a set departure point to a set destination point and stating their locations, then the remote server sends via the Internet to the user computing device performing carriage a request for limiting object position range and dimensions of this range, and a time period for performing carriage which includes a time period for providing a vehicle at the departure point; after the computing device of a user who performs carriage indicates limitation of the object position range and its corresponding dimensions, the time period for performing carriage and sends this data via the Internet to the remote server, the remote server selects, on the basis of identification numbers, data on locations of objects of computing devices of users who need carriage and are within the indicated object position range limitation, data on the type of the object and data corresponding to the means for communicating to user computing devices from its database, and the remote server transmits via the Internet a list of object positions of computing devices of users needing carriage and being within the object position range limitation to the computing device user performing carriage, data on the object type and the data corresponding to the means for communicating with computing device users needing carriage to the computing device of the user who has sent the request for transportation, characterized in that for carriage of objects going in a direction of the user computing device performing carriage the remote server further indicates object position range limitation for the departure point, and the user computing device needing carriage further indicates object position range limitation for the destination point, and when the limitation in the departure points within the object position range of the user computing device performing the carriage crosses the object position range limitation of the user computing device needing carriage, and when the limitation in the destination points within the object position range of the user computing device performing the carriage crosses the object position range limitation of the user computing device needing carriage, objects that satisfy the specified object position range limitations in both the departure limitation points and the destination limitation points are carried from their departure points to their destination points.

11. A method according to claim 10 , characterized in that data of the request for transportation is transmitted via the Internet from the remote server to computing device users needing carriage within the object position range limitation as stated in the request, data on a time period for performing carriage, on means for communicating to the computing device user who has sent said request for transportation to the remote server, is sent to computing devices users needing carriage.

12. A method according to claim 10 , characterized in that after the computing device user has made a request for transportation, the remote server sends via the Internet to that computing device an image of an electronic digital map on which the user puts markers for the departure point and the destination point, the object position range limitation and the corresponding dimensions, as well as indicates data on a time period for performing carriage.

13. A method according to claim 12 , characterized in that an image of the electronic digital map with said indications of the computing device user who has made the request for transportation, is sent by the remote server via the Internet to computing device users needing carriage of objects.

14. A method according to claim 10 , characterized in that the remote server accumulates in its database information on requests for transportation from several computing device users for moving a vehicle from the set departure point to the set destination point with indications of locations of said departure and destination points, and this data is sent as a list via the Internet to computing device users needing carriage and being within object position range limitations; and data on time periods for performing carriage, means for communicating to computing device users who have sent said requests for transportation to the remote server, is also sent to the computing device users needing carriage.

15. A method according to claim 10 , characterized in that the dimensions of said object position range limitation are regulated by the computing device user who has sent the request for transportation.

16. A method according to claim 10 , characterized in that the departure point is located within the object position range limitation, dimensions of this range being limited to a circle with its center coinciding with the location from where a vehicle starts moving.

17. A method according to claim 10 , characterized in that the departure point is directly in the indicated location of the computing device user who has sent the request for transportation.

18. A method according to claim 10 , characterized in that the locations of the departure point and the destination point coincide with each other, and the computing device user indicates the location at least of one intermediate destination point in his request for transportation.

19. A method according to claim 10 , characterized in that for carriage of objects going same way the computing device user performing carriage further indicates object position range limitation between the departure point and the destination point.