Transfer device for a transport vessel

1. A transfer device for a transport container configured to receive at least two spectacle lens blanks adjacent to one another, the transfer device comprising:

a plurality of rotation/transport devices arranged directly adjoining one another in a form of a 3×2 matrix, wherein the 3×2 matrix defines a table structure with fields that are assigned to 3 rows and 2 columns and the plurality of rotation/transport devices are arranged on the fields of the table in a plan view,

wherein each rotation/transport device of the plurality of rotation/transport devices includes a dedicated rotation drive configured to rotate the transport container,

wherein each rotation/transport devices of the plurality of rotation/transport devices includes a dedicated transportation drive configured to transport the transport container,

wherein the dedicated transportation drive is a bearing,

wherein the bearing has at least three bearing points configured to bear the transport container in its entirety,

wherein each rotation/transport device of the plurality of rotation/transport devices has a grid dimension of from 20 cm×20 cm to 50 cm×50 cm,

wherein the bearing is configured to receive one or more of the transport containers,

wherein the dedicated rotation drive is configured to align the bearing in discrete steps in mutually perpendicular directions to alternatively transfer a respective transport container between the rotation/transport devices of one of the rows and the rotation/transport devices of one of the columns of the 3×2 matrix, and

wherein the dedicated rotation drive is further configured to transfer the respective transport container in at least three different directions.

2. The transfer device as claimed in claim 1 , wherein the bearing is a belt conveyor, a link chain, a belt, or a roller.

3. The transfer device as claimed in claim 1 , wherein at least one of:

the dedicated rotation drive is configured to rotate reversibly, or

the dedicated transportation drive is configured to reverse a transportation direction.

4. The transfer device as claimed in claim 1 , wherein each rotation/transport devices further comprises:

a coupling device that is complementary to another of the rotation/transport device of the plurality of the rotation/transport devices.

5. The transfer device as claimed in claim 4 , wherein the complementary coupling device is configured as at least one of:

a complementary mechanical coupling;

a complementary open-loop control coupling; or

a closed-loop control coupling.

6. The transfer device as claimed in claim 1 , wherein the bearing covers no more than 50% of an area defined by the grid dimension.

7. The transfer device as claimed in claim 1 , wherein each rotation/transport devices further comprises:

a detection device configured to detect the transport container.

8. The transfer device as claimed in claim 1 , wherein each rotation/transport devices further comprises:

a status reporting device.

9. A transfer device for a transport container configured to receive at least two spectacle lens blanks adjacent to one another, the transfer device comprising:

a plurality of rotation/transport devices arranged directly adjoining one another in a form of a 3×2 matrix, wherein the 3×2 matrix defines a table structure with fields that are assigned to 3 rows and 2 columns and the plurality of rotation/transport devices are arranged on the fields of the table in a plan view,

wherein each rotation/transport devices of the plurality of rotation/transport devices includes a dedicated rotation drive configured to rotate the transport container,

wherein each rotation/transport device of the plurality of rotation/transport devices includes a dedicated transportation drive configured to transport the transport container,

wherein the dedicated transportation drive is a bearing,

wherein the bearing has at least three bearing points configured to bear the transport container in its entirety,

wherein the bearing is a belt conveyor, a link chain, a belt, or a roller,

wherein each rotation/transport device of the plurality of rotation/transport devices has a grid dimension of from 20 cm×20 cm to 50 cm×50 cm,

wherein the bearing is configured to receive one or more of the transport containers, and

wherein the dedicated rotation drive is configured to align the bearing in discrete steps in mutually perpendicular directions to alternatively transfer a respective transport container between the rotation/transport devices of one of the rows and the rotation/transport devices of one of the columns of the 3×2 matrix, and

wherein the dedicated rotation drive is further configured to transfer the respective transport container in at least three different directions.

10. The transfer device as claimed in claim 9 , wherein each rotation/transport devices further comprises:

a coupling device that is complementary to another of the rotation/transport device of the plurality of the rotation/transport devices.

11. The transfer device as claimed in claim 10 , wherein the complementary coupling device is configured as at least one of:

a complementary mechanical coupling;

a complementary open-loop control coupling; or

a closed-loop control coupling.

12. The transfer device as claimed in claim 9 , wherein the bearing covers no more than 50% of an area defined by the grid dimension.

13. The transfer device as claimed in claim 9 , wherein each rotation/transport devices further comprises:

a detection device configured to detect the transport container.

14. A transfer device for a transport container configured to receive at least two spectacle lens blanks adjacent to one another, the transfer device comprising:

a plurality of rotation/transport devices arranged directly adjoining one another in a form of a 3×2 matrix, wherein the 3×2 matrix defines a table structure with fields that are assigned to 3 rows and 2 columns and the plurality of rotation/transport devices are arranged on the fields of the table in a plan view,

wherein each rotation/transport devices of the plurality of rotation/transport devices includes a dedicated rotation drive configured to rotate the transport container,

wherein each rotation/transport device of the plurality of rotation/transport devices includes a dedicated transportation drive configured to transport the transport container,

wherein the bearing has at least three bearing points configured to bear the transport container in its entirety,

wherein the bearing is a belt conveyor, a link chain, a belt, or a roller,

wherein the dedicated rotation drive is a bearing and the dedicated transportation drive is the bearing,

wherein the dedicated rotation drive is configured to rotate reversibly,

wherein the dedicated transportation drive is configured to reverse a transportation direction,

wherein each rotation/transport device of the plurality of rotation/transport devices has a grid dimension of from 20 cm×20 cm to 50 cm×50 cm,

wherein the bearing is configured to receive one or more of the transport containers, and wherein the dedicated rotation drive is configured to align the bearing in discrete steps in mutually perpendicular directions to alternatively transfer a respective transport container between the rotation/transport devices of one of the rows and the rotation/transport devices of one of the columns of the 3×2 matrix.

15. The transfer device as claimed in claim 14 , wherein each rotation/transport devices further comprises:

a coupling device that is complementary to another of the rotation/transport device of the plurality of the rotation/transport devices.

16. The transfer device as claimed in claim 15 , wherein the complementary coupling device is configured as at least one of:

a complementary mechanical coupling;

a complementary open-loop control coupling; or

a closed-loop control coupling.

17. The transfer device as claimed in claim 14 , wherein the bearing covers no more than 50% of an area defined by the grid dimension.

18. The transfer device as claimed in claim 14 , wherein each rotation/transport devices further comprises:

a detection device configured to detect the transport container.

19. A method for producing a spectacle lens from a spectacle lens blank, the method comprising:

transporting the spectacle lens blank in a transport container configured to receive at least two spectacle lens blanks adjacent to one another, with a transfer device including:

a plurality of rotation/transport devices arranged directly adjoining one another in a form of a 3×2 matrix, wherein the 3×2 matrix defines a table structure with fields that are assigned to 3 rows and 2 columns and the plurality of rotation/transport devices are arranged on the fields of the table in a plan view,

wherein each rotation/transport devices of the plurality of rotation/transport devices includes a dedicated rotation drive configured to rotate the transport container,

wherein each rotation/transport device of the plurality of rotation/transport devices includes a dedicated transportation drive configured to transport the transport container,

wherein the bearing has at least three bearing points configured to bear the transport container in its entirety,

wherein the bearing is a belt conveyor, a link chain, a belt, or a roller,

wherein the dedicated rotation drive is a bearing and the dedicated transportation drive is the bearing,

wherein the dedicated rotation drive is configured to rotate reversibly,

wherein the dedicated transportation drive is configured to reverse a transportation direction,

wherein each rotation/transport device of the plurality of rotation/transport devices has a grid dimension of from 20 cm×20 cm to 50 cm×50 cm,

wherein the bearing is configured to receive one or more of the transport containers, and

wherein the dedicated rotation drive is configured to align the bearing in discrete steps in mutually perpendicular directions to alternatively transfer a respective transport container between the rotation/transport devices of one of the rows and the rotation/transport devices of one of the columns of the 3×2 matrix.

20. The method as claimed in claim 19 , wherein the transportation is performed between different process devices of a process line.