Scaffold transport system, method for controlling a scaffold transport system and use of a scaffold transport system

1. A scaffold transport system comprising a rail system having at least one horizontally running rail section, at least one vertically running rail section, and at least one carriage module, which is designed to move along the rail system,

wherein the at least one vertically running rail section is coupled to the at least one horizontally running rail section, wherein the vertically running rail section and the horizontally running rail section remain static to each other during operation,

wherein the at least one carriage module has a coupling section via which the at least one carriage module is captively and movably coupled to the at least one horizontally running rail section and to the at least one vertically running rail section, and the coupling section having at least one gripper unit, by means of which the carriage module is captively and movably coupled to the rail system having the at least one horizontally running rail section and the at least one vertically running rail section,

wherein the at least one carriage module has a carrier section by means of which the carriage module carries objects during movement,

wherein the vertically running rail section and the horizontally running rail section are configured such that the carriage module can be moved along both rail sections,

wherein the scaffold transport system comprises a system controller which is designed to control the movement of the at least one carriage module along the at least one horizontally running rail section and the at least one vertically running rail section,

wherein the carriage module has a drive that is integrated in the carriage module, wherein the drive ensures that the carriage module travels along the vertically running rail section and the horizontally running rail section automatically,

wherein the scaffold transport system comprises a scaffold,

wherein the scaffold has scaffold elements and the rail system is formed by the scaffold elements in each of which rail sections are integrated and/or wherein the rail system comprises several modular rail elements which are fastened to the scaffold via fastening means, and

wherein the gripper unit is formed such that the gripper unit has a clasping section that at least partially clasps around and behind edges of the rail elements or the rail sections of the rail system in order to be correspondingly captively coupled to the rail system.

2. The scaffold transport system according to claim 1 , characterized in that the rail system has at least one two-dimensionally closed rail system area, and wherein several rail system areas are provided connected to each other.

3. The scaffold transport system according to claim 1 , characterized in that the carrier section has a modular formation such that different load-bearing units can be coupled to the carrier section.

4. The scaffold transport system according to claim 1 , characterized in that the coupling section has at least one sliding unit, by means of which the carriage module slides along the rail system.

5. The scaffold transport system according to claim 1 , characterized in that several carriage modules are provided.

6. A method for controlling a scaffold transport system according to claim 1 , with the following steps:

loading the carriage module in a loading position,

moving the carriage module along the rail system, and

unloading the carriage module in an unloading position.

7. The scaffold transport system according to claim 1 , characterized in that the rail system has at least one two-dimensionally closed rail system area, and wherein several rail system areas are provided connected to each other, wherein the rail system is formed by the scaffold elements in each of which rail sections are integrated.

8. The scaffold transport system according to claim 1 , characterized in that the rail system has at least one two-dimensionally closed rail system area, and wherein several rail system areas are provided connected to each other, wherein the carrier section has a modular formation such that different load-bearing units can be coupled to the carrier section.

9. The scaffold transport system according to claim 1 , characterized in that the rail system has at least one two-dimensionally closed rail system area, and wherein several rail system areas are provided connected to each other, wherein the coupling section has at least one sliding unit, by means of which the carriage module slides along the rail system.

10. The scaffold transport system according to claim 1 , characterized in that the carrier section has a modular formation such that different load-bearing units can be coupled to the carrier section, wherein the coupling section has at least one sliding unit, by means of which the carriage module slides along the rail system.

11. A scaffold transport system comprising a rail system having at least one horizontally running rail section, at least one vertically running rail section, which is coupled to the at least one horizontally running rail section, and at least one carriage module, which is designed to move along the rail system, wherein the at least one carriage module has a coupling section via which the at least one carriage module is captively and movably coupled to the rail system, and the coupling section having at least one gripper unit, by means of which the carriage module is captively and movably coupled to the rail system having the at least one horizontally running rail section and the at least one vertically running rail section,

wherein the at least one carriage module has a carrier section by means of which the carriage module carries objects during movement,

wherein a system controller is provided which is able to control the movement of the at least one carriage module along the at least one horizontally running rail section and the at least one vertically running rail section, the carriage module being designed as a robot whose movement process is controlled by the system controller,

wherein the carriage module has a drive that is arranged within a housing of the carriage module, wherein the drive ensures that the carriage module travels along the at least one horizontally running rail section and the at least one vertically running rail section automatically,

wherein the system controller is configured to access sensor values in order to actuate a movement of the at least one carriage module along the at least one horizontally running rail section and the at least one vertically running rail section,

wherein the scaffold transport system comprises a scaffold,

wherein the scaffold has scaffold elements and the rail system is formed by the scaffold elements in each of which rail sections are integrated and/or wherein the rail system comprises several modular rail elements which are fastened to the scaffold via fastening means, and

wherein the gripper unit is formed such that the gripper unit has a clasping section that at least partially clasps around and behind edges of the rail elements or the rail sections of the rail system in order to be correspondingly captively coupled to the rail system.

12. The scaffold transport system according to claim 1 , characterized in that the gripper unit comprises a clasping section with an arm, wherein the arm together with a rolling element guarantees that the rail element or the rail section is at least partially clasped.

13. The scaffold transport system according to claim 11 , characterized in that the gripper unit comprises a clasping section with an arm, wherein the arm together with a rolling element guarantees that the rail element or the rail section is at least partially clasped.