초록 ▼

A method of retrofitting a gas turbine wherein the gas turbine comprises a stator and a rotor. The rotor is coaxially aligned with the stator and spaced apart from the stator so as to define a gap therebetween. The method of retrofitting comprises fixedly securing a sealing member to the stator. The

A method of retrofitting a gas turbine wherein the gas turbine comprises a stator and a rotor. The rotor is coaxially aligned with the stator and spaced apart from the stator so as to define a gap therebetween. The method of retrofitting comprises fixedly securing a sealing member to the stator. The sealing member is configured to restrict a flow of a fluid medium in a fluid path across the gap and generate a pressure drop generally transverse to the gap during operation of the gas turbine.

대표청구항 ▼

A method of retrofitting a gas turbine wherein the gas turbine comprises a stator and a rotor. The rotor is coaxially aligned with the stator and spaced apart from the stator so as to define a gap therebetween. The method of retrofitting comprises fixedly securing a sealing member to the stator. The

A method of retrofitting a gas turbine wherein the gas turbine comprises a stator and a rotor. The rotor is coaxially aligned with the stator and spaced apart from the stator so as to define a gap therebetween. The method of retrofitting comprises fixedly securing a sealing member to the stator. The sealing member is configured to restrict a flow of a fluid medium in a fluid path across the gap and generate a pressure drop generally transverse to the gap during operation of the gas turbine. ccording to claim 2, wherein a linear motor comprising a stator and an armature to which electrical current can be applied is foreseen as the drive mechanism for the carriage and that the armature is rigidly connected to the carriage. 8. Linear guide according to claim 3, wherein a linear motor comprising a stator and an armature to which electrical current can be applied is foreseen as the drive mechanism for the carriage and that the armature is rigidly connected to the carriage. 9. Linear guide according to claim 4, wherein a linear motor comprising a stator and an armature to which electrical current can be applied is foreseen as the drive mechanism for the carriage and that the armature is rigidly connected to the carriage. 10. Linear guide according to claim 5, wherein a linear motor comprising a stator and an armature to which electrical current can be applied is foreseen as the drive mechanism for the carriage and that the armature is rigidly connected to the carriage. 11. Die Bonder with a Pick and Place system which comprises a linear guide according to claim 5. 12. Die Bonder with a Pick and Place system which comprises a linear guide according to claim 6. 13. Die Bonder with a Pick and Place system which comprises a linear guide according to claim 7. 14. Die Bonder with a Pick and Place system which comprises a linear guide according to claim 8. 15. Die Bonder with a Pick and Place system which comprises a linear guide according to claim 9. 16. Die Bonder with a Pick and Place system which comprises a linear guide according to claim 10.