Translation

scm_vertebral_train/vertebral_train.research#Description
English
The vertebrate train of Las Palmas de Gran Canaria this vehicle required, by its own design, a track totally incompatible with the existing railway network, based on long concrete beams on which the composition supported by independent treads located on the sides of the vehicle and not in its lower part, as is usual in conventional trains or cars. According to its inventor, in this way it was achieved that the train was non-derailing, by placing the center of gravity in the same plane as the additional guide wheels and, therefore, the tipping torque was zero.
Key English Dutch State
scm_vertebral_train/vtg_a.trainunit#DisplayName Vertebral train unit A Vertebrale trein unit A
scm_vertebral_train/vtg_b.trainunit#DisplayName Vertebral train unit B Vertebrale trein unit B
scm_vertebral_train/vtg_c.trainunit#DisplayName Vertebral train unit C Vertebrale trein unit C
scm_vertebral_train/vertebral_train.trainrecipe#DisplayName Vertebral Train Goicoechea Vertebrale Trein Goicoechea
scm_vertebral_train/vtg_depot.raildepot#DisplayName Vertebral train depot Vertebrale treindepot
scm_vertebral_train/vtg_station.railstation#DisplayName Vertebral train station Vertebrale treinstation
scm_vertebral_train/vtg_tunnel.railtunnel#DisplayName Vertebral train tunnel Vertebrale treintunnel
scm_vertebral_train/vtg_beams.rail#DisplayName Vertebral train beams Vertebrale treinbalken
scm_vertebral_train/vtg_chain_signal.chainrailsignal#DisplayName Vertebral train pre-signal Vertebrale trein voorsein
scm_vertebral_train/vtg_regular_signal.railsignal#DisplayName Vertebral train signal Vertebrale trein sein
scm_vertebral_train/vertebral_train.research#DisplayName Vertebral train system Vertebrale treinsysteem
scm_vertebral_train/vertebral_train.research#Description The vertebrate train of Las Palmas de Gran Canaria this vehicle required, by its own design, a track totally incompatible with the existing railway network, based on long concrete beams on which the composition supported by independent treads located on the sides of the vehicle and not in its lower part, as is usual in conventional trains or cars. According to its inventor, in this way it was achieved that the train was non-derailing, by placing the center of gravity in the same plane as the additional guide wheels and, therefore, the tipping torque was zero. De vertebrale trein van Las Palmas de Gran Canaria vereiste, omwille van het ontwerp, een spoor dat volledig incompatibel was met het bestaande spoornetwerk. Dit ontwerp was gebaseerd op lange betonnen balken waarop de trein hing, ondersteund door wielen aan de zijkant van het voertuig in plaats van de onderzijde zoals meer conventionele treinen of auto's. Volgens de uitvinder kon de trein op deze manier niet ontsporen omdat het zwaartepunt zich op hetzelfde vlak bevond als de geleidingswielen en het kantelmoment op deze manier gelijk was aan nul.
Key English Dutch State
scm_vertebral_train/vertebral_train.research#Description The vertebrate train of Las Palmas de Gran Canaria this vehicle required, by its own design, a track totally incompatible with the existing railway network, based on long concrete beams on which the composition supported by independent treads located on the sides of the vehicle and not in its lower part, as is usual in conventional trains or cars. According to its inventor, in this way it was achieved that the train was non-derailing, by placing the center of gravity in the same plane as the additional guide wheels and, therefore, the tipping torque was zero. De vertebrale trein van Las Palmas de Gran Canaria vereiste, omwille van het ontwerp, een spoor dat volledig incompatibel was met het bestaande spoornetwerk. Dit ontwerp was gebaseerd op lange betonnen balken waarop de trein hing, ondersteund door wielen aan de zijkant van het voertuig in plaats van de onderzijde zoals meer conventionele treinen of auto's. Volgens de uitvinder kon de trein op deze manier niet ontsporen omdat het zwaartepunt zich op hetzelfde vlak bevond als de geleidingswielen en het kantelmoment op deze manier gelijk was aan nul.
scm_vertebral_train/vertebral_train.research#DisplayName Vertebral train system Vertebrale treinsysteem
scm_vertebral_train/vertebral_train.trainrecipe#DisplayName Vertebral Train Goicoechea Vertebrale Trein Goicoechea
scm_vertebral_train/vtg_a.trainunit#DisplayName Vertebral train unit A Vertebrale trein unit A
scm_vertebral_train/vtg_b.trainunit#DisplayName Vertebral train unit B Vertebrale trein unit B
scm_vertebral_train/vtg_beams.rail#DisplayName Vertebral train beams Vertebrale treinbalken
scm_vertebral_train/vtg_c.trainunit#DisplayName Vertebral train unit C Vertebrale trein unit C
scm_vertebral_train/vtg_chain_signal.chainrailsignal#DisplayName Vertebral train pre-signal Vertebrale trein voorsein
scm_vertebral_train/vtg_depot.raildepot#DisplayName Vertebral train depot Vertebrale treindepot
scm_vertebral_train/vtg_regular_signal.railsignal#DisplayName Vertebral train signal Vertebrale trein sein
scm_vertebral_train/vtg_station.railstation#DisplayName Vertebral train station Vertebrale treinstation
scm_vertebral_train/vtg_tunnel.railtunnel#DisplayName Vertebral train tunnel Vertebrale treintunnel

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The vertebrate train of Las Palmas de Gran Canaria this vehicle required, by its own design, a track totally incompatible with the existing railway network, based on long concrete beams on which the composition supported by independent treads located on the sides of the vehicle and not in its lower part, as is usual in conventional trains or cars. According to its inventor, in this way it was achieved that the train was non-derailing, by placing the center of gravity in the same plane as the additional guide wheels and, therefore, the tipping torque was zero.
De vertebrale trein van Las Palmas de Gran Canaria vereiste, omwille van het ontwerp, een spoor dat volledig incompatibel was met het bestaande spoornetwerk. Dit ontwerp was gebaseerd op lange betonnen balken waarop de trein hing, ondersteund door wielen aan de zijkant van het voertuig in plaats van de onderzijde zoals meer conventionele treinen of auto's. Volgens de uitvinder kon de trein op deze manier niet ontsporen omdat het zwaartepunt zich op hetzelfde vlak bevond als de geleidingswielen en het kantelmoment zo dus nul wasop deze manier gelijk was aan nul.
2 years ago
The vertebrate train of Las Palmas de Gran Canaria this vehicle required, by its own design, a track totally incompatible with the existing railway network, based on long concrete beams on which the composition supported by independent treads located on the sides of the vehicle and not in its lower part, as is usual in conventional trains or cars. According to its inventor, in this way it was achieved that the train was non-derailing, by placing the center of gravity in the same plane as the additional guide wheels and, therefore, the tipping torque was zero.
De vertebrale trein van Las Palmas de Gran Canaria vereiste, omwille van het ontwerp, een spoor dat volledig incompatibel was met het bestaande spoornetwerk. Dit ontwerp was gebaseerd op lange betonnen balken waarop de trein hing, ondersteund door wielen aan de zijkant van het voertuig in plaats van de onderzijde zoals meer conventionele treinen of auto's. Volgens de uitvinder kon de trein op deze manier niet ontsporen omdat het zwaartepunt zich op hetzelfde vlak bevond als de geleidingswielen en het kantelmoment zo dus nul was.
2 years ago
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Source information

Key
scm_vertebral_train/vertebral_train.research#Description
String age
2 years ago
Source string age
3 years ago
Translation file
nl.json, string 12