(JP2001199702-A)   NOVELTY - The power generation device comprises a hydrogen generator (6), a polyelectrolyte fuel cell (1), a combustor (7) for heating at least the reformer, a flow rate controller (8) for controlling the supply amount of a combustion fuel, a communicating passage (10) between the combustor (7) and the flow rate controller (8), a merging unit (11) for merging residual fuel gases and an incomplete produced gas with a combustion fuel, and a connecting tube (12) for transmitting a pressure between the merging unit (11) and the flow rate controller (8) to the flow rate controller (8).    USE - None given.    ADVANTAGE - The problem with a conventional power generation device is resolved in that an incomplete produced gas conventionally exhausted to the outside, when the temperature of the hydrogen generator is outside a preset temperature range such as at starting, is likely to ignite.    (JP2001180905-A)   NOVELTY - The power generation device comprises a hydrogen generator (6), a polyelectrolyte fuel cell (1), a combustor (7) for heating at least the reformer, a flow rate controller (8) for controlling the supply amount of a combustion fuel, a communicating passage (10) between the combustor (7) and the flow rate controller (8), a merging unit (11) for merging residual fuel gases and an incomplete produced gas with a combustion fuel, and a connecting tube (12) for transmitting a pressure between the merging unit (11) and the flow rate controller (8) to the flow rate controller (8).    USE - None given.    ADVANTAGE - The problem with a conventional power generation device is resolved in that an incomplete produced gas conventionally exhausted to the outside, when the temperature of the hydrogen generator is outside a preset temperature range such as at starting, is likely to ignite.    (JP2001180906-A)   NOVELTY - The power generation device comprises a hydrogen generator (6), a polyelectrolyte fuel cell (1), a combustor (7) for heating at least the reformer, a flow rate controller (8) for controlling the supply amount of a combustion fuel, a communicating passage (10) between the combustor (7) and the flow rate controller (8), a merging unit (11) for merging residual fuel gases and an incomplete produced gas with a combustion fuel, and a connecting tube (12) for transmitting a pressure between the merging unit (11) and the flow rate controller (8) to the flow rate controller (8).    USE - None given.    ADVANTAGE - The problem with a conventional power generation device is resolved in that an incomplete produced gas conventionally exhausted to the outside, when the temperature of the hydrogen generator is outside a preset temperature range such as at starting, is likely to ignite.    (JP2001185183-A)   NOVELTY - The power generation device comprises a hydrogen generator (6), a polyelectrolyte fuel cell (1), a combustor (7) for heating at least the reformer, a flow rate controller (8) for controlling the supply amount of a combustion fuel, a communicating passage (10) between the combustor (7) and the flow rate controller (8), a merging unit (11) for merging residual fuel gases and an incomplete produced gas with a combustion fuel, and a connecting tube (12) for transmitting a pressure between the merging unit (11) and the flow rate controller (8) to the flow rate controller (8).    USE - None given.    ADVANTAGE - The problem with a conventional power generation device is resolved in that an incomplete produced gas conventionally exhausted to the outside, when the temperature of the hydrogen generator is outside a preset temperature range such as at starting, is likely to ignite.