Abstract: A power supply device includes a plurality of batteries and an exterior case. Each battery includes an exhaust valve that opens if an internal pressure becomes higher than a predetermined pressure. The exterior case accommodates the batteries. The exterior case includes a collision-enhancing type gas-releasing path that releases a gas discharged through the exhaust valve to the outside. The collision-enhancing type releasing path includes first and second collision plates. The gas discharged through the exhaust valve collides against the first and second collision plates and is then released to the outside of the exterior case. The first collision plate reflects a flowing direction of the gas discharged through the exhaust valve in collision of the gas against a surface of the first collision plate. The second collision plate faces the first collision plate.

Abstract: A manufacturing method of a thin-film laminate for manufacturing the thin-film laminate by sequentially laminating thin-film sheets having conductive patterns formed thereon, comprising the steps of housing thin-film sheets held by a carrier films adjusted to a prescribed size in a housing case; and in the middle of conveyance of the thin-film sheets in a state held by the carrier films and taken out from the housing case to a pressing and laminating position, stripping the thin-film sheets off the carrier films while conveying the same.

Abstract: A manufacturing method of a thin-film laminate for manufacturing the thin-film laminate by sequentially laminating thin-film sheets having conductive patterns formed thereon, comprising the steps of housing thin-film sheets held by a carrier films adjusted to a prescribed size in a housing case; and in the middle of conveyance of the thin-film sheets in a state held by the carrier films and taken out from the housing case to a pressing and laminating position, stripping the thin-film sheets off the carrier films while conveying the same.

Abstract: The method of producing a ceramic sheet for laminated ceramic electronic devices according to the present invention comprises printing an electrically conductive composition imagewise on one side of a carrier film F either directly or indirectly through a green ceramic layer G' by the screen printing technique to form electrodes E and then printing a green ceramic composition in solid on top of the printed surface by the screen printing technique to form a green ceramic layer G.

Abstract: A pavement-marking tape applicator comprises a carrier which has at least one wheel and an application roller and moves along a paved surface on which a pavement-marking tape is to be applied. A roll of pavement-marking tape is unwindably supported on the carrier. A pair of free end position adjusting rollers are mounted on the carrier for holding the unwound tape at such a position that the tape hangs in front of the application roller. The free end position adjusting rollers are capable of finely adjusting the free end position of the tape. A drive mechanism for manually or electrically rotating these free end position adjusting rollers is provided. In one aspect of the invention the pavement-marking tape applicator comprises a cutter mounted on the carrier for cutting the tape after completion of application of the tape on the paved surface.