Abstract: An object is to provide a methane synthesis device having as a whole a reduced size and a simplified configuration. A methane synthesis device 100 is composed of respective components from an end plate 2 at the leftmost side to an end plate 23 at the rightmost side and is compactly assembled by fastening plural bolts and nuts to bring these individual components into tightly contact with each other. The components may be divided into a Sabatier reaction unit of signs 3 to 9, a water electrolysis unit of signs 13 to 19, and other components. Hydrogen gas generated in the water electrolysis unit is mixed with carbon dioxide gas and supplied to the Sabatier reaction unit, and methane is synthesized in the Sabatier reaction unit. The size of the device is reduced as a whole and configuration is simplified by integrally stacking the water electrolysis unit, the Sabatier reaction unit, a carbon dioxide supplying unit, and a hydrogen gas supplying unit.

Abstract: An object is to provide a methane synthesis device having as a whole a reduced size and a simplified configuration. A methane synthesis device 100 is composed of respective components from an end plate 2 at the leftmost side to an end plate 23 at the rightmost side and is compactly assembled by fastening plural bolts and nuts to bring these individual components into tightly contact with each other. The components may be divided into a Sabatier reaction unit of signs 3 to 9, a water electrolysis unit of signs 13 to 19, and other components. Hydrogen gas generated in the water electrolysis unit is mixed with carbon dioxide gas and supplied to the Sabatier reaction unit, and methane is synthesized in the Sabatier reaction unit. The size of the device is reduced as a whole and configuration is simplified by integrally stacking the water electrolysis unit, the Sabatier reaction unit, a carbon dioxide supplying unit, and a hydrogen gas supplying unit.

Abstract: An object is to provide a methane synthesis device having as a whole a reduced size and a simplified configuration. A methane synthesis device 100 is composed of respective components from an end plate 2 at the leftmost side to an end plate 23 at the rightmost side and is compactly assembled by fastening plural bolts and nuts to bring these individual components into tightly contact with each other. The components may be divided into a Sabatier reaction unit of signs 3 to 9, a water electrolysis unit of signs 13 to 19, and other components. Hydrogen gas generated in the water electrolysis unit is mixed with carbon dioxide gas and supplied to the Sabatier reaction unit, and methane is synthesized in the Sabatier reaction unit. The size of the device is reduced as a whole and configuration is simplified by integrally stacking the water electrolysis unit, the Sabatier reaction unit, a carbon dioxide supplying unit, and a hydrogen gas supplying unit.

Abstract: In a hydrogen reduction catalyst for carbon dioxide of the present invention, catalytic metal nanoparticles and a metal oxide for suppressing grain growth of the catalytic metal nanoparticles are dispersed and supported on a carrier.

Abstract: An object is to provide a methane synthesis device having as a whole a reduced size and a simplified configuration. A methane synthesis device 100 is composed of respective components from an end plate 2 at the leftmost side to an end plate 23 at the rightmost side and is compactly assembled by fastening plural bolts and nuts to bring these individual components into tightly contact with each other. The components may be divided into a Sabatier reaction unit of signs 3 to 9, a water electrolysis unit of signs 13 to 19, and other components. Hydrogen gas generated in the water electrolysis unit is mixed with carbon dioxide gas and supplied to the Sabatier reaction unit, and methane is synthesized in the Sabatier reaction unit. The size of the device is reduced as a whole and configuration is simplified by integrally stacking the water electrolysis unit, the Sabatier reaction unit, a carbon dioxide supplying unit, and a hydrogen gas supplying unit.

Abstract: In a hydrogen reduction catalyst for carbon dioxide of the present invention, catalytic metal nanoparticles and a metal oxide for suppressing grain growth of the catalytic metal nanoparticles are dispersed and supported on a carrier.

Abstract: A cupholder is provided. The cupholder preferably includes a fixed cupholder and a reversible cupholder pivotally attached with and nested within the fixe cupholder. The reversible cupholder may be configured to be pulled inside out such that a surface of the reversible cupholder in contact with the fixed cupholder when nested defines an interior cavity of the reversible cupholder when inside out, and positioned next to the fixed cupholder.

Abstract: A moveable tray assembly for a vehicle includes a tray portion and a collapsible cup portion coupled to the tray portion. The cup portion is extendible downward from the tray portion and sized to fit within a cupholder recess. A floor of the tray portion extends outwardly from a top circumference of the cup portion to support items. The floor has a length and width greater than 3?×4?.

Abstract: A cupholder is provided. The cupholder preferably includes a fixed cupholder and a reversible cupholder pivotally attached with and nested within the fixe cupholder. The reversible cupholder may be configured to be pulled inside out such that a surface of the reversible cupholder in contact with the fixed cupholder when nested defines an interior cavity of the reversible cupholder when inside out, and positioned next to the fixed cupholder.

Abstract: A moveable tray assembly for a vehicle includes a tray portion and a collapsible cup portion coupled to the tray portion. The cup portion is extendible downward from the tray portion and sized to fit within a cupholder recess. A floor of the tray portion extends outwardly from a top circumference of the cup portion to support items. The floor has a length and width greater than 3?×4?.

Abstract: A center console assembly is provided. That center console assembly includes a storage compartment and a cooperating cover as well as a cup holder outside of the storage compartment. In addition, the center console assembly includes a console tray including a first mounting element and a second mounting element. The first mounting element secures the console tray in a first position within the storage compartment while the second mounting element secures the console tray in a second position in the cup holder.

Abstract: A center console assembly is provided. That center console assembly includes a storage compartment and a cooperating cover as well as a cup holder outside of the storage compartment. In addition, the center console assembly includes a console tray including a first mounting element and a second mounting element. The first mounting element secures the console tray in a first position within the storage compartment while the second mounting element secures the console tray in a second position in the cup holder.

Abstract: A console bin assembly is provided for a motor vehicle. That console bin assembly includes a housing defining a storage compartment. Opposed channels are carried on the housing. Each of the opposed channels has an open end. In addition, the console bin assembly includes a tray including opposed projections that are received in the opposed channels. As a consequence, the tray may be stably secured in a storage position, flipped to increase access to the lower region of the storage compartment or fully removed from the storage compartment and console bin assembly if desired.