Abstract: An electricity storage device includes an internal element that has a first main surface, a second main surface, a first side surface, a second side surface, a first end surface, and a second end surface, and that further includes a first internal electrode drawn out to the first end surface, a second internal electrode drawn out to the second end surface, a separator layer disposed between the first and second internal electrodes, and an electrolytic solution. Moreover, a first end surface electrode is disposed on the first end surface; and a second end surface electrode is disposed on the second end surface. The first internal electrode, the second internal electrode, the separator layer, the first end surface electrode, and the second end surface electrode are integrally sintered to form a sintered body.

Abstract: An electricity storage device includes an internal element that has a first main surface, a second main surface, a first side surface, a second side surface, a first end surface, and a second end surface, and that further includes a first internal electrode drawn out to the first end surface, a second internal electrode drawn out to the second end surface, a separator layer disposed between the first and second internal electrodes, and an electrolytic solution. Moreover, a first end surface electrode is disposed on the first end surface; and a second end surface electrode is disposed on the second end surface. The first internal electrode, the second internal electrode, the separator layer, the first end surface electrode, and the second end surface electrode are integrally sintered to form a sintered body.

Abstract: A power storage device that includes a first adhesive member between a first current collector and a second surface layer, and a second adhesive member between a second current collector and a first surface layer. A first electrolyte retaining layer is provided between the first adhesive member and the first current collector. A second electrolyte retaining layer is provided between the second adhesive member and the second current collector.

Abstract: A power storage device that includes a first adhesive member between a first current collector and a second surface layer, and a second adhesive member between a second current collector and a first surface layer. A first electrolyte retaining layer is provided between the first adhesive member and the first current collector. A second electrolyte retaining layer is provided between the second adhesive member and the second current collector.

Abstract: An image reading apparatus of the present invention is provided with a driving unit for supplying a driving force to a scanner module and for supplying a driving force to an ADF. Changeover between the driving force for the scanner module and the driving force for the ADF is carried out by moving the scanner module, where the driving force of the scanner module and the driving force for the ADF are supplied from a single driving force source. A low cost member is used for the changeover of driving force transmission where the same driving force source (motor) supplies necessary driving force for a fed document reading mode and for a stationary document reading mode. This lowers a cost of the apparatus.

Abstract: An image reading apparatus of the present invention is provided with a driving unit for supplying a driving force to a scanner module and for supplying a driving force to an ADF. Changeover between the driving force for the scanner module and the driving force for the ADF is carried out by moving the scanner module, where the driving force of the scanner module and the driving force for the ADF are supplied from a single driving force source. A low cost member is used for the changeover of driving force transmission where the same driving force source (motor) supplies necessary driving force for a fed document reading mode and for a stationary document reading mode. This lowers a cost of the apparatus.