Abstract: A shield plate fixing device of an electronic apparatus includes a mechanical section for performing operation in a main body housing, an electronic substrate for controlling operation shielded by two upper and lower shield plates above the mechanical section, and an upper housing for sealing an upper opening of the main body housing above the electronic substrate. The mechanical section, the electronic substrate, and the upper housing are respectively placed in a stacked manner. The upper shield plate is directly fixed to the main body housing, so as to reduce tolerance accumulation in the assembled electronic apparatus.

Abstract: A shield plate fixing device of an electronic apparatus includes a mechanical section for performing operation in a main body housing, an electronic substrate for controlling operation shielded by two upper and lower shield plates above the mechanical section, and an upper housing for sealing an upper opening of the main body housing above the electronic substrate. The mechanical section, the electronic substrate, and the upper housing are respectively placed in a stacked manner. The upper shield plate is directly fixed to the main body housing, so as to reduce tolerance accumulation in the assembled electronic apparatus.

Abstract: A stacker on which a recording medium discharged from an outlet of a recoding apparatus is placed, is movable between a first position for closing the outlet and a second position for opening the outlet. A sheet receiving face receives the discharged recording medium, while being a first form when the stacker is placed in the first position, and being a second form when the stacker is placed in the second position. The sheet receiving face is formed with at least one aperture in an upstream end portion with regard to a sheet discharging direction. A holder supports the upstream end portion of the sheet receiving face. The holder includes at least one retainer engaged with the aperture so as to prevent the sheet receiving face from deforming upward.

Abstract: A stacker on which a recording medium discharged from an outlet of a recoding apparatus is placed, is movable between a first position for closing the outlet and a second position for opening the outlet. A sheet receiving face receives the discharged recording medium, while being a first form when the stacker is placed in the first position, and being a second form when the stacker is placed in the second position. The sheet receiving face is formed with at least one aperture in an upstream end portion with regard to a sheet discharging direction. A holder supports the upstream end portion of the sheet receiving face. The holder includes at least one retainer engaged with the aperture so as to prevent the sheet receiving face from deforming upward.