Provided is a digital camera with a printer having good operability.

A digital camera with a printer includes an imaging unit, a print unit that prints an image on a medium and discharges the printed medium, a display unit, a first operation member that is rotated from a first position in a first direction around a rotation axis against biasing force, and is rotated in a second direction opposite to the first direction by the biasing force to be returned to the first position in a case in which the first operation member is released, and a processor. The processor performs specific control in accordance with operation of the first operation member.

An image reading apparatus includes a document reader, a display section of a screen, an operation reception section configured to receive operation on the screen, and a controller configured to output processing of image data in accordance with output settings. The operation includes simple operation for selecting an output destination to receive output of the image data. When the operation reception section receives the simple operation, the controller starts reading the document by the reader, displays a screen indicating reading in a display period including a read period until reading of the document is completed, and displays another screen after the display period. The operation reception section is configured to receive change operation of the output settings in a reception period included in the display period, and when the change operation is received, the controller outputs processing of the image data in accordance with the changed output settings.

In an image forming apparatus including a controller, a display, and an image former, and being capable of executing a processing function by a voice operation, the controller performs controls to display, on the display, a voice operation screen including a command in response to a command to start an operation through a voice operation of a user, and execute a job in the image former in response to a command to execute the job being input by voice through a voice operation.

An image reading apparatus includes a document reader, a display section of a screen, an operation reception section configured to receive operation on the screen, and a controller configured to output processing of image data in accordance with output settings. The operation includes simple operation for selecting an output destination to receive output of the image data. When the operation reception section receives the simple operation, the controller starts reading the document by the reader, displays a screen indicating reading in a display period including a read period until reading of the document is completed, and displays another screen after the display period. The operation reception section is configured to receive change operation of the output settings in a reception period included in the display period, and when the change operation is received, the controller outputs processing of the image data in accordance with the changed output settings.

In an image forming apparatus including a controller, a display, and an image former, and being capable of executing a processing function by a voice operation, the controller performs controls to display, on the display, a voice operation screen including a command in response to a command to start an operation through a voice operation of a user, and execute a job in the image former in response to a command to execute the job being input by voice through a voice operation.

A digital camera with a printer includes an imaging unit, a print unit that prints an image on a medium and discharges the printed medium, a display unit, a first operation member that is rotated from a first position in a first direction around a rotation axis against biasing force, and is rotated in a second direction opposite to the first direction by the biasing force to be returned to the first position in a case in which the first operation member is released, and a processor. The processor performs specific control in accordance with operation of the first operation member.

A rotatable-swingable input device that has high reliability at low cost and that improves operability. Optical sensors, an elastically deformable holder, and switches are disposed on a wiring board. A shading member has a plurality of shading parts that are arranged in a circumferential direction and pass a space between a light projecting section and a light receiving section of the optical sensor when an operation member is rotated. A click spring contacts with a concavo-convex part of the operation member to generate click feeling. The holder has an inner annular part holding the operation member and shading member, and an outer annular part having pressure parts each of which deforms and pushes one of the switches when the operation member is swingingly operated. The optical sensors are arranged between the inner annular part and outer annular part without overlapping with the click spring to interpose one of the switches.

A rotatable-swingable input device that has high reliability at low cost and that improves operability. Optical sensors, an elastically deformable holder, and switches are disposed on a wiring board. A shading member has a plurality of shading parts that are arranged in a circumferential direction and pass a space between a light projecting section and a light receiving section of the optical sensor when an operation member is rotated. A click spring contacts with a concavo-convex part of the operation member to generate click feeling. The holder has an inner annular part holding the operation member and shading member, and an outer annular part having pressure parts each of which deforms and pushes one of the switches when the operation member is swingingly operated. The optical sensors are arranged between the inner annular part and outer annular part without overlapping with the click spring to interpose one of the switches.

A rotatable-swingable input device that has high reliability at low cost and that improves operability. Optical sensors, an elastically deformable holder, and switches are disposed on a wiring board. A shading member has a plurality of shading parts that are arranged in a circumferential direction and pass a space between a light projecting section and a light receiving section of the optical sensor when an operation member is rotated. A click spring contacts with a concavo-convex part of the operation member to generate click feeling. The holder has an inner annular part holding the operation member and shading member, and an outer annular part having pressure parts each of which deforms and pushes one of the switches when the operation member is swingingly operated. The optical sensors are arranged between the inner annular part and outer annular part without overlapping with the click spring to interpose one of the switches.

An image forming apparatus (100) includes a photoelectric conversion portion (24) that receives light reflected by a document sheet and outputs an electric signal based on the light, a posture adjustment portion (400) having an operation shaft (34) rotatable about a first axis (AX1) and that adjusts a posture of the photoelectric conversion portion (24) according to rotation of the operation shaft (34), and a stimulus output portion (402) that outputs a stimulus perceivable by an operator of the operation shaft (34) each time the operation shaft (34) is rotated by a predetermined specific angle.