Input device having optimum portability and electronic apparatus including the same

An electronic apparatus, comprising:

• an input section that comprises:
• a first detection surface;
• a second detection surface;
• a sensor substrate;
• a first intermediate layer between the first detection surface and the sensor substrate, wherein
• the first intermediate layer comprises a first plurality of structures configured to deformably support the first detection surface, and
• the first plurality of structures is deformable;
• a second intermediate layer between the second detection surface and the sensor substrate, wherein
• the second intermediate layer comprises a second plurality of structures configured to deformably support the second detection surface, and
• a number of the first plurality of structures in the first intermediate layer is greater than a number of the second plurality of structures in the second intermediate layer;
• a first conductive layer between the first detection surface and the first intermediate layer;
• and
• a second conductive layer between the second detection surface and the second intermediate layer, wherein
• the first conductive layer, the first intermediate layer, the sensor substrate, and the second intermediate layer are between the first detection surface and the second conductive layer, and
• the input section is configured to output a detection signal corresponding to a pressing position and a pressing amount on at least one of the first detection surface or the second detection surface;
• a control section configured to determine the pressing position and the pressing amount based on the detection signal;
• a power supply section configured to supply electrical power to the input section and the control section;
• a support section configured to support the input section, the control section, and the power supply section, wherein the support section is user wearable;
• and
• a display device configured to display an image corresponding to an operation signal, wherein
• the first detection surface is on an outer peripheral surface of the support section, and
• the second detection surface is on an inner peripheral surface of the support section.