ELECTRONIC DEVICE, OPERATION CONTROL METHOD, AND PROGRAM
When a user performs a closing operation of a touch screen slide type cellular phone and the closing operation is performed in a state where the touch screen is contacted, a CPU continuously puts a display and the touch screen into an ON state, which continuously allows touch operations on the touch screen. In contrast, when the closing operation is made without the user's physical contact with the touch screen, the CPU continuously puts the display and the touch screen into an OFF state. Accordingly, reduction of wasteful power consumption can be easily realized without impairing the usability for a user and without requiring complicated control.
1 . An electronic device comprising:
a case configured to be changeable in shape;
a shape change detecting section configured to detect a change in shape of the case;
a display section configured to display so that visual recognition is possible irrespective of the shape of the case;
an input detecting section configured to detect input, irrespective of the shape of the case; and
a control section configured to control operations of the display section or the input detecting section, or the operations of the display section and the input detecting section, after the change in shape of the case, based on detection information of the input detecting section when the change in shape of the case is detected by the shape change detecting section.
2 . The electronic device according to claim 1 , wherein, when the shape change detecting section detects the change in shape of the case, and when the input detecting section configured to detect the input, the control section operates the display section or the input detecting section, or operates the display section and the input detecting section, after the change in shape of the case, and
wherein, when the shape change detecting section detects the change in shape of the case, and when the input detecting section does not detect the input, the control section stops the operations of the display section or the input detecting section, or the operations of the display section and the input detecting section, after the change in shape of the case.
3 . The electronic device according to claim 1 , wherein, when the input detecting section does not detect input of a predetermined time, the control section stops the operations of the display section or the detecting section, or the operations of the display section and the detecting section.
4 . The electronic device according to claim 1 , wherein the display section comprises a backlight, and wherein the control section further controls operations of the backlight.
5 . The electronic device according to claim 1 , wherein the input detecting section is a contact detecting type or a proximity detection type touch screen provided on the display section.
6 . An operation control method in an electronic device including a case that is changeable in shape, a display section configured to display so that visual recognition is possible irrespective of the shape of the case, and an input detecting section configured to detect input irrespective of the shape of the case, the operation control method comprising:
a shape change detecting step for detecting the change in shape of the case;
an input presence-and-absence detecting step for detecting presence and absence of the input to the input detecting section when the change in shape of the case is detected in the shape change detecting step; and
a controlling step for controlling operations of the display section or the input detecting section, or the operations of the display section and the input detecting section, after the change in shape of the case, based on detection results in the input presence-and-absence detecting step.
7 . A non-transitory computer-readable storage medium having a program stored thereon that is executable by a computer of an electronic device including a case configured to be changeable in shape, a display section configured to display so that visual recognition is possible irrespective of the shape of the case, and an input detecting section configured to detect input irrespective of the shape of the case, wherein the program controls the electronic device to perform functions comprising:
a shape change detecting function for detecting the change in shape of the case;
an input presence-and-absence detecting function for detecting presence and absence of the input to the input detecting section when the change in shape of the case is detected by the shape change detecting function; and
a control function for controlling operations of the display section or the input detecting section, or the operations of the display section and the input detecting section after the change in shape of the case, based on detection results by the input presence-and-absence detecting function.