A method displaying a series of sequential timekeeping periods on a timekeeping device includes, at a beginning of a time period, rotating an indicia dial in a first direction, and aligning a first set of indicia on the indicia dial with a corresponding set of apertures on a cloaking dial, thereby displaying a first 12-hour period of time on the timekeeping device. The method further includes, at an ending of the time period, rotating the indicia dial in a second direction opposite the first direction, and aligning a second set of indicia on the indicia dial with the corresponding set of outer dial apertures of the cloaking dial, thereby displaying a second 12-hour period of time on the timekeeping device.

An electronic device according to various embodiments of the present invention may comprise: a housing; a display device mounted on a surface of the housing; a bezel, which is rotatably coupled to the housing, and which rotates along the circumference of the display device; and elastic portions provided on the housing so as to provide the bezel with an elastic force in a first direction. The above electronic device may be implemented variously according to embodiments.

A watch (10) including a case provided with a back, with a crystal (12), with a set of components forming a horological movement (13), and with a dial (14) disposed between the movement and the crystal (12), the dial (14) including a photovoltaic cell module (16) connected to an electric accumulator (17) intended to provide an electrical energy source to the watch (10), the dial (14) further including a shutter device (18) arranged between the photovoltaic cell module (16) and the crystal (12) of the watch (10), and configured to occupy a shutter state wherein it masks the entire photovoltaic cell module (16) and an exposure state wherein it exposes all or part of the photovoltaic cell module (16).

A dial including first indicia where each indicium of the first indicia is disposed on the dial at an angle of 90 degrees with respect to adjacent first indicia, and wherein the first indicia represent a first 12-hour period of time. The dial further including second indicia where each indicium of the second indicium is disposed on the dial at an angle of 90 degrees with respect to adjacent second indicia, and where the second indicia represents a second 12-hour period of time sequentially following the first 12-hour period of time.

A dial including first indicia where each indicium of the first indicia is disposed on the dial at an angle of 90 degrees with respect to adjacent first indicia, and wherein the first indicia represent a first 12-hour period of time. The dial further including second indicia where each indicium of the second indicium is disposed on the dial at an angle of 90 degrees with respect to adjacent second indicia, and where the second indicia represents a second 12-hour period of time sequentially following the first 12-hour period of time.

A computer-implemented method and medium storing instructions that displays a series of sequential periods on a graphical display by displaying, at a beginning of a time period, a first set of hour indicia representing a first 12-hour period of time, and at an ending of the time period, replacing the first set of hour indicia with a second set of hour indicia, where the second set of hour indicia representing a second 12-hour period of time. The second 12-hour period of time sequentially follows the first 12-hour period of time.

A timekeeping device including a first dial including a plurality of first dial display regions, each of the plurality of first dial display regions disposed at an angle of 90-degrees with respect to each adjacent first dial display region and a center of the first dial, a second dial disposed adjacent the first dial and configured to rotate in two directions about a central axis of rotation of the second dial, and a set of two adjacent third dials disposed adjacent the second dial, each dial of the set of two adjacent third dials configured to rotate about a respective central axis of rotation, the set of two adjacent third dials each comprising indicia representing at least one value configured to represent a date of a month.

A timekeeping device including a first dial including a plurality of first dial display regions, each of the plurality of first dial display regions disposed at an angle of 90-degrees with respect to each adjacent first dial display region and a center of the first dial, a second dial disposed adjacent the first dial and configured to rotate in two directions about a central axis of rotation of the second dial, and a set of two adjacent third dials disposed adjacent the second dial, each dial of the set of two adjacent third dials configured to rotate about a respective central axis of rotation, the set of two adjacent third dials each comprising indicia representing at least one value configured to represent a date of a month.

A dial including first indicia where each indicium of the first indicia is disposed on the dial at an angle of 90 degrees with respect to adjacent first indicia, and wherein the first indicia represent a first 12-hour period of time. The dial further including second indicia where each indicium of the second indicium is disposed on the dial at an angle of 90 degrees with respect to adjacent second indicia, and where the second indicia represents a second 12-hour period of time sequentially following the first 12-hour period of time

A dial including first indicia where each indicium of the first indicia is disposed on the dial at an angle of 90 degrees with respect to adjacent first indicia, and wherein the first indicia represent a first 12-hour period of time. The dial further including second indicia where each indicium of the second indicium is disposed on the dial at an angle of 90 degrees with respect to adjacent second indicia, and where the second indicia represents a second 12-hour period of time sequentially following the first 12-hour period of time