There is provided an information display device making it possible to improve the reliability of a display against an external force. The information display device includes a case portion for displaying time information in a predetermined operation mode, and a band portion to be worn on an arm, and includes one piece of thin display inside the case portion and the band portion. Inside the band portion, the thin display, a metal sheet, and a resin sheet are laminated. The present technology can be applied to an information display device, etc., for example.

There is provided an information display device making it possible to improve the reliability of a display against an external force. The information display device includes a case portion for displaying time information in a predetermined operation mode, and a band portion to be worn on an arm, and includes one piece of thin display inside the case portion and the band portion. Inside the band portion, the thin display, a metal sheet, and a resin sheet are laminated. The present technology can be applied to an information display device, etc., for example.

A smartwatch including a first screen cooperating with a first display management device of said smartwatch contributing to broadcasting information pertaining to functions provided by the smartwatch and a second screen that is separate from the first screen cooperating with a second display management device of the smartwatch contributing to broadcasting information concerning all or part of a visual message pertaining to a visual and/or audio animation occurring within an environment wherein the smartwatch is located, the information being transmitted from a display control server controlling the second display management device of the smartwatch.

A visual time clock comprises a set of vertically stacked or adjacent chambers, each of the at least two chambers having interior-located, connected LED strips which are electronically controlled and selectively powered by being turned on or off or dimmed or brightened as time passes. Each chamber is meant to visually show an amount of elapsed time, e.g., seconds, minutes, hours and days (and years and century, if desired). When one chamber visually fills with the timed illumination of the LEDs, it will void and reset its LEDs and simultaneously illuminate one or more of the LEDs of the adjacent chamber.

A visual time clock comprises a set of vertically stacked or adjacent chambers, each of the at least two chambers having interior-located, connected LED strips which are electronically controlled and selectively powered by being turned on or off or dimmed or brightened as time passes. Each chamber is meant to visually show an amount of elapsed time, e.g., seconds, minutes, hours and days (and years and century, if desired). When one chamber visually fills with the timed illumination of the LEDs, it will void and reset its LEDs and simultaneously illuminate one or more of the LEDs of the adjacent chamber.

An electronic device such as a wristwatch device or other device may have a display. The display may be used to continuously display information such as watch face information. A watch face image on the display may contain watch face elements such as watch face hands, watch face indices, and complications. To reduce burn-in risk for watch face elements, control circuitry in the electronic device may impose burn-in constraints on attributes of the watch face elements such as peak luminance constraints, dwell time constraints, color constraints, constraints on the shape of each element, and constraints on element style. These constraints may help avoid situations in which static elements such as watch face indices create more burn-in than dynamic elements such as watch face hands.

An electronic device equipped with a communication device which is a GPS communication module is provided with a calculator, a specifying portion, and a display controller. The calculator calculates a position by Doppler positioning. The specifying portion specifies a time zone based on the position calculated by the calculator. The display controller causes a display device to display the time according to the time zone specified by the specifying portion.

An electronic device equipped with a communication device which is a GPS communication module is provided with a calculator, a specifying portion, and a display controller. The calculator calculates a position by Doppler positioning. The specifying portion specifies a time zone based on the position calculated by the calculator. The display controller causes a display device to display the time according to the time zone specified by the specifying portion.

A solid state light shadow clock including construction of multiple light sources about the perimeter illuminated inward to cast shadows displaying apparent rotation about the center at the speed of clock hands; at a speed of one revolution per hour, at the speed of one revolution per twelve hours, and at the speed of one revolution per minute; a circumferential inward facing arrangement of light emitting devices to cast shadows at various lengths and color combinations. The clock comprises radial shadows cast in representation of the arms of a clock. The shadow clock display may be incorporated in devices ranging in size from portable devices to large public displays.

A solid state light shadow clock including construction of multiple light sources about the perimeter illuminated inward to cast shadows displaying apparent rotation about the center at the speed of clock hands; at a speed of one revolution per hour, at the speed of one revolution per twelve hours, and at the speed of one revolution per minute; a circumferential inward facing arrangement of light emitting devices to cast shadows at various lengths and color combinations. The clock comprises radial shadows cast in representation of the arms of a clock. The shadow clock display may be incorporated in devices ranging in size from portable devices to large public displays.