Abstract: A watch case including a thumbwheel for controlling a watch function, configured to be manipulated by a user, movable inside a housing and configured to allow a limited translational motion of one portion of the thumbwheel in a radial direction of the case, against an elastic return configured to move the portion away from an interior of the case. The housing includes a control detector detecting presence of the portion close to the center of the case when pressure is applied by a user, and configured to activate or deactivate a sensor included in the case in proximity to the housing, configured, when a rotational movement is imparted to the thumbwheel by the user, to detect passage of a transmitter included in the thumbwheel.

Abstract: The present disclosure generally relates to content-based tactile outputs. In some embodiments, user interfaces associated with content-based tactile outputs are described. In some embodiments, user interfaces associated with end-of-content tactile outputs are described. In some embodiments, user interfaces associated with moving a user interface in response to different types of input are described. In some embodiments, user interfaces associated with adjustable item-based tactile outputs are described. In some embodiments, user interfaces associated with input velocity-based tactile outputs are described.

Abstract: Systems and processes for manipulating a graphical user interface are disclosed. One process can include receiving user input through a crown to rotate a virtual object. The process includes selecting a surface of the object from among the multiple surfaces of the object in response to determining that the crown rotation exceeded a speed threshold.

Abstract: An electronic module including at least one electric motor for driving an analog display, a clock module including a time base delivering a clock signal connected to a divider circuit, the divider circuit delivering a reference signal sent to a control circuit arranged to control the electric motor, the clock module further including a measuring and correction circuit arranged between the time base and the divider circuit and delivering an intermediate compensated signal. The time base, the compensation module, the divider circuit, and the control circuit are arranged in a same case to form the clock module.

Abstract: A digital pulse oximeter with automatic orientation change function, comprising a housing that is configured to clamp a human finger being tested, a display window disposed at outside of and atop the housing, a circuit being disposed within the housing for calculating and analyzing the tested signals, and displaying them in the display window atop the housing via a display, wherein the said circuit has only one control key disposed on the housing, the said circuit allowing the display contents of the display to be always oriented properly for easy reading by connecting with one two-axis or three-axis accelerometer. The digital pulse oximeter of the present invention is featured with small size and convenient operation and can shift from one function to another using only one control key in conjunction with the interface display, thereby increasing the functions of small-sized pulse oximeters.

Abstract: Disclosed is an electronic timepiece, comprising: hands which indicate time to display the time; a stepping motor which performs a stepping drive of the hands; a drive control section which supplies the stepping motor with drive pulses; a hand movement examining section which examines whether the hands are moving or not; and awaiting control section which temporarily interrupts a supply of the drive pulses by the drive control section to be in a waiting state, when the hand movement examining section judges that the hands are stopped, wherein the supply of the drive pulses by the drive control section and an examination of whether the hands are moving or not by the hand movement examining section are respectively restarted, after the waiting control section has released the waiting state.

Abstract: Disclosed is an electronic timepiece, comprising: hands which indicate time to display the time; a stepping motor which performs a stepping drive of the hands; a drive control section which supplies the stepping motor with drive pulses; a hand movement examining section which examines whether the hands are moving or not; and awaiting control section which temporarily interrupts a supply of the drive pulses by the drive control section to be in a waiting state, when the hand movement examining section judges that the hands are stopped, wherein the supply of the drive pulses by the drive control section and an examination of whether the hands are moving or not by the hand movement examining section are respectively restarted, after the waiting control section has released the waiting state.

Abstract: A clock timer having a face comprising a mouth, eyes, a nose, and an arm secured to the nose. Rotation of the nose turns a shaft which, via a camming mechanism, forces a plate housed within the clock upward. As the plate moves upward, a rack formed in the plate drives a gear mechanism which rotates the mouth and eyes from a smiling orientation to a frowning orientation. Rotation of the shaft also rotates a timer housed within the clock. Upon expiration of the timer the shaft is rotated in the opposite direction, thereby lowering the plate, driving the gear mechanism, and rotating the mouth and eyes from their frowning orientation to their smiling orientation, and activating a bell housed in the timer.

Abstract: A method and apparatus for control of a digital watch and associated functions, based on a user interface with a menu and thumbwheel. The watch consists of an internal clock, microprocessor, display, rotating cylinder (thumbwheel) operated by the thumb or finger, and a button. The display consists of a matrix of pixels and can display menus or other information with small characters and time and date information in a larger size. Rotating the cylinder results in changing the designated item in a menu, which is typically indicated in reverse video, and pressing the button results in the designated item being selected. In cases where a parameter is modified and the values of the parameter are well known and have a natural order (such as minutes) only the present value of the parameter is displayed, and movement of the thumbwheel causes the displayed value to be incremented or decremented, as appropriate. Pressing the selector button causes the actual value of the parameter to be replaced by the displayed value.

Abstract: A correction system for a hands display type of electronic timepiece which can display a plurality of types of time information such as an alarm time and the current time by a single set of hands, with changeover between display of the different types of information being performed by rapid rotation of the hands, with the system being characterized in that means are provided for inhibiting any input of correction signals by external switch actuations while such changeover is in progress. Errors resulting from accidental switch actuations during display changeover are thereby effectively eliminated.

Abstract: A writable non-volatile memory circuit for use in portable electronic devices such as electronic timepiece, wherein there is improved the power consumption and there is provided a volatile memory with a serial input for writing the data into the non-volatile memory and for checking the data.

Abstract: Electronic clocks with analog time displays and a vibrating quartz crystal (1) as a time standard, as well as electronic frequency dividers (6, 7). The display elements are driven by an electronically controlled motor (SM), said motor comprising a power winding (87) and a control winding (68). The control and regulating circuit for the electronically controlled motor (SM) is so designed that only one rpm above the rated rpm is controllably adjustable and, when the frequency of the clock varies, correcting signals are supplied to the AC drive pulses in power winding (87) through a bistable flip-flop (50), said flip-flop being subjected to real pulses derived from frequency dividers (6,7) and pulses derived from motor (SM), a NOR element (58) connected to the output of flip-flop (50) and an additional frequency divider (59), a field effect transistor (88), and a resistor (89).

Abstract: An electronic timepiece having both time indicating hands and an electro-optical time display, wherein individual digits of the electro-optical display can be selected for correction and wherein correction of a digit causes the time indicating hands to advance by a precisely corresponding amount.

Abstract: An integrated circuit pulse generator which may be externally digitally conditioned to provide an output signal at a frequency falling within a predetermined range of signal frequencies corresponding to a specified frequency tolerance includes a fixed frequency oscillator having an external frequency determining crystal which provides electrical pulses at a fixed frequency that is within a given range of frequencies above a nominal frequency. A pulse inhibit means coupled to the fixed frequency oscillator includes a plurality of programmable input terminals and cyclically inhibits selectable numbers of the electrical pulses responsive to selective actuation of the programmable input terminals to controllably transform the fixed frequency in delta amounts to an output signal frequency within the predetermined range of frequencies.