Abstract: In one aspect, a device includes a processor and a memory accessible to the processor. The memory bears instructions executable by the processor to receive data from a sleep sensor in communication with the device and, based at least in part on the data, determine whether to change a time at which an alarm is to occur at the device.

Abstract: Watch comprising a mechanism (50) for driving a device (1) that displays a time-dependent value, this drive mechanism (50) itself being driven by the movement of the watch, this watch also having at least one first correction element (42) acting on the display device (50) via a clockwork mechanism (2) of the drive mechanism (50), and at least one second correction element (48) acting directly on the device (1) that displays the time-dependent value, the watch being characterised in that the drive mechanism (50) is arranged so as to drive the device (1) that displays a time-dependent value in both directions when the first correction element (42) is operated, and so as to be overridden when the second correction element (48) is operated, acting directly on the device (1) that displays a time-dependent value.

Abstract: To provide an electronic timepiece in which there is not a concern of bending a bearing portion of a train wheel by a reset lever and there is not a concern of impairing the bearing portion when hands are set. An electronic timepiece is provided with a reset lever. A guide portion of a bush is provided with a clearance in a diameter direction and is integrated to a bush integrating hole of the reset lever. A lower shaft portion of a transmission wheel, that is, a third wheel & pinion is rotatably integrated to a center hole of the bush. When set to a time display state, a portion of the bush is brought into contact with a bush positioning portion of a main plate and a transmission pinion, that is, a third pinion is brought in mesh with an indicator gear, that is, a center wheel.

Abstract: This timepiece has a winding stem (1) with three axial positions and two first connecting wheels (9, 10) which are superposed and pivoted about two respective stationary axes, and mesh with the winding pinion (2), two second connecting wheels (11, 14) meshing respectively with the said first connecting wheels (9, 10), two bars, namely a winding bar (8) and a connecting bar (15), which are pivoted coaxially to the respective axes of pivoting (8b, 15a) of the said second connecting wheels (11, 14), one carrying a reverser pinion (12) and the other a correcting pinion (16), meshing with the said respective second connecting wheels (11, 14), means (7, 17, 15′c, 15′d) of connection between each of the two bars (8, 15) and the said pull-out piece (6) to act on the said bars (8, 15) according to the axial position of the said winding stem (1) so as selectively to place the said reverser pinion (12) in engagement with a winding ratchet wheel (13) and the said correcting pinion (16) in engagement with the

Abstract: A timepiece hand adjustment mechanism especially for small wristwatches comprises a control shaft with a squared key structure formed thereon and a coupling lever operating member with squared central passage disposed on the key structure so as to be movable therewith. The coupling lever operating member has a collar of which a section projects into an elongated opening in a coupling operating lever so that the lever can be pivoted by axial movement of the control shaft for coupling the adjustment mechanism while, at the same time, it can be rotated for adjusting the hand position.