Abstract: A method of updating a clock associated with an autonomous vehicle includes determining, at a processor, a sensor-based position of the autonomous vehicle. The sensor-based position is determined based on data from one or more sensors and based on a digital map accessible to the processor. The method also includes determining, at the processor, a global positioning system (GPS) computed position of the autonomous vehicle and a GPS time. The GPS computed position and the GPS time are determined based on a plurality of GPS signals received from GPS satellites. The method further includes comparing the sensor-based position to the GPS computed position to determine whether the sensor-based position is within a threshold distance from the GPS computed position. The method also includes updating the clock associated with the autonomous vehicle based on the GPS time in response to a determination that the sensor-based position is within the threshold distance from the GPS computed position.

Abstract: A method for permutation of a time display mode of an electronic watch with an analogue display, including, after manipulation of a control member of the watch, a permutation of the position of main time indicating means of the watch, such that the device changes from indicating a first time to indicating a second time, the position of secondary time indicating device of the watch, such that the device changes from indicating the second time to indicating the first time, the position of an analogue time display mode indicator of the watch, such that the indicator changes from a first position characteristic of the first mode to a second position characteristic of the second mode.

Abstract: A watch case for a wristwatch including a case middle having a central axis, a case back, bracelet attachment device removably connected to the case middle, and an annular ring rotatably mounted about the central axis of the case middle, the annular ring being provided with mechanical locking device capable, when the annular ring is in a locking position, of cooperating with complementary engagement device arranged on the bracelet attachment device, in order to secure the attachment device to the case middle. The annular ring is held between the case middle and the case back and the mechanical locking device include at least one resilient member, the member being elastically engaged with the complementary engagement device when the annular ring is in the locking position.

Abstract: A timepiece resilient hand with drive pipes at the ends thereof, including a display index which is at a variable distance from the pipes, and including flexible segments between each pipe and the index each with a web having a substantially constant section, at least one flexible segment thereof includes discontinuous elements projecting from the web thereof in a plane perpendicular to the axis of the pipes and defining, along this web, an alternation of sections, the stiffnesses thereof per unit of length are different from one another, and/or at least one web includes a succession of areas of opposite concavities, projecting on a plane perpendicular to the axis of the pipes.

Abstract: A display mechanism (100) allowing display change with a single display mobile (150) so as to indicate a first piece of information with a first counter (110) and second piece of information with a second counter (120). This change is performed by the permutation of a clutch organ (130) displacing between a first position (131) and a second position (132) when the clutch organ (130) is controlled by a control organ (140).

Abstract: A time display apparatus for indicating time in a plurality of time zones simultaneously, the apparatus includes a case having a compartment enclosed by a cover, the case having a dial member indicating a 12-hour time clock and a 24-hour time clock, a first wheel completing one revolution in 12 hours and coupled to an hour hand, a second wheel completing one revolution in 1 hour and coupled to a multi-zone minute hand having at least two different vertices, and a third wheel completing one revolution in 24 hours and coupled to a multi-zone hour indicator hand having at least two different indicators, wherein each vertex of the multi-zone minute hand indicates a different minute marking on the 12 hour time clock and each indicator of the multi-zone hour indicator hand indicates a different hour marking on the 24 hour time clock corresponding to different time zones.

Abstract: A watch includes a control member capable of managing a primary function of the watch, such as a rotating crown or a push-piece, as well as a magnetic ball that can be manually pivoted by the user about the centre thereof. A 3D magnetic sensor is arranged in the watch to detect the orientation of the magnetic field emitted by the magnetic ball, in addition to a processor for converting an electric signal generated by the magnetic sensor into an instruction for managing one or more other electronic functions of the watch. The magnetic ball is partially arranged inside the control member such that it is accessible to a user. The watch can further comprise a proximity sensor for detecting the axial position of the control member relative to the middle of the watch.

Abstract: In a timepiece, moments of inertia of a first pointer and a second pointer that are for displaying first information and second information, respectively and that have a same rotation axis are the same. As a result, parts having identical specifications may be used in a drive mechanism of the first pointer and a drive mechanism of the second pointer. Further, color schemes of the first pointer and second pointer differ. As a result, a user may easily distinguish the first pointer and the second pointer.

Abstract: Embodiments of the present disclosure describe automatically changing a time zone of a mobile device to a current time zone. The method detects a first event for a mobile device from a plurality of events. The plurality of events represents a possible time zone change from a first time zone. The method generates a time change value based on detection of the event. The method detects a subsequent event for the mobile device and modifies the time change value. The method determines the time change value exceeds a change threshold value and changes a time zone display of the mobile device from the first time zone to a second time zone based on at least one detected event for the mobile device.

Abstract: Some embodiments of a portable medical device, such as an infusion pump, can receive an external reference signal (e.g., a radio, cellular and/or satellite signal) to provide an automatic time-setting and maintenance operation. In these circumstances, the medical device can maintain accurate time and date information even in the event of a power interruption, a time-zone change and/or an internal clock error, for example. In this manner, the portable medical device provides safe operation and added convenience to the user.

Abstract: Context-specific user interfaces for use with a portable multifunction device are disclosed. The methods described herein for context-specific user interfaces provide indications of time and, optionally, a variety of additional information. Further disclosed are non-transitory computer-readable storage media, systems, and devices configured to perform the methods described herein.

Abstract: An information processing apparatus includes a first controller that performs a process dependent on hardware having a function, a second controller that performs a process independent of the hardware, and a power controller that, if there is a reason to resume supply of power to the second controller when supply of power to the first and second controllers has been restricted or stopped, activates both the first and second controllers or only the second controller depending on the reason.

Abstract: An electronic timepiece includes indicators, an operation receiving unit, a timing unit and a processor. The operation receiving unit receives an operation performed by a user. The timing unit counts a date and time at present. The processor carries out operation control of the indicators and obtains a local time setting based on a time difference between a predetermined standard time and a local time at a target position. The processor makes at least apart of the indicators display the local time in accordance with the operation received by the operation receiving unit and obtains the local time setting based on a difference between the displayed local time and the date and time counted by the timing unit.

Abstract: An electronic timepiece for enabling the user to easily change daylight saving time implementation rules includes a memory, a location information setting device, a time display, a daylight saving time switch, and a controller. The memory is configured to store location information, time zones, and daylight saving time rules. The location information setting device is configured to set location information. The time display is configured to display time based on the time zone and daylight saving time rule corresponding to the location information set by the location information setting device. The daylight saving time switch is configured to turn a daylight saving time mode on (implemented) and off (not implemented). The controller is configured to correct daylight saving time rules based on the timing when the daylight saving time switch was operated to change the daylight saving time mode on or off.

Abstract: A remote location monitoring system, for example, a home monitoring or weather monitoring system may include one or more sensors and/or receivers at a remote location such as a residence or business to be monitored. The sensors and receivers may communicate with a central server via a gateway device, and may be controlled by users locally or remotely via the server. Users may register to receive remote notifications of weather events and other home monitoring events. Users may also access remotely sensors and receivers to configure alerts, notifications, and automatic responses for the devices and integrated appliances at the remote location.

Abstract: A time display device includes a display; an operation receiving unit that receives a selection operation of a city by a user; a memory that stores a time piece image and a map image including a plurality of city locations; and a processor, wherein said processor performs: reading out the time piece image and said map image from the memory; identifying one of the city locations in the map image read from the memory as corresponding to a location of the selected city; generating a display image by overlapping the map image including said identified one of the city locations and the timepiece image that is adjusted to indicate a local time of the selected city such that a center of the timepiece image coincides with said identified one of the city locations in the map image; and causing said display image to be displayed on the display.

Abstract: A non-rectangular display includes: a plurality of first signal lines extending along a first direction; a plurality of DC voltage lines extending along the first direction; and a plurality of second signal lines extending along the first direction, wherein a first DC voltage line of the plurality of DC voltage lines is between a first line of the plurality of first signal lines and a second line of the plurality of second signal lines, a second DC voltage line of the plurality of DC voltage lines is between a third line of the plurality of first signal lines and a fourth line of the plurality of second signal lines, and the first and third lines are adjacent to each other, or the second and fourth lines are adjacent to each other.

Abstract: A satellite radio-controlled watch, including a receiving unit for receiving a satellite radio wave containing time information and position information; a storage unit for storing intersection point information indicating a position of an intersection point between a reference line along a great circle orthogonal to a specific great circle on the earth or a reference line along the specific great circle on the earth or a circle parallel to the great circle and a time zone boundary, and time difference division information on a wedge-shaped or belt-shaped area that is adjacent to the reference line and to which the intersection point belongs, and a time zone determination unit for determining a time zone, based on the position information, the intersection point information, and the time difference division information.

Abstract: The analog electronic timepiece includes rotatable plural hands, a current position acquisition unit, a processor and a counting unit. The current position acquisition unit acquires a current position and stores local time settings therein. The local time settings include time zones and daylight saving time implementation information in each area. The processor rotates the plural hands, reads and acquires a local time setting corresponding to the acquired current position from the current position acquisition unit, and selects and sets a time zone. The counting unit counts the local time, based on a later action which the processor performs either the acquired local time setting or the set time zone. The processor controls at least one of the plural hands to display a local time determination result as to whether the counted local time is based on the acquired local time setting in correspondence to the current position.

Abstract: A method of manufacturing a decorative member, including: molding a base with a mold having a transferring surface, the transferring surface having a recessed area and the other area, the recessed area and the other area having different surface roughnesses in the base in a finished state; and treating a surface of the base molded by the transferring surface of the mold under a single condition.

Abstract: An identification system includes a facility-side device and a transmitter which is carried by a registered individual and transmitting an identification signal containing identification information. The facility-side device includes: an identification signal receiving device receiving the identification signal transmitted from the transmitter; an identification information storage unit in which identification information assigned to the transmitter carried by the registered individual is previously stored; an event detection unit detecting an occurrence of an event; and an individual identification unit determining whether the individual present in the detection area is the registered individual by comparing the identification information, which is exhibited by the identification signal received during a detection time zone, with the identification information stored in the identification information storage unit.

Abstract: An information display device includes: a communications part that receives, from multiple external devices, information on a time zone of the current position identified by the multiple external devices; a time zone-identification part that identifies a time zone of the current position of the self-device, on the basis of the information received from the multiple external devices; and a display control part that displays time in the identified time zone of the current position on a display part, in which the time zone-identification part repeatedly calculates, for a first predetermined time length, an accumulated time in which time zones received from a predetermined number of the external devices match one another, and when the accumulated match time is not shorter than a predetermined time, identifies the matched time zone as the time zone of the current position.

Abstract: Some embodiments of a portable medical device, such as an infusion pump, can receive an external reference signal (e.g., a radio, cellular and/or satellite signal) to provide an automatic time-setting and maintenance operation. In these circumstances, the medical device can maintain accurate time and date information even in the event of a power interruption, a time-zone change and/or an internal clock error, for example. In this manner, the portable medical device provides safe operation and added convenience to the user.

Abstract: Examples of the disclosure are directed to a method of, after hitting a UVLO threshold, rebooting an electronic device in a low power mode having a lower UVLO threshold, such that the device can continue to be used past the first UVLO threshold. For example, in a high power mode, the device may be capable of a number of functionalities of a modern portable electronic device, such as network access, the ability to run applications, Bluetooth connections, etc. In a low power mode, the device may only be able to check and display a current time, play an alarm sound at a predefined time, perform near field communication (NFC) transactions/payments, among other possibilities described herein. The limited functionality and reduced usage of peripherals in the low power mode may prevent the battery from experiencing peaks in current level that may be problematic at relatively low levels of voltage.

Abstract: An electronic timepiece includes a storage unit and a processor. The storage unit associates and stores local time information with a corresponding geographical position. The local time information corresponds to each of a plurality of predetermined geographical positions. The processor acquires local time information corresponding to a geographical position selected from the plurality of geographical positions, as update information of a predetermined region including the selected geographical position. When update information corresponding to a target position for setting local time is acquired, the processor sets the local time by referring to the acquired update information. When the update information corresponding to a target position for setting local time is not acquired, the processor sets the local time by referring to the local time information.

Abstract: A remote location monitoring system, for example, a home monitoring or weather monitoring system may include one or more sensors and/or receivers at a remote location such as a residence or business to be monitored. The sensors and receivers may communicate with a central server via a gateway device, and may be controlled by users locally or remotely via the server. Users may register to receive remote notifications of weather events and other home monitoring events. Users may also access remotely sensors and receivers to configure alerts, notifications, and automatic responses for the devices and integrated appliances at the remote location.

Abstract: A remote location monitoring system, for example, a home monitoring or weather monitoring system may include one or more sensors and/or receivers at a first location such as a residence or business to be monitored. The sensors and receivers may communicate with a remote central server via a gateway device and the detection data received from the sensors and receivers may be displayed via display circuitry coupled to a processor of the gateway device. The sensors, receivers, and gateway device may be controlled by users locally or remotely via the server. Users may register to receive remote notifications of weather events and other home monitoring events. Users may also access remotely sensors and receivers to configure alerts, notifications, and automatic responses for the devices and integrated appliances at the first location.

Abstract: Exterior sub-assembly for a timepiece or watch or piece of jewelry, comprising a first component and a second component, arranged for a bayonet fitting between two rims and two wings comprised in the first component and the second component, and able to occupy an assembled and indexed position of the first and second components, this sub-assembly including a third component in the form of a ring, inserted between the first and second components and comprising a ring-like element housed inside a groove of the first or second component, this third component including a rotational stop with respect to the first or second component, and a resilient area with radial relief, cooperating in an angular indexing arrangement with a lug of the first or second component which is free to rotate with respect to the third component.

Abstract: An exterior sub-assembly for a timepiece or watch or piece of jewelry, including a first component and a second component, arranged for a bayonet mount between two rims and two wings comprised in the first component and the second component, and capable of occupying an assembled and indexed position of the first and second components, this sub-assembly including a third ring-shaped component inserted between the first and second components, fixed in rotation with respect to one of these components and including an elastically deformable area, opposing a variable resistance torque to any relative tangential torque between the first and second components, and including a catch cooperating with a relief portion of the component that is not connected to the third component, wherein one particular catch angularly indexes these first and second components.

Abstract: A world watch capable of automatically adjusting displayed information otherwise indicating time of day around the world upon occurrence of a daylight savings time event.

Abstract: This disclosure concerns visualizing multiple time zones in a calendar. A processor receives trip data that identifies a trip day, a first time zone of a departure location and a second time zone of an arrival location. The processor determines time gained or time lost due to travelling from the first time zone into the second time zone and causes the display of a time range and a graphical element. The time range represents the trip day with time values extending to the end of the trip day. The end of the trip day is relative to the first time zone. The graphical element extends from the day change and has an extension based on the difference between first and second time zones, such that the graphical element indicates the determined time gained or time lost due to travelling from the first time zone into the second time zone.

Abstract: A method for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: A method for dynamically reconfiguring time zones in real-time using plural time zone (TZ) libraries is provided. The method provides integrating a first time zone information data (TZID) version and a second TZID version into a TZ library in an operating system. A first configuration comprising the TZ library and the first TZID version is selected. Responsive to adjusting the first configuration to a second configuration comprising the TZ library and the second TZID version, the second configuration is used automatically without restarting the operating system and without restarting an application.

Abstract: A wearable electronic device having an analog display and a digital display. The device may include a receiver for receiving, from a remote source, current time information data representative of a current time; a controller, operatively coupled to the receiver, wherein the controller processes the current time information data received from the remote source and provides for the current time information data to be displayed by the at least one digital indicator on the digital display as the current time; and a an analog time indicator rotating arrangement for causing the rotation of the at least one analog time indicator until the at least one analog time indicator is aligned with the at least one digital indicator; whereby the alignment of the at least one analog time indicator with the at least one digital indicator indicates that the at least one analog time indicator is synchronized with the correct time information.

Abstract: A wireless positioning terminal includes a wireless receiver receiving reception signals from a wireless transmitter via multiple communication links. A multi-link-base reception informational item is determined by evaluating reception signals via the communication links. The multi-link-base reception informational item, which has a value varying with a position of the wireless positioning terminal, varies with the position differently from an informational item of a reception signal via one of the communication links. A base trajectory is stored which represents correspondence relation about points between (i) a position of the wireless positioning terminal and (ii) the multi-link-base reception informational item. A measured trajectory is generated which represents correspondence relation about points between (i) a calculated position variation and (ii) the multi-link-base reception informational item.

Abstract: Provided are methods and systems for rendering and displaying an initial layout of a web application (e.g., calendar application), where the layout includes data specific to a time zone determined to be applicable to a user. Server-side rendering of the initial layout is utilized without compromising the correctness of the initial layout if the server-side heuristics fail. The methods and systems are designed such that it is not necessary to “know,” “fingerprint,” or “reverse engineer” the browser's local time zone in order to validate the time data to be displayed with the user's time-bound information (e.g., calendar data) in the web application. Furthermore, meaningful time data can be displayed to the user without the full web application having to execute in the browser.

Abstract: The base station, which is installed in an aircraft and is capable of communicating with a terminal, comprises a wireless communication component that can be connected to the terminal, and a controller that controls the wireless communication component. The controller acquires regional information indicating at least the destination of the aircraft, determines time zone information corresponding to regional information, produces a time correction instruction according to the time zone information, and transmits the time correction instruction through the wireless communication component to the terminal.

Abstract: Time information for various locations can be automatically generated for display on a portable electronic device. The time information can include time information for remote locations away from the current location of a user. The time information can be generated without requiring user input specifying the locations. The locations can be determined or identified based on context information of the user or context information of contacts of the user. The locations can be prioritized and the time information can be displayed according to the prioritization.

Abstract: An electronic timepiece has a storage unit (flash ROM) that stores local time information related to positioning information and time difference information, and version information of the local time information; a version display unit (display device) capable of displaying the version information; and a display control unit that displays the version information on the version display unit.

Abstract: An electronic timepiece that displays time based on city data related to the time of a city includes: a second home time storage area and a third world time storage area that store additional city data related to the time of an additional city transmitted from an external device; a storage area other than the second home time storage area and the third world time storage area; and a processing unit that clears the additional city data stored in the second home time storage area and the third world time storage area when selected data is switched from the additional city data stored in the second home time storage area and the third world time storage area to the city data stored in the storage area.

Abstract: An electronic timepiece includes a measured time display region, a reception state display region, and one indicating hand that indicates the measured time display region and the reception state display region. In addition, a scale indicating measured time measured by using a time measurement function is disposed in the measured time display region, and a scale indicating a reception state of a satellite signal is disposed in the reception state display region. The one indicating hand indicates the scale in the measured time display region when the time measurement function is executed, and indicates the scale in the reception state display region when the reception function is executed.

Abstract: A user interface comprises regions to visually represent sizes of purchasable items. A first region approximately shaped as an annulus sector is to visually represent a size of a first purchasable item. A second region approximately shaped as an annulus sector radially adjacent an outer arc of the first region is to visually represent a size of a second purchasable item. A third region approximately shaped as an annulus sector angularly adjacent the first region and the second region is to visually represent a size of a third purchasable item.

Abstract: A satellite signal receiving device including: a reception unit is configured to searche for positioning information satellites including a GNSS satellite used in a global navigation satellite system and an RNSS satellite used in a regional navigation satellite system, and receive satellite signal transmitted from a satellite locked onto by the search; a reception control unit is configured to control the reception unit; and a region determination unit is configured to determine whether or not the current location is in a region where satellite signal transmitted from the RNSS satellite can be received; the reception control unit prioritizing searching for an RNSS satellite when the region determination unit determines the current location is in a region where satellite signal transmitted from the RNSS satellite can be received.

Abstract: Disclosed herein are systems, methods, and software for providing warped event presentations in calendars. A calendar is set to an active time zone and a period of time is identified within which to display a warped presentation of events scheduled to occur outside of the active time zone. For at least an event scheduled to occur outside of the active time zone at a time in a different time zone that falls within the period of time, the event is presented in the calendar as if the event were scheduled for that time, but in the active time zone.

Abstract: Techniques for inferring a time zone of a user (e.g., a member of an online social network service) are described. According to various embodiments, it is determined that a particular member of an online social networks service is currently located in a particular country. Responsive to determining that a single time zone is associated with the particular country, it is determined that the particular member is currently located in the single time zone. Responsive to determining that multiple time zones are associated with the particular country, an IP address associated with a user login request is accessed, a geographic location associated with the IP address is identified, and a specific one of the multiple time zones that corresponds to the geographic location is identified. It is determined that the particular member is currently located in the specific time zone.

Abstract: The present invention discloses a method, a device, a server, and a system for configuring daylight saving time, belonging to the field of communications. The method includes: receiving, by a CPE, a message carrying a daylight saving time rule parameter; if a daylight saving time enable flag displays that daylight saving time is enabled, extracting, by the CPE, the daylight saving time rule parameter from the message; obtaining the current year of the CPE; and obtaining start time or end time of daylight saving time according to the current year and the daylight saving time rule parameter. The system includes a CPE and a server. The CPE includes a receiving module, an extracting module, a first obtaining module, and a second obtaining module. The server includes a generating module and a sending module. Through the present invention, daylight saving time can be configured in a single attempt and used permanently.

Abstract: With conventional timepieces, information about target physical quantities, target achievement, and time has been indicated using separate displays, thereby making it difficult for users to instantly understand whether or not a target has been achieved.

Abstract: A device for displaying multiple times, includes a first time-displaying member (1) and a second time-displaying member (2) constituting first elements, and a first indicator for indicating at least one time on the first time-displaying member (1) and a second indicator for indicating at least one time on the second time-displaying member constituting second elements, wherein the first (1) and second (2) time-displaying members have a common axis. The first and/or second indicator for indicating at least one time is arranged between the first time-displaying member (1) and the second time-displaying member (2), and the first and/or second indicators are mounted so as to be rotatable about the axis relative to each other at the same rotational speed, wherein the time that can be displayed on the first time-displaying member (1) is different from the time that can be displayed on the second time-displaying member (2).

Abstract: An electronic timepiece has an outside perimeter part disposed around a dial, hands, and a control unit. Further, 40 to 60 time zone indicators including time difference information representing the time difference between Coordinated Universal Time (UTC) and the standard time used in each time zone are on the outside perimeter part. The control unit indicates a specific time zone indicator with a hand.

Abstract: The universal timepiece comprises a winter/summer switching mechanism (27, 29, 31, 25, 19, 19H, 19E, 20, 20H, 20E, 21, 21E, 21H, 22, 22E, 22H, 23, 23E, 23H, 11, 11A, 12, 12A, 13, 13A, 14, 14A, 15, 15A, 17) arranged to be driven intermittently by the movement to selectively displace some of the geographic indications carried by the dial (3) by 1/24th of a turn in order to change by one hour the local time associated with these geographic indications during a change from winter time to summer time or from summer time to winter time.