193 results about "Time to trigger" patented technology

A synchronization mechanism embeds synchronization triggers into a television signal or stream at regular intervals. The triggers include an accurate representation of the time in which the triggers were embedded. A receiving device decodes the triggers and synchronizes its internal timer based on the triggers. In this regard, the receiving device obtains a reference time from the internal timer and computes an offset between the reference time and the trigger time. The computed offset is then applied to the reference time. With the receipt of each new trigger, the application compares the trigger time to a new reference time with the most recently computed offset value applied. If there is any variance between these two values, the application creates a new smoothed offset.

A process for measuring the absorption spectrum of a target analyte using a cavity ring down spectrometer, comprising the steps of: i) tuning the spectrometer laser so that the light transmitted from the laser into the spectrometer optical cavity is varied over a wavelength interval which encompasses both the absorption wavelength of a spectral feature of the target analyte and a plurality of the free spectral ranges of the optical cavity; ii) triggering a plurality of ringdown events; iii) for each ringdown event, recording the decay time constant and the trigger time at which the light into the cavity is shut off; iv) organizing the decay time constants, light wavelengths and trigger times as a function of trigger time; v) ordering said light wavelengths by increasing value and placing groups of wavelengths into individual bins; vi) computing the average wavelength of each bin group; vii) grouping the decay time constants and trigger times into bins that parallel said wavelength bins, with the decay time constants in each of said parallel bin being arranged by increasing trigger time; viii) computing the average decay time for each decay time bin and using this decay time average, together with the average wavelength from the parallel wavelength bin, to compute the optical loss for the target analyte at said average wavelength.

The disclosed system and methods include a power saving scheduler that maintains timed events in an event table. Each timed event has an associated tolerance period within which the event should begin execution following a trigger, and a timestamp indicating a scheduled execution time for the event. When a device is in a low-power sleep mode, a trigger may wake up the device to a wake state. The power scheduler then accesses the event table of upcoming timed events, and reorders the event table from the event having the shortest tolerance period to the event having the longest tolerance period. Each event for which the timestamp is within the tolerance period as measured from the trigger time is executed. After a plurality of such events are executed, the device may return to the sleep mode.

A system and method in which a Radio Link Failure, RLF, report from a User Equipment, UE, provides system time-based timestamps to enable a source node to correctly analyze the real cause of an RLF associated with a handover. The timestamps are provided for the latest fulfillment of each event-specific entering condition associated with a handover-triggering event and for the occurrence of the RLF. The recorded timestamps are sent as part of RLF-reporting information to be forwarded to the source node to assist the source node in adjusting event-specific threshold(s) as well as other non-threshold related handover parameters such as the Time To Trigger, TTT, period, the time delay between a UE's transmission of its Measurement Report and the source node's transmission of the handover command, and the like, to reduce similar RLFs in the future. The generation of timestamps does not waste the UE's processing resources or battery power.

Calendar and scheduling applications organize and display user events and provide event reminders. A method of triggering a reminder includes accessing a reminder which describes an event. An individual associated with the event, other than the user, is identified. A future time is predicted when the user will be within proximity of the individual. A time to trigger the reminder for presentation to the user is determined, such that the time to trigger the reminder occurs in advance of the predicted future time when the user will be within proximity of the individual. Based on a determination that the time for triggering the reminder has occurred, the reminder is triggered to be presented to the user.

An electronic hand hygiene compliance system and award indicator that provides realtime reporting of the percent number of hand hygiene events against a programmed target number of hand hygiene events for a given functional area over a given period of time, yielding hand hygiene compliance. The system keeps up to date compliance for an established group interval until the data is written over by compliance data for the same group interval the following day. In addition, a random hand hygiene event can be identified for a given functional area during a given period of time to trigger an alarm for encouraging hand hygiene activity for a given dispenser or group of dispensers.

Methods and apparatus for mitigating in-device interference are described. The methods may include an in-device interference event (e.g. an interference situation), and the processing of events may depend on the priority of the technologies. A handover to another frequency or radio access technology (RAT) may occur in case a co-existing technology may be activated. The network may signal to the device a list of frequencies or RATs that it may be allowed to measure and handoff to. A network may provide a scaling value that the device may use to speed up reaction to the interference. The device may apply a scaling factor to an "out of synch' counter and / or the radio link failure (RLF) timer used for the RLF procedure. The device may apply different scaling factors for the measurements and time to trigger events. The device may trigger a report to the network requesting gaps for an alternate RAT.

An electronic hand hygiene compliance system and award indicator that provides realtime reporting of the percent number of hand hygiene events against a programmed target number of hand hygiene events for a given functional area over a given period of time, yeilding hand hygiene compliance. The system keeps up to date compliance for an established group interval until the data is written over by compliance data for the same group interval the following day. In addition, a random hand hygiene event can be identified for a given functional area during a given period of time to trigger an alarm for encouraging hand hygiene activity for a given dispenser or group of dispensers.

The invention provides a method and a terminal for carrying out screenshot operation through a touch screen and belongs to the technical field of an electronic terminal. The corresponding electronic terminal is provided with the touch screen. The method comprises the following steps of: collecting contact operation information aiming at the touch screen; judging whether the contact operation information is the continuous contact or not and the touch time reaches the triggering time threshold of a screenshot function or not; generating screenshot options after the triggering time threshold of the screenshot function is reached; collecting and obtaining interrupt or position moving information in the original contact operation, and entering the screenshot operation state after the triggering information aiming at the screenshot options are obtained; setting a corresponding contact point during contact operation collected and obtained in the first step as a screenshot initial starting point, and further, collecting the operation information of a contact region for obtaining the region range of a screenshot; and carrying out screenshot operation according the obtained the screenshot region range. When the method and the terminal are utilized, the screenshot operation can be conveniently triggered by aiming at a touch screen structure.

An apparatus and concomitant method of reducing the number of synchronization pulses transmitted to the alarm units for increasing the reliability of the overall alarm system is disclosed. The synchronization signal is implemented as a reference or reset signal from which the alarm units derive a reference time to begin activation of the alarm units. Thus, when an alarm unit receives a reference synchronization pulse, the alarm unit applies the reference synchronization pulse as a reference point in time to trigger a series of flashes or audio tones. A second signal sent in close proximity to the synchronization signal is implemented to trigger a second function of the alarm units, such as a silence function.

The invention discloses a method, a device and a terminal device for reselecting and measuring a cell. The method comprises the following steps: firstly, confirming an effective measuring parameter for reselecting and measuring the cell, wherein the effective measuring parameter is used for indicating the information of time period required for the condition that the result of the next reselecting and measuring of the cell meets a switching or reselecting condition; confirming the information of triggering time of the next reselecting and measuring of the cell according to the corresponding effective measuring parameter; and triggering an operation of reselecting and measuring the cell on the basis of the information of triggering time. According to the embodiment of the invention, by monitoring the effective measuring parameter for reselecting and measuring the cell, the triggering time for reselecting and measuring the cell is adjusted, so that the possibility of performing an invalid operation for reselecting and measuring the cell by a terminal is reduced to a certain extent, the consumption of invalid electric energy of the terminal is effectively reduced, the electric energy of the terminal is saved and the stand-by time of the terminal is prolonged.

The invention discloses a vehicle tracking and positioning system and vehicle tracking and positioning method. The scheme is realized by vehicular tags, RFID (radio frequency identification) receiving terminals and auxiliary detecting and positioning devices, vehicle identification information is stored in each vehicular tag which is arranged on a vehicle, each RFID receiving terminal is controlled by one of the auxiliary detecting and positioning devices which detect states of vehicles entering a station in real time and triggers the corresponding RFID receiving terminals to receive RFID signals sent by the vehicular tags on the vehicles, and the RFID receiving terminals transmit received signals to an upper computer which judges traveling states and directions of the vehicles according to received signals and information of corresponding receiving terminals. Positions and traveling directions of subway trains can be accurately judged according to time to trigger ultrasonic / infrared / laser sensors mounted at different physical positions during traveling of the trains.

The invention discloses a switching self-optimizing method for a mobile communication network. The method comprises the following steps of: periodically acquiring switching performance indexes such as dropped call rate, switching failure rate, ping-pong switching rate, congestion rate and the like of a switching region; judging whether a current switching problem is early switching, late switching, ping-pong switching or switching to a wrong cell according to the value of each acquired switching performance index; and adjusting switching parameters such as cell offset, trigger time and the like to automatically solve the switching problem, effectively control the phenomena of call drop, switching failure, ping-pong switching, switching to a wrong cell and the like in the switching process, increase the utilization ratio of a wireless resource and enhance the user service quality. According to the method, a large quantity of human resources consumed by the adjustment of the switching parameters can be effectively reduced, the operation cost is saved, and the operation efficiency is increased remarkably.

A user apparatus for use in a mobile communication system includes a reception unit configured to receive a signal transmitted from a base station and obtain a parameter for determining evaluation criteria on cell reselection; a counting unit configured to count a number of cell reselections; and a measurement unit configured to measure a Doppler frequency indicative of a mobility of the user apparatus. The evaluation criteria on cell reselection are that reception signal strength of a signal transmitted from a target base station has been higher than or equal to reception signal strength of a signal transmitted from a source base station by greater than or equal to a hysteresis threshold for longer than or equal to a time to trigger. It is determined whether the evaluation criteria on cell reselection are modified and used depending on whether both first and second conditions are satisfied. The first condition is that a number of cell reselections being performed within a predefined first period (TCRmax) is greater than or equal to a predefined first threshold (NCR or NCR2). The second condition is that the Doppler frequency has been higher than or equal to a predefined second threshold (FDthresh or FDthresh2) for a predefined second period (TFD). Modification of the evaluation criteria on cell reselection comprises at least modification of the time to trigger.

The invention discloses a processing method and a processing device of a timer. The processing method of the timer includes: dividing trigger time of timer events into a plurality of time periods, wherein each time period corresponds to a hash value; inserting timer events with the trigger time at an identical time period into an identical chain table; and mapping the timer events of various chain tables into a hash table, wherein each timer event correspondingly stores a hash value and identification of the chain table where the timer event is located into the hash table. The processing method and the processing device of the timer solve the problem that a timer in the prior art is relatively large in system overhead due to the processing mode, and achieve the technical effect that the system overhead of processing a timer event is reduced.

The invention discloses a laser ranging method. The laser ranging method includes that an initial threshold value is set by an MCU (microprogrammed control unit), and a first pulse is emitted to trigger a time-to-digital converter to start timing; a second pulse is emitted after a certain time delay to trigger an emitting module to emit laser, and simultaneously, a receiving module is opened to receive an echo signal of the laser; when the echo signal received by the receiving module is larger than the initial threshold value, a high-speed comparator outputs a measurement timing stop pulse to the time-to-digital converter, the MCU reads time difference of the measured earlier pulse and the measured later pulse of the time-to-digital converter so as to compute the measurement distance and drive an LCD (liquid crystal display) to display a measurement result in real time, if the echo signal received by the receiving module is not larger than the initial threshold value, the MCU sets the threshold value to a lower threshold value, the time-to-digital converter and the receiving module are initiated to enter a ranging procedure with the low threshold, when an echo signal is larger than the low threshold value, the high-speed comparator outputs a measurement timing stop pulse to the time-to-digital converter, and if the echo signal is not larger than the low threshold value, the ranging procedure is terminated.

A self-contained head set based sleep or fatigue alarm for a driver of a vehicle contains a set of arms extending from the alarm housing around the driver's head to the area under the driver's lower jaw. Involuntary relaxation of the driver's lower jaw causes rotation of the arms which in turn urges the movable contact against the stationary contact and therefore leads to the completion of the electrical circuit. After a predetermined delay, a buzzer or vibrator is activated to awaken the driver. In another embodiment, two relaxation motions, jaw lowering and head tilting, are used at the same time to trigger the alarm. In a third embodiment, either one of these two relaxation motions is used to trigger the alarm independently thus increasing the sensitivity of the alarm.

The invention is a television rapid method for exchanging channel. In accordance with different time settings trigger multiple keys, the process of user identification keys manner, and showing channel number, and the process of exchanging channel are included by the whole control process for exchanging channel. System tests different key-press methods, and take corresponding adjustment until adjust the channel number that the user need to watch channels, then exchange channel. The method uses multiple channels of buttons to control the adjustment, gets the choice of channels rapidly without switching channels, and avoids the channel time delay problems and slow conversion for frequently switching the channel. Many kinds of pressed keys ways also may use channel number change of the pressed key of jumping-like to realize split-second selection of channel number, so save the time and the pressed key triggers times, also reduce the remote control attrition.

A terminal starts a first timer for detecting an RLF (Radio Link Failure) when signal strength of a serving base station is lower than a reference value. The terminal triggers a handover without a TTT (Time to Trigger) for handover when signal strength of a target base station is greater than the signal strength of the serving base station by a first offset or more while the first timer is running. The terminal transmits a measurement report message regarding the signal strength of the target base station to the serving base station when a handover is triggered.

The present invention provides a method of determining handoff parameters. One embodiment of the method includes determining values of a hysteresis for a handoff from a serving cell, one or more pairwise offset values for hand off between the serving cell and one or more neighbor cells, and one or more times-to-trigger (TTTs) for hand off between the serving cell and the neighbor cell(s). The values may be determined So that hand off is triggered beyond a first distance from the serving cell selected to avoid ping-ponging and within a second distance from the serving cell selected so that a mobile unit moving at a selected velocity does not travel beyond a third distance within the TTT.

A data management method for a long record length memory that is used for data acquisition writes data samples into an initial circular buffer within the memory having a size equal to a pre-trigger time. When a first trigger event occurs, the data samples are then written into a linear region after the circular buffer within the memory. The data sample acquisition in the linear region continues until a post-trigger and new pre-trigger time have elapsed after a last trigger event, at which point the acquisition terminates and the new pre-trigger time becomes a new circular buffer for a next trigger event. In this way all trigger events are captured with associated pre-trigger and post-trigger data.

In a cellular communications network, a measurement report is requested to enable handover conditions to be established. In one approach, a measurement report is based on satisfaction of an event. Signalling for this measurement report includes one or more parameters on the basis of which the event is defined, including a trigger time defining a time period over which the event should be satisfied for the report to be triggered. In one approach, speed dependent scaling is applied to a parameter other than the trigger time, in the defined event. In another approach, a handover scenario, concerning the nature of the cell in which the user equipment is operational, and optionally that of a neighbouring cell, governs the definition of a trigger event.

A method, apparatus and computer program product are provided that continue to obtain the power saving advantages provided by discontinuous reception, while obtaining the measurement samples that are desired during a sampling time period, such as during a time to trigger period, to determine of handover is appropriate. In the context of a method, a measurement sample is caused to be obtained during a discontinuous reception monitoring period. The method may determine that a sampling time period has been commenced based upon a measurement sample. During the sampling time period, one or more additional measurement samples are to be obtained. The method may also determine that the additional measurement samples will not be obtained prior to commencement of the sleep period between monitoring periods and, as a result, cause one or more additional measurement samples to be obtained at respective times that would otherwise have been in the sleep period.

A method, a mobile relay using the same and a DeNB using the same are proposed. The present disclosure reduces the time required to perform wireless service handover by detecting the movement status of the mobile relay relative to a candidate DeNB as to determine whether a mobile relay is approaching or leaving a candidate handover DeNB. By incorporating the movement status into a report sent to the serving DeNB, the serving DeNB would require less time to make handover decisions since the reporting interval could be reduced to one interval, and the time to trigger would not be required. The movement status could be determined based on the propagation time of signals, a list of neighbor cell information, or the Doppler effect.

Various methods for adjusting a reselection timer and cell ranking criteria are disclosed. The ranking criteria of a serving or neighbor cell, or a reselection timer in a wireless transmit / receive unit (WTRU), is adjusted based on how a serving cell signal measurement, (e.g., signal strength, signal quality), compares to a plurality of thresholds over a time interval. In another method, cell ranking criteria is adjusted based on a hysteresis value and a scaling factor when a maximum number of reselections is exceeded and a high mobility factor is detected. Furthermore, a method of reporting cell signal measurements is disclosed, whereby a time-to-trigger time (TTT) interval is started when the neighbor cell signal measurement rises above a reporting range threshold. If the serving cell signal measurement falls below a serving cell threshold, the TTT interval is adjusted and thereby a measurement report is transmitted during the TTT interval.

A telephone dialer includes tables in memory for determining a dialing sequence such as a long distance carrier code to be appended to a dialed telephone number. A variable length prefix portion of the dialed telephone number accesses a prefix table entry that defines an action descriptor for indicating how the telephone number should be processed in a table lookup to determine the dialing sequence. The action descriptor includes a specification of the number of digits to be dialed to trigger a dialing action and may include an indication of an elapsed time to trigger dialing. The action descriptor also includes an indication of the number of digits after the prefix used to determine an action and may specify one of plural ways in which those digits are used to determine the action. The action descriptor also identifies a pointer table to be indexed by the specified digits of the telephone number. The entry in the pointer table points to an entry in the long distance table associated with a particular long distance carrier. The entry in the long distance table then specifies the dialing sequence. The tables may be reprogrammed over telephone lines using DTMF signals or a modem.

Adaptive techniques for handling notifications and updating a directory of a file system in a graphical user interface of a computing environment are disclosed. The adaptive techniques include receiving a notification that at least something has been potentially changed in the node. A current time value of the notification is obtained, and a preferred time value or trigger time for responding to the notification is calculated. In a preferred embodiment, the preferred time value is calculated by adding an adjustment or incremental value to a recorded time of the last synchronization performed on the directory. The adjustment or incremental value is preferably calculated by weighting a duration of one or more synchronizations performed on the directory. The adaptive techniques then compare the current time value to the trigger time. If the current time is less than the trigger time, the Finder and the directory are synchronized. Otherwise, a timer is set to the trigger time, and synchronization of the Finder and the directory is delayed until the trigger time.

The invention discloses a low false-alarm dual-Gm-APD detector photon counting laser radar, and relates to the technical field of laser radars. The invention solves a problem that a conventional Gm-APD detector is liable to be triggered by noises to generate false alarm and affect the normal operation. A light splitter can enable an echo laser signal to be divided into two signals, wherein each signal is detected by one Gm-APD single-photon detector. An AND judgment gate compares the triggering time of the two Gm-APD single-photon detectors in real time. If the two Gm-APD single-photon detectors are triggered at the same moment, the AND judgment gate outputs '1', a timing module stops working, noises do not have temporal correlation, and the two Gm-APD single-photon detectors cannot be triggered at the same time. The AND judgment gate outputs '0', the timing module does not make any operation, thereby inhibiting the noises, and generating no false alarm. The laser radar is suitable for laser radar range finding and laser imaging.

An apparatus and method for retracting an awning. A sensor detects an awning acceleration caused by wind impacting the awning, and generates a signal having an amplitude corresponding thereto. When the signal exceeds a certain threshold, the awning is retracted. The signal's amplitude may be converted into a frequency, and the frequency compared to the threshold. The signal typically must exceed the threshold for a set period of time to trigger awning retraction. A second threshold may dictate a maximum instantaneous or peak acceleration; when the signal exceeds this second threshold, regardless of the duration during which the second threshold is exceeded, the awning is retracted.