771 results about "Terminal time" patented technology

A home health point-of-care and administration system and method that has at least one mobile device that is adapted to establish bi-directional communication with a server system is provided. Tracking and data communication software are associated with the mobile device in various embodiments. One or more input components of the mobile device allow for input of information from a user (such as a visiting home healthcare staff member) and the mobile device is adapted for receipt of instructional and other information from the server system to build a dynamic visit record. The record provides detailed information related to off-site visits such as tasks performed by the visiting staff member using the mobile device. Start and finish times of the visit may also be recorded. A global positioning system (GPS) application operating in conjunction with the communication device and server system may be employed to monitor the actions of the visiting staff member. Such information is provided in individual visit records transmitted to the remote server system and may be used for administrative purposes.

A karaoke service is provided responsive to receiving a plurality of performance requests associated with a plurality of mobile terminals. The plurality of performance requests are queued in a selected order to provide a karaoke performance schedule, and a next performance request is identified based on the karaoke performance schedule. An end time of a current karaoke performance is determined, and a notification is transmitted to at least one of the plurality of mobile terminals associated with the next performance request over a wireless connection at a predetermined time based on the determined end time. Audio data is received from the at least one mobile terminal associated with the next performance request over a wireless connection responsive to transmitting the notification thereto. The received audio data is provided to audio equipment for output.

A method for scheduling a resource for processing a workpiece includes defining a commitment window having a kernel specifying a time period required for processing the workpiece. A plurality of candidate bids having candidate commitment windows within the commitment window with varying start times, end times and candidate commitment window sizes is generated. A cost for each of the plurality of candidate bids is determined. A flexibility discount is applied to the cost of the candidate bid. Each candidate bid is evaluated in accordance with an objective function. A candidate bid is selected for scheduling the resource based on the objective function evaluation. A system includes a resource for processing a workpiece and at least one scheduling agent. The scheduling agent is configured to define a commitment window having a kernel specifying a time period required for processing the workpiece, generate a plurality of candidate bids having candidate commitment windows within the commitment window with varying start times, end times and candidate commitment window sizes, determine a cost for each of the plurality of candidate bids, apply a flexibility discount to the cost of the candidate bid, evaluate each candidate bid in accordance with an objective function, and select a candidate bid for scheduling the resource based on the objective function evaluation.

A method for determining where in time to schedule a project in a computerized system for scheduling multiple projects operates in conjunction with a database composed of schedules for individual projects with resources assigned to some tasks. A user specifies the resources to be used for a new project, the loading caused by projects whose dates are already determined, the earliest possible start times for the new project, and the maximum amount of expansion in flow time (start to finish time) allowed for the new project, with considering inter-project resource contention. The new project is delayed only long enough to allow contention for the selected resources to be resolved, while not violating the flow time expansion restriction.

In an illustrative embodiment, a method comprises displaying at least one preset parameter associated with a conference type. The conference type is associated with preset resources. The method further comprises accepting information defining the conference type, receiving preset information from the at least one displayed preset parameter, automatically determining a room by communicating with a scheduling server the availability of the preset resources based on the received preset information, and sending at least one command to control the associated preset resources in response to the start time and end time.

The invention provides a device for displaying information, comprising display means adapted to graphically display information as a function of time for a given period of time, and input means for changing the time from a first time setting to a second time setting, thereby generating an end of time value for the first setting and a start of time value for the second time setting. The display means is controlled to display a first and a second view, the first view displaying, for the given period of time, information corresponding to the first time setting until the end of time value, the second view displaying, for the given period of time, information corresponding to the second time setting from the start of time value. In the first view the period between the end of time value and the end of the given period is indicated as not comprising information as a function of time, and in the second view the period between the beginning of the given period and the start of time value is indicated as not comprising information as a function of time. By this arrangement a user interface is provided reducing the likelihood that graphically displayed information is misinterpreted in case of a time change event.

The invention discloses a data processing method, a server and a monitoring system for campus users based on WiFi. The data processing method comprises the following steps: obtaining original user data records including MAC addresses of network cards, signal strength, time stamps and the geographical location of a WiFi probe through the WiFi probe arranged at a monitoring region; preprocessing original user data records, removing invalid user data and then obtaining valid user data records; forming real-time visiting records of a monitoring place on the basis of the valid user data records, wherein the real-time visiting records include visit starting time and visit ending time which are generated by the time stamps; counting the frequency of users entering and / or leaving the monitoring region according to the geographical location of the WiFi probe and the visit starting time in the real-time visiting records of the monitoring place. According to the data processing method disclosed by the invention, data digging is performed by utilizing the real-time campus data acquired by the WiFi probe arranged in the typical monitoring place in the campus so as to judge the specific behavior of users.

The application provides a sending and receiving processing method and device of V2X terminal time frequency synchronization. The method comprises the following steps: when a to-be-sent synchronization signal is the same as a synchronization signal of the existing D2D terminal, sending the synchronization signal by reuse of the configured time frequency resource of the D2D terminal in a cell; when the sent synchronization signal is different from the synchronization signal of the existing D2D terminal, sending the synchronization signal by use of a reconfigured time frequency resource, wherein the corresponding synchronization source type is indicated by use of a SLLS sequence index and / or a value of a PSBCH specified domain in the synchronization signal sent by the V2X terminal. For the V2X terminal for receiving the synchronization signal, the synchronization source type is determined according to the received synchronization signal; furthermore, a reference synchronization source is selected on the basis of the fixed priority according to the detected synchronization source. According to the method provided by the application, the time frequency synchronization between the terminals in the V2X communication environment can be supported in small improvement cost aiming at the prior art.

The invention discloses a method for realizing synchronization and range measurement in wireless communication system and the apparatus for carry out the method, wherein the base station transmits the synchronization message frame with base station time tag and uplink channel allocation message at the downlink direction at a nominal intervals, the terminal receiving the uplink channel allocation message and transmitting range measurement request message frame, the base station comparing the received range measurement request message frame with the time recorded upon arrival, thus obtaining the terminal time migration adjusted value and requiring the terminal to adjust the time reference counter of itself, the terminal adjusting its time reference counter by one time lag early of the base station. The invention can be applied to the situation for sending range measurement, timing and accurate synchronization between terminal base stations in the wireless communication systems.

The invention provides a navigation method and a navigation device of agricultural machinery as well as agricultural machinery, wherein the navigation method of agricultural machinery comprises the following steps: acquiring positioning information comprising position coordinates, speed and course information of the agricultural machinery through more than one sensor; according to the two-wheel kinematics model of the agricultural machinery and the minimum time problem in the optimal control theory, acquiring the expected path information of the agricultural machinery by computing; designing a optimal controller of a path tracking according to the two-wheel kinematics model of the agricultural machinery and the design criteria on a terminal time unlimited regulator of a tracking problem; acquiring a path error according to the positioning information of the agricultural machinery and the expected path information; and acquiring path adjusting information according to the path error information and the path tracking optimal controller, and sending the path adjusting information to an automatic steering system. The embodiment of the invention also provides a navigation device of the agricultural machinery and the agricultural machinery provided with the navigation device. The method, the device and the equipment can improve the accuracy of navigation.

The invention provides a data transmission method, access point equipment and a terminal. The method comprises the following steps: dividing the transmission period of a channel into a descending transmission stage and an ascending transmission stage corresponding to terminal time division capability; in the ascending transmission stage, receiving ascending data according to the terminal time division capability corresponding to the ascending transmission stage; in the descending transmission stage, adjusting the wave beam of a smart antenna; and directionally sending descending data. The access point equipment provided by the invention comprises an ascending and descending stage division module, an ascending receiving and processing module and a descending sending and processing module. The terminal provided by the invention comprises an ascending sending and processing module and a descending receiving and processing module.

The invention relates to a method for realizing automatically compiling train working diagrams of the urban rail train, which comprises configuring basic parameters required by compilation, configuring ideal running intervals of each time period in one day, adjusting ranges of the time periods, determining starting time and terminal time of each running line, pre-connecting the running lines, regulating the starting point according to the number of rolling stock, compiling running lines of entering / exiting the garage of the train, and then diagramming a train working diagram. Compared with the prior art, the method has the advantages that, by regulating the time periods into integral multiple of the running intervals, the balance of diagramming transient running line of the peak hours and the non-peak hours is guaranteed, further, the compiling software is enabled to automatically diagram urban rail train working diagrams with balanced running intervals and capability of furthest meeting requirements of passenger flow in various time periods under restriction of conditions of the number of rolling stock, reentrant time, reentrant mode and the like, thereby significantly increasing the compiling efficiency of train working diagrams to be adaptable to requirements of train working diagram regulation along with variation of passenger flow, technical equipments and transport organizing methods.

A program parallelization apparatus which generates a parallelized program of shorter parallel execution time is provided. The program parallelization apparatus inputs a sequential processing intermediate program and outputs a parallelized intermediate program. In the apparatus, a thread start time limitation analysis part analyzes an instruction-allocatable time based on a limitation on an instruction execution start time of each thread. A thread end time limitation analysis part analyzes an instruction-allocatable time based on a limitation on an instruction execution end time of each thread. An occupancy status analysis part analyzes a time not occupied by already-scheduled instructions. A dependence delay analysis part analyzes an instruction-allocatable time based on a delay resulting from dependence between instructions. A schedule candidate instruction select part selects a next instruction to schedule. An instruction arrangement part allocates a processor and time to execute to an instruction.

A method for easily cutting audio files is characterized by comprising the steps of selecting one sentence or a plurality of sentences of continuously lyric which is synchronously displayed with voice frequency data in the audio files when the audio files are played. Each sentence of lyric in the lyric respectively corresponds to a starting time point T1, an end time point T2 corresponding to each sentence of lyric is the starting time point of a next sentence of lyric connected with the each sentence of lyric. Time is extracted according to selected lyric, time extraction comprises extracting the starting time point T1 corresponding to the first sentence of the selected one sentence or the plurality of sentences of continuously lyric and the end time point T2 corresponding to the first sentence of the selected one sentence or the plurality of sentences of continuously lyric. Voice frequency data corresponding to the section from the T1 time point to the T2 time point is cut according to extracted time section. The cut voice frequency data are saved. When the method is used for cutting the audio files, only users only need select corresponding lyric to easily and accurately extract the voice frequency data corresponding to the lyric, cutting operation is convenient and fast, and accuracy has no deviation.

The invention relates to the field of spacecraft trajectory tracks, and provides a tool kit and method for optimizing a high-precision self-adaptation and modular spacecraft trajectory multi-constrained track. By means of the tool kit and method, the problems that in a traditional method, unfixed terminal time is hard to solve, boundary values of two points can not be solved due to low precision, initial value sensitiveness is low and the scale of nonlinearity is large are solved. The tool kit comprises a simulation platform main interface, multiple optimization algorithm selections, performance optimization indexes, multiple constraint conditions and trajectory simulation. The method comprises the following steps of (1) registering curve plug-in, (2) compiling exe files and then getting access to the simulation platform main interface, (3) allocating an airplane mode and setting parameters, (4) optimizing variable initial values, performance index parameters and multiple constraint parameters of multiple optimization algorithms respectively, (5) carrying out simulation setting in a trajectory simulation sub module, (6) processing an optimization and simulation result of the spacecraft trajectory multi-constrained track. The tool kit and method are applied to the field of the spacecraft trajectory multi-constrained tracks.

The application provides a testing method and device for software interface state change time, and is used for solving the problem that the software interface change time tested in the prior art is inaccurate. The method comprises the steps of: triggering the operation of changing the testing interface state, and recording the triggering time as starting time; detecting the preset change of a reference object of the testing interface, and recording the detection time as terminal time; and recording the time interval of the terminal time and the starting time as the interface state change time. According to the characteristic that the reference object changes when the testing interface state changes, the time of the software interface presented to the user is obtained, namely the true starting time of the software is obtained.

The invention provides an etching terminal detecting device for plasma etching device which comprises a spectrograph, an analog amplifying filter circuit, an analog / digital transforming module and a digital signal dealing module. The etching terminal checking device for plasma etching device of the invention monitors the quantity changes of the reactants and resultants in the etching process and the variation quantities of the reactants and resultants correspond to the intensity variations of the emission spectra; therefore, users can determine the etching terminal time and precisely control the process only by detecting the tendency of the reactants and resultants spectra at real time. Therefore, the device can relatively precisely predicate the etching terminal time, avoid the wrong determination of etching terminal time caused by the exaggerate interference of spectrum signals and achieve a precise control craft. Besides, the device of the invention can guarantee the processing quality and the normal processing of silicon chips, which improves the production efficiency.

The invention belongs to a mobile terminal technology field and especially relates to a mobile terminal time correction method and an apparatus thereof. The mobile terminal time correction method comprises the following steps: step a. acquiring a certain amount of standard time data in fixed interval time in a certain period; step b. acquiring system time data corresponding to the each standard time data and calculating current standard time according to an error value of the standard time data and the system time data; step c. updating system time according to the standard time and storing the current standard time data. According to the invention, mobile phone real time clock (RTC) time can be corrected according to an error offset size in the certain time so that the mobile phone RTC time can be guaranteed to be in an error range. In the prior art, single message time is not accurate. By using the method and the apparatus of the invention, the above problem can be avoided. Implementation of the invention does not need to be performed by manually inputting and the time data with high accuracy can be automatically obtained. The method and the apparatus can be used without the network so that usage experience can be substantially increased.

The embodiments provide systems and methods which allow users to schedule routine online presence information to let outside world see the users appear to be “online” or “offline” at a particular day and time. An exemplary system of scheduling and displaying an online presence of a user of an instant messaging (IM) application is provided. The system includes an online presence scheduler for entering the time zone of the user and for scheduling an online schedule for the user to appear online. The online schedule includes a start time, an end time, and a routine of the user. The system also includes a presence management server (PMS). PMS determines the online presence of the user based on a login time of the user to the IM application, the online schedule for the user, and an identification of the user. The PMS prepares an online presence information to reflect the determined online presence of the user for display. The time zone and online schedule of the user entered into the online presence scheduler and the identification of the user are stored in the PMS.

The invention provides a method for absolutely radiometric calibration of a low orbit earth observation satellite with moon as reference. The method comprises the following steps that the time during which the low orbit earth observation satellite can observe the moon is primarily determined through a satellite tool kit; the starting time of moon imaging, the ending time of moon imaging, the camera exposure time, the satellite attitude angle during imaging, the pitching angular velocity and the like are determined; according to the parameters, moon imaging is conducted, so that an image of moon is obtained; the image of the moon is analyzed through a ROLO absolutely radiometric calibration model, and absolutely radiometric calibration coefficients are obtained. By the adoption of the method, an onboard calibration device and an operating mechanism are not needed, a special ground reference source is not needed, the long-term stability of moon and the attitude maneuver capacity of the satellite are fully utilized, and the image of moon is obtained and used as a reference source.

The invention relates to a collaborative analysis reentry guidance method considering multiple no-fly zone constraint, which comprises the steps of 1, describing a reentry guidance problem; 2, providing an analytic solution of flight time based on a rotational globe model; 3, carrying out an analytic reentry guidance process considering multiple no-fly zone and arrival time constraint; 4, providing a multi-aircraft arrival time collaboration scheme. The method herein has the advantages that an exact analytic solution of hypersonic gliding trajectory flight time based on the rotational globe model, and a prediction error is kept less than 3% to adapt to conditions with non-constant vertical lift-drag ratio profile; the problem with collaborative flight allowing multiple hypersonic gliding aircrafts to be guided to arrive at a target at the same time in a multiple no-fly zone environment is solved on the basis of the analytic solution of three-dimensional reentry trajectory and the analytic solution of flight time; a multi-target numeric iteration plan based on online trajectory simulation considering terminal time, speed and height requirements is designed. A directional derivativeis sued to modify the quasi-newton method, and the quantity of trajectory simulations is decreased.

The invention relates to compatible control method for hot-blast stove of blast furnace, which comprises: determining the lowest blast temperature, designing correlated process parameters and constructing case database; extracting burning data to add into database; obtaining real-time process parameters; with case-base inference method, predicting the time that blast temperature drops down to lowest temperature as the blast end time and the burning terminal time of successive furnace; comparing the predicted time with preset terminal time of successive furnace; according to result, changing gas supply to achieve the waste gas temperature upper limit with set terminal; repeating said steps to realize the variable-period running. This invention increases total blast temperature, and reduces blast temperature.

The invention discloses a quasi-resonant controlled switch voltage stabilizing circuit and a method. By setting minimum limit time, a switching frequency is limited, and the minimum limit time is changed when the time of minimum voltage is close to the terminal time of the minimum limit time so that the purpose of preventing audio-frequency noise can be achieved. The circuit thereof comprises an energy storage element, a switch, a control circuit and a frequency limit circuit, wherein the energy storage element can store energy; the switch is electrically coupled with the energy storage element; when the switch is turned on, the energy storage element stores energy; when the switch is turned off, the energy stored in the energy storage element is transferred to the load; the control circuit is electrically coupled with the switch, controls the switch to be turned on or turned off, and turns on the switch when resonant voltage on both sides of the switch are lowered to minimum voltage;and the frequency limit circuit is electrically coupled with the control circuit, and limits the switching frequency of the switch by setting the minimum limit time, wherein when the time of the minimum voltage is close to the terminal time of the minimum limit time, the frequency limit circuit changes the minimum limit time.

The invention discloses a wireless positioning system which is technology based on wireless position beacons and a wireless communication network. The system comprises the wireless position beacons, a positioning communication terminal, a time server, the wireless communication network and a positioning server. The positioning process is as follows: detecting the wireless beacon frames emitted by the wireless position beacons in the place by the positioning communication terminal and sending the detected results to the positioning server and computing the position of the positioning communication terminal by the positioning server according to the positions of the wireless position beacons stored in the positioning server. The system has the following advantages: the whole system realizes the balance of capacity, power consumption, efficiency and the like; the wireless position beacons only need to send signals periodically and have simple structures; the positioning communication terminal does not need to break away from the network temporarily, can maintain continuity of communications and simultaneously reduce battery consumption and the deployment amount of mobile base stations; a time server is used for unifying the terminal time so that the terminal can delay reporting and not lose the positioning information; and simultaneously the times of reporting can be reduced.

The invention discloses a method and device for acquiring streaming media play time. The method comprises the following steps: controlling a player to play streaming media in response to an operating command of a user, and acquiring the starting time information of streaming media play; monitoring the play state of the player while the player plays the streaming media; if the play state abnormity of the player is monitored, acquiring the time information of the play state abnormity of the player in order to obtain abnormity time information; at the end of the streaming media play, acquiring the end time information of the streaming media play; and computing the actual play time of the streaming media according to the end time information, the starting time information and the abnormity time information. Through the method and the device, the actual time computation of the streaming media play can be more accurate.

A device for assessing an extent of degradation of a secondary battery, includes: a determination unit that determines whether or not a value of current flowing in the secondary battery is less than a predetermined value; a first voltage measurement unit that takes a time point at which it is determined by the determination unit that the value of the current is less than the predetermined value as being a start time point of a specific interval, and that measures a first battery voltage of the secondary battery at the start time point; a first charge amount calculation unit that obtains a first charge amount corresponding to the secondary battery based upon the measured first battery voltage; a second voltage measurement unit that, after the first battery voltage has been measured by the first voltage measurement unit, takes a time point at which it is determined by the determination unit that the value of the current is less than the predetermined value as being an end time point of the specific interval, and that measures a second battery voltage of the secondary battery at the end time point; a second charge amount calculation unit that obtains a second charge amount corresponding to the secondary battery based upon the measured second battery voltage; an integrated current amount calculation unit that obtains an integrated amount of the current flowing in the secondary battery during the specific interval; and a charge capacity calculation unit that obtains a difference between the first charge amount and the second charge amount, and that calculates a charge capacity by dividing the integrated amount of the current by the difference.

The invention discloses a method for simulating the equipment maintenance support based on Petri network model. The method comprises the following steps: the Petri network process modeling is performed through distributing given equipment use and maintenance process to each event occurrence time; the time and the simulation frequency are given on the basis of modeling; the simulation analysis is performed on the established Petri network model; and finally, the availability of system / equipment during the task period, the working strength of maintenance man or the task ending time is obtained, and the maintenance support scheme can be evaluated accordingly, so as to provide scientific basis for solution selection and resource allocation.