439 results about "Resting time" patented technology

This invention relates to a method for positioning two stages during semiconductor wafer processing. More particularly, the invention facilitates the use of two stages to improve system throughput by decreasing the rest-time of certain system components. While a typical single-stage apparatus requires that each step in the process be performed serially, this invention allows an amount of parallel processing with each stage at different steps of the process, and thus improves system throughput.

The disclosed embodiments provide a system that manages use of a battery in a portable electronic device. The system includes a monitoring mechanism that monitors one or more battery-usage parameters of the battery during use of the battery with the portable electronic device. The battery-usage parameters may include a battery age, a resting time, a swell rate, a temperature, a cell balance, a voltage, a current, usage data about how the battery has been cycled, and / or user input. The system also includes a management apparatus that adjusts a charge-termination voltage or a discharge-termination voltage of the battery based on the battery-usage parameters to manage a cycle life of the battery, the swell rate, and / or a runtime of the battery.

An online method and apparatus for determining state of charge (SoC) and state of health (SoH) of batteries on platforms that present dynamic charge and discharge environments is disclosed. A rested open circuit voltage (OCV) may be estimated online using a battery dynamic model along with measured terminal voltage, current and temperature. The SoC and SoH can then be determined from this estimated OCV. The apparatus and methods may estimate SoC and SoH of a battery in a real-time fashion without the need to a) disconnect the battery system from service; b) wait for a predefined rest time; or c) depolarize the battery.

An automotive radar which can process signals at high speed to detect a target in a wide angle range is provided. The automotive radar comprises a transmitting antenna which emits an electromagnetic wave, two receiving antennas which receive the electromagnetic wave reflected by a target, an antenna plate on which the transmitting antenna and two receiving antennas are arranged. It also includes a drive which rotates the antenna plate in an azimuth direction, which corresponds to the direction of arrangement of the two receiving antennas, to scan a detection angle formed by the two receiving antennas. The drive has rest time between scans to stop rotation. The automotive radar also includes a signal processor which detects the azimuth angle of the target with respect to a reference direction during the rest time according to received signals from the two receiving antennas and the rotation angle of the antenna plate at rest.

Systems and methods for securing a virtual machine are disclosed. Various embodiments of the systems and methods disclosed herein allow provisioning a trusted and secure computing environment to a user. Various embodiments enable securing a virtual machine during multiple states, such as during run time, construction time and rest time. In one embodiment, a virtualization infrastructure for securing a virtual machine includes a trusted computing base and a proxy virtual machine running on the virtualization infrastructure as a proxy of the trusted computing base, the trusted computing base being configured to cryptographically verify the proxy virtual machine to be authentic and to prevent unauthorized access to the proxy virtual machine. The proxy virtual machine may be configured to compute an exit state measurement of the virtual machine and to use the exit state measurement to prevent an unauthorized entry of the virtual machine into the virtualization infrastructure.

An automotive radar which can process signals at high speed to detect a target in a wide angle range is provided. The automotive radar comprises a transmitting antenna which emits an electromagnetic wave, two receiving antennas which receive the electromagnetic wave reflected by a target, an antenna plate on which the transmitting antenna and two receiving antennas are arranged. It also includes a drive which rotates the antenna plate in an azimuth direction, which corresponds to the direction of arrangement of the two receiving antennas, to scan a detection angle formed by the two receiving antennas. The drive has rest time between scans to stop rotation. The automotive radar also includes a signal processor which detects the azimuth angle of the target with respect to a reference direction during the rest time according to received signals from the two receiving antennas and the rotation angle of the antenna plate at rest.

The invention belongs to the technical field of Internet of things control, and provides a plug and play type intelligent housing system. The system comprises a control side, at least one intelligent housing controller and at least one household electric appliance. The control side is connected with the intelligent housing controllers through a wireless network, and is used for directly sending an operation instruction to the intelligent housing controllers. The intelligent housing controllers record work and rest time of a user and the service condition of the electric appliances in real time, statistic analysis is conducted based on the data, using behaviors and habits of the user are analyzed in cooperation with the current environment to achieve automatic housing intelligence. It is observed that the whole intelligent control does not need wiring and is achieved completely based on the controllers of all the household electric appliances; when the control function of the certain household electric appliance needs to be added, only the controller corresponding to the household electric appliance needs to be independently arranged; after the arrangement, access of operation instructions of the network receiving control side or other intelligent household controllers is directly carried out, and real plug and play is achieved.

A battery electric quantity state calculating method relates to an electric automobile lithium ion battery electric quantity state calculating method, which solves the existing problems that the existing method for calculating the SOC is greatly influenced by the training methods and the training data, has a large amount of data processing, high requirements for the processor performance and a lack of considering the environment temperature and the influence of the cycle number on the battery rated capacity; the results have errors. The method of the invention has the steps that an initialization signal collection system collects the current system parameters and carries out the digital to analog conversion of the collected signals, orderly reads the cycle technical parameters and the resting time parameters, and then selects initial open-circuit voltage; the collected relative parameters are input into a processor to calculate, the results are stored, and a time counter is reset; finally the results are output to display. The calculating method has the advantages of high calculation accuracy and practicality, small data processing amount, low requirements for the processor performance and small errors.

The invention relates to a power saving device of a sports watch with a power saving function and a power saving method and a power saving method thereof, comprising the sports watch. A clock controlling procedure is installed in the sports watch which receives a daily schedule, time calibration information and queuing information of information uploading time from a service terminal and automatically sets the resting time or sampling time of the sports watch according to the daily schedule and the sports watch actively links a service terminal according to a setting sequence to carry out communication for interacting information. The device and the method have the advantages: firstly, the determination problems of the resting time are solved, a plurality of types or a plurality grades of modes in different time intervals can be set in different time intervals, and the distribution of the time intervals can be adjusted by the system according to different demands in different time intervals; secondly, different working modes and working conditions are adopted to solve the power consumption problem of the sports watch; and thirdly, whether a student learns and rests according to the daily schedule is monitored, thus laying solid foundation for the student to form a good learning habit.

The invention relates to a display electric quantity value calibration method and a device. The display electric quantity value calibration method and the device are used for avoiding the phenomenon that an electric quantity value changes in a non-smooth mode or in a fluctuating mode. The display electric quantity value calibration method and the device include that when in an electric discharge condition and a acquired electric discharge detection electric quantity value is larger than a display electric quantity value and smaller than a threshold value, the display electric quantity value is not updated; when the acquired electric discharge detection electric quantity value is smaller than the display electric quantity value, the display electric quantity value subtracts 1; when the acquired electric discharge detection electric quantity value is larger than the threshold value, a novel electric discharge detection period is determined; when in an electric charge condition and a acquired electric charge detection electric quantity value is smaller than the display electric quantity value, the display electric quantity value is not updated; when the acquired electric charge detection electric quantity value is larger than the display electric quantity value, the display electric quantity value adds 1; when in a wake-up condition, and resting time is larger than first preset time, the display electric quantity is reacquired; when the resting time is smaller than the first preset time, a novel display electric quantity value is acquired; and when the device is restarted and a difference of starting time and shut-down time is larger than a second preset time, the display electric quantity value is re-determined. The method can avoid the phenomenon that the electric quantity value changes in the non-smooth mode or in the fluctuating mode.

The invention relates to a mobile phone software system, in particular to an eyesight protection system of smart mobile phones. The eyesight protection system comprises a system setting module, a screen state monitoring module, a continuous use time timing module, a rest time timing module and an eye protection module. The system setting module sets continuous use time and rest time as well as screen protection passwords, chooses the eye protection mode, etc. The screen state monitoring module monitors screen turn-on and turn-off acts of a mobile phone operation system. The continuous use time timing module conducts timing when a user continuously uses a mobile phone. The rest time timing module conducts timing in the eye protection period. The eye protection module protects the eyesight according to a selected eye protection mode when eyes rest. The eyesight protection system is simple, starts from helping the users to rest eye muscles, achieves scientific eye protection through ways of reminding the users to rest, pause staring at mobile phone screens, listening to music to relax and guiding the users to do eye exercises, effectively protects the eyesight, and prevents eye diseases.

The present invention provides method for break reminder and a display device. The display device includes a display unit; a clock counter; a distance estimator configured for detecting if the display device being used by a user, calculating distance between the user and a front of the display device, and generating a tracking signal if the distance is less than a predetermined distance; and a central processing unit configured for waiting for the tracking signal, resetting a worked time and a rested time when the tracking signal is received, signaling the clock counter to track the worked time, detecting if the worked time is less than a first predetermined time, and signaling the display unit to output the message prompt when the worked time is equal to or greater than the first predetermined time, thereby the present invention can prevent the user of the display device from fatigue.

Provided is an illegal-parking vehicle and breakdown vehicle vision detection system based on deep convolution nerve network, comprising a camera disposed on a city road, a traffic cloud server, and aroad traffic event automatic detection system. In the system, various vehicles on the road can be extracted through deep convolution nerve network technology, and the optical flow method is adopted to calculate, identify and determine whether the vehicles are still or not. If a still vehicle is identified, and the rest time exceeds the parking time threshold value, the vehicle will be determinedas illegal parking. Means like WebGIS or broadcasting and road caution boards will be adopted for real-time report, so that the traffic police will rapidly arrange people to remove the traffic obstacles, and simultaneously remind the following vehicles of the accidents on the road in front of them. Accordingly, relevant measures will be taken to avoid secondary accident. The invention is advantageous in that robustness is quite good, and identification precision is quite high.

The invention provides an intelligent sleep supervision system and an intelligent healthy sleep supervision and control system based on Internet of Things, and relates to the technical field of software development of a healthy sleep control system, aiming at solving the problems that an existing bed system is not fused into the Internet of Things and the sleep of a user cannot be supervised and controlled. A data acquisition module is used for carrying out time acquisition, weight acquisition and temperature acquisition so as to obtain sleep data of the user, including resting time, sleeping duration, weight change, body temperature change and frequency of getting up in the night to urinate; a wireless transmission module is used for uploading the sleep data to a system server and a medical institution database; a data early warning and management module is used for giving corresponding resting time according to expected sleeping duration set by the user, and comparing user sleeping duration data with an average value of data accumulated in a user individual digital health document for a long period; when the user sleeping duration data is lower than the average value, a prompt is sent; and if the sleeping duration is in a poor state for a long period, a bed system sends out early warning. The user can automatically acquire related data and an analysis report through an APP.

Provided is a channel time allocating method using Extended Contention Access Period (ECAP) in a wireless personal area network (WPAN). The method includes the steps of: a) receiving channel time allocation requests for data transmission from the Devices; and b) allocating channel time upon the channel time allocation request of the Devices and allocating a rest time period which are left behind after channel time allocation to the Devices as the ECAPs for competitive use of the Devices. The method can be used to allocate the channel time in the WPAN.

The invention relates to a device and method for monitoring transient state current-carrying capability of a power transmission line in the technical field of power systems. The monitoring device comprises a first data acquisition terminal arranged on a power transmission line pole tower, a first acquisition unit, a first control unit, a first transmission unit, a second data acquisition terminal arranged on the power transmission line, a second acquisition unit, a second data control unit and a second transmission unit. The maximum current-carrying capability of the power transmission line can specifically inform a dispatcher of the rest current-carrying capability within the currently rest fault eliminating time, namely the flow of electrical current which can flow through the power transmission line. The maximum safety time can specifically inform the dispatcher of the rest time before the temperature of a line conductor is increased to the maximum permissible operating temperature under the fault current, namely the rest time before fault eliminating. The two indicators can assist the dispatcher to select the safest and most economical fault eliminating way within the shortest time.

A system and method are provided for auto-committing files of a storage system to immutable status based on a change log of file system activity. The system is configured for producing and analyzing the change log. Producing the change log involves generating change log entries associated with changes made to files of the storage system and organizing the change log entries from the oldest to newest entries. Analyzing the change log involves processing the change log beginning with the oldest entry to determine whether any entries have met the auto-commit time period, and if so, to set the files associated with such entries to immutable status. If a change log entry is found not to have met the auto-commit time period, a resting time period is determined based on the oldest change log entry, and processing of the change log proceeds after expiration of the resting time period.

The invention discloses a detection method for remnants in the complex environment. The detection method comprises the following steps: comparing prospect targets obtained on the basis of both a partial updated Gaussian mixture background modeling method and a modified three-frame difference method; in combination with the YCbCr color space based shadow elimination method and the connected domain analysis, dividing to obtain temporary static briquettes within a scene; carrying out the centroid distance judging method on each frame of an image, and counting the rest time of each briquette; marking the static briquettes reaching to the temporal threshold as the remnants after eliminating the possibility of pedestrian residence through the HOG (Histograms of Oriented Gradients) pedestrian detection algorithm, and eliminating the possibility of pedestrian residence through the FAST (Features from Accelerated Segment Test) feature point detection algorithm. The detection method can improve detection accuracy of the remnants, lowers calculation complexity, can be better suitable for the complex environment crowded and frequent in shielding, and enhances the anti-interference capability.

A method for estimating the capacity of a vehicle battery while in service. The method includes providing a previous battery state-of-charge, battery temperature and integrated battery current amp-hours, and determining that battery contactors have been closed after they have been opened and disconnected from a load. The method determines if the battery has been at rest for a long enough period of time while the contactors were open, where the battery rest time is based on battery temperature, and determines an initial battery voltage from a last time step when the battery contactors were closed prior to the contactors being open during the battery rest time. The method determines a present battery state-of-charge from the initial battery voltage and the battery temperature and calculates the battery capacity based on the battery integrated current amp-hours divided by the difference between the present battery state-of-charge and the previous battery state-of-charge.

The invention provides a method for intelligently computing the personalized rational medication time. The method comprises the steps of building a medication time related multi-dimensional attribute item dictionary, extracting medication time related element information, carrying out multi-dimensional processing on the medication time related element information, setting priorities of the medication time, extracting medication related element information of a patient, carrying out multi-dimensional processing on the medication related element information of the patient, setting the work and rest time of the patient, generating the rational medication time of a single drug, and generating the rational medication time of whole drugs of the patient. By implementation of the intelligent medication guiding method, system and equipment, massive medication data can be analyzed and processed through an information technology, and an intelligent medication guidance mode is provided.

The invention provides an outside-hospital continued-nursing method, device and system. The outside-hospital continued-nursing method comprises the steps that patient diagnosis information and doctor's advice information sent by a medical terminal are received, a home nursing plan is generated according to the patient diagnosis information and the doctor's advice information and is sent to a patient terminal; nursing confirmation information and working and resting time returned by the patient terminal according to the home nursing plan are received, and a nursing reminding task is generated according to the nursing confirmation information and the working and resting time; the nursing reminding task is sent to the patient terminal so as to make patient terminal execute the nursing reminding task. By the adoption of the outside-hospital continued-nursing method, device and system, the outside-hospital rehabilitation process of a patient is managed when the patient leaves a hospital for outside-hospital rehabilitation, and the purpose of making medical services continue till the patient is really rehabilitated is achieved.

Various embodiments of the invention force a contact center agent to adhere to taking a scheduled break from handling communications for a contact center. In particular, a time corresponding to a start time for a scheduled break is detected and, upon detection, a current state is determined for the agent that indicates whether the agent is available to handle communications. In response to the state indicating the agent is available, the agent's state is automatically set without the agent's intervention to indicate the agent is unavailable to handle communications so that no communications are routed to the agent. At this point, the agent is to take his scheduled break. Accordingly, after a period of time, the agent's state is then automatically set to indicate the agent is available so that the agent's break is over and at least one communication is routed to the agent.

The invention discloses a monitoring method and system for illegal parking. The monitoring method for the illegal parking comprises the following steps: obtaining a vehicle objective; judging whether the vehicle objective is recorded as the illegal parking evidence within the first preset time; while the illegal parking evidence is not recorded within the first preset time, calculating the continuous rest time of the vehicle objective; and while the continuous rest time exceeds the second preset time, judging that the vehicle objective is the vehicle of illegal parking. The same vehicle can be avoided to be captured repeatedly, the accuracy rate for judging the vehicle of illegal parking is improved, and the vehicle for short time parking is avoided to be judged as the vehicle of illegal parking, so the parking behavior of the illegal parking is accurately discovered and investigated in time. The technical problem that the parking behavior of the illegal parking is difficult to be accurately discovered and investigated in time in the prior art is solved.

The invention discloses an intelligent charging device and a charging method for a mobile phone. The invention is applied to a mobile phone circuit. The intelligent charging device comprises a battery electric quantity monitoring module and a battery charging indication module, wherein the battery electric quantity monitoring module is in communication connection with a battery charging and discharging control module and is used for detecting the current charging and discharging status information of a mobile phone battery including the capacity, the current dump electricity and the electric quantity still to be charged; and the battery charging indication module is in communication connection with the battery electricity quantity monitoring module and is used for indicating the current charging and discharging status information of the mobile phone battery. As the battery electric quantity monitoring module can feed back the battery charging status to the charging indication module in time and the charging status can be displayed on a display screen through the charging indication module, a user can know the dump electricity of the mobile phone battery, the rest time for completely charging the battery, and whether the battery reaches an optimal status or not in time; and in addition, when the charging is completed, the charging power supply can be cut off in time so as to prevent overcharging.

A laundry machine (1) in which metal ions produced by an ion eluting unit (100) can be input into water at the last rinsing step. The time for the last rinsing step at which metal ions are input is longer than that for the step at which no metal ions are input. When metal ions are input, in the rinsing step, a strong flow time and a weak flow time are provided, or a strong flow time and a rest time are provided. If any imbalance during drying rotation of the washing tub (30) after metal ion input is detected, a processing different from that carried out if an imbalance is detected when no metal ions are input is carried out.

The invention discloses a hierarchical teaching course arrangement method and apparatus, and a hierarchical teaching course selection method and system. The hierarchical teaching course selection method comprises the steps of receiving student groups, selectable courses and course selection rules set by a teacher user; displaying to-be-selected course information to student users; receiving courseselection information input by the student users; processing the course selection information to obtain a target course table; and presenting the target course table to the student users and the teacher user. According to business characteristics of hierarchical teaching and among-class teaching, course selection and course arrangement resources and rule relationships are comprehensively considered; and a feasible efficient business policy is provided for school course arrangement and planning through effective methods such as course selection, course grouping and course arrangement rules andthe like. According to the scheme, teachers, students, classrooms and course resources of a school are reasonably considered; effectively in combination with work and rest time, teacher allocation, class planning and student class division of the school are guided; and processes and rules of the business policy are flexible and changeable.

A method for regulating butterfly orchid florescence is characterized by conducting flower induction 20 days earlier than the expected florescence; illuminating the flower for eight hours every day and covering the flower in dark for the rest time; mixing the inner flowerpot substrate of turfy soil with perlite at a volume ratio of 5:1 to 6:1; drenching the whole substrate with clear water with pH value between 6.0 to 6.8; controlling the greenhouse temperature between 8 DEG C to 12 DEG C, the humidity between 70% to 80% in the daytime and 75% to 85% during the nighttime, illumination between 8000 Lux to 10000 Lux; seven days after the first watering, pouring clear water with pH value between 6.0 to 6.8 when the EV value is higher than 0.4, and pouring aqueous solution containing 0.3-0.4g Peters Professional 20-10-20, 0.05-0.06g Peters Professional 15-20-25 and 0.16-0.18g Mg SO4 in every liter when the EV value is lower than 0.4 , and then pouring water solution containing KNO 3 0.8-0.9g / L for one time.

A system includes a first sensor for detecting vehicle data and a second sensor for detecting driver data. The system also includes a memory for storing preferred stops and a GPS unit for detecting a location. The system also includes an electrical control unit (ECU) that can determine a tired value of the driver based on the vehicle performance data and the driver condition data. The ECU can also determine that the driver is getting tired when the tired value is equal to or greater than a first tired threshold. The ECU can also determine a desired destination of the driver based on the preferred stops that the vehicle can reach before the tired value reaches or exceeds a second tired threshold. The system also includes an output device for outputting navigation instructions providing directions to the desired destination from the current location of the vehicle.

The invention discloses an intelligent student work and rest time control robot based on machine vision and voice interaction, and belongs to the technical field of artificial intelligence. The robotcomprises a robot body and a mobile phone APP (application) matched with the robot body, and the robot body mainly comprises a hardware portion which comprises a main controller, a data storage, a video processor, a binocular camera component, a human body infrared sensor, a voice recognition module, a microphone, a WIFI (wireless fidelity) data interface, a Bluetooth wireless data interface, a USB (universal serial bus) wired data interface, a loudspeaker, base cloud deck and the like. The robot automatically supervises and urges students to learn and rest according to plans by the aid of a microprocessor and voice interaction, sitting postures of the students in learning are monitored by the aid of binocular vision identification and are corrected in a reminding manner through voice broadcast, vision and infrared are combined to detect get up states of the students, the robot urges the students to get up by the aid of personalized wake-up modes, and the work and rest plans are conveniently written, generated, downloaded and monitored by the aid of the matched intelligent mobile phone APP.

The invention discloses a decision method for rolling optimization of wind and light storage cooperative scheduling. The decision method comprises the following implementation steps of: acquiring day-ahead prediction values of load, wind power of wind power farms and output power of photovoltaic power stations and data such as charging demand of each electric automobile recharging station; arranging a day-ahead plan of a next-day charging plan of each electric automobile recharging station, wherein the plan can meet energy demands of electric automobiles of each electric automobile recharging station and reduce the peak valley difference rate of equivalent load curves, so that the peak pitching pressure of the conventional machine sets is reduced, and the energy access level of renewable energy is improved; and continuously modifying the rolling of the charging plan of each electric automobile recharging station in rest time period of a current day in real time through the updated predication data acquired every hour such as the load, the wind power of the wind power farms and the output power of the photovoltaic power stations of the rest time period of the current day in the operation of the current day, so that the problem that an actual equivalent load curve smoothing effect of the current day is weakened by the charging plan of each electric automobile recharging station due to prediction errors is solved as possible.