92 results about "Lost time" patented technology

An access method for periodic contention-free sessions (PCFS) reduces interference between overlapping first and second wireless LAN cells contending for the same medium. Each cell includes a respective plurality of member stations and an access point (AP) station. The access method for periodic contention-free sessions (PCFS) includes a fixed cycle time that reduces conflicts with PCFS from other cells. The PCFS from several cells are repeated in cycles of cycle period (CP), which is the contention-free period (CFP) of an access point times a factor that is a function of the number of overlapping cells. Periodic contention-free sessions (PCFSs) are generated, one from each overlapping cell. PCFS transmission attempts occur at the fixed specified time spacing following the start of the previous cycle. Each active AP sets a timer at CP and a PCFS is initiated when the timer expires. The timer is then reset to CP and this starts a new cycle. Contention transmissions are attempted by stations based on their assigned priority. If a channel is busy at the designated start time for transmitting a PCFS, the PCFS is shortened by the time lost. Interleaving PCFSs and CFSs reduces conflicts with CFSs from other cells. To lessen the contention between APs of different cells, each station's Network Allocation Vector (NAV) and Inter-BSS Network Allocation Vector (IBNAV) is updated by an increased value of the next CFS length, the increment being the inter-BSS contention period (IBCP). APs will attempt to access the channel during the IBCP only for transmitting a PCFS, while they will wait for the NAV and IBNAV expirations before attempting to transmit a CFS. Interleaving PCFSs and CFSs also enables maintaining quality of service (QoS).

A system and method for a navigation system including a hazard avoidance feature is disclosed. The system and method allows for professionals, civilians, vehicles, robots and computer systems to collaborate and share information regarding hazards, defects, obstacles, flaws, and other abnormalities that exist in any environment. Routes may be planned that avoid these hazards reducing lost time or frustration. Moreover, the system and method is configured for participants to detect, catalog, and share information related to obstacles.

The present invention provides a digital camera having an automatic tracking AF function, with shortened time required to re-achieve focusing after focusing becomes unmaintainable, which does not make the user feel strange. In a pattern drive AF control (normal control state), the digital camera performs pattern driving of finding an infocus lens position at the present time point around the latest infocus lens position while performing automatic tracking control of changing the position of the focus area so as to trace the movement of a main subject. When the digital camera loses the track of the subject during execution of the pattern drive AF control (normal control state), until at least predetermined time elapses (subject loss time point), pattern drive AF control (extended control state) is continued.

A method for manufacturing an object having an encapsulated radio frequency identification (RFID) tag is provided. An RFID tag is mechanically or chemically affixed to a first portion of the object being manufactured. The first portion of the object, with the RFID tag affixed is placed in a cavity of a mold. The first portion is then over-molded with a first material such as high temperature thermoplastic or low temperature thermoset to generate a seamless object. A method for manufacturing an object having a partially encapsulated RFID tag is also provided. An RFID tag is laminated with a lamination material, such as high temperature thermoplastic. The laminated RFID tag is affixed to a mold. The laminated RFID tag is then over-molded with a first material to generate a seamless object. Methods for tracking medical instruments having encapsulated or partially encapsulated RFID tags are also provided.

An embodiment of a method of estimating overall storage system cost begins with a first step of modeling a storage system design in operation under a workload to determine location of retrieval points. The retrieval points provide sources for primary storage recovery for a plurality of failure scenarios. The method continues with a second step of finding a most recent retrieval point relative to a target recovery time that is available for recovery for a particular failure scenario. A third step determines a difference between the target recovery time and a retrieval point creation time for the most recent retrieval point, which indicates a data loss time period. A fourth step determines a recovery time for propagation of the most recent retrieval point to primary storage. In a fifth step, a storage system cost comprising outlay costs and penalty costs is determined.

The invention relates to a method, particularly relates to a method for dividing signal-timing periods of intersections, and belongs to the technical field of road traffic signal control. The technical scheme includes that the method for dividing the signal-timing periods of the intersections comprises steps of a, acquiring required traffic stream data of the intersections and computing intersection flow ratios of the intersections; b, computing the optimal signal cycle durations by the aid of the intersection flow ratios and signal cycle lost time; c, computing timing period dividing thresholds according to the optimal signal cycle durations and dividing a certain period as a timing period when the timing period dividing threshold corresponding to the certain period is matched with a preset period dividing judgment threshold. The method has the advantages of high piecewise fitting precision, simplicity, reliability, practicality and wide application range.

The invention discloses a fermentation method of a soilless culture medium, which particularly comprises the steps of tank construction, feeding, bacterium addition, temperature measurement, pile turning and discharging. Since the soilless culture medium is fermented in a fermentation tank, no material fallout or excessive water overflow can occur, thereby reducing the pollution; beneficial microbes are added in the fermentation process, thereby obviously shortening the fermentation time; the temperature is measured regularly, thereby mastering the material fermentation progress in time; and the pile turning is carried out as soon as either preset time or temperature comes first, thereby accurately turning the pile without losing time. The fermentation time can be flexibly controlled according to the conditions of environmental conditions, material decomposed degree and the like. The fermentation method can be popularized all over the country.

The invention provides a method for determining lost gas content in gas content of shale. The method comprises steps as follows: core samples are acquired from a shale gas underground site, lifted to the ground and placed into an analyzer, multiple parameters are acquired, the zero time, the lost time correction and the core sample weight are calculated before desorption of the core samples, the core samples are desorbed in the analyzer, data acquired during desorption are processed, the square root of acquired desorption time is used as a horizontal ordinate, the acquired desorbed gas content is used as a vertical coordinate, a fitted curve of the desorbed gas content is drawn, and the intercept value of the vertical coordinate of the fitted curve is the lost gas content.

The system includes: an operation management server 20 and a lot history server 30, which collect operation status data showing operation statuses of a plurality of equipments 10; an OEE measuring PC 40 accumulating an actual processing time and a loss time from the operation status data of the plurality of equipments 10 on a predetermined period basis, and calculating overall equipment efficiencies for each predetermined period from the obtained accumulated-results; an equipment load factor calculating PC 50 accepting information on an improvement plan for the equipment, predicting a future overall equipment efficiency for each equipment according to the overall equipment efficiency and the information on the improvement plan, calculating the future group load factor based on the predicted future overall equipment efficiency; and a WEB server 60 storing equipment management information including the future overall equipment efficiency and the future equipment load factor for a plurality of equipments.

A computer based maintenance resource management system has an operations software component with access to historical operations requirements such that job plans for the current operations and safety requirements can be integrated with work orders, allowing operations personnel to review, approve or modify the requirements such that the job plan and work orders can be issued without lost time or productivity as maintenance and operations are fully coordinated.

The present invention relates to a method and system for enhanced medical triage in managed care plans that streamlines the conventional medical triage process and referral logic, sends only those insurance claims to an integrated case management system that require medical intervention, matches claims to the right resource at the right time, reduces the time needed to review lost time cases, lessens the number of unnecessary referrals or re-referrals, and further tailors the assignment process of medical insurance claims to medical personnel based on specific market and/or employer dedication.

A system and method automatically analyzes and manages loss factor data of test processes in which a great number of IC devices are tested as a lot with a number of testers. The lot contains a predetermined number of identical IC devices, and the lot test process is performed sequentially according to a predetermined number of test cycles. The system include a means for verifying test results for each of the test cycles and for determining whether or not a re-test is to be performed and an IC device loading/unloading means for loading IC devices to be tested and contained in the lot to a test head and for unloading the tested IC devices from the test head by sorting the tested IC devices according to the test results. The system also includes raw data generating means for generating raw data on the basis of time data occurring when the test process is performed; data calculating means for calculating testing time data, index time data based on the raw data, and loss time data; data storage means for storing the raw data and the calculated data; and data analyzing and outputting means for analyzing the raw data and the calculated data according to the lots, the plurality of testers and the IC device loading/unloading means and for outputting the analyzed output through an user interface. The test system includes testers, a server system and terminal computer, and the server system is provided with data storage means for integrally manipulating time data generated by the testers according to lots and test cycles and for storing manipulated time data.

A lateral shake prevention when a video picked up by a digital camera is reproduced is realized, and viewing on a large screen television set is made comfortable.

At the time of the image pickup recording, face detection position center coordinate data is recorded in an attribute information unit of a stream as ARI data for each VOBU (GOP) in units of 0.5 seconds. At the time of the reproduction, the ARI data of GOP stream is collectively read ahead in units of RUV at the time of the reproduction of the video included in detection data of the face center position coordinate to read a large number of VOBUs in advance, an interpolation of missing times in units of GOP with respect to the face center position coordinate is performed, and a screen shift amount is subjected to a time axis smoothing computation through a time moving average computation in a frame unit.

The invention discloses a quick positioning method of a satellite navigation receiver after the recapture of a lost lock. The quick positioning method comprises the following steps: recording a satellite lock losing time, participated positioning satellite number and ephemeris before the lock losing, and user location speed information and user clock correction clock rate information before the lock losing; after recapture, calculating user rough location by utilizing user location speed information at current time, lock-losing time and before the lock losing, and calculating satellite rough location by utilizing the current time; calculating pseudo-range by utilizing the user rough location and the satellite rough location and correcting a pseudo-range value by utilizing the user clock correction and the user clock rate; solving pseudo-range ambiguity of the whole milliseconds by utilizing pseudo-range value which is provided by a code tracking loop and is less than 1 millisecond and the calculated pseudo-range value to obtain a correct pseudo-range value and the satellite signal emission time to position. Positioning can be carried out by adopting the method to track, bit synchronization and vertical synchronization are not needed, and index of positioning in a condition that the lock is lost within 60 second and the lock is recaptured in 1 second is realized, and the problem that conventional positioning method is not suitable for quickly positioning a movable object is solved.

The invention provides an automatic tracking method and system applied to a space-based space target. The method includes the steps that an image including the space target needed to be tracked is collected; whether an automatic tracking task is executed for the first time or not is judged; if yes, the space target is detected and tracked, and a current second miss distance of the space target is calculated; if not, whether a tracking step executed in the process of automatic tracking is executed previously or not is judged; if yes, whether the number of continuous-losing times of space object tracking exceeds a preset threshold value of the number of losing times of space object tracking or not is judged, and if yes, the space object is detected again; if not, tracking is executed, and a current second miss distance of the space object is calculated; if the tracking step is not executed, the space object is detected again. The influences on the tracking process by a satellite dynamic base are eliminated, the requirement for automatically capturing and tracking the space object is met, when the target is located in a view field, the tracking state can be captured at once without forecasting the priori knowledge of the target through the ground, the method is reliable, miss distance calculation is precise, and the space-based tracking requirement is met.

Waste oils, fuels, and coolants contained in reservoirs and filters found in devices powered by electric motors and internal combustion engines are transferred from said reservoirs by a transportable pumping device in the form of an automotive fluids transfer machine, a shuttle, consisting of a parent tank and equipped to receive two auxiliary tanks, one for fresh filter oil and one for fresh filter fuel. The shuttle and auxiliary tanks are made of an oil and fuel resistant and leak proof material so that they can hold waste fluids until they are transferred to a shop's waste fluids disposal tank, without spills, threats to the environment, human contact with contaminating oil fuels or coolants, clean up costs, and lost time.

This invention relates to the technical field of network communication, specifically relating to a method and a device capable of assisting to search people. The method comprises the following steps: a pushing device determines at least one assistance terminals according to a lost position and a lost time of a target user; the pushing device pushes target user information containing target user characteristics to the assistance terminals so that the assistance terminals display the target user characteristics to use the target user characteristics as the basis for searching the target user. The pushing terminal pushes the information of the target user to the assistance terminal; the assistance terminals search the target user and feed back to relative contacts through the information of the target user; thus, the target user can be found with no dependence on the communication device carried by the target user; and when the communication device is not carried by the target user, assistors can be motivated to find the target user.

The invention provides a method for searching for lost children based on block chain technology, which relates to the identification field. The invention firstly receives the lost information of children uploaded from a guardian or an accompanying person of the children, then confirms the lost node and the lost time of the children, and publishes the lost information of the children to all nodes of the block chain to generate a consensus. Then, the video information of all nodes in the T time period before and after the children's loss is retrieved, and all nodes in the block chain are searched for the lost video information of the children, and the lost video information of the children is paired until the relevant video information is paired out, and the lost process is restored according to the relevant video information.

A data management system may include computer code to receive data that may include financial data and related data. The computer code may store the data in a database. The financial data may include data not tracked by a general ledger, such as contractual commitments, operating leases, head count, environmental incidents, lost time, disposal of operations, etc. The financial data may be applicable to different business units. The computer code may be configured to permit access to, entry of, and sign-off on the data only by users granted authority to do so. The financial data may include different data categories, and the data management system may be configured to use a different workflow to manage the data based on the data category of the financial data. The computer code may generate reports from the data retrieved from the database.

The invention relates to a method for achieving information transmission of a vehicle-mounted cloud service terminal of a commercial vehicle in a layering communication mode. The method for achieving the information transmission of the vehicle-mounted cloud service terminal of the commercial vehicle in the layering communication mode includes: classifying various information collected by the vehicle-mounted cloud service terminal of the commercial vehicle according to basic functions and industry application characteristics, generating corresponding information lists, setting different priority levels for all the information lists, and uploading the information lists into a cloud server according to the different priority levels. According to the method for achieving the information transmission of the vehicle-mounted cloud service terminal of the commercial vehicle in the layering communication mode, the circumstances that information transmission is blocked and data is lost, caused by poor quality of communication network signals, are effectively avoided, and therefore the effects that good stability and reliability of the information transmission of the vehicle-mounted cloud service terminal are kept, vehicle information can be smoothly uploaded, and the circumstance that time segment information is lost is prevented from occurring are guaranteed under the circumstances that the commercial vehicle is located in different areas and communication quality is irregular due to different network modes.

A mud flap assembly lends itself to a field installed kit by including two opposing flanges with inwardly opposing hooked edges that are drawn together by bolted vertical plates to grip a lower plate of a lateral I-beam prevalently used on semi-tractor trailers. Thereby, simple tools may be used even in austere locations in order to replace an OEM mud flap and mud flap attachment that are damaged, such as when a tire blows off its tread. Thereby, problems are avoided such as receiving a ticket for violating traffic regulations, becoming liable for damage due to road debris impacting other vehicles, and incurring lost time costs if grounded at a state border weigh station pending repair.