44 results about "Functionally independent" patented technology

A template for a logic synthesis command script is broken into smaller and functionally independent templates termed "micro-templates." Using micro-templates, logic synthesis time may be significantly reduced. Each micro-template may correspond to a particular synthesis operation and may be enabled or disabled. Where synthesis of a particular set of synthesis operations is desired, the micro-templates corresponding to those synthesis operations are enabled.

An in-vehicle system that shares speech processing resources among multiple applications located within a vehicle. The system can include one or more software applications, each associated with different functionally independent in-vehicle consoles. Each application can have a console specific user interface. The system can also include a single in-vehicle speech processing system implemented separately from the in-vehicle consoles. The speech processing system can execute speech processing tasks responsive to requests received from the applications. That is, the in-vehicle speech processing system can provide speech processing capabilities for the applications. The provided speech processing capabilities can include text-to-speech capabilities and speech recognition capabilities.

In an automated method system for coordinating navigations within two or more knowledge bases that would otherwise be functionally independent, context-continuity is maintained when an automated transfer is executed from a first knowledge base to a second knowledge base. The transfer is triggered by detection that the second knowledge base has a greater relevance to the user. As a result of the context-continuity, information acquired prior to the transfer is used to achieve a partial navigation within the second knowledge base. For embodiments involving Virtual Agents, the content-continuity includes simulating a continuation of dialog despite the transfer.

Disclosed herein is a sample-processing system that can improve total system processing efficiency, and reduce a sample-processing time, by establishing a functionally independent relationship between a rack conveyance block with rack supply, conveyance, and recovery functions, and a processing block with sample preprocessing, analysis, and other functions. A buffer unit with random accessibility to multiple racks standing by for processing is combined with each of multiple processing units to form a pair, and the system is constructed to load and unload racks into and from the buffer unit through the rack conveyance block so that one unprocessed rack is loaded into the buffer unit and then upon completion of process steps up to automatic retesting, unloaded from the buffer unit. Functional dependence between any processing unit and a conveyance unit is thus eliminated.

The invention is a method for detecting failures in an analyzer for conducting clinical assays. Potential errors that can result in assay failures in an analyzer are identified, as are their potential sources. The probability that an error source so identified will result in a clinically significant error is also determined. Available potential detection measures corresponding to the source of potential errors are identified with a combination of such measures selected and implemented based on their probability of detecting such errors within an acceptable limit with a concomitant low probability of the false detection of an assay failure. Each of the measures selected are functionally independent of others chosen to address the source of the error and are not subject to the same inherent means of failed detection. Applications of the method in a clinical analyzer are also presented.

The present inventions pertains to the field of automatic control systems based on computer technology, and essentially relates to a structured system for monitoring and controlling the engineering equipment in an installation, mainly a building comprising several floors. The system includes a central computer module with an input-output device as well as a plurality of monitoring and / or measuring and / or control sensors and / or control devices for the units and apparatus of the engineering equipment in the building. The module consists of a programmable computer server station having functions, according to the software, that provide for the centralized reception of monitoring data through information channels within a single network protocol, as well as for the processing of said data and for the output of control signals towards the control devices for the units and apparatus of the engineering equipment in the building. This system further includes controllers connected in a “star” circuit to the input-output device of the central computer module. Each controller has a plurality of remote input-output modules connected serially thereto, while each of said modules has a corresponding sensor or a control device connected thereto. At least one additional computer station is connected through its input-output module to the corresponding controller that ensures, according to the software, the local monitoring and the control of the units and apparatus in at least one functionally independent section of the engineering equipment in the building.

A method for testing at least one electronic control system (1) is showed and described, wherein, the control system (1) connects with testing device(3) by a data channel (2), the testing device calculates at least one environmental model (4) which exports the environmental model data to the control system (1) by the testing device (3), receives the data of the control system from the control system on the data channel (2) and interacts with the control system (1). The method of the invention overcomes the fault of the existing method in the technology, which includes executing at least one test model (5) for influencing the environmental model (4) and / or calculating and / or electronic control system (1) of the environmental model (4), the test model (5) or these test models (5a, 5b) executed functionally independent of the environment model (4) and on a testing operation that is in synchronization with the environment model (4).

A level gauge for detecting process variables related to a distance to a surface of a content in a tank, comprising a first and second functionally independent circuitry arrangements comprising transceiver circuitry and processing circuitry. The gauge further comprises a power divider providing isolation between signals having the same propagation mode, a single wire transmission line probe, and a matching arrangement providing an electrically matched connection between the electrical connection of a process seal and the single wire transmission line probe.A combination of a power divider with a matching arrangement allows multiple channels on one single wire transmission line probe.

A transmission line assembly for transmission and distribution of high voltage power which comprises a conductor, a separate messenger member and coupling means. The conductor has a predetermined length. The separate messenger member has a predetermined length. The coupling means couples the messenger to the conductor to the messenger. The messenger member and the conductor remain structurally separate from each other and functionally independent.

A modular portable weapon has a supporting module, constituted by the barrel of the weapon, and modules which are mutually functionally independent and are associated with the supporting module. The modular weapon according to the invention allows the user to compose the weapon by choosing, for example, a type of barrel, stock and tubular magazine among the alternatives that are commercially available, with the characteristics best suited to his requirements.

The invention is a method for detecting failures in an analyzer for conducting clinical assays. Potential errors that can result in assay failures in an analyzer are identified, as are their potential sources. The probability that an error source so identified will result in a clinically significant error is also determined. Available potential detection measures corresponding to the source of potential errors are identified with a combination of such measures selected and implemented based on their probability of detecting such errors within an acceptable limit with a concomitant low probability of the false detection of an assay failure. Each of the measures selected are functionally independent of others chosen to address the source of the error and are not subject to the same inherent means of failed detection. Applications of the method in a clinical analyzer are also presented.

The invention discloses an accelerated test method of an LED (light-emitting diode) lighting lamp based on subsystem decomposition. The method comprises the steps that: firstly, an LED lamp system is decomposed into a plurality of functionally independent subsystems; next, under precondition that the whole system is maintained to be able to work in a closed state, a target subsystem is placed in an accelerated test environment and is subjected to accelerated reliability test; by utilizing data measurement result obtained in the accelerated test progress, a reliability function of the target subsystem is obtained through extrapolation; and finally, the relevance in performance change of each subsystem and performance change of the whole lamp system is combined, the reliability function of each subsystem is synthesized through application of a system reliability statistical analysis method, then, the reliability function of the whole LED lamp system is obtained through derivation, and reliability evaluation of the whole lamp system is realized. According to the method disclosed by the invention, the complexity, even the infeasibility of an accelerated reliability test directly aiming at the whole lamp system can be avoided; the method not only can be applied to evaluation of accelerated reliability test of the LED lighting lamp, but also can be used as reference for evaluation of the accelerated test of other complicated systems.

The invention discloses a method for calculating reliability of a high-voltage direct-current power transmission system based on a universal generation function, comprising the following steps: assuming that elements in the high-voltage direct-current power transmission system are functionally independent of one another, and subjecting a structure diagram of the high-voltage direct-current power transmission system to equivalent transformation; subjecting the high-voltage direct-current power transmission system subjected to equivalent transformation to serial-parallel structural decomposition so as to obtain subsystems of the system; acquiring element reliability parameters in the high-voltage direct-current power transmission system, and calculating an element state-probability distribution function; subjecting the element state-probability distribution function to Z transformation to calculate an element U function; calculating the U function of each subsystem according to a functional function; calculating a state-probability distribution function of the high-voltage direct-current power transmission system according to an equivalent structure diagram of the high-voltage direct-current power transmission system. The invention provides state-probability distribution function calculation for HVDC (high-voltage direct-current) power transmission system in time domain, thus pre-judging real-time reliability and laying basis for the formulation of corresponding maintenance plans and optimization and decision.

An embodiment of the present invention relates to an integrated memory system comprising at least a non-volatile memory and an automatic storage error corrector, and wherein the memory is connected to a controller by means of an interface bus. Advantageously, the system comprises in the memory circuit means, functionally independent, each being responsible for the correction of a predetermined storage error; at least one of said means generating a signal to ask a correction being external to the memory.

The invention discloses a medical self-diagnosis service design method based on credible combination assessment under big data. The method comprises the following steps of analyzing an application mode corresponding to a basic self-diagnosis service and a big data processing flow related to a process of building a disease self-diagnosis service; decomposing a big data processing task into a set of functionally-independent sub-tasks, and forming a task planning scheme of building the disease self-diagnosis service; using a credible combination assessment method to select a cloud service combination scheme with the optimal QoS for the disease self-diagnosis service based on the requirement of each sub-task on computing resources and storage resources in the task planning scheme; and achieving a big data analysis algorithm of the disease self-diagnosis service in the cloud service corresponding to each sub-task, thus completing deployment and execution of the disease self-diagnosis service. According to the method provided by the invention, the big data about electronic medical records acquired by searching is stored, and subjected to online retrieval and processing and analysis, so that the user can call the disease self-diagnosis service on line to acquire disease self-diagnosis help.

The invention discloses a divided FPGA experimental box, relating to FPGA experimental boxes for teaching. A core plate is divided from a base plate in the experimental box, multiple pins are led from the base plate to the core plate, the core plate can be used independently or connected with another core plate, and the base plate employs a modularized design in which different modules are structurally and functionally independent from each other. The divided FPGA experimental box has the advantages that the experimental box can be used for teaching, scientific research and S&T competition of college students; is practical, advanced, pertinent and general; is helpful for training learning initiative, divergent thinking and operational ability of the students; and is easy and convenient to maintain / upload, wide in use range, flexible in operation and high in openness.

A medical system (110) is proposed, which comprises a central control unit (114), which is equipped to display at least one diagnostic measured value by way of a display element (118). The medical system (110) also comprises at least one invasive unit (120), said invasive unit (120) having at least one invasive consumable (132). The invasive consumable (132) is equipped to perform invasive surgery on a tissue of a patient. The invasive unit (120) has at least one electronic identifier (140), which can be read out without contact, for storing at least one piece of information. The central control unit (114) is equipped to electronically read out the least one piece of information of the electronic identifier (140). The central control unit (114) and the invasive unit (120) are functionally independent of one another such that the respective functions of the central control unit (114) and the invasive unit (120) can be executed independently of the presence of the respectively other unit (114, 120).

A method and system for automatically developing a fault classification system from time series data. The sensors need not have been intended for diagnostic purposes (e.g., control sensors). These methods and systems are functionally independent of knowledge related to a particular equipment system, thereby allowing seamless application to multiple systems, regardless of the suite of sensors in each system. Because this algorithm is totally automated, substantial savings in time and development cost can be achieved. The algorithm results in a classification system and a set of features that might be used to develop alternative classification systems without human intervention.

The invention relates to a bypass based online class supervision system. The online class supervision system comprises a class system and a class supervision system, data of the class system is sent to the class supervision system, the class supervision system stores data of the class system, and a class supervision staff obtains the data of the class system via the class supervision system; the class system comprises a teacher teaching client and a student listening client, and the teacher teaching client and the student listening client are connected with a streaming media server cluster via a private line; and the class supervision system comprises a class supervision server cluster and a class supervision client connected to the class supervision sever cluster. The bypass based online class supervision system does not occupy resources of the class system and has no influence on the class system, so that the class system is concise and functionally independent, resources are utilized more fully, and the class experience of users is improved. It is ensured that the class system is high-quality and in real time.

The invention relates to the field of gene detection, in particular to a method for detecting colorectal cancer driving genes and susceptible SNPs based on nucleic acid mass spectrometry technology. The present invention selects 25 CRC hot spot mutation sites and 22 SNP sites that are significantly related to the risk of lung cancer in Asian populations and have independent functions by analyzing the whole genome sequence of colorectal cancer and analyzing the positive samples of Asian population in GWAS research. To assess the risk of an individual developing CRC. Compared with TaqMan-PCR and second-generation platform sequencing, the detection method has the characteristics of simplicity, flexibility, high throughput, low cost, and the like. In addition to being used for early assessment and large-scale screening of CRC, the present invention provides an important reference basis for risk assessment and diagnosis of CRC, so as to realize early warning of colorectal cancer disease, and at the same time, according to the detection results, CRC patients can be assessed. Personalized treatment.

A modulation device based on electrowetting cells (EW cells), phase or amplitude or both simultaneously as a complex value of incident light is modulated in each EW cell. An EW cell includes at least one chamber with at least two fluids which are separated by an interface, external and internal electrodes which form electrode pairs activatable by control means, where at least one electrode pair controls the level of the interfaces in the chamber. The internal, mutually functionally independent electrodes inside the chamber are disposed parallel to each other such that the chamber is divided into two communicating sections with two controllable interfaces, where at least one section is transparent and forms the optical path. When at least one electrode pair is activated, the interfaces are mutually displaced such that the path length of the pencils of rays is changed compared with an initial value.

The invention discloses a superheterodyne frequency conversion chip based on SIP technology, belonging to the technical field of communication. It is a miniaturized superheterodyne frequency conversion chip working in the ultrashort wave band, including frequency converter, filter, amplifier and other components. A superheterodyne frequency conversion circuit for ultrashort wave is integrated on ahigh-density multilayer band-cavity ceramic circuit base board by utilizing MMIC, IPD, FBAR, SIP and other technology, and that ceramic shell is packaged by conductive adhesive bonding to form a functionally independent LGA packaging chip. Compared with the conventional technology, the invention greatly reduces the structure size of the circuit, improves the radio frequency performance degradation and channel consistency problems introduced by the interconnection structure, and is particularly suitable for miniaturized ultra-short wave receivers.