154 results about "Independent element" patented technology

Templates are used to define generic site layouts in terms of site-independent elements. The templates are customized by site-knowledgeable users and employed within a surveillance system.

A method which permits self-synchronization of elements to be synchronized. Synchronization is neither implemented nor managed by a central entity. By shifting synchronization into each element, more synchronization tasks can also be performed simultaneously, because independent elements no longer interfere with one another when accessing the central synchronization entity. In a module with a two- or multi-dimensionally arranged programmable cell structure, each configurable element can access the configuration and status register of other configurable elements over an interconnecting structure and thus can have an active influence on their function and operation. The configuration can thus be accomplished by a load logic from a processing array.

The present invention provides a fault detection method for batched production process based on analysis of multinuclear independent element, which comprises data collection, data processing, and a process makes use of analysis of a nuclear principle element for whitening of the data, makes use corrective ICA for extraction of an independent element and makes use of T² and SPE statistics for detection of the faults. The present invention initially provides a detection method for the batched production process based on MKICA, realizes the detection of the complicated processes and can detect the faults earlier, thereby reducing the loss occurred in the industrial production processes.

The invention discloses a combined type flexible clamp for vacuum brazing of a core body of a plate-fin type aluminum heat exchanger, belonging to the technical field of aluminum alloy welding. The combined type flexible clamp for assembling the core body of the plate-fin type aluminum heat exchanger before the vacuum brazing is characterized by comprising a bottom plate, pull rods, springs, grooved spring bearer plates, a grid frame, a cover plate and top sliding plates and being of a combined type detachable independent element structure, wherein the constituent elements of the clamp are combined according to the dimension of the core body, to be brazed, of the heat exchanger. The springs of the clamp are paired into groups and kept dynamically balanced through the grooved spring bearer plates and the pull rods, so as to fixedly position each constituent element of the core body of the heat exchanger and supply flexible pressure to the core body of the heat exchanger in a vacuum brazing process, so that the constituent elements in each group of the core body of the heat exchanger are coordinated in deformation, and the brazing requirement is met. According to the invention, a flexible pressing method and a combined type structure are adopted, and the clamp is simple structure, convenient to use, strong in reliability, low in cost, wide in applicable range, long in service life and good in economy.

The invention relates to an ontological concept mapping method which comprises the following steps of: determining two ontological concepts to be compared as target elements, and respectively establishing adjacent elements with a semantic relation and a virtual path formed by the relation thereof, i.e. the property between precursor element-precursor element and the target elements or the property between semantic relation-target element-target element and rear-guard elements or semantic relation-rear-guard elements; respectively carrying out conceptual semantic similarity comparison on independent elements in the virtual paths of the two target elements; integrating the concept semantic similarities of all independent elements in the virtual paths and acquiring the graph semantic similarity of the virtual paths of the two target elements; and deducing a mapping relation between the two target elements according to the graph semantic similarity of the virtual paths. The ontological concept mapping method focuses on the adjacent elements and the semantic relations of the concepts, has more comprehensive investigation range and improves the quality and the property of ontological mapping.

The invention discloses an abnormity detection and diagnosis method for a non-gaussian dynamic high-sulfur natural gas purification process. The diagnosis method comprises the following steps: randomly collecting high-sulfur natural gas purification process data to form an original measurement sample set; preprocessing the data; determining the time delay order of the model by analyzing an industrial process autoregression model, then projecting the data to a nuclear independent element space, and realizing abnormity detection by monitoring whether the statistics of T2 and SPE corresponding to an independent element is beyond the control limit set under the normal state or not; finally, calculating a first-order partial derivative of the statistics of T2 for original variables, drawing the contribution chart of the first-order partial derivative, and thus realizing abnormity diagnosis. The method can detect failure occurrence in time and retrospects the reason of process operating parameters which cause failures, so that decision-making reference is provided for system failure investigation and recovery and monitoring in the nonlinear, dynamic and non-gaussian process is realized.

The present invention realizes miniaturization, low cost and improvement of fabricating efficiency of an optical module. The optical module 100 has a PD platform 110 and an LE platform 120 which are mounted on a die pad 101. The optical module 100 includes two transceiver units 100A and 100B, and each unit works as an independent element of the optical module. The PD platform 110 and the LE platform 120 are used in common by the two transceiver units 100A and 100B. The components of the two transceivers 100A and 100B are mounted on a single PD platform and a single LE platform.

The invention discloses a real-time data abnormal diagnosis method for monitoring operation of a nuclear power unit. The method comprises the following steps: selecting a plurality of important variables for monitoring operation of the nuclear power unit to form a real-time data anomaly diagnosis variable set, establishing an abnormal diagnosis model through the principal component analysis and the independent element analysis technology, determining a control limit used for judging whether an abnormal event occurs in the real-time operation data or not through the nuclear density estimation technology; meanwhile setting an automatic updating mechanism of the model to ensure the precision of the model. The method disclosed by the invention overcomes data model 'ill-condition' problems caused by the characteristics of the actual industrial data such as serious correlation and redundancy, random noise, mode variability, intrinsic nonlinearity and the like, 'false alarm' and 'missed alarm' can be effectively avoided. The method is suitable for real-time monitoring of the nuclear power unit and early warning and diagnosis of the ''abnormal event or accident'', and is beneficial to improving the safety of the nuclear power unit.

The invention discloses an abnormity detection method for natural gas purification process based on analysis of an independent component of a dynamic kernel. The diagnosis method comprises the following steps: determining technical parameters in a monitored purification and desulfuration production process for natural gas with high sulfur content; carrying out data acquisition on the purification and desulfuration production process for the natural gas with high sulfur content; preprocessing data; analyzing an autoregressive model of the data, and determining a dynamic lag order of the model to obtain a dynamic expansion matrix; carrying out whitening processing on the expansion matrix in a kernel principal component space, extracting a principal component, and analyzing and estimating an independent element by an independent component; calculating an SPE statistical magnitude and a T2 statistical magnitude corresponding to the independent element, analyzing whether the statistical magnitudes are overproof or not, determining that an abnormal working condition happens if the statistical magnitudes are overproof, otherwise, determining that the working condition is normal, and carrying out abnormal working condition parameter tracing by a T2 contribution figure method. According to the method, a failure can be detected in time, and a failure reason resulting in the technical operation parameter is traced back, so that a decision-making reference basis is provided for system failure elimination and recovery.

The invention belongs to the technical field of image processing, particularly discloses a polarized SAR image classification method based on a stacked code and softmax, and mainly aims to solve the problem that conventional characteristic extraction requires much priori knowledge, and is high in manual labor intensity. The method comprises the following steps: (1) inputting an image and filtering; (2) extracting independent elements; (3) selecting a trained sample and a tested sample and conducting whitening process; (4) constructing a stacked code network to learn superior characteristics better representing the SAR image; (5) training a classifier, and forecasting classification result; (6) calculating accuracy; (7) outputting the result. Compared with the classic classification methods, the method is provided with higher accuracy of ground features classification, is more integrative in uniform district, better in district consistency and classification performance, and can be suitable for ground feature classification and target identification of polarized SAR images.

The invention discloses a rapid decomposition method trend calculating method based on a Matlab. The method comprises the following steps that matrix operation and complex number operation are used; an array bt1 is set and a node number of a non-equilibrium node is recorded, and an array bt2 is set and a node number of a PQ node is recorded; when equation set coefficient matrixes B' and B'' are formed, a node type is not considered, and then according to the arrays bt1 and bt2, a matrix element is extracted, and redundant rows and columns are removed; and before iteration, according to the arrays bt1 and bt2, node-injected active and reactive independent elements are removed. In the invention, program codes are reduced, programming is simplified, and a program is clear so that scientific research personnel can conveniently modify the program, debug and improve the program, and add a new function. In the invention, during LU decomposition, an independent element of a coefficient matrix is removed, and before iteration, node-injected active and reactive independent elements are removed; and during an iteration process, work of mentioning a correlation matrix or a vector element repeatedly can be avoided, calculating workloads are reduced and a calculating speed is increased.

The invention discloses a virtual instrument-based transformer substation relay protection secondary circuit simulation method. A relay protection accident caused by a secondary circuit fault is difficult to analyze and judge by the conventional method and is difficult to represent by a test method, and power failure is always required, so that the accident is not handled quickly and effectively. The method comprises the following steps of: analyzing the function and property of a simulated relay protection secondary circuit, the types and numbers of elements and the numbers, states and properties of input and output interfaces on the secondary circuit; and calling various virtual relays, a virtual independent element and a user customized control, performing logical configuration by using a logic element according to the simulated relay protection secondary circuit to establish a virtual relay protection secondary circuit, and simulating by using the virtual relay protection secondary circuit. By the method, problems such as contact competition, a secondary parasitic circuit and the like of relay protection can be researched accurately, and design defects of a relay and the relay protection secondary circuit can be found by a simulation experiment.

The invention relates to a high-accuracy measurement technical field of current amplitude and phase, in particular to an online mark and check method for the transformation ratio and angle difference of current transformer CT, and a relative system, wherein lg(t) is the sensitive output of the current transformer with linearly mixed lx(t) and lx(t), therefore, Ig(t)=1Ix(t)+a2IS(t), while lx(t) is the object current, ls(t) is the current signal generated on the measurer, a1 and a2 are the sensitive factors of lx(t) and ls(t) on the output signal lg(t) of the current transformer, then the invention uses independent element analysis method to separate signal ls(t) from signal lg(t), to obtainthe evaluated signal ls'(t) of ls(t), and via the mixed factors a1 and a2 to obtain the transformation ratio and angle difference or the like of current transformer in real condition. Via comparing ls'(t) and ls(t), the invention can easily and reliably realize online check of current transformer and check the result of the independent element analysis.

The invention discloses a novel method for achieving real-time fault monitoring on a penicillin fermentation process. In order to guarantee safety and stability of the penicillin fermentation process, it is necessary to establish an effective process monitoring scheme to detect abnormal phenomena timely. The method comprises two steps of off-line modeling and on-line monitoring. The step of off-line modeling comprises the steps of firstly carrying out processing on three-dimensional data of the fermentation process, then extracting independent element information of the data by adopting ICA, and finally carrying out modeling by utilizing OCSVM to structure monitoring statistical magnitude and determining a control limit by utilizing a kernel density estimation method. The step of on-line monitoring comprises the steps of carrying out processing on newly collected data according to a model, calculating the statistical magnitude of the data, and comparing the statistical magnitude and the control limit to judge whether the fermentation process runs normal or not. According to the method for monitoring the faults in the fermentation process based on the MICA-OCSVM, the assumption that a fermentation process variable subjects to Gaussian distribution or non-Gaussian distribution or other distributions is not needed, and the accuracy rate of fault monitor is high.

The invention relates to online resource access by using a resource switching platform. The online resource announcement and consumption environment can be modeled so that the community of resource consumers (users) such as educational institutions and libraries are classified into resource agency. Resources provider such as books, music, and multimedia publishers and news source are classified into resource provider. The resource switching platform provides independent elements of the function of the invention in the online resource announcement and consumption environment. Once the resource agency needs to be integrated with the resource switching platform rather than independently integrated with each resource provider, the resource switching platform acquires simple and integration with incompact contact by using low integration cost and efforts.

Methods (100), systems (200), computer program products, and signal bearing mediums for streaming an eXtensible Markup Language (XML)-type document (210) over a communication network (240) are described. A sequence of commands are received and synchronously converted (112) into XML-type fragments (230) for assembling and streaming a single XML-type document for a mobile device (220) in the communication network (240). The size of the XML-type document (210) exceeds the size limit imposed by the available memory on the device but less than the size limit imposed by the transport layer of a communication network (240). A DTD of the XML-type document (210) can be broken up into logically independent elements. The XML-type fragments (230) are assembled (114) in a buffer that is constrained to be smaller in size than the size constraint of the transport layer of the communication network (240). Periodically, the assembled fragments (230) are flushed (116) from the buffer to the transport layer of the communication network (240) dependent upon the DTD of the XML-type document (210) without a limitation on the size of a message to communicate the XML-type document (210) over the transport layer without loss of information.

The invention discloses a locking device of a panel TV set mount. The locking device is characterized by comprising a cover body, a locking slide sheet and a clamping strip, wherein, the cover body is formed by involution of an upper cover and a lower cover together, and an opening is arranged at a side part of the cover body; the locking slide sheet is transversely limited in the cover body and has a tendency of popping up outwards under action of a motion spring, and an upper part of the locking slide sheet is provided with a lock hole which is relatively wide and a slide hole transversely communicated with the lock hole; the clamping strip is longitudinally limited in the cover body and has a tendency of being reset outwards under action of a return spring; and an end part of the clamping strip is matched with the lock hole on the locking slide sheet in a clamping manner, and a main body of the clamping strip can be matched with the slide hole on the locking slide sheet. The locking device is an independent element and can be used individually, thus being suitable for the flat panel display mounts of different sizes, achieving convenient assembly and disassembly and saving resources by recycling.

Techniques in which a 1^st force, field, or effect caused by a Casimir effect is converted into a 2^nd force, field, or effect. The 1^st force, field, or effect might be distinct from the 2^nd force, field, or effect only in the net vector or might be distinct in other ways. For example, the distinction might involve substituting a torque for a linear force vector or converting a force, field, or effect associated with the Casimir effect into movement or into an electric, magnetic, or electromagnetic force, field, or effect. These changes preferably are caused by an independent element placed proximate or between to the Casimir effect surfaces. Preferably, the torque causes rotation (i.e., spinning) of an element. This rotation is significantly different from prior-art embodiment because energy does not have to be put back into the system to “reset” the structures.

The invention is suitable for the field of LEDs, and particularly relates to a voltage-rising type LED driving circuit and a lamp. In the embodiment of the invention, the voltage-rising type LED driving circuit comprises independent elements; single-chips are used for realizing the voltage-rising function through PWM pulse control, and detecting and controlling the current of an LED lamp. The maximum output current can be adjusted by modifying the control program of the single-chips, and the luminance of the LED lamp set can also be adjusted through a light adjusting switch. The voltage-rising type LED driving circuit and the lamp have the advantages of high effect, reliability, low price, simplicity, portability and the like, so as to overcome the defects of constant-current integration.