49results about How to "Troubleshoot integration issues" patented technology

The present invention discloses a collaborative service platform facing to heterogeneous data; the non-structural information of every system data source of the collaborative service platform is converted into structural data based on the data conversion mode of XML; a basic service component integration platform recomposes different service platforms and different businesses platforms; the information integration technology with unified data source and interface is adopted for providing service for user; the collaborative service system coordinates two or more different sources or individuals to complete the object and solve information isolated island; at the same time, the flow is standardized and the management and implementation capacity is enhanced; the reaction and the development are implemented on the complicated application system, the business relation is utilized to joint various service flow in a seamless way and manage the shared knowledge capital and relation with partners; the application system manages and handle the data; the present invention realizes the mutual data exchange and the share of different system data which serves for the normal operation of a company.

The invention discloses an information interaction method for a heterogeneous electric power application system. The information interaction method for the heterogeneous electric power application system comprises the following steps: establishing a uniform heterogeneous system data information naming and encoding standard; establishing a CIM (common information model) common source model library of a heterogeneous system and a mapping relationship between a heterogeneous system data model and the CIM model; converting the data model into a standard CIM model by an adaptor of the heterogeneous system according to the mapping relationship, and verifying and introducing the standard CIM model into the CIM common source model library for storage; packaging the converted CIM model information into IEC61968 (international electrotechnical commission 61968) information by the adaptor, and sending the IEC61968 information to a corresponding interface queue on an electric power enterprise integration bus; routing the information to an interface queue of a target system by the electric power enterprise integration bus; reading and analyzing the information by an interface adaptor of the target system, and converting the obtained CIM model information into a data form which can be recognized and processed by the target system; packing and sending the CIM model information to the target system, processing the CIM model information, and returning a result to a source system so as to realize information interaction between the heterogeneous systems.

The invention discloses a multi-scale integrated cell impedance sensor for detecting the behavior of single cells and cell groups. Four interdigital electrode arrays are symmetrically distributed on an insulated substrate, and the edge parts of the insulated substrate are distributed with connection pads; a bus of each interdigital electrode array is respectively connected with the corresponding connection pad through a lead; microelectrodes are correspondingly distributed on at least an opening of the bus of each interdigital electrode array, and each microelectrode is connected with the corresponding connection pad through a lead; a culture container is provided with four culture cavities respectively matched with the areas where the four interdigital electrode arrays are positioned; a top cover is provided with four cavity covers respectively matched with the four culture cavities; the connection pads on the insulated substrate are connected with a PCB board; the four culture cavities of the culture container are respectively and correspondingly fixed on the areas where the four interdigital electrode arrays are positioned; and the four cavity covers are respectively and correspondingly arranged in the four culture cavities. The sensor not only improves the integration degree, but also can simultaneously detect the behavior of the single cells and the cell groups.

A simulation model conversion method based on a distributed interactive simulation platform, includes the steps: (1)determining the time management mechanism used in the simulation model conversion process to make the federal member of the simulation model unitedly order the insulated clock of the distributed interactive simulation platform, executing the simulation step length propulsion of the simulation model according to the simulation clock of the distributed interactive simulation platform; (2)dividing the intrinsic function of the simulation model to be converted into two parts: one part being a state transition function, the other part being an event handling function; (3) according to the state transition function and the event handling function, determining the model state parameters of the simulation model to be converted ordered and issued for the distributed interactive simulation platform and the special event ordered and issued for the distributed interactive simulation platform, forming the interface describing file; (4) according to the interface describing file, generating the object class library and the interactive class library for the conversion of the model to be converted; (5) according to the generated object class library and interactive class library, reforming the model to be converted and completing the conversion of the simulation model.

The invention relates to an embedded substation information integration server, which is composed of a core processing module (1), an ethernet communication interface module (2), a CAN bus communication interface module (3), a serial communication interface module (4) and a switching value input-output module (5), and wherein, the core processing module (1) is composed of a processor AT91RM9200 (11), a synchronous dynamic random access memory (12), a parallel flash memory (13), a NAND flash memory (14), an electrically erasable programmable read-only memory AT24C512 (15), a real-time clock (16), a watchdog timer (17), a complex programmable logic device XC95144 (18) and peripheral auxiliary circuits, which jointly construct a basic embedded system. The invention applies uniform network and specification systems to develop the embedded substation information integration server which has the advantages of high performance, high openness, high reliability and low cost and realizes the interconnection and interoperation among the devices of different manufacturers, thus providing a data service platform for the integration, sharing and comprehensive processing of information.

The invention discloses an internet of things information processing method, which comprises describing processed internet of things information with a describing structure comprising statements, sentences and expression; and using electronics control assembly (ECA) rules to obtain description of relational models of the information and description including conditional description and description with movement decisions on a processing procedure of the information according to description of the information. The statement is used for defining port arrangement, information description and a plurality of local variables which are needed in an information processing procedure, the port arrangement indicates various message sources in different types, the information description provides universal description formats for information in each type, the local variables are variables needed for meeting information changes in the information processing procedure, the sentences are used for describing transmission and transition of the information between various different message sources, and the expression is description of limitation conditions, namely judging whether certain attributes of the information meet condition definitions or not.

The invention provides a visual monitoring and display method for a wooden furniture manufacture process digital management platform. The method comprises the following steps: 1) the wooden furniture manufacture process digital management platform collects processing information and variation information of components by scanning bar codes of the components through a multifunction machine data acquisition device in a data acquisition system, and collects various on-site process specification information through a camera acquisition device; 2) a data processing and scheduling system is utilized to perform data analysis processing; and 3) the processed information is sent to a background monitoring center. The advantages of the visual monitoring and display method are that wooden furniture manufacture process technical specification digital management can be established through the platform, complete process standardization, process procedure internal correlation, process planning system and typical process module management system of the wooden furniture manufacture process can be established; and digital management is realized, material utilization rate is improved, the cost is reduced, the problem that an MES needs to perform information interaction with a planning layer and a control layer is solved, and enterprise information full integration is realized.

The invention discloses a semantic gateway used for the integration of an enterprise informatization heterogeneous system, which is characterized in that mutual information sharing and function interacting between heterogeneous information systems can be realized by the semantic gateway. The semantic gateway comprises a configuration and change management module, an interface conversion module, an input interception module, a semantic check module, a semantic mapping module, a semantic filtering module, a semantic routing and releasing module and an optional safety authentication module. The invention has the characteristics of signal system configuration, active information interaction and independent semantic information understanding, cross-network and cross-platform, enhances loose coupling and flexibility of the integration of the heterogeneous system, frees the managers from complex system configuration work and provides rapid, convenient, flexible and low-cost implementation method for the integration of the enterprise informatization heterogeneous system.

The invention provides a device and a method for cross domain access of pages. The device for the cross domain access of the pages comprises a Web product module and an instant messaging client end, wherein the Web product module sends a page request to a second domain to which the instant messaging client end belongs from a first domain to which a Web product belongs through a Web product script, and the instant messaging client end obtains page data of the second domain to which the instant messaging client end belongs after receiving the page request and nests the page data in a page of the Web product so as to complete cross domain data fetch. By adopting the technical scheme, not only the problem that a JavaScript script crosses any domain is solved, but also the problem of cross domain requesting for arbitrary page data is solved, and difficulty of client end deployment and workloads of integrated development are simplified.

The invention discloses a maintenance troubleshooting method based on a TFM three-dimensional information flow model. With collaborative optimization of fault diagnosis and fault removal as the target, the maintenance troubleshooting method includes the following steps of (1), information integration based on a main body and an ant colony; (2), TFM three-dimensional information flow modeling basedon a system functional structure; (3), fault diagnosis based on the TFM three-dimensional information flow model; (4), troubleshooting message push based on the TFM three-dimensional information flowmodel. According to a concept of a TFM three-dimensional information flow, in the process of applying an information integration technology to graphical modeling, correlated information for assistingin diagnosis is added into nodes of the model, and by combining a graph theory method with information reasoning, diagnosis of unknown new faults is achieved. By means of integrated modeling of three-dimensional information of testing, faults and maintenance, integrated flow of fault diagnosis and maintenance troubleshooting work is achieved, the demands of engineering practice are better met, and the maintenance troubleshooting efficiency is improved.

The invention relates to a knowledge integration method for a body-based product-oriented design process, which comprises the following steps in sequence: reading a knowledge source, identifying and classifying the knowledge source, generating a local bodies of a corresponding category by an original knowledge source according to mapping rules, integrating the local bodies to form a whole body, and generating a shared knowledge base corresponding to the whole body. Compared with the prior art, the invention fully considers the diversity of knowledge representation forms in the product design process, overcomes the simplicity of conventional integrated knowledge sources, and demonstrates excellent universality and completeness. Simultaneously, the invention provides an integrated rapid response mechanism for effective integration of knowledge sources with various storage forms and further demonstrates the feasibility of the mechanism.

The invention discloses an information integration method of an advanced metering infrastructure, and the information integration method is implemented through the formulation of a protocol and two-layer mapping relations. The method includes formulating an abstract application layer protocol which is applicable to the advanced metering infrastructure and can both meet basic application requirements and be adapted to continuous development requirements of the field bus or communication technology; on the basis, establishing a mapping model of basic application requirements to the abstract application layer protocol, and illustrating a detailed formulation method of the abstract application layer protocol concretely; and establishing a mapping model between the abstract application layer protocol and a specific filed bus application layer protocol, and illustrating a concrete achieving method of the abstract application layer protocol and the specific field bus application layer protocol through a mapping example of the abstract application layer protocol and an Ethernet application layer protocol so as to be capable of using mainstream field bus applied by the advanced metering infrastructure.

The invention relates to a substrate structure for a monolithic optical detection and electric signal processing integrated device and a forming method of the substrate structure, and belongs to the technical field of semiconductor devices and integrated circuits. According to the scheme, under the condition of high-resistance silicon semiconductor material optical detection and optical detection signal separated processing and lack of a monolithic integration solution, the problems that the difference of the work voltage of an optical detector and the work voltage of an optical detecting signal processing circuit is large, and an optical detecting device structure and an optical detecting signal processing circuit device structure can be hardly compatible with a process can be solved. According to the scheme, the integrated electronic device can comprise an independent NPN transistor, an NMOS transistor, a PMOS transistor, a DMOS transistor or the combination of the independent NPN transistor, the NMOS transistor, the PMOS transistor and the DMOS transistor. According to the scheme, the substrate structure comprises eight basic structure elements, namely, a low-resistance semiconductor material (1), a high-resistance semiconductor material (2), an exhaust restraining area (3), a device epitaxial layer (4), an electronic device area (5), an optoelectronic isolation dielectric area (6), an optoelectronic isolation channel blocking area (7) and an optical detector ohmic contact area (8).

The invention discloses a method for evaluating the health state of a power transformer under incomplete multi-modal information, and the method comprises the steps: obtaining the parameter information of the power transformer, and enabling the parameter information to comprise a plurality of feature indexes; collecting fault cases of the power transformer, and performing discretization processing on each modal feature according to the difference that whether multiple feature indexes of the power transformer with different voltage grades, rated capacities and operating years exceed threshold requirements or not, and establishing an information decision table of each modal feature by using a rough set; adopting a PSO algorithm to solve the NP-Hard problem of attribute reduction under the multi-modal background, and obtaining the kernel feature of the health state of the power transformer; using a TFG-T task flow mechanism to complete kernel feature integration; and evaluating the state of the power transformer through the integrated kernel features and the information decision table. The method is used for solving the problem of state evaluation of equipment under incomplete information, fusing the multi-modality of detection data, and providing technical support for intelligent operation and maintenance and digital transformation of a power transformer.

The invention discloses a photoacoustic spectrometry detection chip sensor and a manufacturing method thereof. The sensor includes: a vibration transduction structure, an optical waveguide and a phaseshift waveguide grating. The optical waveguide is arranged on the vibration transduction structure. The optical waveguide is a three-layer waveguide layer and comprises a substrate, a light guide layer and a cladding layer. The vibration transduction structure is used as the substrate of the optical waveguide, the light guide layer of the optical waveguide is rare earth doped silicon dioxide, thecladding layer of the optical waveguide is silicon dioxide, and the phase shift waveguide grating is etched in the light guide layer of the optical waveguide. The method comprises the following steps: generating an optical waveguide on a vibration transduction structure by adopting a mocvd process; etching a phase shift waveguide grating on the light guide layer of the optical waveguide by adopting a UV photoetching technology. Integration of the sensor and the transduction structure is achieved, the structure is simple and firm, manufacturing is easy, integration with other systems is facilitated, and the integration problem of a traditional optical fiber distributed sensing system can be effectively solved.

The invention provides an ultra-wideband receiver, and the receiver comprises a radio frequency balun for converting a single-ended radio frequency signal into a differential radio frequency signal; an ultra wide band frequency conversion assembly which performs frequency conversion on the differential radio frequency signal based on a local oscillator signal of a preset frequency band and outputs a differential intermediate frequency signal; an intermediate-frequency balun which is connected to the output end of the ultra-wideband frequency conversion assembly and converts the differential intermediate-frequency signal into a single-ended intermediate-frequency signal; and an intermediate-frequency signal processing module which is connected to the output end of the intermediate-frequency balun and is used for processing the single-ended intermediate-frequency signal. According to the invention, the size of the cross-band broadband receiver can be effectively reduced, the number of equipment for building the broadband receiver is reduced, the link loss and power consumption of the broadband receiver are reduced, and the power stability during long-term work is greatly improved through an automatic gain compensation mode, so the receiver has the characteristic of being directly used for system integration, and the defects in the prior art are effectively overcome.

The invention discloses a tactile sensor, a slip sensor, a working method thereof and a double-integrated sensor. The tactile sensor is designed to comprises a first layer of polymethyl methacrylate board, a second layer of a copper layer having the functions of an electrode and a friction layer, a third layer of a polydimethylsiloxane friction layer, a fourth layer of a copper layer, a fifth layer of a polymethyl methacrylate plate, and a spring. The second layer is electroplated on the lower surface of the first layer; the fourth layer is electroplated on the upper surface of the fifth layer, and the third layer is coated on the upper surface of the fourth layer; the first layer and the fifth layer are connected together through the spring; under the initial condition, a layer of air gap exists between the second layer and the third layer, and deformation recovery after contact is facilitated. The invention aims to provide a tactile sensor, a slip sensor, a working method of the slip sensor and a double-integrated sensor, which can provide control assistance for a transfer robot.

The invention discloses a multi-channel communication protocol unification method and system. The method comprises the following steps: A, a client selects a channel corresponding to a message and a platform or account main body corresponding to the channel; B, the client obtains different extension attribute generators through different message channel attributes and adds extension attributes to a message extension module; C, the client side assembles the extension attribute, the message channel definition attribute and the general message attribute through a message protocol generator to generate a unified communication protocol; D, the unified communication protocol is acquired by the message center, and the message channel attribute is analyzed through a message protocol analyzer; E, the message center selects a corresponding extended attribute parser to parse the corresponding attribute through the message channel attribute; and F, the message center generates message attributes of the corresponding message channels and calls logic processing of the corresponding channels. The method is high in feasibility and strong in applicability, solves the integration problem of third-party messages, and greatly reduces the difficulty of message integration and use.