33 results about "Modular decomposition" patented technology

The invention relates to an autonomous navigation and guidance control programming dispatching method for small celestial body impact probing, and relates to an autonomous navigation and control programming dispatching method for a deep space probe, which solves the problems of multiple tasks, poor replaceability and poor expandability of the autonomous navigation and guidance control programmingdispatching methods in the prior art. The method consists of the following five modular tasks, namely a main task, a GNC programming task, a data acquisition task, a GNC task and a track confirming task, wherein the priority level of the main task is the highest, the priority level of the GNC programming task is only second to that of the main task; the priority level of the data acquisition taskis only second to that of the GNC programming task; the data acquisition task is divided into four sub-tasks according to different types of data measured by a sensor; the priority level of the GNC task is only second to that of the data acquisition task; the priority level of the track confirming task is the lowest; and the mall celestial body impact probing tasks are decomposed modularly, and the synchronous mode and communication means among task modules are provided so as to complete the mall celestial body impact probing tasks finally.

The invention discloses a product personalized customization method based on case-based reasoning, which comprises the following steps: (1) constructing a case collecting product cases to establish a product case base, modularizing decomposition of the product cases to establish a modularized case base, and subdividing user requirements by multiple levels to establish a user requirement iteminformation base; (2) case retrieval and matching: determining the attributes of user requirements and the attributes and weights of each product module, establishing the mapping relationship betweenuser requirements and product modules, and obtaining the candidate modules that meet the user requirements through similarity calculation; (3) case storage: the user selects the candidate modules inthe personalized customization system, configures the product modules, generates the product personalized customization scheme, and stores the generated scheme in the case base. The method has the characteristics of accurately establishing the mapping relationship between the user requirements and the product modules, and improving the personalized customization efficiency and the satisfaction degree of the user.

The invention discloses an android advertisement plug-in detection method based on a characteristic of a decompilation module, which comprises the following steps: first, collecting sample android applications of an advertisement plug-in and decompiling the sample android applications to form a Java file; carrying out modular decomposition by taking a second level package of the Java file as the demarcation point; marking all modules as an advertisement plug-in module and a non-advertisement plug-in module; then, extracting a words count characteristic sequence of every module to form a module set; establishing a mapping vector so that elements in the module set can be mapped into a characteristic space vector S; inputting the characteristic space vector S into a classifier to learn and train the classifier so that the detection modules are automatically classified into two classes; and finally, detecting an advertisement plug-in of an unknown application sample by utilizing the trained classifier. The android advertisement plug-in detection method has the advantages of simplifying the module division process, improving the module division efficiency, detecting a large amount of mobile application programs in short time and realizing fast detection of the advertisement plug-in contained in mobile applications.

The invention discloses a BIM (Building Information Model)-based temporary-building designing and modeling method and system, which can reduce operation difficulty of temporary-building designing andmodeling, greatly improve modeling efficiency, enable a model to be uniform, and increase a modeling accuracy degree. The method includes: carrying out modular decomposition on a to-be-built temporarybuilding on a BIM software platform, and establishing a modular three-dimensional graphic library; establishing a modular three-dimensional family model library on the basis of the modular three-dimensional graphic library; setting construction parameters, material and decoration parameters, structure parameters and model attribute parameters of each family model in the modular three-dimensionalfamily model library; setting logic association parameters of each family model in the modular three-dimensional family model library and each part sub-model; and selecting multiple family models fromthe modular three-dimensional family model library to carry out combination to acquire the three-dimensional model of the to-be-built temporary building on the BIM software platform and quantity of corresponding various part sub-models.

Particular aspects provide a method of sampling, testing and validating test lots (e.g., single-unit production lots), comprising: assembling a plurality of product portions from each of a plurality of test lots and combining the collected product portions to provide a corresponding set of test lot samples (wherein each test lot sample is attributed to a particular corresponding test lot); enriching the set of test lot samples; removing equal portions of each enriched sample, and combining the removed portions to provide a modular composite sample; and testing of the modular composite sample for the target agent / organism, wherein where such testing is positive, individual test lots may nonetheless yet be validated by further testing of a respective enriched test lot sample and obtaining a negative test result. The methods have broad utility for monitoring all sort of test lots (e.g., environmental lots, production lots, pharmaceutical lots, etc.) and for efficiently affecting informed, targeted remedial measures.

The invention discloses a quick modeling method for ceiling design and construction modeling based on BIM. The method comprises 1, performing modular disassembly on the interior decoration ceiling ina building; 2, based on the modular three-dimensional graphics library, utilizing the family editor of the BIM software platform to establish the modular three-dimensional family model library, wherein the process of establishing a three-dimensional family model is as follows: step A, establishing a plurality of part sub-models through the family editor; B, nesting all that sub-models of each partinto the three-dimensional family model; C, setting that association parameters between the three-dimensional family model and the sub-models of each part; 3, selecting a plurality of three-dimensional family models from a three-dimensional family model library and combine that models into a whole, thereby completing the rapid modeling of ceiling suspend ceiling design and construction modeling on a BIM software platform. The family model has the characteristics of high reusability, strong editability and easy operation, which accelerates the modeling speed and improves the modeling quality.

The invention provides a method for monitoring a three-dimensional model of a pier facilities group, comprising the following steps: carrying out modularization decomposition on the pier facilities, classifying into a component set with hierarchical relationship and constructing a reusable pier facility component model library; adopting files with a uniform format to store harbor facilities and information of container yards so as to be convenient for construction and edition of the pier; and realizing uploading and rendering appearance of engineering files in a computer system and utilizing interaction of scene targets and a harbor roaming service of the tracking mode of support equipment and containers to achieve monitoring. The constructed monitoring system based on the method is no need of a camera, thus cost and failure rate of the method are low.

The invention discloses a complexity analysis method of a software defect testing system (DTS) based on a modular decomposition technology, which comprises the following steps that: A. according to a DTS defect testing principle, the flow of the analysis method comprises a front-end input pre-processing step completed by a front-end input pre-processing module, a pre-analysis step completed by a pre-analysis module, and a formal analysis step completed by a formal analysis module; B. the complexity of all analysis units inside the front-end input pre-processing module, the pre-analysis module, and the formal analysis module is sequentially analyzed according to the calling sequence and the dependence relationship to obtain the property and the law of complexity distribution of each analysis unit; and C. according to the analysis results of a step B, the complexity distribution situation of the whole DTS System is obtained by statistic. By using the complexity analysis method, the complexity distribution situation of the whole DTS system is obtained by statistic through the complexity analysis of the analysis unit inside each module, and the defects that the traditional complexity analysis method is not systemic and comprehensive enough and the like are overcome.

The invention relates to the field of waste treatment, in particular to an apparatus and method to treat organic wastes with Hermetia illucens. The apparatus comprises an automatic feeding device 100,a modular degrading rack 200, and an insect-sand separation device 300, wherein the automatic feeding device 100 is used for providing organic wastes required by the farming of Hermetia illucens; themodular degrading rack 200 is used for degrading organic wastes with Hermetia illucens for growth and development; the inset-sand separation device 300 is used for separating strong ones of Hermetiaillucens from insect excrement organic fertilizer; the automatic feeding device 100, the modular degrading rack 200, and the insect-sand separation device 300 are communicated in sequence. The apparatus provided herein is suitable for harmlessly treating organic wastes; recycling degree is increased by at least 30%. Comprehensive utilization rate of Hermetia illucens is increased; unit energy consumption for treatment of organic wastes is decreased by 60%; the method herein has high automation degree and is suitable for industrial continuous production.

The invention discloses a prefabricated reinforcement cage modular decomposition system and method. The system comprises a user input module, a three-dimensional model generating module, a reinforcement cage decomposition module, a suspension centre design module, a bed-jig system generating module and a guidance module. A BIM model with an existing structure and limiting conditions are input and led through the user input module, a corresponding three-dimensional reinforcement skeleton model is generated through the three-dimensional model generating module according to the led BIM module, the three-dimensional reinforcement skeleton model is divided into reinforcement cage modules which meet the limiting conditions through the reinforcement cage decomposition module, the suspension centre of each reinforcement cage module is set and a suspension centre reinforcing scheme is given through the suspension centre design module according to lifting equipment, an arrangement form of a reinforcement cage bed-jig system is generated through the bed-jig system generating module, and a guiding strategy which guides a digital controlled electric welding machine to weld the reinforcement cage modules is generated through the guidance module. According to the prefabricated reinforcement cage modular decomposition system and method, the three-dimensional reinforcement skeleton model is divided into multiple reinforcement cage modules, the construction efficiency is improved, and the construction pollution is reduced.

The invention provides a recirculation aquaculture system design device based on flow control and a recirculation aquaculture system design method based on flow control. Firstly, basic parameters are set according to farmed species, a system total flow is calculated through calculating a farming biological system oxygen consumption amount and according to inlet and outlet water dissolved oxygen concentration, then a mechanical filter parameter is calculated to carry out model selection, a flotation tank volume and efficiency are calculated and model selection is carried out, the parameter of a biological filter is calculated again and the model selection of the biological filter is carried out, a biological filter oxygen consumption amount is obtained according to a total ammonia nitrogen production amount, and an air inflation amount is calculated according to the biological filter oxygen consumption amount. According to the recirculation aquaculture system design device and the method, a circulating water culture system is subjected to modular decomposition, a user can determines the parameter of each module according to breed biological characteristics and local environment characteristics, the method of the design and production of a corresponding module by an industrial enterprise and assembly by the user is used to establish a circulating water culture system, and the operation and maintenance are convenient.

The method of establishing intelligent virtual control for intelligent virtual control instrument includes the following steps: determining the configuration of intelligent virtual control; determining the math model of intelligent virtual control including decomposing into modules, establishing math model, algorithm design and program description; establishing the non-intelligent virtual control library; and establishing the development system and making the intelligent virtual control in Windows system through selecting proper non-intelligent virtual controls, setting the physical attributes of the non-intelligent virtual controls, endowing functions for the non-intelligent virtual controls, and testing and fusing the non-intelligent virtual controls. The present invention has the technological effects of integration, being economic, interactive, opened, fast in response and green, etc.

The invention provides a method for accurately and quickly checking carbon emission of the same series of products. The method is characterized by comprising the following checking steps of firstly, analyzing a production process of products A and then carrying out modular decomposition on the carbon emissions of all production processes of the products A to obtain a plurality of modular unit carbon emissions with simple structures, clear boundaries and accurate and controllable data according to a checking purpose and a theory of modularization of carbon emission; and transferring the unit carbon emissions of the products A or partially modifying the unit carbon emissions according to the characteristics of the production processes of products B of the same series, and then quickly checking the carbon emissions of the products B of the same series through modular combination. By adopting the method for accurately and quickly checking carbon emissions of the same series of products, the complicated, changeable and mutually-entangled carbon emission influence factors and the skeleton in the production process are clearly sorted to check the carbon emissions of the products. The complexity for checking the carbon emissions of the products is reduced; the data reuse rate and the checking working efficiency are improved; and the time and the economic cost are saved.

The invention provides a modularization fast-disassembly type unmanned helicopter, which comprises a fuselage module, an undercarriage module, a tail transmission module and a connecting mechanism. The fuselage module comprises a fuselage shell, a main rotor, an engine, a main transmission and an oil tank; the undercarriage module comprises a slide and supporting legs; the tail transmission modulecomprises a tail shell, a middle transmission, a direction steering engine, a tail transmission and a tail rotor; the fuselage module, the undercarriage module and the tail transmission module are connected through the connecting mechanism; the connecting mechanism comprises a fuselage side plate, a tail side plate, a fast-assembly pin and a fast-assembly lock; the fuselage module is connected with the undercarriage module through the fast-assembly pin; the fuselage module is connected with the tail transmission module through the fast-assembly lock. According to the modularization fast-disassembly type unmanned helicopter provided by the invention, the functional structures are modularly decomposed and adopt standardized module connecting interfaces, so that the maintenance cost and theoverhaul difficulty for the use of the unmanned helicopter are reduced, the modules are broken into parts so as to be convenient to package, transport and store, the installation can be carried out conveniently, the working efficiency is improved, and the cost is reduced.

Disclosed are a BIOS architecture, a self-test method, a system, and a computer-readable storage medium. The BIOS architecture includes a BIOS and an extended memory. The BIOS and the expansion memoryare respectively connected with the PCH; The BIOS comprises a basic memory module, wherein the basic memory module is used for storing a basic ROM file; the expansion memory is used for storing the expansion ROM file. The BIOS architecture provided by the invention decomposes the BIOS into a basic ROM file and an extended ROM file by modularizing the BIOS, the basic ROM file is still placed in the main BIOS chip, and the extended ROM file is placed in the extended memory of the PCH. BIOS development customization can be reduced, a BIOS can meet a variety of configurations and customer needs,improve the adaptability of BIOS, shorten the product development cycle and improve production efficiency, quickly meet the market.

The invention discloses an intelligent response method and device based on module decomposition, a medium and equipment. The method comprises the following steps: performing modular decomposition on an information system according to business logic and decision logic of an enterprise, and determining an experiential artificial decision module; extracting business data from historical data, modeling input and output data of the experiential artificial decision module according to the business data, performing data conversion on the extracted business data, and taking the converted data as a training set of the model; taking the output as a multi-classification label, learning case data of the training set through a deep neural network learning mode, and continuously performing optimizationand improvement until convergence; and embedding the trained deep neural network into the empirical artificial decision module of an original information system, intelligently judging classification problems under new input, and making decision suggestions. According to the invention, the neural network can replace manual decision, the flexibility of an information system is realized, and the service response efficiency is improved.

The invention provides a sliding bearing performance simulation system modeling method based on the Modelica language and a system thereof. The method comprises the steps that a decomposition system decomposes a whole sliding bearing system into a bearing rotor subsystem and a peripheral auxiliary subsystem in a modularized mode, and then the bearing rotor subsystem and the peripheral auxiliary subsystem are decomposed into components; the system models and builds component model bases corresponding to the components, the component model bases are combined into an assembly model base, according to the assembly model base, a bearing rotor subsystem model base and a peripheral auxiliary subsystem model base are built, and according to the bearing rotor subsystem model base and the peripheral auxiliary subsystem model base, a sliding bearing system model is constructed; parameters of the sliding bearing system model are verified and set in a simulation mode, and the sliding bearing operation performance and the dynamics performance of a supporting rotor thereof are analyzed and verified in a simulation mode. User's workloads are simplified, the model using difficulty is lowered, and the testing effect can be further improved.

The invention discloses a method for modeling a hydraulic transmission system of a vulcanizing machine based on Modelica. The method comprises the following steps: step I, carrying out modular decomposition on a transmission system of a tire vulcanizing machine according to engineering fields; step II, establishing a reusable hydraulic element base by use of a Modelica language; step III, establishing controller and motor simulation models of the hydraulic transmission system of the tire vulcanizing machine by use of the Modelica language, and carrying out modeling analysis; and step IV, carrying out curve fitting analysis on temperature measurement data of a hydraulic cylinder in modeling of a heat-transfer system, and carrying out periodic expansion on the temperature measurement data. According to the method for modeling the hydraulic transmission system of the vulcanizing machine based on Modelica, modular decomposition modeling is carried out on the tire vulcanizing machine with a modular modeling technology according to the engineering fields; the established model base has the characteristics of typicality, independence, universality and connectability; the problems of cross-disciplinary modeling and simulation of the hydraulic transmission system of the tire vulcanizing machine are solved through joint simulation debugging of simulation models in different fields.

A modular structure assembling construction method for a super-high-rise building decoration tower includes the steps of firstly, conducting a modular decomposition design according to a decoration tower shape and prefabricating a component-steel pipe framework; secondly, constructing a model on a computer according to steel pipe framework data and simulating assembly in advance; thirdly, inspecting assembly interference and analyzing assembly precision; fourthly, decomposing decoration tower components into a plurality of combined blocks according to the load weight; fifthly, transporting the components to the site and binding the combined blocks according to identification; sixthly, assembling small hoisting equipment on a building roof and hoisting the bound combined blocks to the building roof; seventhly, assembling all the combined block components, adjusting and correcting perpendicularity, controlling perpendicularity deviation within 5mm and welding the combined block components firmly; eighthly, spraying antirust paint and assembling surface modeling plates. The modular structure assembling construction method has the advantages of high assembly speed and precision, time and labor saving, safety, controllable construction process quality and capability of solving the problems that large machines cannot construct in the super-high-rise building roof and construction cost is high.

The invention discloses a plug-and-play large-scale efficient robust phase recovery method and system, and the method comprises the following steps: constructing an optimization target function according to a preset measurement value model, wherein the target function comprises a data fidelity term and a priori constraint term; performing modular decomposition on the target function through a preset generalized alternate projection optimization method to obtain data fidelity term and prior constraint term optimization subtasks; and obtaining an initial value of a variable to be solved, introducing a data fidelity term operator and a priori constraint term operator, iteratively, alternately and respectively optimizing and updating the variable to be solved, and outputting a complex domain target variable with an amplitude and a phase after iterative convergence to obtain a phase recovery result. According to the method, iterative updating is simple and rapid, a flexible and variable priori constraint item operator is introduced, and the problem of large-scale phase recovery can be efficiently solved.

The invention relates to the technical field of radars, and specifically relates to a building-block radar array plane system and an installation method. The system comprises a plurality of foundations, a support which is formed by a plurality of support frames, and an inclined angle radar cabin. The plurality of support frames are fixed on a support plane formed by the plurality of foundations, and the inclined angle radar cabin is fixed on the support. The installation method comprises the steps: determining the number of foundation, drawing a line, installing the foundations, installing thesupport frames, and installing the inclined angle radar cabin. The system is advantageous in that the radar array plane system is decomposed in a modular manner, thereby enabling the building of theradar array plane system to be simpler; the array plane precision of the radar array plane system can be adjusted stage by stage in the building process, and the radar array plane system can be extended according to the needs; meanwhile, when the radar array plane system is recycled, all modules can be quickly disassembled and conveyed, so the maneuverability is higher.

The invention discloses a radar system, and the system comprises a radar array plane system and a combined cabin system, wherein the radar array plane system is connected to the combined cabin system,and the combined cabin system controls the radar array plane system. The radar array plane system comprises a plurality of foundations, a support composed of a plurality of support frames, and a bevel angle radar cabin. The plurality of support frames are fixed on a support plane formed by a plurality of foundations, and the bevel angle radar cabin is fixed on the support. The combined cabin system comprises basic platforms and cabins, wherein the cabins are fixed on the basic platforms, and the basic platforms are corresponding to the cabins in a one-to-one manner. The radar system is advantageous in that the radar system is modularly decomposed, so the building is convenient and the precision can be adjusted; during recycling, all modules are quickly disassembled and conveyed; the radarsystem is high in maneuverability; the combined cabin system enables radar rear side control and operation modules to be integrated in the cabins; the basic platforms enable the building of the cabinsystem not to be limited by the ground conditions, can achieve the quick building and disassembly of the cabin system, and is good in maneuverability.

The invention discloses a maintenance and detection method for a radio frequency power supply. The method specifically comprises the following steps: 1) detecting the appearance of a product in advance; 2) checking and testing each connector before maintenance; 3) according to the three modular decomposition operations of the power supply module, the amplification module and the control module, detecting the damage of parts in each module; 4) automatically generating a report according to the detection result of the step 3) and contacting the client; 5) maintenance is carried out according toclient requirements; 6) disassembling and maintaining the product; 7) searching a part supplier according to the part to be maintained; 8) obtaining parts needing to be maintained, and performing combined maintenance; 9) testing the three modules of the power supply module, the amplification module and the control module one by one, if the three modules meet the requirements, skipping to the step10), and if the three modules meet the requirements, skipping to the step 7), and if the three modules meet the requirements, making a maintenance report, storing the maintenance report, and handing to the machine, otherwise, skipping to the step 7).

The method of establishing intelligent virtual control for intelligent virtual control instrument includes the following steps: determining the configuration of intelligent virtual control; determining the math model of intelligent virtual control including decomposing into modules, establishing math model, algorithm design and program description; establishing the non-intelligent virtual control library; and establishing the development system and making the intelligent virtual control in Windows system through selecting proper non-intelligent virtual controls, setting the physical attributes of the non-intelligent virtual controls, endowing functions for the non-intelligent virtual controls, and testing and fusing the non-intelligent virtual controls. The present invention has the technological effects of integration, being economic, interactive, opened, fast in response and green, etc.

The invention relates to a method for carrying out sub-module comprehensive design on a circuit on the basis of computer software. Modularized decomposition is carried out on the circuit; modules are divided according to the relationship between functions or subjects and peripherals; the method is determined according to different demands; module code compilation is carried out; analysis and troubleshooting are directly carried out on the modules with problems without checking the whole circuit; in the initial period of design, a sub-module assembly line manner is utilized so that the layout and wiring design of each module can be completed rapidly and efficiently; in the later period of the design, when the original code design needs to be modified as time series check or post-simulation has problems, the modification is narrowed to a corresponding sub-module, so that workloads of the re-synthesis, time series check and layout and wiring are decreased, the research and development period of each singe module is shortened, the research process of the whole circuit is accelerated and the efficiency is improved.

The invention discloses a complexity analysis method of a software defect testing system (DTS) based on a modular decomposition technology, which comprises the following steps that: A. according to a DTS defect testing principle, the flow of the analysis method comprises a front-end input pre-processing step completed by a front-end input pre-processing module, a pre-analysis step completed by a pre-analysis module, and a formal analysis step completed by a formal analysis module; B. the complexity of all analysis units inside the front-end input pre-processing module, the pre-analysis module, and the formal analysis module is sequentially analyzed according to the calling sequence and the dependence relationship to obtain the property and the law of complexity distribution of each analysis unit; and C. according to the analysis results of a step B, the complexity distribution situation of the whole DTS System is obtained by statistic. By using the complexity analysis method, the complexity distribution situation of the whole DTS system is obtained by statistic through the complexity analysis of the analysis unit inside each module, and the defects that the traditional complexity analysis method is not systemic and comprehensive enough and the like are overcome.

The invention provides a low-rise assembled steel-structured residential container system allowing lower transport cost and higher efficiency. The system comprises a lower base; doors and windows are placed around and above the lower base; encasing material is placed on the lower base; the edges of the doors and windows are provided with support members; ties are fixe to the lower base and used for tying cargoes placed in a container, the encasing material, the doors and windows and the support members together; a PVC (polyvinyl chloride) cover encloses the doors and windows from above and around; an upper base is disposed above the PVC cover. The low-rise assembled steel-structured residential container system is disassembled, integrated, packaged, transported and built in a modular manner; space is effectively utilized during transporting; transporting cost is saved as far as possible; the modular building mode helps further shorten the construction period and improve efficiency.

The invention discloses a BIM-based bridge assembly risk model construction method and system, and relates to the field of bridge assembly. The method comprises the following steps that modular decomposition is conducted on a bridge structure, a construction mode and a construction stage; control parameters and structural relations of all the structures are determined, and parameterized models of the bridge structure, the construction mode and the construction stage are preliminarily established; debugging the parameterized model, and constructing a parameter library; and creating a BIM risk source management system according to the parameter library, and establishing a risk source information model. On the basis of a traditional risk management and control theory, real-time dynamic assessment and early warning of security risks can be realized.

The invention provides a mobile platform cabinet for a multifunctional mobile platform of a robot. The mobile platform cabinet integrates industrial production and true-training teaching universality,so that the modularized decomposed design of course contents is facilitated. The mobile platform cabinet comprises a platform cabinet body, wherein a table top consisting of a plurality of parallel sectional bars is arranged at the central position of the upper end face of the platform cabinet body, a control and display panel structure is arranged in an area outside one side of the table top ofthe platform cabinet body, tiltable platform single plates are connected with the other sides of the table top through joint hinges or hinges, recess module placement cavities are formed in the platform cabinet body corresponding to areas for retracting the platform single plates and are used for placing modules which are not operated temporarily, the platform single plates are arranged parallel to the table top in an upturned state, and thread mounting holes are uniformly distributed in the platform single plates; and tiltable platform gusset sheets are arranged among adjacent platform singleplates and are connected with tiltable platform single plates of corresponding sides through joint hinges or hinges.