271 results about "Design plan" patented technology

The invention provides a Hadoop-based commodity recommendation system comprising five layers: a data access layer, a data model layer, a recommendation algorithm layer, a recommendation engine layer, and a recommendation application layer. The insides of all layers employ modularization designs and all layers interact with each other based on interfaces, thereby realizing high cohesion and low coupling of the system architecture and high extensibility. The database of the system employs Hive; convenient on-line shopping functions like commodity browsing, purchasing payment, logistics allocation, after-sales service and the like can be provided for users. On the basis of the high-efficiency, reliable, and convenient-extension distributed system infrastructure, the system is suitable for large-scale data storage and computing processing; the system based on a novel design and a good design plan has the broad market promotion prospects.

The present invention integrates the use of pre-manufactured structures with minimal on-site installation and lift-slab construction to achieve the construction of multi-story buildings. The pre-manufactured structures are designed to be readily integrated with both horizontal and vertically adjacent building components, including lift-slab components, so that multiple building stories may be readily and securely stacked, one on top of the other. The present invention advantageously permits top- down lift-slab construction for multi-story buildings. The present invention also provides for the development of flexible design plans for institutional, residential, office and other types of buildings. The present invention advantageously provides for easier, more efficient, faster, cheaper, safer, higher quality and more consistent, environmentally advantaged, energy-efficient, easier to maintain, intelligently designed, and customizable multi-story building construction.

The invention provides a general design plan of a mobile role play (RPG) network game engine, belonging to the technical field of game development, which provides a development platform, facing a mobile device, particularly facing a mobile terminal to build a large-scale user network game (MMORPG), with innovation, flexibility, conciseness and friendship. The engine includes a network game module of a game content editor, a server module, a databank and client-ends, which greatly reduces cost for developing the game of the kind for mobile game developers, or other game developers, shortens developing period of the game. The development platform has an editor of a graphic user interface, namely what you see is what you get, thereby fast developing MMORPG on the mobile devices for the game developers.

The fishing webpage detection method based on spatial layout and visual features relates to a design plan which is based on webpage visual layout features and is combined with a spatial database and a picture feature similarity degree comparison. The fishing webpage detection method mainly solves the problem of rapid fishing webpage detection from the angle of webpage layout and visual similarity degree. The system is composed of six modules. The upper most layer is a user interface module which is mainly responsible for acquiring the user input and feeding back the result to the user. The intermediate layer is a control module which is responsible for dispatching all the function modules to complete the fishing webpage detection. The core of the system are four function modules, i.e., the layout feature extracting module, the spatial database module, the machine learning matching module, the picture feature extracting and comparison module. Proved by a great deal of experimental data, the method builds a fishing webpage detection system with a high speed and a high precision. The data processing capacity is greatly increased and the webpage detecting time is shortened while ensuring a high accuracy rate.

A method of estimating project costs is disclosed. Geometric information is extracted from a design plan for the project and a cost estimate for the project is automatically generated using the geometric information extracted from the design plan and a computerized cost data store that contains cost estimates for the extracted geometric information. Either during the project, or after the project has been completed, actual cost data relating to the geometric information is electronically received and this actual cost data is used to update the computerized cost data store.

The invention discloses a comprehensive microgrid planning and design evaluation system based on an OTFN-AHP (optimized triangular fuzzy number analytic hierarchy process), and belongs to the technical field of electric information planning. An evaluation method comprises the steps that 1) a microgrid planning and design evaluation index system is determined; 2) computation models of microgrid evaluation indexes and reasonable and practical non-linear membership function models of the indexes are provided, so that quantized values of the indexes are obtained; 3) the traditional analytic hierarchy process and a fuzzy mathematic theory are combined and optimized to form the OTFN-AHP; 4) the fuzziness of an ordering vector is removed by utilizing a centroid method variable according to preference of a decision maker; 5) relative weights of the indexes are solved by nonlinear planning according to the ordering vector; and 6) an advantage and disadvantage degree of a microgrid is determined according to the quantized values and the weights of the indexes; and an evaluation report of the micogrid is output. The evaluation system can make scientific and objective evaluation on microgrid planning and design schemes in different structures, so that the evaluation system provides a reasonable reference for the decision maker, and has very high actual instruction significance.

The present invention provides a method for generating a directed design for a physical space requiring design comprising the steps of (a) maintaining a main computer, wherein the main computer is capable of exchanging data with a remote computer; (b) acquiring digitally encoded signals representing an image of the physical space; (c) storing the digitally encoded signals in a imaging computer storage medium; (d) transmitting the stored digitally encoded signals to a design center; (e) designing an interior design plan using the transmitted digitally encoded signals; (f) storing the design plan in a design computer storage medium; (g) transmitting the stored design plan to the main computer; and (h) providing for remote computer communication link access to the stored design plan.

The present invention integrates the use of pre-manufactured structures with minimal on-site installation and lift-slab construction to achieve the construction of multi-story buildings. The pre-manufactured structures are designed to be readily integrated with both horizontal and vertically adjacent building components, including lift-slab components, so that multiple building stories may be readily and securely stacked, one on top of the other. The present invention advantageously permits top-down lift-slab construction for multi-story buildings. The present invention also provides for the development of flexible design plans for institutional, residential, office and other types of buildings. The present invention advantageously provides for easier, more efficient, faster, cheaper, safer, higher quality and more consistent, environmentally advantaged, energy-efficient, easier to maintain, intelligently designed, and customizable multi-story building construction.

The invention discloses a method for emergency treatment of a subway emergency event. The method comprises the following steps of: modeling resources involved in emergency treatment; planning for a possible position of the subway emergency event, administrative staff and maintenance staff which are needed to be informed, involved vehicles and commonly used spare parts, and designing a corresponding plan; and automatically carrying out event notification and process monitoring in combination with the designed plan, real-time staff and real-time traffic conditions, analyzing traffic impedances of surrounding roads of an event occurrence position according to a type, a position and time information of the emergency event, acquiring a range of different transport means which can participate in event handling and information of relevant professional staff, relevant vehicles and relevant spare parts in the range, informing the corresponding staff in a manner including but not limited to a mobile phone APP (Application), WeChat software, a short message and an (Internet Protocol) mobile phone, and monitoring real-time states of the corresponding staff and the corresponding vehicles through a backstage. According to the method, the effects of high efficiency, controllability and whole-process tracking of a subway emergency event handling process are realized.

The invention relates to the technical field of chip mounters and discloses a multifunctional table-type full-automatic chip mounter which is provided with an own vacuum pump, equipped with two mounting heads and an adhesive dispensing machine, wherein each feeder can independently control the feeding; and a moving mode that a cart and a workbench work independently with each other is adopted. When a circuit board is automatically input with materials, adhesive or solder paste is automatically dispensed at a component placement position, materials are fed automatically by the component, a sealband is automatically peeled off in feeding process, and the picked component is automatically and accurately pasted on a given position of the circuit board. The machine is designed with a pluralityrows of chute feeder detent positions, each detent position can adaptively comprises more than 10 component material carrying band types including a small IC, wherein the largest size of a mounting circuit board is 140 multiplied by 240mm, and the two mounting heads adopt an optimally design plan for controlling the pickup of the component. The mounter has simple structure, stable operation, small volume and low cost.

The invention relates to an air-conditioning energy consumption monitoring and diagnosing system and method. A data collection system, a database system, a network service system and a user terminal system provide air-conditioning system operation managers with real-time energy consumption monitoring data, diagnose energy conservation transformation objects and provide a system optimization design plan. The data collection system is mainly used for collecting original operation data of an air-conditioning system and a device of the air-conditioning system, the database system is mainly used for establishing an original database for operating the air-conditioning system and an adjustable variable base of the air-conditioning system, the network service system is mainly used for user management, energy consumption analyses and determination of transformation objects, and the user terminal system is used for providing the air-conditioning system with an energy conservation optimization transformation plan. The air-conditioning energy consumption monitoring and diagnosing system and method are capable of helping the air-conditioning system operation managers real-timely manage and trace energy efficiency of a refrigerating system, evaluate problems existing in the air-conditioning system, and optimize designs of the air-conditioning system.

A wear amount measuring device includes an image display unit, an image processing unit, and a wear amount computing unit. The image display unit displays a real object image based on real object image data containing a wear amount measurement target and a reference part, and displays a plan image based on design plan data containing the wear amount measurement target and the reference part. The image processing unit executes an image processing of overlapping the real object image and the plan image at an equal scale on a corresponding positional relation when the reference parts are matched. The wear amount computing unit computes a wear amount based on a magnitude of an interval between a measurement contour line drawn along a contour of the wear amount measurement target in the real object image and a plan contour line in the plan image.

This invention discloses a unified remote controller system including a remote control end with an operation interface, a remote control assistant storing information of controlled target devices and studying one-way or two-way automatically with the remote control end, a remote -control analyzer for analyzing instructions of controllers of the original plant and collecting data and a programmer for designing plans based on the data collected by the analyzer, in which, the remote-control analyzer, the programmer, the assistant are connected with the end orderly, and the assistant is built in the target device and connected with it, besides, this invention also discloses a realization method of the system.

The invention relates to a design method of a reconfigurable embedded system based on the ontology and a system. The method comprises the specific steps as follows: the design method is implemented by a noumenon-based knowledge system which is designed for the application in the embedded system field and an embedded type development platform which is specially developed for the embedded system design. The invention has the advantages that the method greatly shortens the design period, achieves the reuse of design knowledge and solves the problems of the prior art, such as long design period and failure in reuse of design knowledge; the noumenon-based embedded type knowledge system is developed, and the knowledge system is established based on the ontology; the knowledge system has updating and self-learning characteristics and can collect the up-to-date information on the Web network by adding a data acquisition module during the development process of the knowledge system; the embedded type system platform is developed under the guidance of the knowledge system; and according to the design purpose, the knowledge system generates the design plan, and then the design details are manually completed to make the system prefect.

The invention discloses a simplified analysis method for the bending property of a box-section thin-wall beam, belonging to the field of car body design. The simplified analysis method for the bending property of the box-section thin-wall beam is mainly used for analyzing the bending deformation of the box-section thin-wall beam during car body collision in a concept car body finite element modelfor anti-collision researches at the concept design stage of a car. The simplified analysis method for the bending property of the box-section thin-wall beam mainly comprises four steps, i.e. classifying plastic hinge lines according to whether the lengths of the plastic hinge lines are changed or not, calculating rate of energy dissipated by the plastic hinge lines, calculating rate of energy dissipated by convex annular surfaces and calculating the bending property of the entire structure. The simplified analysis method for the bending property of the box-section thin-wall beam has the advantages that the requirements on the modeling of the simplified frame structure and the anti-collision analysis of the car body can be satisfied very well, designers can be assisted to rapidly extract the bending properties of the thin-wall beams, the cockamamie work for traditional finite element analysis and tests is avoided, the rapid performance assessment and the rapid modification of a preliminary design plan are realized, and the design cycle is shortened.

The disclosed design scheme is based basic structure of traditional crankshaft drive model piston reciprocating type compressor with largest quantity of production and marketing in world. Characters are that when carrying out exhaust operation, carrying out vent valve, piston dashes out cylinder entering into high-pressure area. Thus, 'no clearance' state with no geometrical space is formed among piston, vent valve piece, and block of suction valve. Hermetically sealed construction of tapering shape cover is formed between block of suction valve and contact surface outside top part of piston. The invention creates condition for raising operational compression ratio or exhaust efficiency for the model of compressor.

This invention puts forward a design plan for wetting technology and system used in test platforms of large power fuel cells, which puts forward a heat-exchange system of two stages or multiple stages to transfer heat generated by fuel cells to reactant gas entering into the fuel cell, in order to increase the gas / liquid medium-transfer ability of the wet system, a high efficient filled converse flow spray tower is taken as a main wetting device and temperature of a spray medium is controlled accurately to guarantee temperature of wetting and saturation of vapor, which can control the relative humidity of the reactant gas entering into a fuel cell stack within +-2% and relative temperature in +-0.1deg.C by controlling the temperature of an overheater with an outer heater and efficient heat-transmitting filling component accurately, and a foam-removing system with accurate temperature control is matched to avoid liquid from entering into the back system.

Methods and apparatuses are disclosed for cell site planning and for vendor selection. According to embodiments of this invention, a cell site planning information system receives initial cell site information, accesses historical cell site information and / or vendor information, and integrates the information to provide a proposed cell site design plan, to recommended vendors, to determine benchmark costs, and / or to provide billing records of the recommended vendors.

The present invention provides a method for generating a directed design for a physical space requiring design comprising the steps of (a) maintaining a main computer, wherein the main computer is capable of exchanging data with a remote computer; (b) providing a means for acquiring digitally encoded signals representing an image of the physical space; (c) storing the digitally encoded signals in a imaging computer storage medium; (d) transmitting the stored digitally encoded signals to a design center; (e) designing an interior design plan using the transmitted digitally encoded signals; (f) storing the design plan in a design computer storage medium; (g) transmitting the stored design plan to the main computer; and (h) providing for remote computer communication link access to the stored design plan.

The invention discloses a layout design method of an underground cavern group applied to a water conservancy and hydropower project and an underground storage. According to the layout method, main factors influencing the stability of surrounding rock of the underground caverns, especially, the rock strength stress ratio which is the essential factor can be fully taken into consideration. The method comprises the following steps of: firstly determining the positions of main caverns, determining the axial line directions of the main caverns, determining the thicknesses of rock pillars among the main caverns, and finally determining the shapes of the main caverns, wherein in the process of determining the thicknesses of the rock pillars among the main caverns, the thicknesses of the rock pillars are 1.0-2.5-time mean than excavation span between two adjacent main caverns and are 0.5-0.8 times that of the height of the big one in the adjacent two main caverns. Compared with the layout design with a design plan provided by a using traditional layout method, the layout design with the layout method disclosed by the invention is more scientific; and especially, in a highland stress environment and in a condition with relatively low surrounding rock strength, the phenomena of the deformation and destruction of the surrounding rock after the surrounding rock of the underground cavern group is excavation-unloaded can be greatly reduced or the deformation and destruction degrees of the surrounding rock can be reduced.

Provided in the invention is a design method for access of a flexible multi-state switch to a distribution network. On the basis of simulation of a multi-scene power flow, distribution network weak positions including distribution network node voltage limiting exceeding and line load heavy loading and the like after access of a distributed power source are calculated and analyzed and a flexible multi-stage switch access location is determined; a system optimization model of access of the flexible multi-stage switch to the distribution network using economic cost minimization as an objective function is established, wherein the objective function includes a yearly conversion cost and a system operation loss cost of initial investment of the flexible multi-stage switch and various constraintconditions are met; with an improved particle swarm optimization method based on a genetic algorithm (GA-PSO), an optimization design model including discrete variables and continuous variables of the flexible multi-state switch is calculated, mixed coding is carried out on the complicated discrete variables and continuous variables, and crossover and mutation operations of the genetic algorithmare introduced into a particle swarm optimization method for improvement; and thus an optimization design plan for access of the flexible multi-state switch to the distribution network is obtained byoptimization calculation.

A prime design scheme for using PCR-DGGE to research the microbial community structure in environmental specimen includes such steps as choosing environmental specimen (agricultural field soil), extracting the genomic DNAs of all microbes, purifying for using them as template of PCR amplification, choosing universal prime pair for prokaryotic 16 SrRNA gene amplification, adding GC hairpin structure to terminal 5', PCR amplifying, electrophoretic separating in DGGE, and observing if the PCR resultant is fully separated.

This invention relates to a method for reducing noises of multi-wing centrifugal fans including the following steps: 1, carrying out number simulation and molding simulation to a model fan with the technology of computation of hydrokinetics, 2, determining the sphere of low noise fan structure parameters, 3, setting up multi-target restrained function of the fan with noise and efficiency as the target, stipulating the restraining condition in terms of the parameter sphere in step 2 to determine initial available points to carry out iteration computation utilizing an engineering complex method to get the design parameter of the fan, 4, carrying out orthogonal combination to the received optimized parameters and number simulation and determining the section influencing the fan performance the most by listing main elements method to get a final design plan, 5, carrying out number simulation to non-concentric and concentric of the impeller and spiral casing.

The present invention relates to a method of designing, previewing a stone veneer project in its entirety before a single stone is cut; cutting and finishing the edges of a stone to form interconnecting natural stone veneer components, each having a perimeter of a pre-determined contour and a finished edge, the method comprising: drawing or otherwise importing a design plan comprising overall dimensions and shape of a finished stone veneer project; drawing or otherwise importing a pattern of shape and placement of the stone veneer components within the design plan; programming, scanning or otherwise inputting a plurality of cutting patterns, wherein the cutting patterns are the same or different, each cutting pattern designed to form the stone veneer component having a perimeter of a pre-determined contour; converting the pattern into a machine-readable program to produce a cutting path on an abrasive waterjet machine; loading a cutting path file for the stone veneer component into the abrasive water jet machine; positioning a cutting head of the waterjet machine over the natural stone at a distance of from about 0.3 inch to about 4 inches from a contact surface of the stone; running the cutting path program and cutting through the stone by contacting the contact surface of the stone with a waterjet from the waterjet machine.

Note: for the problem of characters, expressions of the same meaning need to adopt the same character, and expressions of different meanings need to adopt different characters; and for the problem ofnames of terms, for expression of the same meaning, the names of terms should be unified. The invention discloses a shield tunnel segment design parameter optimization method, and relates to the technical field of engineering construction. The shield tunnel segment design parameter optimization method comprises the following steps: performing parameter value combination by utilizing an orthogonaltest table and segment design parameters, and forming a plurality of working condition design schemes; calculating to obtain the minimum safety coefficient Kmin of the shield tunnel segment under eachworking condition design scheme; training a BP neural network according to the segment design parameters under the working condition design scheme and the corresponding Kmin; according to the segmentdesign parameters, the Kmin and the mapping relationship between the segment design parameters and the Kmin, solving an optimal solution of the segment design parameters by adopting a genetic algorithm; and adjusting the optimal solution of the segment design parameters. The shield tunnel segment design parameter optimization method is high in operability and reliability for the actual shield tunnel segment design, overcomes the defect that an existing shield tunnel segment design is optimized through experience, can optimize multiple design parameter variables at the same time within a larger range, and can guarantee that design parameter values in a design scheme are optimal, so as to guarantee safety construction of the design scheme.

Method and system for calculating space planning of a building, using a building database (31), with unit distribution possibility tables (33), and compatibility tables (33, 34) showing the compatibility between them, whether horizontal, vertical or both, and comprising: defining (38) design criteria of the units and need program parameters; defining (39) a set of parameters of the typology and shape of the building; searching (40) in the vertical distribution table (33) for those that are as close as possible to the parameters defined; establishing (41) relation possibilities between the floors obtaining compatible houses; filtering (42) the design solutions which meet the design criteria; selecting (43) the buildings with houses as close as possible to the parameters and to the need program; calculating (44) the parameters which define floors of a building and distribution units by means of regression algorithms, decision trees or neural networks.

The invention relates to a product design support system for supporting product design business so as to design and develop a product in a short time. The system creates an L-row orthogonal table according to set design parameters, executes many times, for each of L sets of design parameter groups, a virtual prototyping operation by adjusting the dimensional tolerance of each part, processes averages and variances of L sets of evaluation indexes obtained by the virtual prototyping operations, to form a response surface and response surface model, makes a factorial effect diagram of design parameters for each evaluation index, examines the factorial effect diagram, forms optional combinations of design parameters sensitive to the evaluation indexes, applies the combinations to the response surface model, forms many design solutions by optionally combining all design parameters that may achieve design target values, conducts filtering to extract a maximum likelihood design solution candidate group that achieves specified evaluation index limit values out of the design solutions, selects a maximum likelihood design solution group from the solution candidate group, and presents the same to a user.

This invention relates to a kind of model developing management method. It can receive the model design demand information from client, and monitor each phase of model developing. It comprises the following steps: receiving the model design demand information from different clients, designing model and producing model design plan according to the above mentioned model design demand information. Arranging the model machining time according to the above mentioned model design plan, and recording the machining condition of model. Testing the model, and recording the testing result of model. Delivering the model and settlement, recording the delivery and settlement condition. The model developing management system is used for implementing the above mentioned method, which comprising a server and several client-end computers, design-end computers, model machining-end computers, model testing-end computers and client service-end computers linked to server through network.

The embodiment of the invention relates to a method of project management. The method of project management includes the steps: receiving the information of a new project by means of a server, wherein the information of a new project includes a project ID; according to the project ID, acquiring the development plan information; according to the development time data and the development content data, generating the project development schedule data; according to the project ID, acquiring the design plan information which includes the design time data and the design content data; according to the design plan information and the project development schedule data, generating the project design schedule data; performing contrastive analysis on the project development schedule data and the project design schedule data, and generating the project development plan data; performing time node dividing on the project development plan data, and according to the divided time node, performing analysis processing on the project development plan data, and generating the progress node data; and according to the progress node data, generating the project management display data, and sending the project management display data to a user terminal.

The invention relates to a quantitative analysis method for collected footprints by a three-dimensional observation system, which comprises the following steps of: inputting SPS (Symbolic Programming System) data according to the designed plan of the three-dimensional observation system and calculating the energy change weight coefficient value W of each surface element in the three-dimensional observation system; carrying out qualitative analysis on the collected footprints by the three-dimensional observation system according to value W distribution of all surface elements; carrying out quantitative analysis on the collected footprints by the three-dimensional observation system by calculating and analyzing difference, mean value and mean square error value of the values W of all surface elements; and comparatively selecting the designed plan of the three-dimensional observation system with smallest collected footprint. The invention can be used for carrying out qualitative and quantitative analysis on the collected footprints caused by the three-dimensional observation system and quantitatively comparing the performance difference before and after change of the three-dimensional observation system so that the collected footprints are minimized in the design stage of the observation system, thereby ensuring the accuracy and continuity of the sectional amplitude and providingguarantee for improving the forecast of reservoir stratum, oil pool description and AVO(earthquake amplitude and phase relationship) research precision.