65 results about "Organizational form" patented technology

The invention relates to a needle dispensing method and an embroidery method for embroidery. In the embroidery, the stitch length between two needle eyes is twice more than the diameter of the stitching thread and less than or equal to ten times of the diameter of the stitching thread, so that the stitches of the embroidery thread is of a spotted shape or a short-line shape on the front face of the embroidery fabric; and the stitches of the spotted shape or the short-line shape form embroidery patterns in at least one of four organizational forms, i.e. separation, overlapping, connection and crossing, and the embroidery patterns are arranged in a density-changing way on the plane of the embroidery substrate. The invention overcomes traditional prejudices and creates a novel embroidery stitching method, which shows light and shadow changes with discrete spots in the embroidery picture, and is particularly suitable for sketch representation, in particular to the texture of toner particles in toner sketches, the texture of mist obscuration in ink paintings, drag marks in calligraphy and fine parts in various embroidery pictures such as the eyes and hair of human beings and animals, branches, rods and the like. When in use, the invention can bring more transparency and three-dimensional feeling into the embroidery work, so that the embroidery work is more delicate with nimbus.

This invention discloses a method to manage centralized the cascade conference on video commercial platform, which comprises six steps: 1) configuring all MCU number on the said platform; 2) public user preengages video conference on the platform; 3) holding video conference on the platform; 4) the MCU accesses by the platform calling; 5) the public user accesses by platform calling number; 6) the public user controls the video conference by the platform. The invention hides the exact organization form of cascade conference, simplifies the realization method and provides the method to complete the address analysis for cascade port.

The invention relates to the field of natural language processing, in particular to a bidirectional recursive neural network-based enterprise abbreviation extraction method. The method comprises the steps of serializing to-be-processed texts through word segmentation processing; selecting a certain number of the to-be-processed texts to perform manual annotation, segmentally annotating enterprise names in the to-be-processed texts as starting parts, keyword parts, industrial parts and organization form parts, and annotating data except the enterprise names as unrelated parts; inputting annotated training samples into a bidirectional recursive neural network to train the bidirectional recursive neural network; extracting word sequences belonging to the enterprise names through prediction of the bidirectional recursive neural network, and further extracting fields belonging to the keyword parts of the names as enterprise abbreviations; and establishing a corresponding enterprise abbreviation database. Therefore, powerful technical support is provided for related information analysis of informal texts.

An image containing data relating to the tissue-state and the tissue-form of a target area is displayed. A fluorescent-light image having two different wavelength bands of fluorescent-light is obtained, based on the strength of the fluorescent light emitted from a target area irradiated by stimulating-light. A reflected-light image is obtained based on the strength of the light reflected from a target area irradiated by white-light as reference-light. A hue is assigned to a computed-image based on a division value of each pixel value of aforementioned fluorescent-light image to form a tissue-state image reflecting mainly the tissue-state, and a brightness is assigned to the reflected-light image to form a tissue-form image reflecting mainly the tissue-form. The tissue-state image and the tissue-form image are combined to form a composite-image, and the composite-image is displayed.

The invention relates to a DFS (distributed file system) virtual directory organization and name-space management method including the following steps: file metadata of the file system is adopted according to a user inquiry request and a context to compute on-demand and dynamically generate the virtual directory in the relational algebra means so as to provide file serves matching the present context in hierachical form of the virtual file view for the user; the operations of creating, deleting, moving, renaming, opening, closing, reading, writing and cutting to files and operations of creating, deleting and renaming to context directories can be carried out in the virtual directory name-space. The invention has the beneficial effects that the adoption of the computed on-demand and dynamically generated virtual directory in a large-scale mass file storage system overcomes the defect that the traditional hierachical directory structure cannot provide services on demand, and provides the high effective file search and organization form. The adoption of file metadata including file attributes and contexts in the organization process of the virtual directory can actively provide file serves for the user according to the changing of the contexts.

The invention provides a water-bottom mine shield tunnel combination butt joint structural form and a construction method thereof and relates to the technical field of urban rail transit construction. A bench cut method is adopted for excavation from a mine tunneling method tunnel section, receiving section tunnel primary support construction is conducted, and a bottom sub wall is closed when excavation is conducted to a butt joint point; the stratum in front of a butt joint section is subjected to grouting reinforcement; then a receiving section is poured to close a box body lining, and the box body lining is filled with cement mortar; then a shield machine conducts constant-speed tunneling and enters the box body lining after directly breaking the bottom sub wall and the filled cement mortar; a cutterhead of the shield machine is arranged to be detachable, then a hoisting point is arranged on a shield machine outer shell, all components of the shield machine are detached and conveyed out from the position, on the rear side, of a shield machine tunnel, and the steel shell of the shield machine is left in a hole; and finally, a secondary lining is constructed in the tunnel for connecting all the sections. The water-bottom mine shield tunnel combination butt joint structural form and the construction method thereof are suitable for butt joint construction, adopting a mining method and a shield method, of the underwater and subsea tunnel and an underground structure, structural stability and construction safety are good, and the organizational form of the shield construction method is enriched.

Methods and structures are disclosed where carrier fiber is used to enable the assembly of two and three dimensional structures of autologous tissue. Tissue is harvested from the donor, integrated with a carrier fiber, and assembled into complex forms rapidly. The structures can be tailored to the requirements of a specific medical procedure. The tissue is kept live and viable during extracorporeal assembly and the finished structure is emplaced in the donor's body. The use of a carrier fiber leader for pre-threading integration and assembly machines facilitates machine set up, drawing of the tissue into the process, and rapid integration and assembly of the multi-dimensional structures. Assembly can include providing tissue and fiber leaders extending from the structure for attaching the structure in place. The carrier fiber either is bio-absorbed as new tissue forms, or forms a bio-compatible substructure for the patient's native tissue.

The invention relates to the field of processing of natural languages, and in particular relates to an information analysis system based on a bidirectional recursive neural network. The information analysis system comprises a bidirectional recursive neural network module; the system identifies enterprise names in a text to be analyzed into a beginning part, a keyword part, an industry part and a organizational form part in a segmented manner through the bidirectional recursive neural network module; and the keyword part as enterprise abbreviation is extracted and put in an enterprise abbreviation library. According to the system disclosed by the invention, the text to be processed is serialized through word segmentation; segmented words, phrases or punctuation marks are converted into vector data through a dictionary mapping table and input in the bidirectional recursive neural network; the barrier between the natural language and the neural network is broken; when enterprise names are identified, both above information and following information are depended; the accurate rate is relatively high; on the basis of identification of the enterprise names, the enterprise abbreviation is identified; furthermore, a corresponding enterprise abbreviation database is established; and powerful technical support is provided for related information analysis of an informal text.

The invention relates to a method and a system for realizing storage and query of a communication detailed ticket. The method comprises the following steps: I, performing real-time processing on a real-time generated standard ticket file in a same day detailed ticket storage module to generate a same day detailed ticket storage file according to the number segment; II, performing regulation processing on the same day detailed ticket storage file generated in the former day in a former day detailed ticket regulation module to generate a former day detailed ticket regulation file and establish a day index file; III, compressing and filing all former day detailed ticket regulation files of all users in a designated month in a former month detailer ticket filing module to generate a former month detailed ticket filing file and establish a month index file; and IV, positioning corresponding detailed ticket files according to cell phone numbers and time to complete queries. The system and the method, provided by the invention, adopt different data organization forms for different detailed tickets and perform storage and queries in different ways, so as to reduce the cost and risk, and improve the efficiencies for storage and query of mass data.

The invention discloses a design and implementation method of a high concurrent index B + linked list data structure. The method comprises the following steps: simultaneously using an array-based datastructure and an element-based data structure; for the non-leaf nodes of the data structure, the preset B + tree data structure is adopted and placed in the DRAM, so that the non-leaf nodes located on the DRAM can guarantee the locality of access; for the leaf nodes of the data structure, a unidirectional linked list data structure is adopted, which is placed in the NVM, so that the leaf nodes located on the NVM can avoid sorting and balancing overhead. The method uses array-based data organization and element-based data organization, Linked list data structure constructs the leaf node of index data structure, B + tree data structure constructs the inner node of index data structure, skip table data structure removes sorting and balancing operation, which can realize lock-free concurrencymechanism and effective space management, and ensure efficient concurrency access performance and rapid system recovery.

The invention discloses a multi-layer alliance type account management system based on a block chain. The account management system comprises a multi-level architecture. Organizations of all levels are created according to architecture levels. Each organization has its own account book, and account data of each organization is respectively stored in its own account book. The levels comprise a system management layer, a service main body layer, a merchant layer and a user layer from top to bottom. The system belongs to an alliance type organization form, and each layer can create a plurality oforganizations or allow new organizations to join; the high layer provides services for the low layer and the data among the organizations, and the account book is limited, shared or modified throughthe intelligent contract. When a new organization needs to join the alliance, after the new organization obtains the agreement of the alliance, only the organization node of the new organization needsto be created and the intelligent contract needs to be installed, and the expansibility of the system is greatly improved.

The invention discloses an indoor and outdoor integrated organization method for urban three-dimensional scene data. The method comprises the following steps: at first, extracting object data of Entity, Region and Portal from indoor three-dimensional model data, and performing 'Region-Entity' correlation and 'Region-Portal' correlation on the data to finally form an indoor three-dimensional scene data organization structure in a complete 'Entity-Region-Portal' organization form; afterwards, depending on a geographic position of a building model, correlating corresponding leaf node data in outdoor three-dimensional scene data organized in a quad-tree form, processing a leaf node into a Region object and connecting to indoor Region through a corresponding Portal object, thus realizing integrated organization of indoor and outdoor three-dimensional scene data. When being applied to indoor and outdoor integrated visualization of urban three-dimensional scenes, the method disclosed by the invention guarantees continuity of scene rendering, reduces data volume of real-time drawing and dynamic loading on each frame, and can obviously improve the three-dimensional rendering efficiency of a system.

The invention discloses a database unification platform for electric power big data and a reading method thereof. The method comprises the steps of starting; Verification: the database platform verifies the user identity; Transmitting: receiving a data access request from a user; making Cross-library judgments: when the data access related to the service demand is a cross-library data request, enabling a data access component to forward the service demand to a data hybrid processing engine; Business planning: enabling a data hybrid processing engine to collect, store and process different types of cross-library data, and generating business data; And forming the data into an organization form of data required by the user, returning the data to a foreground display page to be displayed intoa table, and providing the table for the user in combination with a visualization technology. The platform has the advantages of being high in speed, flexible in configuration, capable of crossing databases and the like, multiple databases and data types can be accessed simultaneously in a barrier-free mode, meanwhile, guarantees are provided for rapid development of upper-layer business applications of the unified platform of the power databases, and the design and implementation of the upper-layer applications do not need to consider the difference of the types of bottom-layer databases.

The invention discloses a cloud computing smart platform for establishing a smart application system. The platform is characterized in comprising a smart terminal layer (1), a network communication layer (2), a smart service layer (3), a smart perception layer (4), a smart data layer (5) and a data storage layer (6). The smart terminal layer (1), the network communication layer (2), the smart service layer (3), the smart perception layer (4), the smart data layer (5) and the data storage layer (6) are successively connected. According to the platform, all teaching facilities are uniformly managed and scheduled by the platform; moreover, the most advanced and most complete operation standards and subject management are obtained online, thus establishing a more complete teaching resource organizational form; the smart application system is used for serving a modernized schoolyard; and therefore, the school management mode and education and teaching mode are renovated.

The embodiment of the invention provides a comprehensive evaluation method and system for resource optimization configuration of a power distribution network. The method comprises the following steps: creating a comprehensive evaluation index system for resource optimization configuration of the power distribution network, wherein the comprehensive evaluation index system includes a plurality of indexes; performing resource optimization configuration on the power distribution network according to distributed power organization form optimization configuration, short-circuit current limitation measure optimization configuration and synchronous phase measurement unit (PMU) distribution optimization configuration to obtain a predetermined number of optimization configuration schemes; determining an evaluation index value of each optimization scheme according to the comprehensive evaluation system for resource optimization configuration of the power distribution network; comprehensively evaluating each optimization configuration scheme by a grey correlation analysis method according to the evaluation index value of the corresponding optimization scheme to obtain grey correlation degree of each optimization scheme, and taking the optimization configuration scheme with highest grey correlation degree as an optimal optimization configuration scheme. According to the comprehensive evaluation method and system, the evaluation result is relatively objective and relatively credible.

The invention relates to a method and system of unifiedly drawing up a national railway freight train marshalling plan, and belongs to the technical field of computer program. The method of unifiedly drawing up a national railway freight train marshalling plan includes a marshalling plan of a through train originated from one loading point, a marshalling plan of a technical station freight train and a freight train marshalling plan draw-up system, wherein the marshalling plan part of a through train originated from one loading point of a loading area: utilizing a station-to-station organizational form, respectively organizing a through train, originated from one loading point, operating on a daily basis, a through train, originated from one loading point, operating on a calendar basis, a remote through train, originated from one loading point, operating on a calendar basis, and a short-distance train, originated from one loading point, operating on a daily basis; and the freight train marshalling plan part between technical stations: utilizing a hierarchy table algorithm based on a complicated road network. The method of unifiedly drawing up a national railway freight train marshalling plan improves the through proportion of the through train originated from one loading point of a loading area by 10%-15%, effectively reduces the freight train reorganization times, realizes that 44 marshalling stations take part in unified draw-up of the marshalling plan of a freight train between technical stations throughout the country for the first time in China, and greatly improves the traffic flow organization level and the traffic flow organization efficiency.

The invention discloses a forging double-layer multi-color wool warp towel which is formed by weaving ground warp, wood warp and weft. The forging double-layer multi-color wool warp towel is characterized by comprising flower type pile stitches, plain cloth stitches and reverse side pile stitches; the flower type pile stitches and the plain cloth stitches are distributed on the front of the towel, and the plain cloth stitches are distributed around the flower type pile stitches; the flower type pile stitches and the reverse side pile stitches are formed by taking yarns which have different characteristics and have different colors as the wool warp and interweaving the yarns and the ground warp and the weft. A process for manufacturing the forging double-layer multi-color wool warp towel is further provided, the organizational form and a digging mode are changed, problems that an ordinary double-layer towel is asymmetrical in proportion, a looped pile is sparse and the products are cracked easily are solved, and the product is higher in third dimension, more compact in structure and higher in comfort.

The invention discloses a metal melt treatment method and device based on power ultrasound and pressure coupling. The method comprises the steps that a power ultrasound generator and a punch apply the power ultrasound and pressure to metal melt at the same time, and the physical structure of the metal melt is changed through the synergistic coupling effect between the pressure and the power ultrasound. The device comprises a mold cavity, a muff heater, the punch and the power ultrasound generator. The metal melt is placed in the mold cavity. The muff heater is arranged in the wall of the mold cavity. The punch is arranged above the mold cavity. The power ultrasound generator penetrates through the wall of the mold cavity and then is inserted into the metal melt from the side face of the mold cavity. Although the principle is simple, the efficiency and rate of metal melt treatment can be enhanced; the organizational form and performance of the metal melt are effectively improved, and the problem that the efficiency of metal melt treatment is low under a single physical field is solved; the metal melt treatment method is a large-scale treatment method suitable for industrialization and has high technology application and popularization value.

The invention relates to a BIM automatic modeling system based on image recognition machine learning. The problems of engineering project BIM technology modeling automation and intelligentization areeffectively solved. Geometric features and attribute features of corresponding components involved in existing highway engineering design specifications, a data acquisition determination information extraction range and feature matching in a data processing image recognition process are matched. According to the extraction range and the organization form, preliminary induction and arrangement arecarried out according to the specialties of roadbeds, road surfaces, bridges, culverts and tunnels, data processing is carried out, and supplementary data connection is carried out. According to the component feature information and the association information between the components, corresponding terrain and geological information is fused, and a BIM model of a corresponding engineering entity isintelligently generated; attribute information exporting is carried out on key parts, important parts and complex parts of the BIM model, back calculation verification is carried out on the attributeinformation and corresponding information extracted from an original drawing, and the position of a model component is rapidly positioned. The device is easy to install and use, and labor, time and economic cost are reduced.

The invention provides a method for sorting high-speed out-of-order data streams with high performance and high availability under the condition that a memory is limited. The method comprises the steps of sequentially inserting reached data into proper positions in a first buffer memory with fixed sizes, and sequentially inserting the reached data into proper positions in a second buffer memory if the proper positions cannot be found in the first buffer memory; sequentially reading data from the first buffer memory and transmitting the data to a downstream, and waiting if no data is read or data is invalid in some position; sequentially reloading the data in the second buffer memory to the first buffer memory. According to the method for sorting out-of-order data streams, and the size of the first buffer memory is fixed, so that the first buffer memory can work well in a system with limited primary cache capacity; meanwhile, the organizational form of the second cache is flexible, so that the cache capacity and expansibility can be improved, the wait after the data lacks number can be reduced, data obstruction can be decreased, and data loss can be avoided.

The invention discloses special quenching liquid for preparing large axial forgings from 35CrMo, and belongs to the technical field of heat treatment quenching. The quenching liquid disclosed by the invention is composed of a mixture of polypropylene-methacrylic acid and polyacrylamide, an ethylene oxide and epoxypropane random copolymer, polyamide polyethylene glycol, a defoaming agent and water. The quenching liquid is mainly suitable for quenching large axial forgings prepared from 35CrMo steel, the process is simple, the traditional double-liquid and triple-liquid quenching processes are changed to effectively avoid quenching crack of the large axial forgings of 35CrMo steel, the quenching effect is good, and the defects of common quick quenching oil that the hardness after quenching is insufficient, the internal organizational form is non-uniform and cracking is liable to produce can be overcome.

The invention relates to a power grid SVG graphic file, a creation method and a creation system thereof. The creation method comprising the following steps of: analyzing a first moment power grid SVG graphic file and storing the power grid SVG graphic file in a first buffering zone according to the type organization form of SVG graphs; copying the content stored in the first buffering zone to a second buffering zone; analyzing a second moment power grid SVG graphic file and storing the power grid SVG graphic file in a third buffering zone according to the type organization form of the SVG graphs; comparing differences of the contents stored in the first buffering zone and the third buffering zone according to the type organization form of the power grid SVG graphs, and increasing SVG graphic objects, deleting the objects and modifying the attributes of the objects in the second buffering zone according to the compare results, wherein the power grid SVG graphs in the second buffering zone creates expanded time attributes; and creating a graphic file for describing the modification state of the power grid graphs in a period of time according to the type organization form of the SVG graphs including the expanded time attributes in the second buffering zone.

Embodiments of the invention provide an adaptive curriculum control method and system. The method comprises the steps of forming curriculums through curriculum scripts, and according to a preset grouping policy, establishing and finishing classroom organization structures of corresponding curriculums; according to the classroom organization structures, initializing teaching scenes of the curriculums by a virtual reality management system, and performing interaction with students; performing curriculum process scheduling according to interactive data fed back in curriculum processes; collecting executive data of the curriculum scripts to form global data of the curriculums, and pre-classifying executive results of the curriculums; and according to a classification probability of pre-classification data of the curriculums, forming comprehensive quality evaluation information of the students. According to the adaptive curriculum control method and system provided by the embodiments of the invention, the problems of same contents and simplex organization form of existing virtual reality classrooms are solved, so that the virtual reality classrooms have teaching modes of layered teaching and adaptive learning, and the students obtain more humanized and more targeted classroom learning experience.

The invention belongs to the field of automatic control technology and particularly relates to a historical data collection and storage method. According to the method, a self-defined data storage file format is adopted, a buffer region is used to reduce disk I / O times and improve real-time performance of a system, data query efficiency is improved through a new file storage format and a new file storage organization form, and data can be compressed through a compression tool to reduce disk space occupation. The method can guarantee real-time performance of collection of historical data, facilitate management and query of the historical data and improve system performance.

The invention provides a method and a system for automatically checking a company name, wherein the method comprises following steps: dividing the company name into four parts that are a trade name, an industrial term, an administrative division and an organizational form; a user inputs the trade name; and a name checking system checks the trade name inputted by the user based on laws and regulations and the established rules. The system is constituted of five parts that are a portal site entrance, a company name independent reporting network application, a company name checking center, a company name similarity comparing center and a distributed-type data storage. Through the system, the company name can be applied independently when a company is registered; and at the same time, through the technologies of the similarity analysis and the text intelligent search and comparison, the reasonability of the company name is ensured, thus improving the efficiency and the accuracy of checking the company name.

Low-carbon micro-alloy steel with a gradient ultra-fine grain structure and a preparation method for the same belong to the technical field of processing and preparation of metal materials. The low-carbon micro-alloy steel with the gradient ultra-fine grain structure comprises, by mass, the ingredients including 0.08%-0.15% of C, 0.5%-1.5% of Mn, 0%-1.0% of Si, 0%-0.05% of Nb, 0%-0.1% of Ti as well as Fe and inevitable impurities. The preparation method comprises steps of smelting, forging, regular hot rolling and asynchronous hot rolling. During the asynchronous hot rolling, a plate is heatedto 950 DEG C-1,200 DEG C and then treated with heat preservation of 10-30 min; and the plate is processed with water quenching and then reaches a room temperature, so the product is obtained. The method is characterized in that an asymmetrical rolling compression-shear composite mechanism and a strain induced ferrite phase change mechanism are combined; a strain gradient and a dynamic phase change gradient are introduced; ultra-fine grains are obtained and an organizational form of gradient distribution of grain sizes along the thickness direction is obtained; and thus, plasticity and tenacity of a metal material are maintained; strength and hardness of the metal material are effectively enhanced; and comprehensive performance of the material is improved.

The invention relates to a continuous casting slag carry-over intelligent forecasting system based on a hierarchical real-time memory algorithm, and belongs to the technical field of artificial intelligence. The continuous casting slag carry-over intelligent forecasting system based on the hierarchical real-time memory algorithm is constructed by simulating a neocortex neure structure and organization form, and comprises a variable input part, a sequence forecasting part, a casting state evaluating part and a slag carry-over forecasting part. According to the continuous casting slag carry-overintelligent forecasting system based on the hierarchical real-time memory algorithm, which is provided by the invention, based on a novel neural network, existing continuous casting production detection data is forecast, a slag carry-over forecasting mechanism is led out, feature information of data in the time dimension can be effectively captured, slag carry-over time is accurately and rapidlyforecast, a problem of time delay is solved and slag carry-over identification accuracy is improved.

The invention discloses hot and spicy seafood sauce. The hot and spicy seafood sauce is prepared from the following raw materials: dried small shrimps, mussels, squid meat, minced garlic, minced ginger, chopped onions, mustard, Chinese prickly ash powder, hot pepper oil, table salt, cooking wind, edible oil, white sugar, orange juice, peanut butter, Qi-county broad bean paste, maltodextrin, xanthan gum, potassium sorbate, soybean polysaccharide and an oil-water stabilizing agent. The hot and spicy seafood sauce disclosed by the invention is mellow in flavor, delicious and palatable in taste, fine and smooth in sauce texture, hot and spicy in taste, semi-fluidic in organizational form, uniform in shape and good in stability; and the hot and spicy seafood sauce is not liable to precipitate and stratify for a long time. The invention further discloses a processing technology of the hot and spicy seafood sauce; and the processing technology is simple in processing steps, strong in operability, low in equipment requirements and suitable for industrialized production.

The invention provides an online education man-machine interaction method and an online education man-machine interaction system based on artificial intelligence, and relates to the field of online education. The system comprises a user side, a teacher side, a learning assessing unit, an online asking system, a knowledge point classified storage module, an intelligent conversion system, a course learning organizational form, a movement recognition system and a video teaching module, wherein the video teaching module is connected with the user side and the teacher side. With the method and thesystem provided by the invention, the problems that in the existing online education, the interaction between a user and a teacher is far insufficient, the learning progresses of the users are inconsistent, the mastering degrees for knowledge points are different, and the uniform course timetable can not satisfy the personalized demand of audiences are solved.

The invention provides a method for rapidly detecting the corrosion resistance of a grid of a lead-acid storage battery. The method comprises the steps of pickle testing, grain testing and synthetic judgment; the pickle testing and the grain testing are performed on the grid, results of the pickle testing and the grain testing are referred together to evaluate the corrosion resistance of the grid and the corrosion resistance of the grid can be inspected rapidly in the aspects of the material composition, the chemical properties and the organizational form of the grid. The method is simple and rapid, facilities the real-time determination and improves the detection efficiency.