104 results about "Scaffold" patented technology

The invention belongs to the technical field of three-dimensional image collection and relates to a self-rotary scaffolding convergent multi-view three-dimensional data collection system, comprising a primary camera, a secondary camera, a laser distance measuring module, a main controller and a camera support, wherein the camera support comprises a supporting tray, a primary beam, a plurality of secondary beams and a plurality of electronic rotary shafts; the middle part of the primary beam is fixed on the supporting tray; the corresponding ends of the adjacent upper and lower secondary beams are connected through the electronic rotary shafts by taking the primary beam as the centre; and the primary controller controls the convergence and focus synchronization of the plurality of cameras according to distance signals output by the laser distance measuring module. The invention also provides a convergent multi-view three-dimensional data collection method which is realized by using the system. The self-rotary scaffolding convergent multi-view three-dimensional data collection system and method disclosed by the invention can obtain parallax images of vivid represented display effects of three dimensional scenes and realize synchronized convergent three-dimensional data collection.

The invention provides a system and a server for realizing a front-end application scaffold, and the system consists of a basic frame and an expansion module. The basic framework comprises a state management module, a route management module, a view module and an interface module. The state management module, the routing management module, the view module and the interface module are respectivelyprovided with a modular directory and components corresponding to the modular directory; and the expansion module is used for performing function expansion on the basic framework. Through the expansion module in the system, a multi-platform scaffold can be quickly built, maintenance of basic functions can be reduced, developers can develop according to the modular catalog and components corresponding to the modular catalog, and code conflicts in the development process are avoided.

The invention provides a parallel gene splicing algorithm based on a cluster map structure. According to the parallel gene splicing algorithm based on the cluster map structure, a long sequence (scaffold) obtained by the splicing of a plurality of other gene splicing algorithms and a short-read long gene sequence (read-pair) generated by a double-end sequencer are used as input, and complementary scaffold are spliced to be the longer sequence by building index, mapping read-pair and scaffold clusters, building cluster map, searching path and other steps. The two steps of building index and reading length mapping aim at obtaining correlations and matching degrees of long sequences scaffold obtained by different algorithms by reading length, and clustering according to the correlations and matching degrees; all scaffold in the cluster are complementary and are potential splicing sequences. At last the cluster map is built to solve the overall longest path of the map, and thus the spliced long gene sequence is obtained.

The invention relates to a sample learning-based porous media modeling method. The method comprises the following operating steps of: (1) designing a unit model: taking a rotational ellipsoid as a pore shape, wherein a unit model structure is expressed as a 6-adjscent regular hexahedron structure; (2) selecting unit model characteristics: selecting unit direction vectors of seven long axes in the unit model as structure expression characteristic quantities; (3) collecting samples and establishing a sample library: collecting the samples by referencing a manual assessment result to establish the sample library; (4) learning design rules: aiming at the sample library in the step (3), taking a correlation model of the performance and the structure of a stochastic decision tree forest learning structure as a structure assessment tool; (5) filling a spatial mesh to generate a pore model: selecting structural parameters by utilizing the structure assessment tool in the step (4), filing ellipsoids in a three-dimensional spatial mesh to generate the pore model; and (6) generating a porous media model: constructing a solid model and performing Boolean difference operation on the solid model and the pore model in the step (5) to obtain the required porous media model. The experiments of establishing an artificial bone scaffold model prove that the control over the pore connectivity of a porous structure is realized by adopting the method; the established model can meet a specific objective; and moreover, the internal pores have high connectivity, so that the practical application of the model is facilitated.

The invention discloses a method and device for converting an H5 project into a Vue framework and computer equipment. The method for converting the H5 project into the Vue framework comprises the steps: analyzing page information of a specified page, wherein the specified page belongs to all pages contained in the H5 project, and the page information comprises information labels contained in the page; slicing and storing the specified page according to each information label; combining the slices with the same information label according to a preset combination mode to obtain a preset sub-assembly; compositing the preset sub-assemblies to obtain a composite Vue assembly corresponding to the specified page; and storing the composite Vue components corresponding to all the pages in the H5 project in a Vue scaffold generated by pre-initialization according to a preset mapping relationship to form a Vue framework corresponding to the H5 project. The method rapidly converts a traditional front-end H5 project into a Vue project, and can reduce the time and labor cost consumed by conversion operation.

The invention discloses a front-end framework, a development method, a storage medium and electronic equipment, and relates to the software technology, which comprises a scaffold, a universal module for providing development and basic configuration, the components comprise a standard working component and a service working component suitable for other terminals; the API module comprises a generalAPI suitable for each terminal and a special API suitable for a specific terminal; and the construction platform comprises a runtime module and a compiler module, the runtime module is used for realizing mapping association between the Vue. Js terminal and the target terminal, and the compiler module is used for compiling the scaffold code in the Vue. Js language into the scaffold code suitable for the target terminal language. The method comprises the following steps: mapping and associating each functional module of a target terminal with each functional module under a Vee.js terminal through a runtime module; the Vue. Js language scaffold is converted into the language adaptive to the terminal through the compiler module, and the target terminal and the Vue. Js terminal are intercommunicated, so that only one set of code is developed to adapt to various terminals, the development cost is low, and the application range is wide.

The invention discloses a content management system, a static page management method and device and a storage medium. The system comprises a page editor used for obtaining a source code file, displaying a static page generated by the source code file, responding to an editing operation on a target node in the static page, modifying node content data associated with the target node, and obtaining an updated static page and an updated source code file; the version management system is used for acquiring the source code file from the code warehouse, sending the source code file to the page editor, acquiring the updated source code file from the page editor, and sending the updated source code file to the code warehouse; the front-end development scaffold tool is used for generating a static page from the source code file obtained by the page editor; and the static resource server is used for storing the updated static page. By means of the method and device, the problem that in the related technology, when the content of the static page is managed, dependence on a data model is too high is solved.

The embodiment of the invention discloses a visual template development method, device and equipment and a storage medium. The method relates to the technical field of computers, and comprises the steps of obtaining template recognition information to be created and a development scaffold of a main engineering project through the created auxiliary engineering project; initializing the auxiliary engineering project according to the template recognition information and the development scaffold to obtain an initial template file corresponding to the template recognition information; and sending a target template file obtained by developing and compiling the initial template file to a server. According to the technical scheme, template creation and page building can be decoupled, the problem of interference of template creation on page building is avoided, the online burden of a main project is reduced, and micro-front-end modularization is achieved.

The invention discloses a static page scaffold development method based on nodejs. The method comprises the following steps: (1) a development process, installing nodejs, gulp and express, and using gulp to construct tasks to monitor changes of all static resources, js, sass and html, automatically carrying out a compiling task, then using express as a web server for starting a web service, confisuring a route of the front-end development server, and using an arttemplate template for building a page; and (2) a packaging process: constructing a task by using gulp to complete front-end packaging. According to the method, complex-style codes can be written through sass grammar and automatically compiled into css recognized by a browser, a plurality of css or js are compressed to improve the performance, template development is used, html files are managed in a modular mode, and Hash values are added to be used for updating versions of the js files and the css files.

The invention discloses a system for building a project by a codeCli scaffold. The system comprises an operation interface module, a template adding module, a project creating module, a template deleting module, a project frame extracting module and a template merging module. The scaffold of each end project can be comprehensively managed, the new project can be rapidly built, and standardized management of framework standardization and configuration is achieved; after the project development is stable, an upgrading framework can be extracted by utilizing the system, the system is not only suitable for the new project, but also can perform framework upgrading on an old project which is being used, the iteration speed is greatly improved, the labor cost is saved, and the efficiency is improved; and the framework is upgraded in a certain project, so that the framework can be quickly extracted into the framework template, and other projects with the same framework can be quickly iterated.

The invention discloses an application method in scaffold engineering based on a BIM collaborative technology. By means of the application method, good computer simulation can be conducted on erectionof various house building scaffolds; due to the fact that the components are driven by digital information, one component is created, multiple engineering projects can be used, and actual construction can be guided completely in actual construction, and the cost is reduced, and the safety of workers is guaranteed; the functions of automatic calculation checking, design optimization and calculation book exporting are achieved through the BIM system; users can conveniently find out unreasonable design parameters in time and obtain related calculation sheets, and the design reliability is improved; and after design is completed, engineering quantity lists, project planar graphs and section diagrams of all components can be exported, and the tedious and error-prone process of manual calculation is omitted, and construction is better guided.

The invention provides a side wall single-side formwork supporting system design and optimization method based on the BIM technology. The method is characterized in that a side wall single-side formwork is established based on three-dimensional modeling software, and the establishment of the side wall single-side formwork mainly comprises the steps of establishing a long fiber reinforced thermoplastic composite form panel, establishing a back arris square timber and establishing a single-side steel truss support; the established three-dimensional model is assembled, and the assembled three-dimensional model is exported into an stl format; and the exported file is imported into stress analysis software, material characteristics are input, connection and boundary conditions are created, stress analysis is carried out, scheme optimization and structure size optimization are carried out according to a calculation result, and finally, the final design scheme is exported to be a constructiondrawing to guide field construction. According to the method, the problems that an existing side wall single-side formwork supporting system is low in design efficiency, complex in design, low in precision and tedious in modification, adjustment and optimization are solved. The invention belongs to the field of constructional engineering.

The invention discloses a project system building method, which comprises the steps of analyzing a received project system building request to obtain target project system information corresponding toa to-be-built target project system; building a preset basic project system framework by utilizing a vue-cli scaffold; calling each target function component corresponding to the target project system information from a function component library; installing a target dependence library corresponding to each target function component by utilizing an npm installation tool; and generating a target project system prototype page based on each target function component and the target dependency library, and completing establishment of the target project system. According to the method, the programming technical requirements for users are greatly reduced, influence of subjective factors is avoided, the error rate is reduced, and the project system building efficiency is improved. The invention further discloses a project system building device and equipment and a storage medium, and the corresponding technical effects are achieved.

The invention discloses a scaffold design method based on BIM, comprising: establishing a scaffold module through a BIM platform, wherein the scaffold module comprises a plurality of scaffold types, each scaffold type comprises a three-dimensional structure, material information and cost information, and the three-dimensional structure, the material information and the cost information being changeable according to input design parameters; building or importing a building structure model and a site model of a construction site; determining a scaffold erecting area and an erected scaffold typeduring construction; importing a corresponding scaffold type into the scaffold erecting area, and carrying out safety and interference testing on the three-dimensional structure of the scaffold in themode of changing design parameters; counting and comparing the cost information of each scheme for the schemes passing the inspection, and selecting the scheme with the lowest cost as the final scheme; and generating a scaffold three-dimensional model of the final scheme, and compiling a scaffold construction scheme. According to the method, the design efficiency is improved, the construction safety and high efficiency are ensured, and the cost is reduced.

The invention relates to the technical field of research and development frameworks, and provides a front-end framework automatic conversion method and a device thereof, computer equipment and a storage medium. The method comprises the steps of setting a configuration file; wherein the configuration file comprises a first front-end framework version and a second front-end framework version associated with a to-be-converted project; when an obtained tool version of a preset scaffold tool is higher than or equal to the preset construction version, loading a code core package corresponding to thesecond front-end framework version; according to the code core package, performing function matching conversion on the to-be-converted file through a frame conversion tool to obtain an initial conversion result; integrating the conversion functions associated with the same conversion variable in the initial conversion result into one function block to obtain each function block; and loading the application program interfaces corresponding to the function blocks through a framework conversion tool, and converting to generate an item conversion result which corresponds to the item to be converted and has the second front-end framework version. According to the invention, errors in a manual conversion process can be avoided.

A scaffold vertical rod displacement monitoring device of the invention is composed of a rectangular base, an annular monitor and a data processing system. The rectangular base is used for fixing andadjusting the position of the annular monitor. The annular monitor is used for monitoring the horizontal displacement of the vertical rod in each direction. The data processing system is used for setting monitoring point data and processing and storing the monitoring data. The scaffold vertical rod displacement monitoring device is fast to assemble and disassemble and can be repeatedly used. The annular monitor can continuously monitor the horizontal displacement of the vertical rod in each direction without being influenced by the outside. The data processing system can quickly and accuratelysend displacement change information to a monitor, and the monitoring efficiency is high.

The invention belongs to the field of 3D micro-manufacturing, and relates to a method for constructing a 3D micro-nano channel structure through a laser direct-writing technology. The preparation method comprises the steps: hydrogel serves as a scaffold, and a 3D structure is constructed through the two-photon laser direct-writing technology; hydrophobic macromolecules are connected to the constructed microstructure, and oily components are loaded into the constructed microstructure; and after isotropic shrinkage and dehydration, the oily components are removed through a detergent, and thus the hollow network structure capable of reaching the nanoscale is obtained. Through the method, ordered micro-nano hole channels with the fineness of dozens of nanometers can be constructed, and the 3Dmicro-nano channel structure has great potential in the field of optoelectronic device, nano element and sensor development, biomedicine and the like.

The invention relates to a design and construction method of a universal front-end UI component library, and belongs to the technical field of computer networks. The method comprises the steps: building a front-end scaffold; compiling a directory structure; constructing a front-end UI component library; compiling an automatic generation script; constructing an instruction; constructing a project entrance; developing a new component; and performing packaging, issuing and the like. For component developers, a complete directory structure, an on-demand loading method, an automatic template script generation method and a unit test method are provided for a component library, and the developers can efficiently, conveniently, uniformly and normatively complete the development of customized components; for a general component library user, the general component library constructed by using the process can simplify the importing and using steps, load and simplify the volume of a component project as required to accelerate the rendering speed, and reduce the pressure of server rendering on a CPU (central processing unit) and bandwidth.

The invention discloses a visual project generation method and device, electronic equipment and a storage medium, and relates to the field of computer application, in particular to a scaffold technology. According to the specific implementation scheme, the method includes obtaining configuration items input by a user through a visual interface of a browser, wherein the configuration item is used for creating a preset type of target item; acquiring a script configuration file corresponding to the target item based on the configuration item; loading the user script configuration file into a preset project scaffold template through a visual interface of the browser to obtain a project scaffold template corresponding to the target project; and generating the target project based on the project scaffold template corresponding to the target project. According to the embodiment of the invention, the use conversion rate of the scaffold can be improved, the user can use the scaffold conveniently, the development difficulty can be reduced, and the development efficiency is improved.

The invention relates to a live broadcast function plug-in loading method and device, equipment and a storage medium. The live broadcast function plug-in loading method comprises the following steps: determining a running environment of a front-end scaffold program; if the operation environment of the front-end scaffold program is global operation, obtaining a first dependency directory path corresponding to global operation, and if the operation environment of the front-end scaffold program is local operation, obtaining a second dependency directory path corresponding to local operation; according to the first dependent directory path or the second dependent directory path, determining a plug-in directory where a corresponding live broadcast function plug-in is located; and enabling the front-end scaffold program to execute a corresponding plug-in entry file under the plug-in directory, and loading a corresponding live broadcast function plug-in. According to the live broadcast function plug-in loading method, the plug-in can be dynamically loaded in different operation environments along with the program, so that the loading performance, maintainability and expandability of the front-end scaffold program are improved.

The invention aims to provide a method for mounting a scaffold for building engineering based on big data in order to realize mounting of scaffold pipe rods on the outer side of a high building. The method for mounting the scaffold for building engineering based on big data comprises the following steps that S1, a machine body system is placed at the inner end of a pipe rod installed on the scaffold, an installation end of a to-be-installed pipe rod is clamped into a clamping system, and a pipe installation system enables the to-be-installed pipe rod on the clamping system to be in parallel with the installed pipe rod where the machine body system is located; S2, according to the big data information stored in a control system, the machine body system climbs and moves in place towards theouter side end along the installed pipe rod; S3, the pipe installation system moves the to-be-installed pipe rod according to the big data information stored in the control system, so that the installation end part of the to-be-installed pipe rod is in positioning contact with the installation part of the existing pipe rod; and S4, the clamping system is used for fixing the to-be-installed pipe rod and the installed existing pipe rod through fasteners.

The invention discloses a square disk scaffold. The scaffold comprises a square fixing disk, cross bars and an vertical rod, wherein the vertical rod perpendicularly penetrates through the center of the fixing disk; cross bar locking structures are arranged on all the end surfaces of the square fixing disk, the cross bar locking structures comprise fixing bars of which the end surfaces are inclined and the cross sections are rectangular, restoring springs, and pull rings, the fixing bars are perpendicularly inserted in the fixing disk from one end surface of the fixing disk and matched with the fixing disk in a sliding manner, and the restoring springs of which the both ends are respectively connected with the fixing bars and the fixing disk are arranged in the fixing disk; cross bar inserting holes are formed in the middle parts of the end surfaces which are closed to the fixing bars and parallel to the fixing bars on the fixing disk, and the end surfaces of the end parts, extend into the fixing disk, of the fixing bars are inclined. For the square disk scaffold disclosed by the invention, spare parts are integrated together, the quick disassembling and assembling can be realized, the scaffold is safe and reliable, and the human resources and the material resources are saved.

The invention discloses a Windows desktop program development framework and method and a related component, the Windows desktop program development framework comprises a foreground platform library, a background basic package and a scaffold, the foreground platform library is used for storing a set of program sets required in an application foreground development process, and providing target program sets corresponding to different business requirements based on instructions representing reference program sets; the target program set is used for generating a business plug-in; the background basic package is used for generating application programming interfaces corresponding to different business requirements in an application background development process by utilizing the micro-service architecture; the scaffold is used for providing solution source codes for the application foreground development process and the application background development process. According to the application, through the foreground platform library for storing the program set required in the application foreground development process, the background basic package of the application programming interface in the application background development process is generated by utilizing the micro-service architecture, and interaction between the scaffolds for providing solution source codes is provided, and foreground and background separated desktop program development based on the micro-service architecture is realized.

The invention relates to an inclination detection device, an inclination detection system and an inclination detection method for a scaffold; the inclination detection device comprises a pressure signal acquisition device, an angle signal acquisition device, a controller and a communication device, and the inclination detection system comprises an inclination detection device and an external monitoring platform. The inclination detection device can timely collect pressure data and inclination angle data borne by the scaffold. Once any one of the two kinds of data exceeds a corresponding presetthreshold value, the inclination detection device judges that the scaffold has the safety risk of inclination, and the judgment result with the safety risk is sent to the external monitoring platformto remind the external monitoring platform to take emergency measures at the first time, so that accurate detection and remote monitoring of the scaffold state are effectively realized, and potentialsafety hazards to constructors due to inclination of the scaffold are avoided.

The invention discloses a high slope construction scaffold safety monitoring system, which relates to the technical field of safety monitoring, and is characterized in that a plurality of sensor groups are used for detecting various index information at corresponding positions of a scaffold and transmitting all the index information to a data acquisition module; the data acquisition module is used for classifying all index information according to index types to obtain index information sequences of corresponding indexes; the first processing module is used for comparing and analyzing the index information sequence and the index threshold sequence of the corresponding index one by one, and outputting an early warning signal if the index information in the index information sequence exceeds the index threshold in the corresponding index threshold sequence; and the early warning module is used for making an early warning action after responding to the early warning signal. The system has the advantages of being high in monitoring sensitivity, simple in structure, convenient to maintain and the like, achieves automatic monitoring and early warning and can be applied to monitoring of severe environments.

The invention discloses a front-end development file creation method and device, and electronic equipment, which are applied to a front-end development scaffold. The method comprises the steps: receiving a request for indicating creation of a front-end development file, wherein the request carries an identifier for indicating the type of the front-end development file; obtaining a front-end development file template corresponding to the identifier; and creating a front-end development file according to the front-end development file template. According to the front-end development file creation method, the front-end development file can be intelligently and automatically created according to the type identifier and the front-end development file template, the manual creation is not needed,the problem that in the middle stage of front-end software development, due to a large amount of repeated configuration and encoding work, labor cost and time are wasted is solved, front-end development programming labor force is well liberated, and a large number of man-hour resources are released.

The invention provides an SaaS software customization demand assembly method based on a black box technology, which is characterized by comprising the following steps: carrying out personalized demandfunction development based on scaffold engineering, and carrying out packaging deployment to construct a personalized framework; acquiring historical personalized information of a target tenant, anddistinguishing the tenant category of the target tenant based on a personalized tenant distinguishing model; acquiring a current personalized demand of the target tenant, performing first configuration based on the constructed personalized framework, and performing second configuration based on the tenant category, thereby realizing customized configuration; screening configuration nodes related to customized configuration in the personalized framework; analyzing the node information of the configuration node and the configuration information of the customized configuration by the SaaS software based on the black box technology, and dynamically assembling an analysis result into a standard framework to realize customized demand assembly. By setting an independent personalized framework, dynamic loading is carried out, waste of server resources is effectively reduced, and the software updating efficiency can be effectively improved.

The invention relates to the technical field of construction safety management and control and discloses an intelligent scaffold safety state prompting and detecting system. The system comprises an RFID recognition module, a mobile phone client, a PC client, an alarm module, a storage module, a background server, a communication module, a laser ranging module and a light-emitting sign module, wherein the RFID identification module, the mobile phone client and the PC client are connected with the communication module. The communication module and the laser ranging module are connected with thealarm module, and the light-emitting sign board module is used for displaying sign board prompt content in a highlight display state and is in communication connection with the mobile phone client andthe PC client through the communication module. According to the system, a safety state of the scaffold is clearly displayed through the prompt sign, whether the identity and number of scaffold operators are in place or not is conveniently verified, the offset and levelness of the scaffold can be monitored in real time, operators and call management and rescue workers can be warned in time when the preset safety value is exceeded, and safety is effectively improved.