115results about How to "Quick customization" patented technology

The invention provides a method for developing model-driven software capable of dynamically changing system behavior. The method is characterized in that the traditional development mode is changed; the direct operation of a model is realized; an operation system of a business object can be obtained by just using a metadata system to describe the model of the business object, without the need of the programmer encoding, so that the manner of programming codes by the programmer is changed, the substitute is that the business rules and relevant logics are edited by business experts of various industries in a graphic interface manner, and the new functions automatically become effective under the condition that the business is not interrupted.

The invention discloses a processing method and system for updating and changing the interface theme of a WinCE product. The method comprises the following steps: when the WinCE application program is developed, separating an interface presentation layer from a business logic layer by adopting a design mode of separating interface layout from program codes, adopting segmented modular programming in the interface presentation layer, and adopting independent XML extensible markup language to describe the elements of the interface theme for each module; when a user interface is required to be amended, writing and amending xml (extensible markup language) interface configuration files relevant to the modules, controlling and realizing the loading engine of the interface element according to the amended contents, mapping the label elements in the amended xml (extensible markup language) interface configuration files into internal storage objects, and automatically generating the user interface layout of the corresponding amended modules. The interface layout and the program codes are separated, so that the problem that the application program interface cannot be freely customized by a client is solved, and simultaneously, the development efficiency of the application program is improved.

The invention discloses a comprehensive portal management system of dragging type layout configuration. The comprehensive portal management system comprises a front-end portal presentation layer and a back-end module, wherein the front-end portal presentation layer comprises more than two framework units and module elements; the back-end module comprises a presentation layer, a business layer, a lasting layer and an Oracle database; each separated region of the framework unit only can be filled with the module elements; the module elements are arranged in the corresponding separated regions according to the sequence from top to bottom; each module element fully occupies the width of the corresponding separated region; the presentation layer is used for receiving and managing a request of the front-end portal presentation layer and responding the front-end portal presentation layer; the business layer is used for receiving and processing the request and response submitted by the presentation layer; and the comprehensive portal management system comprises processing of processing logic of the comprehensive portal management system and data checking, extraction, conversion and normalization of portal data, and comprehensive treatment of objects, and the Oracle database is used for storing the data of the front-end portal presentation layer.

The invention discloses a uniform file allocation method, which comprises the following steps: setting the uniform allocation file with allocation items in the system; displaying the allocation item through the allocation interface; allocating the allocation item on the allocation interface; executing the corresponding operation according to the allocation item. The invention can switch and modify the allocation file at manual pattern, which guarantees the legitimate and improves the precision.

The invention relates to the technical field of computers, and discloses a JSON self-described structure-based webpage interface generation method. The method comprises the steps of defining a template page type; performing definition of a standard page description structure of a template page, generating core content blocks, and forming a rendering template; generating a JSON structure describedby the structure of a design interface; loading a rendering engine into the JSON structure of the design interface, and loading the corresponding rendering template; recursively calling the renderingengine by the rendering engine, enabling component elements in the JSON structure of the design interface to generate interface controls, and writing interaction event scripts in API functions of thecontrols; according to a page ID, caching the design interface in an LRU by the rendering engine, and outputting a page HTML to a browser; and executing a JS component frame at a browser end, performing rendering and finally presenting the design interface. The data binding is no longer only limited to a development stage, and the adjustment also can be performed according to the requirements in implementation and trial operation stages, thereby greatly reducing and shortening the error rate and the deployment cycle in page development, and saving the research and development time.

The invention provides an implementation method of a searching system. The method comprises the following steps of: receiving a search request from a user; searching a conventional search result associated with the search request in a conventional lucene, and searching a personalized search result associated with identifying information and the search request of the user in a personalized lucene; and combining the conventional search result with the personalized search result, and sending the combined conventional search result and the personalized search result. The invention further provides the searching system. By using a scheme, the personalized search result which is customized by the user is displayed at a proper position quickly and effectively, so that the user quickly positions the search result that the user wants to search.

The invention discloses an interest settlement system and method. The system comprises an interest settlement scheme configuration module, a strike rate acquisition module, an interest accrual money accumulation calculation module and an interest settlement module. The method is based on a factorized design thought, a unified regulation of components of bank products is predefined, and then componentized and parameterized new production customization is achieved. Information used for interest settlement is derived from products, and therefore in the product establishment process, the interest settlement scheme configuration module can configure an interest settlement scheme according to the interest settlement requirement of products and based on componentized product information. The strike rate acquisition module and the interest accrual money accumulation calculation module acquire needed data from bank subsystems according to the interest settlement scheme, and eventually the interest settlement module calculates interest through the data. It can be seen that componentized and parameterized configuration of the interest settlement scheme is achieved, the interest settlement core process based on the product configuration is achieved, and the problems that in the prior art, the reuse degree is low, and the development workload is large are solved.

The invention discloses an information platform system supporting a wireless terminal and an implementation method thereof. The information platform system comprises an information platform and a terminal device; the information platform further comprises an access protocol adaptor, a service core device and a sending protocol adaptor, wherein the access protocol adaptor is used for interacting information with a user and forwarding interactive information to the service core device; the core service device is used for processing the interactive information forwarded by the access protocol adaptor, sending a user request or multimedia information in subscription relation to the terminal device to the terminal device, and receiving the interactive information, forwarded by the sending protocol adaptor, of the terminal device; the sending protocol adaptor is used for interacting the information with the terminal device through a wireless network; and the information platform is connected with the terminal device through the wireless network. The information platform of the invention can provide the multimedia information for the terminal device through the wireless network accordingto different needs of an information sending party and the terminal device, and has the advantages of convenience, rapidness, safety, high efficiency, high interactivity and service expandability.

The invention provides a user-defined searching method which can adapt to complicated and variable data searching demands of a user through a flexible searching model and the separation between data and display. Without encoding, the user only needs to order and allocate the data to be searched to obtain the searching result; to realize the demand for interface individuation, the user only needs to order a new display assembly according to the searching model and to modify the searched display assembly into the new display assembly after registration. The benefits of the invention are as follows: (1) the user-defined searching is configurable, flexible and quickly-ordered without encoding; (2) the searching workload in the application of enterprises is obviously reduced and the existing assemblies of a system are reused; (3) the user is allowed to join in to realize the searching functions more suitable for the requirements of the user.

The invention discloses an information exchange system with safety isolation, relating to the field of information safety. Real-time communication of an internal network and an external network cannot be considered simultaneously, so that the conventional information exchange system has poor convenience and security. The information exchange system with safety isolation solves the above problem. The system comprises an inner end machine and an outer end machine which are each provided with a protocol stripping module. The inner end machine and the outer end machine establish a communication connection through a data migration control unit. The data migration control unit is provided with a transmission isolation module. Due to the protocol stripping module, a network protocol of one party cannot extend to an opposite party. All previous application layer information is stripped off from the protocol stripping module and is restored to application layer information. The stripped data is transmitted between the inner end machine and the outer end machine through the data migration control unit. The transmission isolation module guarantees information transmission and simultaneously prevents one end machine from attacking the other end machine. While the internal network and external network are isolated effectively, safe and controlled data exchange between the internal network and the external network is realized.

The present invention provides an intelligent manufacturing management information system, which comprises a cloud platform information system, a network data unit, a processing controller, a terminal and a plurality of nodes. The cloud platform information system includes a customer resource management subsystem, a production management subsystem, a quality management subsystem, a database management subsystem, an alarm management subsystem and an operation monitoring subsystem. The network data unit is connected with the cloud platform information system through the Internet to give feedback on the data of a production site. The processing controller is connected with the network data unit and has a data processing and transferring capability to obtain production status data generated by and returned from the nodes of the production site; the nodes include sensing devices arranged at each working position, production equipment, and sampling buttons. All these nodes have their unique ID code. The system of the invention aims at providing information acquisition, analysis, processing, inquiry, real-time display, real-time function configuration and serving as an alarm platform for the manufacturing department of an enterprise.

The invention provides a digitalized coal yard system based on Internet of Things and an artificial intelligence system, relates to the technical field of fuel management, digitalized factories and power generation, and particularly relates to a digitalized management system of a coal yard. The method is based on the Internet of Things. The invention discloses a digital coal yard system of an artificial intelligence system. Digitization and intelligentization of coal yard and fire coal data are achieved by means of an artificial intelligence system, coal quality test equipment and entrance detection equipment are combined by means of coal yard related equipment and an information acquisition intelligent terminal, fire coal digital management is achieved, a data reference basis is providedfor coal blending combustion and fire coal planning, and actual economic benefits are brought to enterprises. According to the invention, a management chain from entry to evaluation is required to beestablished, and closed-loop management of fuel is realized, so that a coal yard management platform and a coal-fired data center are provided on the basis of an overall scheme architecture, and digitalization, visualization and intelligentization of coal yard management of power generation enterprises are realized through construction of the coal yard management platform and the coal-fired data center.

The invention discloses a low-code platform business process configuration system, comprising a process module, a routing module, a condition module and a process engine. The process module is composed of a plurality of node modules and a plurality of task modules. The nodes are connected through a routing module, which is used to control the direction of the flow. The task module includes human task and automatic task. The conditional module is used to control the flow of the process, the conditional module is associated with the routing module and automatic tasks, and the process engine is used to propel the execution of the process. The low-code platform business process configuration system of the invention can enable the legacy systems in an enterprise to interact in a unified and universal manner, solves the problem of integrating the existing legacy systems of an enterprise to construct and combine new business processes to meet the new business needs, and avoids the informationisolated island. And the system abstracts the enterprise business process into directed graph, and provides visual modeling tools for users, and enables the enterprise process designers to customizethe enterprise business process quickly.

The invention relates to a flexible easy-to-expand liquid crystal screen testing platform. The testing platform comprises a core control module, an eMMC module, a display output interface, an LCD power module, an external interface module, an external MCU module and an IO expansion and HMI interface; the core control module is the core of the whole system, controls all functions of the system and is composed of a CPU, a GPU and a DDR memory; the eMMC module is used for storing application programs and picture data; the display output interface comprises an RGB / LVDS output interface module and a display interface expansion module; the LCD power module is an expansion module; the external interface module comprises an Ethernet interface module, an SD card interface module, a USB interface module and a serial port module; an HMI interface module provides a human-computer interaction interface, and a user can set and monitor the system without using a PC. The platform is not a solution only for a display screen, but a universal testing platform, and the platform can support the needs of different customers and has high expandability.

The invention relates to the field of offshore oil engineering and provides an oceanographic engineering quality control information system. The oceanographic engineering quality control information system comprises a management setting module, a construction quality managing module, a debugging quality managing module, a file managing module and a statistical analyzing module, wherein the management setting module is used for setting a user login password and authorities of a user, setting essential data and preserving welder qualifications; the construction quality managing module is used for determining construction quality acceptance when monitors that information input by a general contractor is examined and approved by an owner party and a third party; the debugging quality managing module is used for acquiring the information input by the general contractor and recording left problems for subsequent elimination; the file managing module is used for uploading, checking and downloading item information; and the statistical analyzing module is used for extracting various data input in the earlier stages according to a user command and giving an analysis result. The oceanographic engineering quality control information system is capable of finishing daily quality inspection work, performing real-time quality information statistics, collecting the statistical information and generating weekly reports and monthly reports needed in working automatically, and the aid of the oceanographic engineering quality control information system, traditional paper file transmission can be replaced to achieve automatic real-time data statistics, so that efficiency in quality management is improved greatly.

The invention provides a multi-round dialogue processing method and device, equipment and a storage medium. The method comprises the steps of obtaining first dialogue information input by a user through a first dialogue unit, according to the first conversation information and a preset first branch list, determining first reply content, wherein the first branch list is used for indicating a targetbranch corresponding to the first dialogue information; activating a second dialogue unit according to the dialogue flow chart; editing the conversation flow chart is edited through the visual conversation unit, confirming the target branch of the conversation information with the multiple intentions is confirmed through the preset branch list, then obtaining the reply content is obtained according to the target branch, therefore, rapid customization of the multi-round conversation flow is improved, and the accurate reply content is provided for the conversation information with the multipleintentions.

The invention relates to a method to order goods by terminals in public, the way of implementation comprises the following steps: The users choose the goods types by the touch screen, such as entering the number of the tickets wanted by the touch screen terminal and entering the user's terminal identification number or E-mail address or ticket delivery address. The terminal with the touchscreen can print the booking voucher with information codes. The users can take the booking vouchers to the payment terminal, where the information code is recognized, and then pay the goods according to the amount of the bills displayed by the payment terminal and get the receipt. Or the users can also get access to the banking system by the terminal with touch screen and transact on line to pay for the goods and receive the receipt. Users may receive either entity receipts or e-receipts.By employing the embodiment of the invention, the widespread and mature touch screen technology can be used as booking terminals to facilitate the current mobile communication, web bank system to realize the quick booking of goods.

The invention discloses a method for fast producing personalized customization shoes at low cost. According to the method, the shoes are manufactured in a mode of respectively collecting foot style data of the left foot and the right foot of an individual user; materials, ornaments, colors and shoe styles of the shoes are selected according to the will of the user; the phenomena that the user feels tight when wearing the shoes in a size and feels loose when wearing the shoes in a large size, and the tightness feelings of the left foot and the right foot of the shoes in the same size are different are avoided; and the personalized requirements of the user are met in different aspects. On the other hand, for most users using A1 data, the personalized requirements are met, and only specific 37 styles of models need to be produced in batches, so that the cost is greatly reduced. For few users using B data, only the increase or decrease of shoe tree fine modification modules is needed in a way of corresponding to 37 styles of shoe trees, and the shoes meeting the requirements of a customer can be fast customized.

The invention relates to a three-dimensional visualized and interaction method of a project structured message, which comprises the following steps that: step A: a project structured message is loaded, a message main body in the project structured message is identified, an exclusive mark which is used for the differentiation is set for each message main body; step B: an attribute contained by the message main body is sorted out: each message main body has one or more attributes, and each attribute represents one characteristic of the main body; step C: common attribute characteristic of the message main body is analyzed, the common attribute characteristic is treated as a one-dimensional space and is defined; step D: the dimension to be displayed and the application method are determined according to the user request; step E: the display space is partitioned according to the selection of the message dimension, and a basic display style of the space is displayed; step F: selection is executed according to a range of each dimension in the display space, and the message main body which is visible and satisfies the display type requirement is displayed; and step G: information having the attribute which is required by the user and is not subjective to the attribute of the message main body can be supplementarily displayed.

The invention discloses a form designing method based on modularization.The form designing method includes: pre-making receipt templates of various types; when issuing receipts, selecting the receipt templates, and stepwise completing drawing of receipt interfaces; automatically completing data modeling by a system according to interface control features, and generating a database list structure.The database modeling process is shielded for developers, the development process is more visual and more efficient, development complexity is lowered, and the form designing method is low in development threshold and suitable for system administrators to quickly customize receipts for the system.

The invention belongs to the technical field of software customized development and discloses a method for rapidly customizing a user interface and functions. The method includes the steps that a newly-added program interface for customizing the user interface and the functions is arranged in a server main program; a file system for dynamically mounting functions and variables is arranged in the server main program; an executing engine for dynamically programming languages is arranged in the server main program; a dynamic language script file containing script language codes and interface package resources needed by the customization demand is set in the server main program; a server distributes the dynamic language script file to a user side needing customization of the user interface and the functions, the user side sends a customization request to the server, the user side and the server carry out data interaction, a user side operating file system dynamically loads the dynamic language script file through the program interface, the executing engine executes the dynamic language script file, and the customized user interface, logic and the functions are generated on the user side. The user interface and the functions can be conveniently and rapidly customized successfully.

The invention relates to a method for customizing skin care products. The method comprises the steps of inputting user skin information into a recipe management system; generating solution codes through the recipe management system; inputting the solution codes into a single-piece production line; and executing single-piece production through the single-piece production line according to the input solution codes. Through the method, skin care products applicable to a user are customized for the user. According to the method, a formulator does not need to execute customization for each user, customization can be executed fully automatically in the whole course, and the method is applicable to respectively executing customization of a small amount of skin care products for each user rather than large-scale manufacture for various people with one recipe.

The application provides a modeling method as well as a method and device for acquiring an acoustic model, which are applied to voice wake-up model processing, wherein the method for acquiring the acoustic model comprises the steps of: acquiring a basic model, wherein the basic model is obtained by carrying out context-independent CI modeling and context-dependent CD modeling on training data, theCD modeling is adopted for the training data in an aggregated state, and the CI modeling is adopted for the training data with monophonemes; for a given wake-up word, determining an output layer nodecorresponding to the wake-up word in output layer nodes of a CD part of the basic model; and modeling the output layer node corresponding to the wake-up word and a remaining part in the basic model to obtain the acoustic model corresponding to the wake-up word. According to the application, keywords can be rapidly customized with low cost, and the shortage of the training data can be avoided.

The invention discloses a low-code application process system based on a cloud native architecture, and an operation method thereof, and relates to the technical field of software development. The system comprises a process design module and a process engine module. The process design module is composed of a plurality of node modules and a plurality of routing modules and is mainly used for process configuration. The node module is used for dividing different stages of the process, the node module comprises three types including a conventional operation node, an object operation node and a scalar operation node, and the nodes are connected through the routing module and used for controlling the execution sequence of the process; and the process engine module is mainly used for analyzing and executing the business process. According to the low-code application process system disclosed by the invention, the business process is abstracted into a visual graph, so that the development timeand IT cost of the system are greatly reduced, the reuse of the process is realized, and the configuration difficulty and workload are greatly reduced; and an efficient process execution engine is provided.

The invention discloses an aerospace product-oriented development system and method of an interactive electronic technology manual (IETM). The system includes: a management module, which is used for parsing to-be-developed data to determine a structure tree of the to-be-developed data, and carrying out encoding according to node information the structure tree and types of data, which are stored under all nodes, to obtain a data module requirement list; an editing module, which is used for invoking a sample template according to the data module requirement list to obtain an editable interactiontemplate, and adding data, of which input is requested by an input request of a user, to corresponding locations of the interaction template according to the input request to obtain the interactive electronic technical manual; a releasing module, which is used for selecting contents, which are requested by a browsing request of the user, from the interactive electronic technology manual accordingto the browsing request for releasing; and a browsing module, which is used for displaying the contents released by the releasing module. The solution disclosed by the invention satisfies developmentrequirements of the aerospace product IETM.

The invention relates to the technical field of manufacture of medical treatment anatomical models and specifically a method for making a personalized simulative anatomical model via rapid prototyping technologies so as to solve a problem that currently corpses for medical science training are far from enough and conventional simulative models are low in simulation degree. The method comprises the following steps: a 3D anatomic base model, a removable plug-in part and a mold provided with a base model accommodating cavity are built via computer software; the mold and the removable plug-in part are manufactured via a rapid prototyping method; after the removable plug-in part is placed in the base model accommodating cavity and is combined with the mold, the base model accommodating cavity is filled with base model material via a pouring passageway, communicated with the base model accommodating cavity, arranged on the mold; a base model of the removable plug-in part is removed from the mold after being formed, the removable plug-in part is removed, and a removable plug-in part cavity is formed in an in-situ manner via the removable plug-in part of the base model. The removable plug-in part made via the method disclosed in the invention is high in simulation degree and can support simulative operations.

The invention discloses a customized bus route design method and device, and relates to the field of route planning. The customized bus route design method comprises the following steps: taking a first departure area and a first arrival area to obtain a first area pair; acquiring a plurality of departure stations according to the first departure area, and acquiring a plurality of arrival stationsaccording to the first arrival area; generating a plurality of OD pairs according to the plurality of departure stations and the plurality of arrival stations, and obtaining the passenger flow volumeof each OD pair; selecting a plurality of OD pairs with the highest passenger flow volume; and generating a bus route according to the departure station and the arrival station in the plurality of ODpairs with the highest passenger flow volume. According to the embodiment of the invention, by obtaining the first departure area and the first arrival area and obtaining the plurality of OD pairs with the highest passenger flow volume in the departure arrival area, the bus route is quickly generated, a bus operation strategy can be flexibly and quickly customized for bus enterprises, and flexiblebus express service is provided for passengers.

The invention relates to the field of computer data interface opening and authority control, and provides an API processization method based on workflow and authority control. The invention aims to solve the problems of bloated codes, numerous nodes, difficulty in maintenance and long development period in the conventional API (Application Program Interface) which is disposable and cannot be reused for code writing. According to the main technical scheme, the method comprises the following steps: 1, carrying out type configuration on different service attributes, and unifying expression of service information with the same meaning in a set of system; 2, carrying out configuration management on services, and realizing interface unification and definition consistency; 3, a service flow definition method: defining internal business logic in the service, and visualizing the service flow; 4, value transmission among the process nodes: packaging transmission values among different methods ofthe same process into a specific object entity, and storing the specific object entity in a memory stack; and 5, transmitting the object entity in the process, unpacking the next level, merging the input parameter type and the specific object name, and packaging again to transmit to the next level.

The invention provides an intelligent manufacturing information system based on a micro-service architecture, and the system is characterized in that the system comprises an intelligent manufacturinginformation system interaction module, an industry suite, a service application module, an access service module, a basic service module, and a public service module; wherein the intelligent manufacturing information system interaction module is used for receiving input information which is input by a user and corresponds to a target intelligent manufacturing information system; the industry suiteis used for configuring a corresponding service application sub-module from the service application module for the target intelligent manufacturing information system according to the input information; and the service application module is used for serving each service application sub-module, the access basic service module and the public service module in the target intelligent manufacturing information system through the access service module. According to the scheme, an intelligent manufacturing information system which is high in cohesion, low in coupling, light in weight and capable ofbeing rapidly customized is built for multiple industries and multiple service processes, and the differentiated and customized requirements of enterprises can be met.

The invention provides an interactive customization planned teaching system, and a teaching method thereof. The teaching method comprises the steps: S1: a network server selects the corresponding task from a scheduled task library and sends the corresponding task to a mobile terminal; S2: a user selects at least one task item through the mobile terminal, and inputs the task parameters of the task item to feed back to the network server; S3: the network server determines whether the task parameters input by the user are reasonable; S4: the network server generates a child rearing schedule according to the task item selected by the user and the input task parameters input by the user, and sends the child rearing schedule to the mobile terminal; and S5: the user can execute the child rearing schedule through the mobile terminal, and the network server records the execution schedule state information, of the system, used by the user, through a scheduled record library. The interactive customization planned teaching system, and the teaching method thereof enable parents to conveniently and quickly make a scientific and reasonable child rearing schedule, and also can guarantee effective implement of the child rearing schedule so as to enable the parents to realize child rearing easily.