202 results about "Process development" patented technology

The invention provides an automatic graphical interaction-typed numerical control (NC) turning programming method and system used for improving programming efficiency and NC code quality, prompting quick product process realization (RPPR) and integrated product process development (IPPD). The technical proposal of the invention is that the automatic graphical interaction-typed numerical control turning programming method is characterized in that the method comprises the steps of: reading in blank and part drawing, removing redundant information, and judging whether the graphics are exact; leading the graphics to have real-time interaction function and be capable of correcting the information of the part processing surface, including processing surface type, exact geometrical information and surface roughness; determining whether to execute the corresponding system function modules by carrying out automatic programming or auxiliary programming or mixed programming according to the selection of the user. The automatic graphical interaction-typed numerical control turning control system is characterized in that the automatic graphical interaction-typed NC turning control system comprises a CAD data reading-in module which is respectively connected with an automatic programming module, an auxiliary programming module and a mixed programming module which are respectively connected with an automatic track layout module which is connected with an NC code generation module.

The invention discloses a method and a system for realizing BPEL sub-process multiplexing based on a template in a service-oriented environment. The method comprises the following steps of: performing model definition on the template to store related information which is needed when a BPEL sub-process is extracted for multiplexing; resolving an existing BPEL file and a related WSDL file, establishing a BPEL model and a WSDL model, extracting the needed BPEL sub-process from the existing BPEL file according to the established models, and encapsulating the extracted sub-process into the template and storing the template into a template base; and reading template information from the template base during development and calling the template to a BPEL process visualized development window to ensure that a user also can call the template to assist process design and development when developing the BPEL process, and the unification of a template mechanism and the BPEL process development can be realized. The method can realize the BPEL sub-process multiplexing, can greatly reduce work load of developers, improves the development efficiency of service combination, and shortens the development cycle by a pre-designed intra-industry common process template or a user-defined multiplexing template.

An automated process development device providing flexibility and accuracy for the investigative development of tangential flow filtration processes. The development device is used for evaluating the process parameters of a laboratory scale tangential flow filtration process with an eye towards developing a larger, commercial scale process. The process development device—operable to an unprecedented minimum reliable recirculation volume of less than approximately 20 milliliters—includes: (a) a reservoir having a distinct mixing zone; (b) a tangential flow filtration module; (c) conduits defining, together with the distinct mixing zone and the tangential flow filtration module, a fluid process stream through which a liquid sample is recirculated; (d) pumps for driving the flow of the liquid sample through the fluid process stream; (e) valves for regulating the flow of the liquid sample through the fluid process stream; (f) sensors for acquiring data about the liquid sample as it flows through the fluid process stream; and (g) an electronic data processing network capable of receiving, transmitting, processing, and recording data associated with the operation of the pumps, valves, and sensors, the recorded data being sufficiently comprehensive to determine the conduct of the tangential flow filtration process at a substantially larger scale.

The invention provides an OLED (organic light emitting diode) display panel and a production method thereof. The OLED display panel comprises a plurality of pixel units, wherein each pixel unit comprises a light emitting area and a light transmitting area, each light emitting area is provided with a white light organic transmitting device and a light filter layer; each light transmitting area is not provided with the light filter layer. The light filter layers are additionally provided with the special light transmitting areas, so that the transmittance is increased, the transparent display is realized, no additional process development is needed, and the transparent display can be realized only by appropriately adjusting the design.

A process flow development tool is given a capability of determining the properties corresponding to a particular type of object and allowing a user to decide how and where the properties will be shown in a Properties dialog for individual objects of the particular type. The capability allows the tool to present a dialog that allows the user to customize, for the particular type of object, the layout for the properties in the Properties dialog. This layout may then be stored in an organizer object associated with the particular type of object.

The invention discloses a method and system for dynamically combining services based on a rule engine. The method comprises the following steps of: intercepting web service calling request information and service response return information; distributing a unique identifier for the intercepted service calling request information and interpolating the request information into the rule engine; interpolating the intercepted service response return information into the rule engine; reasoning a service processing strategy of a service according to a service rule and context data needed by rule execution; and replacing the service calling information and re-orientating the service according to a service replacing scheme reasoned by the rule engine and service transition mapping information provided by a service information center. By adopting the method and the system, the flexibility and the sensitivity of the system in the aspects of development and maintenance of a new flow and modification of an old system service rule can be enhanced.

A novel polisher for chemical mechanical planarization process is described. The polisher design can have many variations. For process development and consumable evaluation, the CMP process can be performed on a single die or a section of the wafer. The size of testing wafer can be as small as 2″ and as large as 18″. Furthermore, several variations can characterize the slurry for their static etch rate, dynamic etch rate, material removal rate, and viscosity in a single experiment. For production level wafer processing, Chemical Mechanical Polishing of all dies on the wafer surface is achieved by using multi-armed polishing heads or a single polishing head with small piece of a pad at the bottom of the head. The within wafer uniformity can be easily controlled and the equipment can be easily scaled up or down. This inventive design may translate to significant cost reduction for wafer processing at production level as well as evaluation of consumables at research and development level.

The invention discloses a business process development method and system. The method comprises the steps of displaying graphic business component modules; selecting a first business component module from the business component modules according to a selection operation of a user; moving the first business component module to a specific position according to a moving operation of the user; establishing a logic relationship among a plurality of the first business component modules according to an associative operation of the user, wherein the logic relationship is used for representing an executive sequence of program codes corresponding to a plurality of the first business component modules when a business process is executed; calling the program codes corresponding to a plurality of the first business component modules according to component name information of the business component modules; and packaging the program codes according to the logic relationship to obtain a program used for executing the business process. Through the method and system, the graphic interface-based visual development of the business process is realized, the logic is clear, the development efficiency is high, and relatively high reusability and relatively low development cost are achieved.

The invention provides a heterogeneous database access method. According to the JDBC technology, the ODBC technology, the ADO technology and the BDE technology, the problems existing in the data access cross-platform characteristic, the data access cross-development-language characteristic and the data access cross-development-environment characteristic are solved, data access efficiency is fully considered, access modes of different data types and large-capacity data types are achieved through a specific method, developers of an application layer abandon the complex SQL, database storage process development work focuses on achievement of application service logic, and the database developers can focus on the characteristics of different database servers, organize service data formats and improve data access efficiency. For the developers, a mature system structure model and professional development work division are adopted, and application system development reliability can be improved.

The invention designs a confrontation simulation and efficiency evaluation system based on equipment parameterization. According to the system, a simulation model development module supports a simulation service component architecture, an engineering management and operation guide control module adopts a distributed simulation guide control technology, a simulation resource management tool is adopted to uniformly manage and deploy models, scenarios and parameter resources in a simulation resource library, and the models, scenarios and parameter resources are deployed on a target node in a distributed simulation network; the simulation platform loads and operates various simulation resources through the simulation execution engine, and the efficiency assessment module adopts custom data management and efficiency assessment technologies. The system is used for an equipment confrontation simulation and efficiency evaluation software system in a large-scale combined action scene, solves the problems of universalization, platformization and expandability of a confrontation simulation system, supports full-life-cycle whole-process development, and can process simulation and evaluation tasks related to multiple types of simulation objects and multiple action scenarios.

The invention discloses a process engine implementation method and a process engine system. According to the process engine implementation method, default configuration files are set preliminarily for common process nodes; when the process engine system needs to be started to perform business process control, an extending configuration file of each process node is preferentially loaded, and the corresponding default configuration file is directly loaded on a common process node which does not have a corresponding extending configuration file, so that not only is basic implementation of a process engine guaranteed, but also the individuation of the process engine due to the extending configuration files, and specific requirements of different business processes are met. Therefore, the process engine implementation method and the process engine system, disclosed by the invention, have high expansibility, and can be compatible with business processes of different business systems, and the problem that different process engines are required to be developed for different business processes is solved, so that the development cost of process engines can be reduced, and the maintenance difficulty of the process engines is lowered.

The invention relates to the field of synthetic equipment and provides a micro-channel reaction system. The micro-channel reaction system comprises a micro-channel reaction device, a gas conveying device for introducing gas into the micro-channel reaction device, two or more liquid conveying devices for introducing liquid into the micro-channel reaction device, a gas-liquid separation device communicated with the micro-channel reaction device, and a sampling device. According to the micro-channel reaction device, different types of synthetic reactions such as gas-liquid reaction and liquid-liquid reaction can be produced; moreover, highly corrosive and strongly exothermal reactions of hydrogenation, oxidation, fluorination, bromination, nitration, sulfonation and the like can be produced by the micro-channel reaction device; in addition, the reaction system is simple in structure and easy to realize, and can meet the needs of small-amount process development research and pilot test.

The present invention provides a software development visualization editing method aiming at the set-top box, adopting SDF application protocol, mainly including two parts: (1) a method of background service system operation SDF application program existing in the set-top box; (2) a preparation method of SDF application program. The invention adopts the SDF application program protocol, reading and explaining produced SDF application program by utilizing a background explanation program, capable of processing development by utilizing component mode, and realizing a cross-platform in real meaning, reducing the difficulty of the set-top box development, improving the develop efficiency and safety at the same time.

The invention provides an extended development method of a workflow engine, and belongs to the comprehensive resource management field of mobile operators. A desired business process can be quickly developed through the method. The method supports that various parts of business process development are standardized and componentized to dynamically customize business process link forms, WEB service, handling roles, general functions and the like under browser/server (B/S) architecture to simplify the development and maintenance of an actual process.

Disclosed is a method, computer method, system, and apparatus for measuring two-dimensional distributions of optical emissions from a plasma in a semiconductor plasma processing chamber. The acquired two-dimensional distributions of plasma optical emissions can be used to infer the two-dimensional distributions of concentrations of certain chemical species of interest that are present in the plasma, and thus provide a useful tool for process development and also for new and improved processing tool development. The disclosed technique is computationally simple and inexpensive, and involves the use of an expansion of the assumed optical intensity distribution into a sum of basis functions that allow for circumferential variation of optical intensity. An example of suitable basis functions are Zernike polynomials.

The invention discloses a heat treatment nitridation technology for metal. The technology is characterized in that pre-oxidation is carried out before nitridation to form a uniform oxidation film on a metal surface. The technology comprises the following steps: 1) vacuumizing a furnace; 2) charging nitrogen and uniformly heating to 520-570 DEG C; and 3) charging oxygen in the nitrogen atmosphere. In the invention, pre-oxidation is carried out before nitridation so as to form an even active oxidation film on a metal surface layer. The active oxidation film on the metal surface is a core absorbed by initial active nitrogen atoms, so that active nitrogen can be absorbed on the metal surface more effectively to speed up nitridation. Therefore, after the active oxidation film is formed on the metal surface, the nitridation process development has high stability.

The invention relates to a casting three-dimensional process designing method which solves the problems caused when the two-dimensional mode is adopted for the existing casting process. Firstly, a casting three-dimensional process designing system which can have the three-dimensional manufacturing reception capacity is designed and is then integrated with a CAD modeling system and a process simulation analysis system; in a system formed through integration, three-dimensional design data issued by a design department are firstly received from a design data management system, compiling is conducted on the basis of the design data, a casting blank model is generated, an appropriate rigging system is selected from a rigging system library for assembling, a rigging system is recreated and kept into a knowledge base if no appropriate rigging system exists, manufacturing parameters, manufacturing process resources and the like are designed, simulation analysis is started on a simulation interface under the analogue simulation conditions, the simulation result is analyzed, the process and manufacturing parameters are optimized, the process is determined, and a visual three-dimensional process is formed. By means of the casting three-dimensional process designing method, the process design efficiency is improved, and the cycle of process development is shortened.