CN114610290A - Digital intelligent industrial configuration system - Google Patents
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Abstract
The invention provides a digital intelligent industrial configuration system, which comprises: the system comprises a configuration editing module, a visual server generating module and a configuration browsing module: the method specifically comprises the following steps: the configuration editing module comprises a static model and a dynamic model, the visual server generating module is an executable program for generating a visual server, the visual server generating module loads and compiles a server template file, the configuration browsing module is used as a visual client to form a human-computer interaction interface and provide a window for user monitoring, and the configuration browsing module performs data interaction with the visual server to acquire data. The configuration system provided by the invention supports heterogeneous multi-node engineering information processing, can perform data communication among all the component modules, designs and supports a data transmission protocol facing to scene conversation, supports data browsing based on a configuration interface in a B/S mode, and improves the data transmission efficiency and reliability.
Description
Technical Field
The invention relates to the field of industrial digital intelligent manufacturing, in particular to a digital intelligent industrial configuration system.
Background
With the development of computer technology, control technology, communication technology and graphic display technology, industrial control computer systems have been developed in a rapid manner. The configuration technology is the key of the computer control technology, real-time monitoring software of the industrial control system can be developed by applying the configuration technology, the configuration software is a development tool for developing the monitoring software of the industrial control system, and the configuration software belongs to a basic tool platform. Early configuration software was only a part of an automated system, but in recent years, a large number of special software markets have been eaten due to its strong penetration ability and expansibility. The internationally known industrial automation manufacturers basically develop their own configuration software.
However, the existing configuration software is realized by constructing a display interface by using a basic display component, and has the problems of strong platform dependence, single display resource, overlarge middleware overhead and the like.
Disclosure of Invention
The invention mainly aims to overcome the defects in the prior art, and provides a digital intelligent industrial configuration system which is divided into a configuration editing module, a visual service module and a configuration browsing module, supports heterogeneous multi-node engineering information processing, can perform data communication among all the components, designs a data transmission protocol for supporting scene conversation, supports data browsing based on a configuration interface in a B/S mode, and improves the data transmission efficiency and reliability.
A digital intelligent industrial configuration system, comprising: the system comprises a configuration editing module, a visual server generating module and a configuration browsing module: the method specifically comprises the following steps:
the configuration editing module comprises a static model and a dynamic model, wherein the static model consists of a visual engineering manager, a visual engineering class, a task planning file class, a view class, associated information classes and a graphic primitive element class, and the dynamic model performs simultaneous operation on the visual engineering manager, the visual engineering class, the task planning file class, the view class, the associated information classes and the graphic primitive element class;
the visual server generation module is used for automatically generating an executable program of the visual server by utilizing the visual engineering project file and the server template file, the visual server generation module loads and compiles the server template file, and the visual server generated by the visual server generation module is used as a server node after being started and operated to provide data service for the configuration browsing module;
the configuration browsing module is used as a visual client to form a human-computer interaction interface and provide a window for user monitoring, and the configuration browsing module performs data interaction with a visual server to acquire data;
the communication between the configuration browsing module and the visual server is as follows:
the method comprises the steps that a user inputs a visual server address in a configuration browsing module, when the configuration browsing module accesses a visual server, the visual server checks whether a PV request of the configuration module contains a Session ID, and if the PV request of the configuration module contains the Session ID, the visual server searches a Session object according to the Session ID to acquire state information of the configuration module; if the visualization server does not search the Session object according to the Session ID, a Session object is created for the configuration module and the Session ID is distributed;
and if the PV request of the configuration browsing module does not contain the Session ID, creating a Session for the configuration module and generating a Session ID associated with the Session, wherein the Session ID is written into the Session-Cookie response header and is stored in the client, and when the configuration browsing module sends the request to the visualization server again, the configuration browsing module takes the Session-Cookie out of the client, adds the Session-Cookie into the PV request and sends the request to the visualization server.
Specifically, the visual project manager, the visual project class, the mission planning file class, the view class, the associated information class and the graphic element class; the method specifically comprises the following steps:
a visualization manager: the configuration editing module is used for managing the visual engineering files;
visual engineering: for operating on visual engineering projects, including but not limited to: creating a visual engineering file, saving the current visual engineering file, opening the existing visual engineering file, selecting data to be displayed, newly building a view, switching an editing mode, editing interface codes, and associating elements and data;
the mission planning file class: the method is used for analyzing the mission planning file, providing an object model instance list for the visual project, acquiring object model information in the mission planning file, and returning the object model information to the visual project class in the form of the object model instance list;
view class: for the creation and editing of views, involving the visualization of individual display views in a project file;
the associated information class: the method comprises the steps of establishing an incidence relation between image elements in a visual engineering project view and data to be displayed in an object model instance list;
graphic element class: for creating graphical elements.
Specifically, the visualization server generation module supports processing of visualization data and generation of a visualization server, including a visualization server template and a visualization server generation component.
Specifically, the visualization server template provides a corresponding function for the visualization server, and is designed based on use case analysis of the visualization server.
Specifically, the visualization server generation component supports automatic generation of a visualization server under a B/S architecture, and loads a visualization engineering project.
Specifically, the configuration browsing module is used for starting configuration browsing, connecting a visualization server, processing a response and updating visualization data;
wherein the configuration browsing is started: a user double-clicks the configuration browsing module to execute a program, the interface pops up a window of the configuration browsing module, and the configuration browsing module starts to operate;
connecting a visualization server: a user inputs an address of a visual server in an address bar of a configuration browsing module and operates the address, and the configuration browsing module generates a pv connection request message and sends the pv connection request message to a pointed visual server according to the address; receiving a pv connection response message from the visualization server, and parsing the message,
and (4) processing the response: after confirming the integrity of the response message of the visual server, the configuration browsing module receives the response message, stores the response message in the local memory of the configuration browsing module and analyzes the response message, wherein the response message includes but is not limited to: the method comprises the following steps that a pv connection response message, a pv interface response message and a pv data response message are sent;
and (3) updating the visual data: and the configuration browsing module confirms the integrity of the visual data updating packet, receives the updating packet and analyzes the updating packet.
As can be seen from the above description of the present invention, compared with the prior art, the present invention has the following advantages:
the invention provides a digital intelligent industrial configuration system, comprising: the system comprises a configuration editing module, a visual server generating module and a configuration browsing module: the method specifically comprises the following steps: the configuration editing module comprises a static model and a dynamic model, wherein the static model consists of a visual engineering manager, a visual engineering class, a task planning file class, a view class, associated information classes and a graphic primitive element class, and the dynamic model performs simultaneous operation on the visual engineering manager, the visual engineering class, the task planning file class, the view class, the associated information classes and the graphic primitive element class; the visual server generation module is used for automatically generating an executable program of the visual server by utilizing the visual engineering project file and the server template file, the visual server generation module loads and compiles the server template file, and the visual server generated by the visual server generation module is used as a server node after being started and operated to provide data service for the configuration browsing module; the configuration browsing module is used as a visual client to form a human-computer interaction interface and provide a window for user monitoring, and the configuration browsing module performs data interaction with the visual server to acquire data. The configuration system provided by the invention supports heterogeneous multi-node engineering information processing, can perform data communication among all the component modules, designs and supports a data transmission protocol facing to scene conversation, supports data browsing based on a configuration interface in a B/S mode, and improves the data transmission efficiency and reliability.
Drawings
Fig. 1 is a block diagram of a digital intelligent industrial configuration system according to an embodiment of the present invention;
FIG. 2 is a block diagram of a configuration editing module according to an embodiment of the present invention;
fig. 3 is a structural diagram of a visualization server generation module according to an embodiment of the present invention.
Detailed Description
In the claims, the specification and the drawings of the present invention, unless otherwise expressly limited, the terms "first", "second" or "third", etc. are used for distinguishing between different items and not for describing a particular sequence.
In the claims, the specification and the drawings of the present invention, unless otherwise expressly limited, all directional or positional relationships indicated by the terms "center," "lateral," "longitudinal," "horizontal," "vertical," "top," "bottom," "inner," "outer," "upper," "lower," "front," "rear," "left," "right," "clockwise," "counterclockwise," and the like are based on the directional or positional relationships indicated in the drawings and are used for convenience in describing the present invention and for simplicity in description, but do not indicate or imply that the device or element so indicated must have a particular orientation or be constructed and operated in a particular orientation, and therefore should not be construed as limiting the scope of the present invention.
In the claims, the description and the drawings of the present invention, unless otherwise specifically limited, the terms "fixedly connected" and "fixedly connected" should be understood broadly, that is, any connection mode without displacement relation or relative rotation relation between the two, that is, non-detachable fixed connection, integrated connection and fixed connection through other devices or elements; also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.
The above description is merely exemplary of the present application and is presented to enable those skilled in the art to understand and practice the present application. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the application. Thus, the present application is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.
Referring to fig. 1, a structure diagram of a digital intelligent industrial configuration system according to an embodiment of the present invention includes: the configuration editing module 10, the visualization server generating module 20 and the configuration browsing module 30: the method specifically comprises the following steps:
the configuration editing module 10 supports visualization of a configuration interface in an independent engineering mode, can load xml task planning files, realizes seamless access of QT, QWT and various other platform image elements, supports configuration of data interaction relation between an object model and the image elements, displays functions in a component mode, supports data display in multiple modes such as statistical tables and statistical graphs, and enables a visual engineering designer to establish independent engineering to design a visual human-computer interface only through a simple and visual graphical editing mode, and finally generates various files of a visual engineering project.
As shown in FIG. 2, the configuration editing module includes a static model 110 and a dynamic model 120;
the static model 110 is composed of a visual engineering manager, a visual engineering class, a mission planning file class, a view class, associated information class and a graphic primitive element class, and the dynamic model 120 performs simultaneous operation on the visual engineering manager, the visual engineering class, the mission planning file class, the view class, the associated information class and the graphic primitive element class;
specifically, the visual project manager, the visual project class, the mission planning file class, the view class, the associated information class and the graphic element class; the method specifically comprises the following steps:
a visualization manager: the configuration editing module is used for managing the visual engineering files;
visual engineering: for operating on visual engineering projects, including but not limited to: creating a visual engineering file, saving the current visual engineering file, opening the existing visual engineering file, selecting data to be displayed, newly building a view, switching an editing mode, editing interface codes, and associating elements and data;
the mission planning file class: the method is used for analyzing the mission planning file, providing an object model instance list for the visual project, acquiring object model information in the mission planning file, and returning the object model information to the visual project class in the form of the object model instance list;
view class: for the creation and editing of views, relating to visualizing the various display views in a project file;
the associated information class: the method comprises the steps of establishing an incidence relation between image elements in a visual engineering project view and data to be displayed in an object model instance list;
graphic element class: for creating graphic elements.
The dynamic model 120 performs simultaneous operations for the visual project manager, the visual project class, the mission planning file class, the view class, the association information class, and the graphic primitive class, including:
1) the visual manager calls visual engineering classes to create visual engineering projects,
2) the visual engineering class calls the task planning file class to open the person planning file,
3) the task plan class analyzes the task plan file,
4) the visual project class calls the task planning file class to obtain an object model example list,
5) the mission planning file class returns a list of object model instances to the visual engineering class,
6) the visual engineering designer calls visual engineering to select the data to be displayed,
7) generating a list of ordered object model instances by the visual engineering class;
8) the view class calls the graphic element class to insert the graphic element,
9) creating graphic elements by using the image element class;
10) the view class calls the graphic element class to edit the graphic element;
11) the associated information class calls a visual engineering class to obtain a graphic element list;
12) the associated information class returns an associated information list to the visual engineering class;
as shown in fig. 3, the visualization server generation module 20 is an executable program for automatically generating a visualization server by using a visualization engineering project file and a server template file, the visualization server generation module loads and compiles the server template file, and the visualization server generated by the visualization server generation module is used as a server node after being started and operated, so as to provide data service for the configuration browsing module;
in particular, the visualization server generation module supports the processing of visualization data and the generation of visualization servers, including visualization server templates 210 and visualization server generation component 220.
Specifically, the visualization server template provides a corresponding function for the visualization server, and is designed based on use case analysis of the visualization server.
Specifically, the visualization server generation component supports automatic generation of a visualization server under a B/S architecture, and loads a visualization engineering project.
The visualization server can start the visualization service, and the user double-clicks an executable program of the visualization server or clicks a configuration engineering release module 'start the visualization server' option to start the visualization service.
And processing the request, such as processing a pv connection request, processing a pv interface request and processing a pv data request.
And processing the data of the reflecting object instance, and receiving the data of the object instance by the visualization server and storing the data in the memory.
And processing the attribute data of the reflection object data, and receiving the attribute data of the object instance by the visualization server and storing the attribute data in the memory.
The configuration browsing module 30 is used as a visual client to form a human-computer interaction interface and provide a window for user monitoring, and performs data interaction with a visual server to acquire data;
specifically, the configuration browsing module is used for starting configuration browsing, connecting a visualization server, processing a response and updating visualization data;
wherein the configuration browsing is started: a user double-clicks the configuration browsing module to execute a program, the interface pops up a window of the configuration browsing module, and the configuration browsing module starts to operate;
connecting a visual server: a user inputs an address of a visual server in an address bar of a configuration browsing module and operates the address, and the configuration browsing module generates a pv connection request message and sends the pv connection request message to a pointed visual server according to the address; receiving a pv connection response message from the visualization server, and parsing the message,
and (4) processing the response: after confirming the integrity of the response message of the visual server, the configuration browsing module receives the response message, stores the response message in the local memory of the configuration browsing module and analyzes the response message, wherein the response message includes but is not limited to: the method comprises the following steps that a pv connection response message, a pv interface response message and a pv data response message are sent;
and (3) updating the visual data: and the configuration browsing module confirms the integrity of the visual data updating packet, receives the updating packet and analyzes the updating packet.
The communication between the configuration browsing module and the visual server is as follows:
the method comprises the steps that a user inputs a visual server address in a configuration browsing module, when the configuration browsing module accesses a visual server, the visual server checks whether a PV request of the configuration module contains a Session ID, and if the PV request of the configuration module contains the Session ID, the visual server searches a Session object according to the Session ID to acquire state information of the configuration module; if the visualization server does not search the Session object according to the Session ID, a Session object is created for the configuration module and the Session ID is distributed; session refers to a Session.
And if the PV request of the configuration browsing module does not contain the Session ID, creating a Session for the configuration module and generating a Session ID associated with the Session, wherein the Session ID is written into the Session-Cookie response header and is stored in the client, and when the configuration browsing module sends the request to the visualization server again, the configuration browsing module takes the Session-Cookie out of the client, adds the Session-Cookie into the PV request and sends the request to the visualization server.
The Process Visualization (pv) protocol is an application layer protocol oriented to scene sessions, and can support efficient and reliable data transmission. The invention optimizes the HTTP protocol, and proposes and designs a protocol facing to scene session, namely a pv protocol.
The invention provides a digital intelligent industrial configuration system, comprising: the system comprises a configuration editing module, a visual server generating module and a configuration browsing module: the method specifically comprises the following steps: the configuration editing module comprises a static model and a dynamic model, the static model consists of a visual engineering manager, a visual engineering class, a task planning file class, a view class, associated information class and a graphic original element class, and the dynamic model performs simultaneous operation on the visual engineering manager, the visual engineering class, the task planning file class, the view class, the associated information class and the graphic original element class; the visual server generation module is used for automatically generating an executable program of the visual server by utilizing the visual engineering project file and the server template file, the visual server generation module loads and compiles the server template file, and the visual server generated by the visual server generation module is used as a server node after being started and operated to provide data service for the configuration browsing module; the configuration browsing module is used as a visual client to form a human-computer interaction interface and provide a window for user monitoring, and the configuration browsing module performs data interaction with the visual server to acquire data. The configuration system provided by the invention supports heterogeneous multi-node engineering information processing, can perform data communication among all the component modules, designs and supports a data transmission protocol facing to scene conversation, supports data browsing based on a configuration interface in a B/S mode, and improves the data transmission efficiency and reliability.
The above description is only an embodiment of the present invention, but the design concept of the present invention is not limited thereto, and any insubstantial modifications made by using the design concept should fall within the scope of the invention.
Claims (6)
1. A digital intelligent industrial configuration system, comprising: the system comprises a configuration editing module, a visual server generating module and a configuration browsing module: the method specifically comprises the following steps:
the configuration editing module comprises a static model and a dynamic model, wherein the static model consists of a visual engineering manager, a visual engineering class, a task planning file class, a view class, associated information classes and a graphic primitive element class, and the dynamic model performs simultaneous operation on the visual engineering manager, the visual engineering class, the task planning file class, the view class, the associated information classes and the graphic primitive element class;
the visual server generation module is used for automatically generating an executable program of the visual server by utilizing the visual engineering project file and the server template file, the visual server generation module loads and compiles the server template file, and the visual server generated by the visual server generation module is used as a server node after being started and operated to provide data service for the configuration browsing module;
the configuration browsing module is used as a visual client to form a human-computer interaction interface and provide a window for user monitoring, and the configuration browsing module performs data interaction with a visual server to acquire data;
the communication between the configuration browsing module and the visual server is as follows:
the user inputs the address of the visual server in the configuration browsing module, when the configuration browsing module accesses the visual server,
the visualization server checks whether the PV request of the configuration module contains the Session ID, and if the PV request of the configuration module contains the Session ID, the visualization server searches the Session object according to the Session ID to acquire the state information of the configuration module; if the visualization server does not search the Session object according to the Session ID, a Session object is created for the configuration module and the Session ID is distributed;
and if the PV request of the configuration browsing module does not contain the Session ID, creating a Session for the configuration module and generating a Session ID associated with the Session, wherein the Session ID is written into the Session-Cookie response header and is stored in the client, and when the configuration browsing module sends the request to the visualization server again, the configuration browsing module takes the Session-Cookie out of the client, adds the Session-Cookie into the PV request and sends the request to the visualization server.
2. The system of claim 1, wherein the visual engineering manager, visual engineering class, mission planning file class, view class, association information class, and graphic element class; the method specifically comprises the following steps:
a visualization manager: the configuration editing module is used for managing the visual engineering files;
visual engineering class: for operating on visual engineering projects, including but not limited to: creating a visual engineering file, saving the current visual engineering file, opening the existing visual engineering file, selecting data to be displayed, newly building a view, switching an editing mode, editing interface codes, and associating elements and data;
the mission planning file class: the method is used for analyzing the mission planning file, providing an object model instance list for the visual project, acquiring object model information in the mission planning file, and returning the object model information to the visual project class in the form of the object model instance list;
view class: for the creation and editing of views, relating to visualizing the various display views in a project file;
the associated information class: the method comprises the steps of establishing an incidence relation between image elements in a visual engineering project view and data to be displayed in an object model instance list;
graphic element class: for creating graphical elements.
3. The system of claim 1, wherein the visualization server generation module supports visualization data processing and visualization server generation, including visualization server templates and visualization server generation components.
4. The system of claim 3, wherein the visualization server template provides a corresponding function to a visualization server, and is designed based on use case analysis of the visualization server.
5. The system of claim 3, wherein the visualization server generation component supports automatic generation of visualization servers under a B/S architecture and performs loading of visualization engineering projects.
6. The system of claim 1, wherein the configuration browsing module is configured to initiate configuration browsing, connect to a visualization server, process responses, and update visualization data;
wherein the configuration browsing is started: a user double-clicks the configuration browsing module to execute a program, the interface pops up a window of the configuration browsing module, and the configuration browsing module starts to operate;
connecting a visual server: a user inputs an address of a visual server in an address bar of a configuration browsing module and operates the address, and the configuration browsing module generates a pv connection request message and sends the pv connection request message to a pointed visual server according to the address; receiving a pv connection response message from the visualization server, and parsing the message,
and (4) processing the response: after confirming the integrity of the response message of the visual server, the configuration browsing module receives the response message, stores the response message in the local memory of the configuration browsing module and analyzes the response message, wherein the response message includes but is not limited to: the method comprises the following steps that a pv connection response message, a pv interface response message and a pv data response message are sent;
and (3) updating the visual data: and the configuration browsing module confirms the integrity of the visual data updating packet, receives the updating packet and analyzes the updating packet.
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Application publication date: 20220610 |