CN109977335A - A kind of Web configuration method towards industrial equipment - Google Patents
A kind of Web configuration method towards industrial equipment Download PDFInfo
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- CN109977335A CN109977335A CN201910247961.5A CN201910247961A CN109977335A CN 109977335 A CN109977335 A CN 109977335A CN 201910247961 A CN201910247961 A CN 201910247961A CN 109977335 A CN109977335 A CN 109977335A
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Abstract
The invention discloses a kind of Web configuration method towards industrial equipment, its key points of the technical solution are that: specifically comprise the following steps: S1, building cloud data: cloud data include configuration application server, file server and data server；S2, industrial field device data are acquired with technology of Internet of things, are stored, knowledge excavation and encapsulation；S3, it operates with: providing configuration application to user by latticed form from cloud, user of service remotely accesses industrial field data and configuration editing machine, as needed or actual conditions click, trailing equipment, layout are into configuration editor, it is formed and the consistent emulated interface of industry spot, it and is emulated interface connection and the matched dynamic data source of industrial field device, data source and Simulation Interface link, and ultimately form with the interface of data-driven animation；Have the advantages that remote control ability is good, efficiency of the practice is high, versatility is not strong by using above-mentioned Web configuration method.
Description
Technical field
The present invention relates to a kind of configuration software methods, more specifically, it is related to a kind of Web configuration towards industrial equipment
Method.
Background technique
With wideling popularize for industry internet, a collection of industry internet platform, work have all been emerged both at home and abroad in the recent period
Industry internet platform is the digitlization of Facing to Manufacturing industry, networking, intelligent demand, and building is based on mass data collection, convergence, divides
The service system of analysis is the industrial cloud platform for supporting the ubiquitous connection of manufacturing recourses, elastic supply, high-efficient disposition.Existing market master
The configuration software wanted be for field of industrial automation control realize human computer interaction, the method have real-time synchronization and
The ability of overview picture, but still remain following disadvantage:
Remote control ability is poor: it is most of to need to be locally configured or program to form configuration interface, it is needed after issuing successfully
Local interactive interface (HM I) or server end carry out preview, are unable to remote control.
Efficiency of the practice is not high: needs are programmed according to field working conditions, layout difference, configuration needs different for equipment
Difference needs to be realized using the means of programming.It cannot accomplish by clicking or pulling realization.
Versatility is not strong: since configuration software popular currently on the market is numerous, there are the differentiation between brand, if one
Include various types of equipment in a application case, a kind of configuration software may due to can not whole connection lead to not implement,
It needs to do Reconstruction in field.
Operating system dependence is strong: most configuration softwares depend on Windows and Andriod system.And configuration is soft
Part is installed.
Summary of the invention
In view of the deficiencies of the prior art, the present invention intends to provide a kind of Web configuration towards industrial equipment
Method, to solve the problems, such as to mention in background technique.
To achieve the above object, the present invention provides the following technical scheme that
A kind of Web configuration method towards industrial equipment, specifically comprises the following steps:
S1, building cloud data: cloud data include configuration application server, file server and data server；
S2, industrial field device data are acquired with technology of Internet of things, are stored, knowledge excavation and encapsulation；
S3, it operates with: providing configuration application to user by latticed form from cloud, user of service remotely accesses work
Industry field data and configuration editing machine, as needed or actual conditions click, trailing equipment, layout are into configuration editor, are formed
It and is emulated interface connection and the matched dynamic data source of industrial field device with the consistent emulated interface of industry spot, it is several
It links, is ultimately formed with the interface of data-driven animation according to source and Simulation Interface；
The S3 specifically comprises the following steps:
S31, interface display frame layout: interface display is divided into five parts, respectively palette element panels,
Toolbar tool bar, graphView topology component, propertyPane Properties palette and treeView tree component；
S32, function is called to display data: after S31 interface display frame layout, by five regions in interface display
Content be encapsulated into different functions respectively, carry out the display of data by calling these functions；
S33, it constructs the operation display of palette element panels: adding group inside to Palette element panels and be used as and divide
Group, then into group, addition can pull node again, and a new section is generated in graphView topology component after node pulls
Point is shown on topological diagram, while the logic that can pull node being write in the initialization function of graphView topology component.
S34, building toolbar toolbar operation display: toolbar toolbar includes 8 kinds of functions, is to choose volume respectively
Volume, line, right angle line, irregular figure, graduated scale shows, scene is amplified, scene reduces and scene content export JSON,
8 kinds of functions of toolbar toolbar are stored in toolbar_config.js file, by drawing the member in toolbar
Element adds the content of upper corresponding clicking trigger to each element.
S35, building graphView topology component are shown: by GarphView topology component edits and parent map is presented
Shape, topological node line and autoplacement.
S36, building treeView tree component: treeView tree component and graphView topology component share same
DataModl data capsule is first created that a tree component object when constructing treeView tree component, is then added cloth feeding
All back end in present topology figure can be shown in office's container.
S37, propertyPane Properties palette are shown: propertyPane Properties palette shows that file format is
Properties_config.js is right by by these attributive classifications in display by the storage of certain attribute data into array
The different node types chosen in graphView are filtered attribute and show.
Further, graphView topology component is located at the middle part of display area, toolbar tool bar position in the S31
The top of graphView topology component in display area, palette element panels are located at graphView in display area and open up
The left side of component is flutterred, graphView topology component and treeView tree component are located at graphView topology component in display area
Right side.
Further, three groupings: electric power, food processing factory and sewage are done to palette element panels in the S33
It handles, while filling the node of the set type below these groupings, by traversing this object acquisition internal data, display is not
Same data information.
Further, it is customized that ht.Default.def is created in the S34, it is customized by ht.Default.def
CreateEdgeInteractor class adds the interaction device in graphView topological diagram with this, realizes the interaction function of creation line
Energy.
Further, it is let go funeral affairs in CreateEdgeInteractor class by monitoring touchend in the S34
Part adds an edge line into graphView topological diagram, by CreateEdgeInteractor function pass ginseng come
Draw different line types.
Further, it if the draggable attribute of the Node in Palette is set as true in the S35, utilizes
The dragging event handleDragAndDrop, Palette that Palette plug-in unit provides can automatically process dragstart.
Further, the node in the S36 on treeView tree component is divided into is shown with Types Below: ht.Edge,
ht.Group、ht.Node、ht.SubGraph、ht.Shape。
Further, when obtaining the information of object, the object and packets inner of ht.Group class are created
Then the element of ht.Node class obtains these in data assignment to the node of both types come, and by these nodes
It is added in the data capsule of Palette.
Further, the receivable data source types of Web configuration include Excel, database, API, xml, JSON form,
Realize that data source is specified by self-defining data interface module, data source directly accesses the database or api interface.
Further, alette element panels, toolbar tool bar, graphView topology component, propertyPane
Properties palette and treeView tree component are the editing machine that the language based on XML draws SVG figure.
In conclusion the present invention mainly has the advantages that
One, in terms of remote control ability, there is the characteristics of long-distance cloud end administration, Remote configuration, do not need execute-in-place；
Two, it in terms of efficiency of the practice, does not need to program, forms overview configuration interface by clicking dragging；
Three, in terms of versatility, unified and cloud data connection, circumvention device communicates Heterogeneity；
Four, in terms of system dependence, the system that can install browser be can be used.
Detailed description of the invention
Fig. 1 is interface display frame layout figure；
Fig. 2 is the Web configuration method block diagram towards industrial equipment.
Specific embodiment
Below in conjunction with attached drawing 1-2, invention is further described in detail.
Embodiment 1
With reference to Fig. 1 and Fig. 2, a kind of Web configuration method towards industrial equipment specifically comprises the following steps:
S1, building cloud data: cloud data include configuration application server, file server and data server；
S2, industrial field device data are acquired with technology of Internet of things, are stored, knowledge excavation and encapsulation；
S3, it operates with: providing configuration application to user by latticed form from cloud, user of service remotely accesses work
Industry field data and configuration editing machine, as needed or actual conditions click, trailing equipment, layout are into configuration editor, are formed
It and is emulated interface connection and the matched dynamic data source of industrial field device with the consistent emulated interface of industry spot, it is several
It links, is ultimately formed with the interface of data-driven animation according to source and Simulation Interface；
Wherein S3 specifically comprises the following steps:
S31, interface display frame layout: interface display is divided into five parts, respectively palette element panels,
Toolbar tool bar, graphView topology component, propertyPane Properties palette and treeView tree component；In frame
In this five parts in layout, each part can individually be shown, and this five parts are the language based on XML
Speech draws the editing machine of SVG figure, and SVG is not only a kind of picture format, since it is a kind of language based on XML, also
Mean that it inherits the professional platform independence of XML and scalability, to step major step in figure reusability.Such as SVG
It can be embedded in other XML documents, and other XML contents can also be embedded in SVG document, each different SVG figure
Shape combines in which can be convenient, and constitutes new SVG figure.This method is not meant to the editing machine of production one new drafting SVG figure, and
It is the higher order application that can be drawn vector graphics and carry out data binding to this figure.
S32, function is called to display data: after S31 interface display frame layout, by five regions in interface display
Content be encapsulated into different functions respectively, carry out the display of data by calling these functions.
S33, it constructs the operation display of palette element panels: adding group inside to Palette element panels and be used as and divide
Group, then into group, addition can pull node again, and a new section is generated in graphView topology component after node pulls
Point is shown on topological diagram, while the logic that can pull node being write in the initialization function of graphView topology component.It opens up
It flutters structure chart and refers to that the network structure being made of apparatus for network node and communication media, node are exactly network unit, network list
Member is various data processing equipments, data communication control equipment and data terminal equipment in network system.
S34, building toolbar toolbar operation display: toolbar toolbar includes 8 kinds of functions, is to choose volume respectively
Volume, line, right angle line, irregular figure, graduated scale shows, scene is amplified, scene reduces and scene content export JSON,
8 kinds of functions of toolbar toolbar are stored in toolbar_config.js file, by drawing the member in toolbar
Element adds the content of upper corresponding clicking trigger to each element.Editor can be triggered when clicking and choosing editor,
Line can be carried out when clicking line, right angle line can be carried out when clicking right angle line, can be drawn when clicking irregular figure
Irregular figure shows when clicking graduated scale and can be shown graduated scale, and amplification is shown scene when clicking scene amplification,
Display scene will be reduced when clicking scene and reducing, JSON data can be exported according to scene content export JSON when clicking；Wherein
JSON is a kind of data interchange format of lightweight, its a subset based on ECMAScript, is programmed using being totally independent of
The text formatting of language stores and indicates data, and succinctly and clearly hierarchical structure makes JSON become ideal data exchange
Language is easy to people and reads and write, while being also easy to machine parsing and generating, and effectively promoting network transmission efficiency.
S35, building graphView topology component are shown: by GarphView topology component edits and parent map is presented
Shape, topological node line and autoplacement.
S36, building treeView tree component: treeView tree component and graphView topology component share same
DataModl data capsule is first created that a tree component object when constructing treeView tree component, is then added cloth feeding
All back end in present topology figure can be shown in office's container；TreeView control is used to show the classification of information
View, such as the catalogue of the resource manager in Windows.Every terms of information in TreeView control have one it is associated
Node object.TreeView shows the hierarchical directory structure of Node object, each Node object by a Label object and
Its relevant bitmap composition.After establishing TreeView control, it can unfold and fold, show or hide node therein.
TreeView control be generally used to display file and the class hierarchy in bibliographic structure, document, the level in index and other have
The information of hierarchical directory structure.
S37, propertyPane Properties palette are shown: propertyPane Properties palette shows that file format is
Properties_config.js is right by by these attributive classifications in display by the storage of certain attribute data into array
The different node types chosen in graphView are filtered attribute and show；
Its constructed fuction of propertyPane Properties palette can be passed to ht.DataModel object, mainly can configure attribute
It is as follows with function:
Ht.widget.PropertyView object is obtained by getPropertyView；
Tool bar height is obtained and is arranged by getToolbarHeight and setToolbarHeight；
Gauge outfit height is obtained and is arranged by getHeaderHeight and setHeaderHeight；
Gauge outfit word content is obtained and is arranged by getHeaderLabels and setHeaderLabels, such as
SetHeaderLabels ([' attribute ', ' value '])；
Gauge outfit text color is obtained and is arranged by getHeaderLabelColor and setHeaderLabelColor；
Gauge outfit character script is obtained and is arranged by getHeaderLabelFont and setHeaderLabelFont；
It is obtained by getHeaderLabelAlign and setHeaderLabelAlign and setting gauge outfit text level is right
Neat mode, is defaulted as center；
It is obtained by setCaseSensitive and isCaseSensitive and whether setting filtering considers capital and small letter, write from memory
Think false；
It is obtained by getIndent and setIndent and setting tool bar picture is retracted；
It is obtained by getSelectBackground and setSelectBackground and setting toolbar button is chosen
Background colour；
It is obtained by getCategoryIcon and setCategoryIcon and setting tool bar is grouped button icon；
Tool bar rank button icon is obtained and is arranged by getSortIcon and setSortIcon；
It is obtained by getSortFunc and setSortFunc and setting tool bar sequence logic is well-behaved；
Attribute information can be increased in batches by addProperties, which is to PropertyView#
The packaging of addProperties.
To sum up, using the above method, in terms of remote control ability, there is the characteristics of long-distance cloud end administration, Remote configuration,
Execute-in-place is not needed；It in terms of efficiency of the practice, does not need to program, forms overview configuration interface by clicking dragging；General
Property aspect, unified with cloud data connection, circumvention device communicates Heterogeneity；In terms of system dependence, browser can be installed
System can be used.
Wherein graphView topology component is located at the middle part of display area in S31, and toolbar tool bar is located at viewing area
The top of graphView topology component in domain, palette element panels are located at graphView topology component in display area
Left side, graphView topology component and treeView tree component are located at the right side of graphView topology component in display area.
Three groupings: electric power, food processing factory and sewage treatment wherein are done to palette element panels in S33, simultaneously
The node that the set type is filled below these groupings shows different data by traversing this object acquisition internal data
Information.
It is customized that ht.Default.def is wherein created in S34, it is customized by ht.Default.def
CreateEdgeInteractor class adds the interaction device in graphView topological diagram with this, realizes the interaction function of creation line
Energy.
Wherein in S34 in CreateEdgeInteractor class by monitor touchend let go after event to
An edge line is added in graphView topological diagram, is drawn by passing ginseng in CreateEdgeInteractor function
Different line types.
Wherein Palette plug-in unit is utilized if the draggable attribute of the Node in Palette is set as true in S35
The dragging event handleDragAndDrop, Palette of offer can automatically process dragstart.
Wherein the node in S36 on treeView tree component is divided into is shown with Types Below: ht.Edge, ht.Group,
ht.Node、ht.SubGraph、ht.Shape。
Wherein when obtaining the information of object, the object of ht.Group class and the ht.Node of packets inner are created
Then these are obtained in the data assignment to the node of both types come, and these nodes are added to by the element of class
In the data capsule of Palette.
Wherein the receivable data source types of Web configuration include Excel, database, API, xml, JSON form, by certainly
It defines data interface assembly and realizes that data source is specified, data source directly accesses the database or api interface.
Wherein alette element panels, toolbar tool bar, graphView topology component, propertyPane attribute face
Plate and treeView tree component are the editing machine that the language based on XML draws SVG figure.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art
Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this
All by the protection of Patent Law in the scope of the claims of invention.
Claims (10)
1. a kind of Web configuration method towards industrial equipment, it is characterised in that: specifically comprise the following steps:
S1, building cloud data: cloud data include configuration application server, file server and data server；
S2, industrial field device data are acquired with technology of Internet of things, are stored, knowledge excavation and encapsulation；
S3, it operates with: providing configuration application to user by latticed form from cloud, it is existing that user of service remotely accesses industry
Field data and configuration editing machine, as needed or actual conditions click, trailing equipment, layout are into configuration editor, formation and work
The consistent emulated interface in industry scene, and be emulated interface connection and the matched dynamic data source of industrial field device, data source
It links, is ultimately formed with the interface of data-driven animation with Simulation Interface；
The S3 specifically comprises the following steps:
S31, interface display frame layout: interface display is divided into five parts, respectively palette element panels, toolbar
Tool bar, graphView topology component, propertyPane Properties palette and treeView tree component；
S32, function is called to display data:, will be in interface display in five regions after S31 interface display frame layout
Appearance is encapsulated into respectively in different functions, carries out the display of data by calling these functions；
S33, building palette element panels operation display: group is added inside to Palette element panels as grouping, so
Into group, addition can pull node again afterwards, and it is aobvious to generate a new node in graphView topology component after node pulls
Show on topological diagram, while the logic that can pull node being write in the initialization function of graphView topology component.
S34, building toolbar toolbar operation display: toolbar toolbar includes 8 kinds of functions, is to choose editor, connect respectively
Line, right angle line, irregular figure, graduated scale are shown, scene is amplified, scene reduces and scene content exports JSON, will
8 kinds of functions of toolbar toolbar are stored in toolbar_config.js file, by drawing the element in toolbar
The content of upper corresponding clicking trigger is added to each element.
S35, building graphView topology component are shown: by GarphView topology component edits and presentation fundamental figure, being opened up
Flutter node line and autoplacement.
S36, building treeView tree component: treeView tree component and graphView topology component share same
DataModl data capsule is first created that a tree component object when constructing treeView tree component, is then added cloth feeding
All back end in present topology figure can be shown in office's container.
S37, propertyPane Properties palette are shown: propertyPane Properties palette shows that file format is
Properties_config.js is right by by these attributive classifications in display by the storage of certain attribute data into array
The different node types chosen in graphView are filtered attribute and show.
2. a kind of Web configuration method towards industrial equipment according to claim 1, it is characterised in that: in the S31
GraphView topology component is located at the middle part of display area, and toolbar tool bar is located at graphView topology in display area
The top of component, palette element panels are located at the left side of graphView topology component in display area, graphView topology
Component and treeView tree component are located at the right side of graphView topology component in display area.
3. a kind of Web configuration method towards industrial equipment according to claim 1, it is characterised in that: right in the S33
Palette element panels do three groupings: electric power, food processing factory and sewage treatment, while filling below these groupings
The node of the set type shows different data informations by traversing this object acquisition internal data.
4. a kind of Web configuration method towards industrial equipment according to claim 1, it is characterised in that: created in the S34
It is customized to build ht.Default.def, by the customized CreateEdgeInteractor class of ht.Default.def, is added with this
Add the interaction device in graphView topological diagram, realizes the interactive function of creation line.
5. a kind of Web configuration method towards industrial equipment according to claim 1, it is characterised in that: in the S34
Event adds one into graphView topological diagram after being let go in CreateEdgeInteractor class by monitoring touchend
Edge line draws different line types by passing ginseng in CreateEdgeInteractor function.
6. a kind of Web configuration method towards industrial equipment according to claim 1, it is characterised in that: in the S35 such as
The draggable attribute of Node in fruit Palette is set as true, the dragging event provided using Palette plug-in unit
HandleDragAndDrop, Palette can automatically process dragstart.
7. a kind of Web configuration method towards industrial equipment according to claim 1, it is characterised in that: in the S36
Node on treeView tree component is divided into be shown with Types Below: ht.Edge, ht.Group, ht.Node,
ht.SubGraph、ht.Shape。
8. a kind of Web configuration method towards industrial equipment according to claim 3, it is characterised in that: obtaining object
Information when, create ht.Group class object and packets inner ht.Node class element, then these are obtained
In the data assignment to the node of both types fetched, and these nodes are added in the data capsule of Palette.
9. a kind of Web configuration method towards industrial equipment according to claim 1, it is characterised in that: Web configuration can connect
The data source types of receipts include Excel, database, API, xml, JSON form, realize number by self-defining data interface module
Specified according to source, data source directly accesses the database or api interface.
10. a kind of Web configuration method towards industrial equipment according to claim 9, it is characterised in that: alette component
Panel, toolbar tool bar, graphView topology component, propertyPane Properties palette and treeView tree component are equal
The editing machine of SVG figure is drawn for the language based on XML.
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| CN112398953A (en) * | 2021-01-16 | 2021-02-23 | 合沃物联技术（南京）有限公司 | Cloud configuration method based on Internet of things middleware |
| CN113342327A (en) * | 2020-03-02 | 2021-09-03 | 中国科学院沈阳自动化研究所 | Method for generating visual industrial configuration interactive graph |
| WO2021179771A1 (en) * | 2020-03-12 | 2021-09-16 | 广东工业大学 | Workshop digital twinning model-based generalized packaging method and system |
| CN113515275A (en) * | 2021-07-19 | 2021-10-19 | 上海繁易信息科技股份有限公司 | WYSIWYG cloud industrial configuration software system and development method thereof |
| CN114816189A (en) * | 2021-01-18 | 2022-07-29 | 沈阳中科博微科技股份有限公司 | Cloud-based industrial intelligent equipment remote configuration method |
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