CN106372322A - Pattern monitoring method and device applied to fire fighting - Google Patents
Pattern monitoring method and device applied to fire fighting Download PDFInfo
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- CN106372322A CN106372322A CN201610791057.7A CN201610791057A CN106372322A CN 106372322 A CN106372322 A CN 106372322A CN 201610791057 A CN201610791057 A CN 201610791057A CN 106372322 A CN106372322 A CN 106372322A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/10—Geometric CAD
- G06F30/13—Architectural design, e.g. computer-aided architectural design [CAAD] related to design of buildings, bridges, landscapes, production plants or roads
Abstract
The invention discloses a pattern monitoring method applied to fire fighting. The pattern monitoring method comprises the following steps: drawing a monitoring chart for a monitoring region according to a spatial structure, wherein the spatial structure comprises regions, buildings and floors; dividing the floors into ordinary floors and special floors according to a predetermined rule, partitioning the special floors into a plurality of sub-defense areas, drawing a root defense region layers and a plurality of sub-defense area layers for the special floors, and adding the root defense region layers and the sub-defense area layers into the monitoring chart; directly displaying monitoring equipment icons and monitoring data in the monitoring chart respectively. The invention further discloses a pattern monitoring device applied to fire fighting. In the specific embodiment of the invention, the floors are divided into the ordinary floors and special floors, the special floors are partitioned into a plurality of sub-defense areas, the root defense region layers and a plurality of sub-defense area layers are drawn for the special floors, and the root defense region layers and the sub-defense area layers are added into the monitoring chart. In the monitoring chart, the sub-defense area layers are introduced in the floors, so that any detailed part of a whole layer can be checked conveniently when a single layer is too large.
Description
Technical field
The application is related to fire-fighting domain, more particularly, to a kind of graphic monitoring method and apparatus for fire-fighting.
Background technology
Existing fire protection monitoring device, generally uses picture as Background, that is, using figure layer architectural plan.Make
With derive picture format Background when, if the area of plane is larger, the content that the picture of certain resolution shows is fixed, than
As 800*600, be amplified to certain proportion, display effect poor it can be seen that details less.
Content of the invention
The application provides a kind of graphic monitoring method and apparatus for fire-fighting.
According to the application's in a first aspect, the application provides a kind of graphic monitoring method for fire-fighting, comprising:
Monitor area is depicted as monitoring figure according to space structure, space structure include area, floor；
Layer is divided into by common layer and special layers according to pre-defined rule, special layers is divided into multiple points of defence areas, special layers are drawn
Become root defence area figure layer and multiple points of defence area figure layer figure layers, and be added in monitoring figure；
Respectively monitoring device icon and Monitoring Data are directly displayed in monitoring figure.
Said method, described respectively monitoring device icon and Monitoring Data are directly displayed in monitoring figure, specifically include:
When the chromosome layer that this figure layer is including point defence area figure layer, monitoring figure shows root defence area figure layer, root defence area in figure bag
Include the icon in all points of defence areas, double-click the icon in point defence area, can switch in root defence area figure and corresponding point of defence area figure layer.
Said method, described respectively monitoring device icon and Monitoring Data are directly displayed in described monitoring figure, also wrap
Include:
When the layer of monitoring includes a point defence area figure layer, when the monitoring device of warning is shown in point defence area figure layer, alarm condition is passed through
In the figure layer of root defence area, the icon state value of point defence area figure layer is identified.
Said method, described icon state value includes fire alarm, linkage and fault.
Said method, described layer is divided into by common layer and special layers according to pre-defined rule, specifically include: according to the area of layer
Layer is divided into common layer and special layers by size, the significance level of layer or fire-fighting grade.
According to the second aspect of the application, the application provides a kind of graphic monitoring device for fire-fighting, comprising:
Drafting module, for monitor area is depicted as monitoring figure according to space structure, space structure include area, floor；
Layer division module, for layer being divided into common layer and special layers according to pre-defined rule, special layers is divided into multiple points and prevents
Area, special layers is depicted as root defence area figure layer and multiple points of defence area figure layer figure layers, and is added in monitoring figure；
Display module, for respectively monitoring device icon and Monitoring Data being directly displayed in monitoring figure.
Said apparatus, described display module, it is additionally operable to when the chromosome layer that this figure layer is including point defence area figure layer, in monitoring
In figure display root defence area figure layer, root defence area in figure includes the icon in all points of defence areas, double-clicks the icon in point defence area, can be in root defence area
Switch in figure and corresponding point of defence area figure layer.
Said apparatus, described display module, it is additionally operable to include a point defence area figure layer, the monitoring device of warning when the layer of monitoring
When being shown in point defence area figure layer, alarm condition is identified by the icon state value of point defence area figure layer in the figure layer of root defence area.
Said apparatus, described display module, it is additionally operable to represent fire alarm, linkage and event using described icon state value respectively
Barrier.
Said apparatus, described layer division module, it is additionally operable to according to the size of layer, the significance level of layer or fire-fighting grade
Layer is divided into common layer and special layers.
Due to employing above technical scheme, make what the application possessed to have the beneficial effects that:
In the specific embodiment of the application, due to layer is divided into common layer and special layers, special layers are divided into multiple points
Defence area, special layers is depicted as root defence area figure layer and multiple points of defence area figure layers, and is added in monitoring figure, the monitoring figure of the application
Introduce a point defence area figure layer in layer, when monolayer layer figure layer is excessive it is convenient to check any detail section of whole figure layer.
Brief description
Fig. 1 is the flow chart in one embodiment of the graphic monitoring method for fire-fighting of the application；
Fig. 2 is the monitoring space structure structural representation in one embodiment of the application；
Fig. 3 is the high-level schematic functional block diagram in one embodiment of the graphic monitoring device for fire-fighting of the application.
Specific embodiment
Combine accompanying drawing below by specific embodiment the application is described in further detail.
Embodiment one:
As shown in Figure 1, 2, the graphic monitoring method for fire-fighting of the application, a kind of its embodiment, comprises the following steps:
Step 102: monitor area is depicted as monitoring figure according to space structure, space structure include area, floor.
System space figure layer with area, the space multistory mode of floor three-tier architecture presented.Wherein area is cell.One
Individual cell can have a building, it is possibility to have many, and every can have one layer or multilamellar.
Step 104: layer is divided into by common layer and special layers according to pre-defined rule, special layers are divided into multiple points of defence areas,
Special layers are depicted as root defence area figure layer and multiple points of defence area figure layers, and are added in monitoring figure.
Layer is divided into by common layer and special layers according to pre-defined rule, specifically including can be according to the size of layer, layer
Layer is divided into common layer and special layers by significance level or fire-fighting grade etc..
In one embodiment, for larger figure layer, split, be respectively designated as root defence area figure layer and point defence area figure
Layer.
As Fig. 2, space structure levels, area, floor be laid out, without a point defence area figure layer, then this layer is common to layer
Figure layer, this layer of internal all devices icon is all directly displayed in figure layer, and if there are a point defence area figure layer, then this layer is root defence area figure
Layer, this layer then shows the figure layer icon of each point of defence area figure layer.Software implementation method, carries out a copy of data to sheaf space,
For root defence area figure layer, with integer 32 for figure layer address, minimum 8 digit separator layer attribute, are 0x80, then for root defence area figure layer, 0
For common figure layer, 0x80 | n is then a point defence area figure layer, and the high-order concept being respectively area floor to distinguish different figure layers.
Step 106: monitoring device icon and Monitoring Data are directly displayed in monitoring figure.
Wherein step 106 specifically may include that
Step 1062: when the chromosome layer that this figure layer is including point defence area figure layer, show root defence area figure layer in monitoring figure, root is prevented
Area's in figure includes the icon in all points of defence areas, double-clicks the icon in point defence area, can be in root defence area figure and corresponding point of defence area figure layer
Switch over.
In the present embodiment, a point defence area figure layer is currently larger layer, to divide difference with the concept of fire compartment
Region, current layer only shows a point defence area figure layer icon, and each icon represents different fire compartments, can double-click to cut
Change.The figure layer currently comprising all fire compartments represents chromosome layer.The node state reported to the police can be shown in point point defence area figure layer,
And root fire compartment icon state can be changed to identify in the root defence area that this device node is located.
Wherein step 106 can also include:
Step 1064: when the layer of monitoring includes a point defence area figure layer, when the monitoring device of warning is shown in point defence area figure layer, warning
State is identified by the icon state value of point defence area figure layer in the figure layer of root defence area.In one embodiment, icon state
Value includes fire alarm, linkage and fault.Alarm condition specifically can be represented by different colors, also can be by different icons
To represent alarm condition.
When the alarm host machine of networking is reported to the police, the system receives alert data, by the corresponding 32 bitmap layer address of figure layer
Belonged to which figure layer to search, when this figure layer does not comprise point defence area concept, the figure layer that this finds carries out equipment section
The device number (a string 8 equipment id being made up of host number loop interface number) of point is checked, and finds device node simultaneously
Status modifier is carried out to device node, when this state is used for device node warning in figure layer, icon flickering display.Then to this figure
Layer carries out warning the layers list interpolation, and for display, how many figure layer is in alarm condition altogether, and current alerts figure layer belongs to
Which warning figure layer function.
When this figure layer is the root defence area figure layer comprising point defence area, by searching the data structure with defence area concept, this number
The data copy being basic figure layer according to structure, adds 0x80 to distinguish at figure layer address, and this layer of internal Data Structures are to divide
Defence area, by 0x80 | n carries out being divided in n-th defence area figure layer.When alert data is reported to the police for this layer, by the section of equipment
Point id finds this node, carries out status modifier to this section point, and finds this node corresponding in n-th defence area figure layer, right
This n-th defence area carries out corresponding state value counting, and this state value is worked as being in the figure layer of root defence area in this layer, showing
The state value of the icon of front n defence area figure layer, fire alarm is red icon, links as purple icon, and fault is yellow icon, preferentially
Level is for fire alarm is preferential, the color such as linkage is taken second place, fault carries out flash for prompting.Meanwhile, origin figure layer is added to warning the layers list,
For poll alarm indicator.
Figure layer also has poll, and that is, figure layer within a certain period of time, automatic jumps to next warning figure layer function.This
Root defence area figure layer and common figure layer belong to figure layer concept, and when poll shows, the warning figure layer of a rooted graph layer concept is carried out
Redirect, a point defence area figure layer is added without this function and redirects.Divide defence area and root defence area, can be prevented by double-clicking dividing in the figure layer of root defence area
Area's icon carries out cutting point defence area figure layer, and in point defence area figure layer, double click can switch back in the figure layer of root defence area again.
Embodiment two:
As shown in Figure 2 and Figure 3, the graphic monitoring device for fire-fighting of the application, a kind of its embodiment, including drafting module,
Layer division module and display module.
Drafting module, for monitor area is depicted as monitoring figure according to space structure, space structure include area, floor；
Layer division module, for layer being divided into common layer and special layers according to pre-defined rule, special layers is divided into multiple points of defence areas, will
Special layers are depicted as root defence area figure layer and multiple points of defence area figure layer figure layers, and are added in monitoring figure；Display module, for respectively
Monitoring device icon and Monitoring Data are directly displayed in monitoring figure.
As Fig. 2, space structure levels, area, floor be laid out, without a point defence area figure layer, then this layer is common to layer
Figure layer, this layer of internal all devices icon is all directly displayed in figure layer, and if there are a point defence area figure layer, then this layer is root defence area figure
Layer, this layer then shows the figure layer icon of each point of defence area figure layer.Software implementation method, carries out a copy of data to sheaf space,
For root defence area figure layer, with integer 32 for figure layer address, minimum 8 digit separator layer attribute, are 0x80, then for root defence area figure layer, 0
For common figure layer, 0x80 | n is then a point defence area figure layer, and the high-order concept being respectively area floor to distinguish different figure layers.
The display module of the application, is additionally operable to when the chromosome layer that this figure layer is including point defence area figure layer, in monitoring figure
Display root defence area figure layer, root defence area in figure includes the icon in all points of defence areas, double-clicks the icon in point defence area, can in root defence area figure and
Switch in corresponding point of defence area figure layer.
In the present embodiment, a point defence area figure layer is currently larger layer, to divide difference with the concept of fire compartment
Region, current layer only shows a point defence area figure layer icon, and each icon represents different fire compartments, can double-click to cut
Change.The figure layer currently comprising all fire compartments represents chromosome layer.The node state reported to the police can be shown in point point defence area figure layer,
And root fire compartment icon state can be changed to identify in the root defence area that this device node is located.
The display module of the application, is additionally operable to include a point defence area figure layer when the layer of monitoring, the monitoring device of warning shows
When dividing defence area figure layer, alert state is identified by the icon state value of point defence area figure layer in the figure layer of root defence area.
In one embodiment, display module, is additionally operable to represent fire alarm, linkage and event respectively using icon state value
Barrier.
When the alarm host machine of networking is reported to the police, the system receives alert data, by the corresponding 32 bitmap layer address of figure layer
Belonged to which figure layer to search, when this figure layer does not comprise point defence area concept, the figure layer that this finds carries out equipment section
The device number (a string 8 equipment id being made up of host number loop interface number) of point is checked, and finds device node simultaneously
Status modifier is carried out to device node, when this state is used for device node warning in figure layer, icon flickering display.Then to this figure
Layer carries out warning the layers list interpolation, and for display, how many figure layer is in alarm condition altogether, and current alerts figure layer belongs to
Which warning figure layer function.
When this figure layer is the root defence area figure layer comprising point defence area, by searching the data structure with defence area concept, this number
The data copy being basic figure layer according to structure, adds 0x80 to distinguish at figure layer address, and this layer of internal Data Structures are to divide
Defence area, by 0x80 | n carries out being divided in n-th defence area figure layer.When alert data is reported to the police for this layer, by the section of equipment
Point id finds this node, carries out status modifier to this section point, and finds this node corresponding in n-th defence area figure layer, right
This n-th defence area carries out corresponding state value counting, and this state value is worked as being in the figure layer of root defence area in this layer, showing
The state value of the icon of front n defence area figure layer, fire alarm is red icon, links as purple icon, and fault is yellow icon, preferentially
Level is for fire alarm is preferential, the color such as linkage is taken second place, fault carries out flash for prompting.Meanwhile, origin figure layer is added to warning the layers list,
For poll alarm indicator.
The layer division module of the application, can be also used for according to the size of layer, the significance level of layer or fire-fighting grade
Layer is divided into common layer and special layers.
Above content is further description the application made with reference to specific embodiment it is impossible to assert this Shen
Being embodied as please is confined to these explanations.For the application person of an ordinary skill in the technical field, do not taking off
On the premise of the application design, some simple deduction or replace can also be made.
Claims (10)
1. a kind of graphic monitoring method for fire-fighting is it is characterised in that include:
Monitor area is depicted as monitoring figure according to space structure, space structure include area, floor；
Layer is divided into by common layer and special layers according to pre-defined rule, special layers is divided into multiple points of defence areas, special layers are drawn
Become root defence area figure layer and multiple points of defence area figure layers, and be added in monitoring figure；
Respectively monitoring device icon and Monitoring Data are directly displayed in monitoring figure.
2. be used for as claimed in claim 1 the graphic monitoring method of fire-fighting it is characterised in that described respectively by monitoring device figure
Mark and Monitoring Data are directly displayed in monitoring figure, specifically include:
When the chromosome layer that this figure layer is including point defence area figure layer, monitoring figure shows root defence area figure layer, root defence area in figure bag
Include the icon in all points of defence areas, double-click the icon in point defence area, can switch in root defence area figure and corresponding point of defence area figure layer.
3. be used for as claimed in claim 2 the graphic monitoring method of fire-fighting it is characterised in that described respectively by monitoring device figure
Mark and Monitoring Data are directly displayed in described monitoring figure, also include:
When the layer of monitoring includes a point defence area figure layer, when the monitoring device of warning is shown in point defence area figure layer, alarm condition is passed through
In the figure layer of root defence area, the icon state value of point defence area figure layer is identified.
4. it is used for the graphic monitoring method of fire-fighting as claimed in claim 3 it is characterised in that described icon state value includes fire
Police, linkage and fault.
5. the graphic monitoring method for fire-fighting as any one of Claims 1-4 is it is characterised in that described basis
Layer is divided into common layer and special layers by pre-defined rule, specifically includes: according to the size of layer, the significance level of layer or fire-fighting etc.
Layer is divided into common layer and special layers by level.
6. a kind of graphic monitoring device for fire-fighting is it is characterised in that include:
Drafting module, for monitor area is depicted as monitoring figure according to space structure, space structure include area, floor；
Layer division module, for layer being divided into common layer and special layers according to pre-defined rule, special layers is divided into multiple points and prevents
Area, special layers is depicted as root defence area figure layer and multiple points of defence area figure layers, and is added in monitoring figure；
Display module, for respectively monitoring device icon and Monitoring Data being directly displayed in monitoring figure.
7. it is used for the graphic monitoring device of fire-fighting as claimed in claim 6 it is characterised in that described display module, be additionally operable to
When the chromosome layer that this figure layer is including point defence area figure layer, monitoring figure shows root defence area figure layer, root defence area in figure includes institute
There is the icon in point defence area, double-click the icon in point defence area, can switch in root defence area figure and corresponding point of defence area figure layer.
8. it is used for the graphic monitoring device of fire-fighting as claimed in claim 7 it is characterised in that described display module, be additionally operable to
When the layer of monitoring includes a point defence area figure layer, when the monitoring device of warning is shown in point defence area figure layer, alarm condition is anti-by root
In area's figure layer, the icon state value of point defence area figure layer is identified.
9. it is used for the graphic monitoring device of fire-fighting as claimed in claim 8 it is characterised in that described display module, be additionally operable to
Represent fire alarm, linkage and fault using described icon state value respectively.
10. the graphic monitoring device for fire-fighting as any one of claim 6 to 9 is it is characterised in that described layer is drawn
Sub-module, is additionally operable to, according to the size of layer, the significance level of layer or fire-fighting grade, layer is divided into common layer and special layers.
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| CN201610791057.7A CN106372322A (en) | 2016-08-31 | 2016-08-31 | Pattern monitoring method and device applied to fire fighting |
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| CN201610791057.7A CN106372322A (en) | 2016-08-31 | 2016-08-31 | Pattern monitoring method and device applied to fire fighting |
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Address after: 518054 Nanshan District Nanshan Road, Guangdong City, the new horizons apartment, floor, floor, Applicant after: Shenzhen pan sea Sanjiang electronic Limited by Share Ltd Address before: 518054 Nanshan District Nanshan Road, Guangdong City, the new horizons apartment, floor, floor, Applicant before: Shenzhen Fanhai Sanjiang Electronics Co., Ltd. |
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Application publication date: 20170201 |