CN104484909B - Inspection point determines method, determining device, exchange method and device - Google Patents
Inspection point determines method, determining device, exchange method and device Download PDFInfo
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- CN104484909B CN104484909B CN201410589680.5A CN201410589680A CN104484909B CN 104484909 B CN104484909 B CN 104484909B CN 201410589680 A CN201410589680 A CN 201410589680A CN 104484909 B CN104484909 B CN 104484909B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/20—Checking timed patrols, e.g. of watchman
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Abstract
The present invention provides a kind of inspection points based on scalable vector graphics to determine method, a kind of determining device, a kind of inspection exchange method with monitoring server communication and a kind of interactive device, wherein the method for determination includes：When any point in the scalable vector graphics in terminal receives trigger action, the coordinates of targets value of any point is obtained, and obtains the coordinate value of each inspection point in all inspection points on the scalable vector graphics；Target inspection point is determined according to the coordinate value of the coordinates of targets value and each inspection point.Technical solution through the invention, user can be made to be interacted with scalable vector graphics so that inspection App has the function of that patrol officer is guided to reach inspection point, positioning inspection point, inspection terminal can also be made to be interacted with patrol checking server and monitoring server, and then improve the convenience that patrol officer fills in operating parameter and live numerical value, it is ensured that the validity for the inspection result that patrol officer provides.
Description
Technical field
It is true in particular to a kind of inspection point based on scalable vector graphics the present invention relates to inspection technical field
Determine method, a kind of inspection point determining device based on scalable vector graphics, a kind of inspection with monitoring server communication interact
Method and a kind of inspection interactive device with monitoring server communication.
Background technology
Daily Round Check is patrol officer according to workshop relevant operation regulation, periodically or non-periodically to the water power in workshop
Gas pipe network, public place facilities and equipment (including lighting apparatus, air regenerating device, Conference Room facility) close heavy equipment operation and dimension
The process repaiied situation to be checked, and inspection result is summarized, is arranged, is fed back, is filed.Daily Round Check is intended to find production
The potential faults of existing security risk and pass heavy equipment in workshop, and corresponding processing and counter-measure are taken, and then ensure
The safety and comfort of production environment and production process it is continuous.
Occur the relevant App of many and inspection now to apply.These App applications disclosure satisfy that the basic need of inspection
It asks.The application model of these inspections App is typically all that patrol officer arrives first plant site, checks inspection point (inspection project) later
Operating parameter and live numerical value, and they are filled up in inspection App and is submitted.The application of inspection App greatly changes
The routine inspection mode in workshop, be allowed to become from the pattern of " papery inspection table+client PC machine+patrol checking server " " mobile terminal+
The pattern of patrol checking server ", so that the routine inspection mode in workshop becomes more fast, timely.
Although these inspections App application disclosure satisfy that workshop inspection be normally applied and demand, still have and permitted
It is mostly insufficient, it is mainly reflected in the following aspects：
Existing inspection App lacks the impulse to patrol officer.Patrol officer can not effectively check inspection point
Position, and after patrol officer reaches inspection point, need to require efforts judge current inspection point it is corresponding be during inspection App is applied
Which inspection point.
Existing inspection App needs patrol officer to obtain the operating parameter of inspection point and live numerical value in real time.In inspection point
There are many instrument, patrol officer needs to get the real data in these instrument, and they are entered manually into inspection App
In.Sometimes, patrol officer needs the data volume filled in larger, and then brings inconvenience.
Inspection director can not effectively examine the work of patrol officer.The executor of patrol task is inspection people
Member, inspection director can not determine whether patrol officer went inspection live according to inspection result, can not also weigh patrol officer
Actual numerical value, the validity of inspection result are provided.
To sum up, existing inspection App is in terms of guiding patrol officer to reach inspection point, positioning inspection point function,
In terms of patrol officer fills in the convenience of operating parameter and live numerical value, and the inspection result validity provided patrol officer is examined
Commenting aspect, there are more deficiencies.
Therefore, how to make inspection App in terms of guiding patrol officer to reach inspection point, positioning inspection point function, in inspection
The validity examination of inspection result in terms of personnel fill in the convenience of operating parameter and live numerical value, and in patrol officer's offer
Aspect obtains effectively perfect, becomes urgent problem to be solved.
Invention content
The present invention is based on above-mentioned technical problem, it is proposed that a kind of new technical solution can be such that inspection App is guiding
In terms of patrol officer reaches inspection point, positioning inspection point function, operating parameter and the facility of live numerical value are filled in patrol officer
Property aspect, and patrol officer provide inspection result validity examination in terms of obtain it is effectively perfect.
In view of this, an aspect of of the present present invention, which proposes a kind of inspection point based on scalable vector graphics, determines method,
Including：When any point in the scalable vector graphics in terminal receives trigger action, any point is obtained
Coordinates of targets value, and obtain the coordinate value of each inspection point in all inspection points on the scalable vector graphics；According to
The coordinate value of the coordinates of targets value and each inspection point determines target inspection point.
In the technical scheme, when user triggers any point in scalable vector graphics, terminal (inspection APP) can be certainly
It is dynamic to obtain the coordinates of targets value of user trigger point (any point), and obtain the seat that each inspection is put on scalable vector graphics
Scale value, to be automatically that user determines that a target inspection point, guiding user reach target inspection point and clicked through to target inspection
Row operation, this can be such that user is interacted with scalable vector graphics, avoid the target inspection point that manually determined is current, favorably
In reduction user's operation, and the usage experience of user can be effectively improved.
In the above-mentioned technical solutions, it is preferable that the formula of the determining target inspection point is as follows：
Wherein, (tx, ty) is the coordinates of targets value of any point, and tx is the abscissa value of any point, and ty is any point
Ordinate value, (px, py) is the coordinate value of each inspection point, and px is the abscissa value of each inspection point, and py is
The ordinate value of each inspection point, as y≤100, (px, py) corresponding inspection point is the target inspection point, and is worked as
The corresponding y of multiple inspection points is respectively less than or when equal to 100, selects the inspection point of y values minimum as the target inspection point.
In the technical scheme, terminal can automatically determine touching with user by the formula of above-mentioned determining target inspection point
Centered on hair point, in 100 range of trigger point, if there are target inspection points, and if there is multiple inspection points and user
Trigger point distance in 100, then the nearest inspection point of chosen distance user is effective to realize as target inspection point
Ground guiding user reaches target inspection point and is operated to target inspection point.Certainly, user can according to actual use situation,
The size of y values is freely limited, for example, user can limit y≤50, determines so that terminal is user and is with the trigger point of user
The heart, the target inspection point in 50 range of trigger point.
In the above-mentioned technical solutions, it is preferable that identification information is additionally provided on the scalable vector graphics, to identify
State the current location of the inspection state and inspection person of each inspection point, each inspection point, wherein the inspection state includes
Any one of following state state：Completion status, does not start state, abnormality at beginning state.
In the technical scheme, pass through the present bit of inspection state and inspection person for each inspection point, each inspection point
Identification information is installed, inspection App can be made to guiding patrol officer effectively to be guided, is patrolled so that inspection person quickly reaches
It is cautious, and check the inspection state of inspection point.
Such as：The current of each inspection point, the inspection state of each inspection point and inspection person is identified using colour code
Position, such as：It uses " green " to identify completion status on scalable vector graphics, represents patrol officer and checked out this inspection
Inspection project under point, and there is no abnormal for inspection point；It uses " yellow " to identify beginning state, represents patrol officer and start to check
Inspection project under this inspection point, but not yet complete；It uses " grey " mark not start state, represents patrol officer not yet
This inspection point is handled；It uses " red " to identify abnormality, it is abnormal to indicate that inspection point exists, needs timely processing,
Use the current location of the red point identification inspection person with circle.
Another aspect of the present invention proposes a kind of inspection point determining device based on scalable vector graphics, including：It obtains
Unit is taken, when any point in the scalable vector graphics in terminal receives trigger action, obtains any point
Coordinates of targets value, and obtain the coordinate value of each inspection point in all inspection points on the scalable vector graphics；Really
Order member, target inspection point is determined according to the coordinate value of the coordinates of targets value and each inspection point.
In the technical scheme, when user triggers any point in scalable vector graphics, terminal can obtain use automatically
The coordinates of targets value of family trigger point (any point), and the coordinate value of inspection point each of is obtained on scalable vector graphics, with
It is automatically that user determines that a target inspection point, guiding user reach target inspection point and operated to target inspection point,
This can be such that user is interacted with scalable vector graphics, avoid the target inspection point that manually determined is current, advantageously reduce
User's operation, and the usage experience of user can be effectively improved.
In the above-mentioned technical solutions, it is preferable that the formula of the determining target inspection point is as follows：
Wherein, (tx, ty) is the coordinates of targets value of any point, and tx is the abscissa value of any point, and ty is any point
Ordinate value, (px, py) is the coordinate value of each inspection point, and px is the abscissa value of each inspection point, and py is
The ordinate value of each inspection point, as y≤100, (px, py) corresponding inspection point is the target inspection point, and is worked as
The corresponding y of multiple inspection points is respectively less than or when equal to 100, selects the inspection point of y values minimum as the target inspection point.
In the technical scheme, terminal can automatically determine touching with user by the formula of above-mentioned determining target inspection point
Centered on hair point, in 100 range of trigger point, if there are target inspection points, and if there is multiple inspection points and user
Trigger point distance in 100, then the nearest inspection point of chosen distance user is effective to realize as target inspection point
Ground guiding user reaches target inspection point and is operated to target inspection point.Certainly, user can according to actual use situation,
The size of y values is freely limited, for example, user can limit y≤50, determines so that terminal is user and is with the trigger point of user
The heart, the target inspection point in 50 range of trigger point.
In the above-mentioned technical solutions, it is preferable that identification information is additionally provided on the scalable vector graphics, to identify
State the current location of the inspection state and inspection person of each inspection point, each inspection point, wherein the inspection state includes
Any one of following state state：Completion status, does not start state, abnormality at beginning state.
In the technical scheme, pass through the present bit of inspection state and inspection person for each inspection point, each inspection point
Identification information is installed, inspection App can be made to guiding patrol officer effectively to be guided, is patrolled so that inspection person quickly reaches
It is cautious, and check the inspection state of inspection point.
Such as：The current of each inspection point, the inspection state of each inspection point and inspection person is identified using colour code
Position, such as：It uses " green " to identify completion status on scalable vector graphics, represents patrol officer and checked out this inspection
Inspection project under point, and there is no abnormal for inspection point；It uses " yellow " to identify beginning state, represents patrol officer and start to check
Inspection project under this inspection point, but not yet complete；It uses " grey " mark not start state, represents patrol officer not yet
This inspection point is handled；It uses " red " to identify abnormality, it is abnormal to indicate that inspection point exists, needs timely processing,
Use the current location of the red point identification inspection person with circle.
Another aspect of the present invention proposes a kind of inspection exchange method with monitoring server communication, including：Inspection is whole
It holds to patrol checking server and sends inspection point history parameters solicited message, so that the patrol checking server is sent out to the monitoring server
It send history parameters to ask, and the target inspection point is determined according to the inspection point historical parameter value that the monitoring server returns
Target inspection point parameter value；The inspection terminal receives the target inspection point parameter value from the patrol checking server, with
Final inspection point parameter value is determined according to the target inspection point parameter, and sends storage request to the patrol checking server, with
The final inspection point parameter value is stored to the patrol checking server.
In the technical scheme, when user reaches target inspection point, user can be serviced by inspection terminal and monitoring
Device and patrol checking server interact, you can to send inspection point history parameters request letter to patrol checking server by inspection terminal
Breath, and patrol checking server receive the history parameters solicited message can to monitoring server send history parameters request so that
Monitor that the historical parameter value of various instrument or equipment of the server by target inspection point within the past period is sent to inspection
Server, and patrol checking server is allow to generate a mesh for meeting target inspection point account of the history according to these historical parameter values
Inspection point parameter value is marked, so that user refers to, certainly, user can be according to practical inspection point parameter value to target inspection point
Parameter value is corrected, to obtain final inspection point parameter value, this greatly facilitate patrol officer fill in operating parameter and
Live numerical value, and operating parameter and the accuracy and validity of live numerical value are improved, while also allowing inspection director to inspection
The work of personnel is checked and rated.
In the above-mentioned technical solutions, it is preferable that further include：If the final inspection point parameter value and the target inspection point
The deviation of parameter value is more than predetermined deviation, then sends out standby signal to the inspection terminal.
In the technical scheme, when the deviation of final inspection point parameter value and target inspection point parameter value is more than predetermined deviation
When, illustrate that the deviation of final inspection point parameter value and target inspection point parameter value is excessive, by sending out prompt letter to inspection terminal
Number, user can be made to check the practical inspection point parameter value of target inspection point again in time, and to final inspection point parameter value
Validity verified, to improve the accuracy of final inspection point parameter value.
Another aspect of the invention proposes a kind of inspection interactive device with monitoring server communication, including：It sends single
Member, be located at inspection terminal on, to patrol checking server send inspection point history parameters solicited message so that the patrol checking server to
The monitoring server sends history parameters request, and is determined according to the inspection point historical parameter value that the monitoring server returns
The target inspection point parameter value of the target inspection point；Processing unit is located in the inspection terminal, receives and comes from the inspection
The target inspection point parameter value of server, to determine final inspection point parameter value according to the target inspection point parameter, and
Storage request is sent to the patrol checking server, the final inspection point parameter value is stored to the patrol checking server.
In the technical scheme, when user reaches target inspection point, user can be serviced by inspection terminal and monitoring
Device and patrol checking server interact, you can to send inspection point history parameters request letter to patrol checking server by inspection terminal
Breath, and patrol checking server receive the history parameters solicited message can to monitoring server send history parameters request so that
Monitor that the historical parameter value of various instrument or equipment of the server by target inspection point within the past period is sent to inspection
Server, and patrol checking server is allow to generate a mesh for meeting target inspection point account of the history according to these historical parameter values
Inspection point parameter value is marked, so that user refers to, certainly, user can be according to practical inspection point parameter value to target inspection point
Parameter value is corrected, to obtain final inspection point parameter value, this greatly facilitate patrol officer fill in operating parameter and
Live numerical value, and improve operating parameter and the accuracy and validity of live numerical value.
In the above-mentioned technical solutions, it is preferable that the transmission unit is additionally operable to：If the final inspection point parameter value and institute
The deviation for stating target inspection point parameter value is more than predetermined deviation, then sends out standby signal to the inspection terminal.
In the technical scheme, when the deviation of final inspection point parameter value and target inspection point parameter value is more than predetermined deviation
When, illustrate that the deviation of final inspection point parameter value and target inspection point parameter value is excessive, by sending out prompt letter to inspection terminal
Number, user can be made to check the practical inspection point parameter value of target inspection point again in time, and to final inspection point parameter value
Validity verified, to improve the accuracy of final inspection point parameter value.
Through the above technical solutions, user can be made to be interacted with scalable vector graphics so that inspection App has finger
Draw patrol officer and reach inspection point, positioning inspection point function, inspection terminal and patrol checking server and monitoring server can also be made
It interacts, and then improves the convenience that patrol officer fills in operating parameter and live numerical value, it is ensured that patrol officer provided patrols
The validity of result is examined, while also inspection director being allowed to check and rate the work of patrol officer.
Description of the drawings
Fig. 1 shows the flow according to an embodiment of the invention that method is determined based on the inspection point of scalable vector graphics
Schematic diagram；
The structure for the inspection point determining device based on scalable vector graphics that Fig. 2 shows according to an embodiment of the invention
Schematic diagram；
Fig. 3 shows that the flow according to an embodiment of the invention with the inspection exchange method of monitoring server communication is illustrated
Figure；
Fig. 4 shows the structural representation according to an embodiment of the invention with the inspection interactive device of monitoring server communication
Figure；
Fig. 5 shows the schematic diagram of the scalable vector graphics according to an embodiment of the invention with identification information；
Fig. 6 shows the method flow schematic diagram of determining target inspection point according to an embodiment of the invention；
Fig. 7 and Fig. 8 shows the process schematic of the final inspection point parameter value of determination according to an embodiment of the invention.
Specific implementation mode
To better understand the objects, features and advantages of the present invention, below in conjunction with the accompanying drawings and specific real
Mode is applied the present invention is further described in detail.It should be noted that in the absence of conflict, the implementation of the application
Feature in example and embodiment can be combined with each other.
Many details are elaborated in the following description to facilitate a thorough understanding of the present invention, still, the present invention may be used also
To be implemented different from other modes described here using other, therefore, protection scope of the present invention is not by described below
Specific embodiment limitation.
Fig. 1 shows the flow according to an embodiment of the invention that method is determined based on the inspection point of scalable vector graphics
Schematic diagram.
As shown in Figure 1, the inspection point according to an embodiment of the invention based on scalable vector graphics determines method, packet
It includes：Step 102, when any point in the scalable vector graphics in terminal receives trigger action, described appoint is obtained
The coordinates of targets value of a bit, and obtain the coordinate of each inspection point in all inspection points on the scalable vector graphics
Value；Step 104, target inspection point is determined according to the coordinate value of the coordinates of targets value and each inspection point.
In the technical scheme, when user triggers any point in scalable vector graphics, terminal can obtain use automatically
The coordinates of targets value of family trigger point (any point), and the coordinate value of inspection point each of is obtained on scalable vector graphics, with
It is automatically that user determines that a target inspection point, guiding user reach target inspection point and operated to target inspection point,
This can be such that user is interacted with scalable vector graphics, avoid the target inspection point that manually determined is current, advantageously reduce
User's operation, and the usage experience of user can be effectively improved.
In the above-mentioned technical solutions, it is preferable that the formula of the determining target inspection point is as follows：
Wherein, (tx, ty) is the coordinates of targets value of any point, and tx is the abscissa value of any point, and ty is any point
Ordinate value, (px, py) is the coordinate value of each inspection point, and px is the abscissa value of each inspection point, and py is
The ordinate value of each inspection point, as y≤100, (px, py) corresponding inspection point is the target inspection point, and is worked as
The corresponding y of multiple inspection points is respectively less than or when equal to 100, selects the inspection point of y values minimum as the target inspection point.
In the technical scheme, terminal can automatically determine touching with user by the formula of above-mentioned determining target inspection point
Centered on hair point, in 100 range of trigger point, if there are target inspection points, and if there is multiple inspection points and user
Trigger point distance in 100, then the nearest inspection point of chosen distance user is effective to realize as target inspection point
Ground guiding user reaches target inspection point and is operated to target inspection point.Certainly, user can according to actual use situation,
The size of y values is freely limited, for example, user can limit y≤50, determines so that terminal is user and is with the trigger point of user
The heart, the target inspection point in 50 range of trigger point.
In the above-mentioned technical solutions, it is preferable that identification information is additionally provided on the scalable vector graphics, to identify
State the current location of the inspection state and inspection person of each inspection point, each inspection point, wherein the inspection state includes
Any one of following state state：Completion status, does not start state, abnormality at beginning state.
In the technical scheme, pass through the present bit of inspection state and inspection person for each inspection point, each inspection point
Identification information is installed, inspection App can be made to guiding patrol officer effectively to be guided, is patrolled so that inspection person quickly reaches
It is cautious, and check the inspection state of inspection point.
Such as：The current of each inspection point, the inspection state of each inspection point and inspection person is identified using colour code
Position, such as：It uses " green " to identify completion status on scalable vector graphics, represents patrol officer and checked out this inspection
Inspection project under point, and there is no abnormal for inspection point；It uses " yellow " to identify beginning state, represents patrol officer and start to check
Inspection project under this inspection point, but not yet complete；It uses " grey " mark not start state, represents patrol officer not yet
This inspection point is handled；It uses " red " to identify abnormality, it is abnormal to indicate that inspection point exists, needs timely processing,
Use the current location of the red point identification inspection person with circle.It is based on to contract Fig. 2 shows according to an embodiment of the invention
Put the structural schematic diagram of the inspection point determining device of vector graphics.
As shown in Fig. 2, the inspection point determining device 200 according to an embodiment of the invention based on scalable vector graphics,
Including：Acquiring unit 202 is obtained when any point in the scalable vector graphics in terminal receives trigger action
The coordinates of targets value of any point, and obtain each inspection point in all inspection points on the scalable vector graphics
Coordinate value；Determination unit 204 determines target inspection point according to the coordinate value of the coordinates of targets value and each inspection point.
In the technical scheme, when user triggers any point in scalable vector graphics, terminal can obtain use automatically
The coordinates of targets value of family trigger point (any point), and the coordinate value of inspection point each of is obtained on scalable vector graphics, with
It is automatically that user determines that a target inspection point, guiding user reach target inspection point and operated to target inspection point,
This can be such that user is interacted with scalable vector graphics, avoid the target inspection point that manually determined is current, advantageously reduce
User's operation, and the usage experience of user can be effectively improved.
In the above-mentioned technical solutions, it is preferable that the formula of the determining target inspection point is as follows：
Wherein, (tx, ty) is the coordinates of targets value of any point, and tx is the abscissa value of any point, and ty is any point
Ordinate value, (px, py) is the coordinate value of each inspection point, and px is the abscissa value of each inspection point, and py is
The ordinate value of each inspection point, as y≤100, (px, py) corresponding inspection point is the target inspection point, and is worked as
The corresponding y of multiple inspection points is respectively less than or when equal to 100, selects the inspection point of y values minimum as the target inspection point.
In the technical scheme, terminal can automatically determine touching with user by the formula of above-mentioned determining target inspection point
Centered on hair point, in 100 range of trigger point, if there are target inspection points, and if there is multiple inspection points and user
Trigger point distance in 100, then the nearest inspection point of chosen distance user is effective to realize as target inspection point
Ground guiding user reaches target inspection point and is operated to target inspection point.Certainly, user can according to actual use situation,
The size of y values is freely limited, for example, user can limit y≤50, determines so that terminal is user and is with the trigger point of user
The heart, the target inspection point in 50 range of trigger point.
In the above-mentioned technical solutions, it is preferable that identification information is additionally provided on the scalable vector graphics, to identify
State the current location of the inspection state and inspection person of each inspection point, each inspection point, wherein the inspection state includes
Any one of following state state：Completion status, does not start state, abnormality at beginning state.
In the technical scheme, pass through the present bit of inspection state and inspection person for each inspection point, each inspection point
Identification information is installed, inspection App can be made to guiding patrol officer effectively to be guided, is patrolled so that inspection person quickly reaches
It is cautious, and check the inspection state of inspection point.
Such as：The current of each inspection point, the inspection state of each inspection point and inspection person is identified using colour code
Position, such as：It uses " green " to identify completion status on scalable vector graphics, represents patrol officer and checked out this inspection
Inspection project under point, and there is no abnormal for inspection point；It uses " yellow " to identify beginning state, represents patrol officer and start to check
Inspection project under this inspection point, but not yet complete；It uses " grey " mark not start state, represents patrol officer not yet
This inspection point is handled；It uses " red " to identify abnormality, it is abnormal to indicate that inspection point exists, needs timely processing,
Use the current location of the red point identification inspection person with circle.
Fig. 3 shows that the flow according to an embodiment of the invention with the inspection exchange method of monitoring server communication is illustrated
Figure.
As shown in figure 3, the inspection exchange method according to an embodiment of the invention with monitoring server communication, including：Step
Rapid 302, inspection terminal sends inspection point history parameters solicited message to patrol checking server, so that the patrol checking server is to described
Monitoring server sends history parameters request, and according to described in the inspection point historical parameter value determination of the monitoring server return
The target inspection point parameter value of target inspection point；Step 304, the inspection terminal is received from described in the patrol checking server
Target inspection point parameter value to determine final inspection point parameter value according to the target inspection point parameter, and takes to the inspection
Business device sends storage request, and the final inspection point parameter value is stored to the patrol checking server.
In the technical scheme, when user reaches target inspection point, user can be serviced by inspection terminal and monitoring
Device and patrol checking server interact, you can to send inspection point history parameters request letter to patrol checking server by inspection terminal
Breath, and patrol checking server receive the history parameters solicited message can to monitoring server send history parameters request so that
Monitor that the historical parameter value of various instrument or equipment of the server by target inspection point within the past period is sent to inspection
Server, and patrol checking server is allow to generate a mesh for meeting target inspection point account of the history according to these historical parameter values
Inspection point parameter value is marked, so that user refers to, certainly, user can be according to practical inspection point parameter value to target inspection point
Parameter value is corrected, to obtain final inspection point parameter value, this greatly facilitate patrol officer fill in operating parameter and
Live numerical value, and improve operating parameter and the accuracy and validity of live numerical value.
In the above-mentioned technical solutions, it is preferable that further include：If the final inspection point parameter value and the target inspection point
The deviation of parameter value is more than predetermined deviation, then sends out standby signal to the inspection terminal.
In the technical scheme, when the deviation of final inspection point parameter value and target inspection point parameter value is more than predetermined deviation
When, illustrate that the deviation of final inspection point parameter value and target inspection point parameter value is excessive, by sending out prompt letter to inspection terminal
Number, user can be made to check the practical inspection point parameter value of target inspection point again in time, and to final inspection point parameter value
Validity verified, to improve the accuracy of final inspection point parameter value.
Fig. 4 shows the structural representation according to an embodiment of the invention with the inspection interactive device of monitoring server communication
Figure.
As shown in figure 4, the inspection interactive device according to an embodiment of the invention with monitoring server communication, including：Hair
Unit 402 is sent, is located in inspection terminal, inspection point history parameters solicited message is sent to patrol checking server, so that the inspection
Server sends history parameters request to the monitoring server, and is joined according to the inspection point history that the monitoring server returns
Numerical value determines the target inspection point parameter value of the target inspection point；Processing unit 404 is located in the inspection terminal, receives
The target inspection point parameter value from the patrol checking server, to determine final inspection according to the target inspection point parameter
Point parameter value, and storage request is sent to the patrol checking server, the final inspection point parameter value is stored to described and is patrolled
Examine server.
In the technical scheme, when user reaches target inspection point, user can be serviced by inspection terminal and monitoring
Device and patrol checking server interact, you can to send inspection point history parameters request letter to patrol checking server by inspection terminal
Breath, and patrol checking server receive the history parameters solicited message can to monitoring server send history parameters request so that
Monitor that the historical parameter value of various instrument or equipment of the server by target inspection point within the past period is sent to inspection
Server, and patrol checking server is allow to generate a mesh for meeting target inspection point account of the history according to these historical parameter values
Inspection point parameter value is marked, so that user refers to, certainly, user can be according to practical inspection point parameter value to target inspection point
Parameter value is corrected, to obtain final inspection point parameter value, this greatly facilitate patrol officer fill in operating parameter and
Live numerical value, and improve operating parameter and the accuracy and validity of live numerical value.
In the above-mentioned technical solutions, it is preferable that the transmission unit 402 is additionally operable to：If the final inspection point parameter value
And the deviation of the target inspection point parameter value is more than predetermined deviation, then sends out standby signal to the inspection terminal.
In the technical scheme, when the deviation of final inspection point parameter value and target inspection point parameter value is more than predetermined deviation
When, illustrate that the deviation of final inspection point parameter value and target inspection point parameter value is excessive, by sending out prompt letter to inspection terminal
Number, user can be made to check the practical inspection point parameter value of target inspection point again in time, and to final inspection point parameter value
Validity verified, to improve the accuracy of final inspection point parameter value.
Fig. 5 shows the schematic diagram of the scalable vector graphics according to an embodiment of the invention with identification information.
As shown in figure 5, showing the scalable vector graphics according to an embodiment of the invention with identification information, i.e.,
SVG (Scalable Vector Graphic) figure, SVG figures are the abbreviations of scalable vector graphics, and SVG figures are to be based on expansible mark
Remember a kind of vector graphics of language, it inherits the cross-platform characteristic and scalability of XML, and SVG can both be embedded in other XML
In document, can also be used as container includes other XML documents.Therefore, it can be easily combined between different SVG figures,
Constitute new SVG figures, and user SVG figures can be embedded in inspection App use and by factory according to a certain percentage
It zooms in and out, and then forms the SVG maps of factory.The content for including on SVG maps mainly has：Inspection point, inspection route and is patrolled
Examine the current location of people.In the embodiment as shown in fig.5, each inspection point, each inspection point are identified using symbol logo
Inspection state and inspection person current location, such as：Completion status is identified using "●" on scalable vector graphics, representative is patrolled
Inspection personnel have checked out the inspection project under this inspection point, and there is no abnormal for inspection point；" ◆ " mark beginning state is used,
It represents patrol officer to start to check the inspection project under this inspection point, but not yet completes；" ▲ " mark is used not start shape
State represents patrol officer and not yet handles this inspection point；It uses " ■ " to identify abnormality, indicates that there are different for inspection point
Often, timely processing is needed, the current location of inspection person is identified using "○".
In SVG figures, inspection route is the rational inspection route that inspection director, workshop management person provide.Patrol officer
Inspection is carried out according to this route, it will is saved the more time, is improved routing inspection efficiency.And the current location of inspection people, then it is
By RFID (Radio Frequency Identification, radio frequency identification) technology (RFID system in the present embodiment by
Computer, mobile terminal, RFID reader, antenna, personnel's RFID tag and inspection point RFID tag are constituted) positioning.And it patrols
Inspection personnel are it can be seen that oneself current position, as long as later according to the inspection point position shown in SVG maps, it will be able to quickly
Reach inspection point.
Fig. 6 shows the method flow schematic diagram of determining target inspection point according to an embodiment of the invention.
As shown in fig. 6, the method for determining target inspection point according to an embodiment of the invention, including：
Step 602, when the of short duration click SVG maps of patrol officer, inspection App can capture the position of patrol officer touch point
Coordinate, and it is indicated with (tx, ty), and itself is a XML documents for SVG maps, therefore, it is possible to acquire
The position coordinates of whole inspection points in SVG maps, and it is indicated with (px, py)；
Step 604, according to the formula for determining target inspection pointDetermine whether there is with
The inspection point of distance y≤100 of touch point.
Step 606, when judgement exists with the inspection point of touch point distance y≤100, judge whether that only there are one inspections
Point, and when it is to be to judge result, execute step 610；When it is no to judge result, step 608 is executed.
Step 608, the nearest inspection point of chosen distance is as target inspection point.
Step 610, target inspection point is opened.
Fig. 7 and Fig. 8 shows the process schematic of the final inspection point parameter value of determination according to an embodiment of the invention.
Illustrate technical scheme of the present invention below in conjunction with Fig. 7 and Fig. 8：
The effect of monitoring server in Fig. 7 be the periodic instrument obtained in workshop, inductor, equipment real-time number
According to, and they are persisted in monitoring database.Based on these data, user can recall and supervise to the case where workshop
Control.And inspection App (mobile terminal) with monitoring server interactive environment, that is, it is as shown in Figure 7
On the one hand, inspection App can be with reference to the history value that records in monitoring server, and in the present embodiment, inspection App
It can be filled in there are three types of field data：Numeric type, Boolean type and text-type, wherein the data of numeric type are exactly to fill in inspection point
The actual value of interior instrument, inductor, device parameter.It, can be by inspection App to prison after patrol officer's selected target inspection point
Inspection point history parameters solicited message is sent depending on server, and patrol checking server can be based on the history value meter that monitoring server returns
One is calculated with reference to numerical value (target inspection point parameter value), detailed process by inspection App as shown in figure 8, and show inspection
Personnel.Patrol officer can receive the reference numerical value of inspection project, this can also be finely adjusted and then be obtained with reference to numerical value
Actual numerical value.When actual numerical value (final inspection point parameter value) that patrol officer fills in it is excessive with reference to numerical value difference when, inspection
App can then remind patrol officer to examine actual numerical value again.In this way, not only increasing patrol officer fills in the simple of actual numerical value
Property, also reduce the probability of patrol officer's error.In the process, patrol checking server generates there are three types of the algorithms with reference to numerical value：
1) it is generated with reference to numerical value based on nearest history value；
2) it based on the history value in the past period, is generated in the way of average weighted with reference to numerical value；
3) it based on the history value in the past period, is generated with reference to numerical value in such a way that gradient weights.History value
It obtains the time and the current time is closer, the weight of history value is also higher.
On the other hand, the history value situation that inspection director can obtain according to monitoring server, the work to patrol officer
Situation carries out examination evaluation.When being evaluated, monitoring server can return to the monitoring history value near inspection point fill in the time,
Patrol checking server can generate referential data (target inspection point parameter value) according to these history values.Later, patrol checking server can incite somebody to action
Actual numerical value (final inspection point parameter value) is compared with referential data, and judges actual numerical value according to certain algorithm
Validity.Inspection director can check comparing result in inspection App or in client PC machine.It is commented when to patrol checking server
Sentencing result, there are objections, then can patterned display history value trend and actual numerical value.Inspection director can be according to this figure
The displaying of shape carries out more accurate judgement.
Technical scheme of the present invention is described in detail above in association with attached drawing, technical solution through the invention can use
Family, which is interacted with scalable vector graphics so that inspection App has, guides patrol officer to reach inspection point, positioning inspection point work(
Can, inspection terminal can also be made to be interacted with patrol checking server and monitoring server, and then improve patrol officer and fill in operation
The convenience of parameter and live numerical value, it is ensured that the validity for the inspection result that patrol officer provides, while also allowing inspection director
The work of patrol officer is checked and rated.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the invention may be variously modified and varied.All within the spirits and principles of the present invention, any made by repair
Change, equivalent replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of inspection point based on scalable vector graphics determines method, which is characterized in that including：
When any point in the scalable vector graphics in terminal receives trigger action, the mesh of any point is obtained
Coordinate value is marked, and obtains the coordinate value of each inspection point in all inspection points on the scalable vector graphics；
Target inspection point is determined according to the coordinate value of the coordinates of targets value and each inspection point.
2. the inspection point according to claim 1 based on scalable vector graphics determines method, which is characterized in that described true
Set the goal inspection point formula it is as follows：
Wherein, (tx, ty) is the coordinates of targets value of any point, and tx is the abscissa value of any point, and ty is described appoints
The ordinate value of a bit, (px, py) are the coordinate value of each inspection point, and px is the abscissa value of each inspection point,
Py is the ordinate value of each inspection point, and as y≤100, (px, py) corresponding inspection point is the target inspection point,
And when the corresponding y of multiple inspection points is respectively less than or is equal to 100, select the inspection point of y values minimum as the target inspection point.
3. the inspection point according to claim 1 or 2 based on scalable vector graphics determines method, which is characterized in that
It is additionally provided with identification information on the scalable vector graphics, to identify each inspection point, each inspection point
Inspection state and inspection person current location, wherein the inspection state includes any one of following state state：It completes
State, does not start state, abnormality at beginning state.
4. a kind of inspection exchange method with monitoring server communication, which is characterized in that utilize as any in claims 1 to 3
The inspection point based on scalable vector graphics described in determines the target inspection point that method determines, the monitoring server communication
Inspection exchange method include：
Inspection terminal sends inspection point history parameters solicited message to patrol checking server, so that the patrol checking server is to the prison
History parameters request is sent depending on server, and the mesh is determined according to the inspection point historical parameter value that the monitoring server returns
Mark the target inspection point parameter value of inspection point；
The inspection terminal receives the target inspection point parameter value from the patrol checking server, to be patrolled according to the target
Cautious parameter determines final inspection point parameter value, and sends storage request to the patrol checking server, by the final inspection
Point parameter value is stored to the patrol checking server.
5. the inspection exchange method according to claim 4 with monitoring server communication, which is characterized in that further include：
If the deviation of the final inspection point parameter value and the target inspection point parameter value is more than predetermined deviation, patrolled to described
Inspection terminal sends out standby signal.
6. a kind of inspection point determining device based on scalable vector graphics, which is characterized in that including：
Acquiring unit, when any point in the scalable vector graphics in terminal receives trigger action, described in acquisition
The coordinates of targets value of any point, and obtain the coordinate of each inspection point in all inspection points on the scalable vector graphics
Value；
Determination unit determines target inspection point according to the coordinate value of the coordinates of targets value and each inspection point.
7. the inspection point determining device according to claim 6 based on scalable vector graphics, which is characterized in that described true
Set the goal inspection point formula it is as follows：
Wherein, (tx, ty) is the coordinates of targets value of any point, and tx is the abscissa value of any point, and ty is described appoints
The ordinate value of a bit, (px, py) are the coordinate value of each inspection point, and px is the abscissa value of each inspection point,
Py is the ordinate value of each inspection point, and as y≤100, (px, py) corresponding inspection point is the target inspection point,
And when the corresponding y of multiple inspection points is respectively less than or is equal to 100, select the inspection point of y values minimum as the target inspection point.
8. the inspection point determining device based on scalable vector graphics described according to claim 6 or 7, which is characterized in that
It is additionally provided with identification information on the scalable vector graphics, to identify each inspection point, each inspection point
Inspection state and inspection person current location, wherein the inspection state includes any one of following state state：It completes
State, does not start state, abnormality at beginning state.
9. a kind of inspection interactive device with monitoring server communication, which is characterized in that utilize as any in claim 6 to 8
The target inspection point that the inspection point determining device based on scalable vector graphics described in determines is described logical with monitoring server
The inspection interactive device of letter includes：
Transmission unit is located in inspection terminal, inspection point history parameters solicited message is sent to patrol checking server, so that described patrol
It examines server and sends history parameters request, and the inspection point history returned according to the monitoring server to the monitoring server
Parameter value determines the target inspection point parameter value of the target inspection point；
Processing unit is located in the inspection terminal, receives the target inspection point parameter value from the patrol checking server,
To determine final inspection point parameter value according to the target inspection point parameter, and storage request is sent to the patrol checking server,
Storing the final inspection point parameter value to the patrol checking server.
10. the inspection interactive device according to claim 9 with monitoring server communication, which is characterized in that
The transmission unit is additionally operable to：If the deviation of the final inspection point parameter value and the target inspection point parameter value is more than
Predetermined deviation then sends out standby signal to the inspection terminal.
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| CN105868934A (en) * | 2016-05-09 | 2016-08-17 | 国网浙江东阳市供电公司 | Tour-inspection remote management method |
| CN107525542A (en) * | 2017-08-18 | 2017-12-29 | 北京恒华伟业科技股份有限公司 | A kind of power distribution rod detection method and device |
| CN108133522B (en) * | 2017-12-29 | 2024-05-07 | 北京神州泰岳软件股份有限公司 | Pipe gallery inspection method and system |
| CN108364369B (en) * | 2018-01-17 | 2023-09-26 | 上海振华重工(集团)股份有限公司 | Unmanned aerial vehicle inspection point determining method, unmanned aerial vehicle inspection point determining device, unmanned aerial vehicle inspection point determining medium, unmanned aerial vehicle inspection point determining equipment and unmanned aerial vehicle inspection point determining system |
| CN109816125A (en) * | 2019-03-14 | 2019-05-28 | 广东省乐昌峡水利枢纽管理处 | Maintenance management method, device, computer equipment and the storage medium of equipment |
| CN110640751B (en) * | 2019-08-20 | 2021-03-23 | 广西诚新慧创科技有限公司 | Inspection robot interaction method based on transformer substation remote inspection platform |
| CN110597937B (en) * | 2019-08-23 | 2022-01-11 | 广州杰赛科技股份有限公司 | Unmanned intelligent inspection method, device, equipment and storage medium |
| CN110687563B (en) * | 2019-09-27 | 2022-02-22 | 万翼科技有限公司 | Dynamic positioning method applied to 5G communication space and related device |
| CN111136655B (en) * | 2019-12-10 | 2021-06-29 | 深圳市优必选科技股份有限公司 | Method and device for acquiring inspection point |
| CN111679291B (en) * | 2020-06-17 | 2022-12-06 | 四川智动木牛智能科技有限公司 | Inspection robot target positioning configuration method based on three-dimensional laser radar |
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