CN108288367B - A kind of fast reporting method and system of power grid the condition of a disaster data - Google Patents

A kind of fast reporting method and system of power grid the condition of a disaster data Download PDF

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Publication number
CN108288367B
CN108288367B CN201711325484.7A CN201711325484A CN108288367B CN 108288367 B CN108288367 B CN 108288367B CN 201711325484 A CN201711325484 A CN 201711325484A CN 108288367 B CN108288367 B CN 108288367B
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condition
data
disaster
remote server
state
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CN108288367A (en
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卢宝丰
张大双
周文超
曹桂菊
崔艾敏
方宇
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Shandong Hongshi Internet Technology Co.,Ltd.
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Jinan Chuangzhi Electrical Science & Technology Co Ltd
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    • GPHYSICS
    • G08SIGNALLING
    • G08CTRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C17/00Arrangements for transmitting signals characterised by the use of a wireless electrical link
    • G08C17/02Arrangements for transmitting signals characterised by the use of a wireless electrical link using a radio link
    • GPHYSICS
    • G08SIGNALLING
    • G08CTRANSMISSION SYSTEMS FOR MEASURED VALUES, CONTROL OR SIMILAR SIGNALS
    • G08C25/00Arrangements for preventing or correcting errors; Monitoring arrangements

Abstract

The present invention provides the fast reporting method and system of a kind of power grid the condition of a disaster data, and system includes: local server, the display screen for the real-time display power grid scene the condition of a disaster data connecting with local server, the remote server to analyze live the condition of a disaster data, the data collector communicated with remote server.Method includes: the environmental parameter by data collector power grid scene collected, remote server is analyzed in real time and predicts the condition of a disaster state at power grid scene, the data type and data volume that remote server adjusts transmission in real time are controlled by the condition of a disaster state, local server control display carries out the display of different the condition of a disaster states and data.Invention defines three kinds of the condition of a disaster states, the data type and data volume for adjusting transmission in real time according to the condition of a disaster state are realized, data communication congestion and drop probabilities when improving the predictive ability of power grid the condition of a disaster, reducing the condition of a disaster peak period.

Description

A kind of fast reporting method and system of power grid the condition of a disaster data
Technical field
The present invention relates to the condition of a disaster technical field of data transmission, and in particular to a kind of fast reporting method of power grid the condition of a disaster data and is System.
Background technique
In recent years, operation of power networks environment is increasingly severe and complicated, and sleet and snow ice, storm tide, typhoon, heavy rain thunder and lightning etc. are strong right The extreme weathers such as stream disaster, haze, strong wind, sandstorm, mountain fire (refer to weather event rarely seen in the history, probability of happening is small, social Influence big) and the influence of power supply service and the dangerous hidden danger of electrical network facilities failure generation to power grid it is increasing.Power grid occurs Hidden danger cannot understand in time and make remedial measure, cause to cause immeasurable loss in grid operation.
Existing the condition of a disaster speed reporting method is mostly that it is defeated to carry out the condition of a disaster data by artificial mode after the generation of power grid the condition of a disaster Enter, multiple the condition of a disaster Yi Fadian are fixed to the data type that control centre sends and data are huge.The above method there are problems, Such as cannot achieve the prediction of the condition of a disaster, be unable to control volume of transmitted data cause bad weather multiple period be easy to appear data transmission Channel congestion and data volume loss situation.
Therefore, the predictive ability of power grid the condition of a disaster how is improved, the rate and accuracy rate for improving the transmission of the condition of a disaster data become this One of field urgent problem to be solved.
Summary of the invention
To solve the above-mentioned problems, the present invention provides a kind of Rapid information system of power grid the condition of a disaster data, the system comprises:
Local server, for storing and processing power grid site environment data;Remote server passes through with local server Wireless communication is responsible for transmitting power grid site environment data to local server;Display screen is connected with local server, It is responsible for display power grid site environment data;Data collector is installed on power grid scene, communicates with remote server, is responsible for acquisition The environmental data at power grid scene, the environmental data include temperature, wind-force, air humidity, picture, video data;The condition of a disaster The speed report of data includes the following steps:
Step 1): predicted state, original state, stable state corresponding to input the condition of a disaster type and the condition of a disaster type;Institute State predicted state is indicated by the change curve of all types of the condition of a disasters environmental data before generation;The original state is initial by the condition of a disaster The change curve of stage environment data indicates;The stable state is developed to the change curve of severe stage environmental data by the condition of a disaster It indicates;
Step 2): data collector acquires power grid site environment data, and is sent to remote server in real time;
Step 3): remote server receives the environmental data of data collector acquisition, meanwhile, remote server is parallel Ground is stored and is analyzed to each environmental data, when the one or more of environmental data has mutation, according to mutation Environmental data determines the condition of a disaster type, when the change curve degree of approximation of change curve and predicted state is less than preset threshold TyWhen, it holds Row step 4);When the change curve of environmental data and the change curve degree of approximation of original state are less than preset threshold TcWhen, it executes Step 5);When the change curve of environmental data and the change curve degree of approximation of stable state are less than preset threshold TwWhen, execute step It is rapid 6);Otherwise, step 7) is executed;
Step 4): remote server sends position, the condition of a disaster type, the condition of a disaster as unit of 5 second data amounts, to local server State, temperature, wind-force, air humidity data and handshake;
Step 5): remote server sends position, the condition of a disaster type, the condition of a disaster as unit of 2 second data amounts, to local server State, temperature, wind-force, air humidity, image data and handshake;
Step 6): remote server sends position, the condition of a disaster type, the condition of a disaster as unit of 1 second data amount, to local server State, environmental data temperature, wind-force, air humidity, picture, video data and handshake;
Step 7) remote server sends position, temperature, wind-force, sky as unit of 10 second data amounts, to local server Gas humidity data;
Step 8) local server receives the environmental parameter that remote server is sent and transmits and receives to remote server true Recognize signal, the map based on geography information model GIS is loaded on by the condition of a disaster type, environmental data to the position received In;Wherein, varying environment state is marked using different colours;
Step 9) user clicks corresponding position in display screen, and display screen shows the condition of a disaster type, environmental data.
Further, the condition of a disaster type includes: fire, strong wind, heavy rainfall, sleet and snow ice.
Further, when remote server receives the environmental data of data collector acquisition, when the one of environmental data When a or multiple presence mutation, the condition of a disaster type is determined according to the environmental data of mutation, comprising:
It is mutated when temperature exists, and when temperature promotion, is judged as fire;
It is mutated when wind-force exists, and when wind-power lifting, is judged as strong wind;
It is mutated when air humidity exists, and when air humidity promotion, is judged as heavy rainfall;
It is mutated when temperature exists, and when temperature reduction, is judged as sleet and snow ice.
Further, local server receives the environmental parameter of remote server transmission and transmits and receives to remote server After confirmation signal, further includes: when remote server does not receive the reception confirmation signal, retransmit the data of loss.
Further, remote server and local server pass through the logical progress data communication in day.
Further, system carries out vector positioning to the condition of a disaster place by big-dipper satellite.
Further, preset threshold | Ty|=0.8, | Tc|=0.6, | Tw|=0.5.
Further, the varying environment state includes: using different colours mark
When the condition of a disaster state is no the condition of a disaster, it is labeled with black;
When the condition of a disaster state is predicted state, it is labeled with blue;
When the condition of a disaster state is original state, it is labeled with red;
When the condition of a disaster state is stable state, it is labeled with purple.
To solve the above-mentioned problems, the present invention also provides a kind of fast reporting method of power grid the condition of a disaster data, the method packets It includes:
Step 1): predicted state, original state, stable state corresponding to input the condition of a disaster type and the condition of a disaster type;Institute State predicted state is indicated by the change curve of all types of the condition of a disasters environmental data before generation;The original state is initial by the condition of a disaster The change curve of stage environment data indicates;The stable state is developed to the change curve of severe stage environmental data by the condition of a disaster It indicates;
Step 2): data collector acquires power grid site environment data, and is sent to remote server in real time;
Step 3): remote server receives the environmental data of data collector acquisition, meanwhile, remote server is parallel Ground is stored and is analyzed to each environmental data, when the one or more of environmental data has mutation, according to mutation Environmental data determines the condition of a disaster type, when the change curve degree of approximation of change curve and predicted state is less than preset threshold TyWhen, it holds Row step 4);When the change curve of environmental data and the change curve degree of approximation of original state are less than preset threshold TcWhen, it executes Step 5);When the change curve of environmental data and the change curve degree of approximation of stable state are less than preset threshold TwWhen, execute step It is rapid 6);Otherwise, step 7) is executed;
Step 4): remote server sends position, the condition of a disaster type, temperature as unit of 5 second data amounts, to local server Degree, wind-force, air humidity data and handshake;
Step 5): remote server sends position, the condition of a disaster type, temperature as unit of 2 second data amounts, to local server Degree, wind-force, air humidity, image data and handshake;
Step 6): remote server sends position, the condition of a disaster type, environment as unit of 1 second data amount, to local server Data temperature, wind-force, air humidity, picture, screen data and handshake;
Step 7) remote server sends position, temperature, wind-force, sky as unit of 10 second data amounts, to local server Gas humidity data;
Step 8) local server receives the environmental parameter that remote server is sent and transmits and receives to remote server true Recognize signal, the map based on geography information model GIS is loaded on by the condition of a disaster type, environmental data to the position received In;Wherein, varying environment state is marked using different colours;
Step 9) user clicks corresponding position in display screen, and display screen shows the condition of a disaster type, environmental data.
Further, the condition of a disaster type includes: fire, strong wind, heavy rainfall, sleet and snow ice.
Further, when remote server receives the environmental data of data collector acquisition, when the one of environmental data When a or multiple presence mutation, the condition of a disaster type is determined according to the environmental data of mutation, comprising:
It is mutated when temperature exists, and when temperature promotion, is judged as fire;
It is mutated when wind-force exists, and when wind-power lifting, is judged as strong wind;
It [is mutated when air humidity exists, and when air humidity promotion, is judged as heavy rainfall;
It is mutated when temperature exists, and when temperature reduction, is judged as sleet and snow ice.
Further, local server receives the environmental parameter of remote server transmission and transmits and receives to remote server After confirmation signal, further includes: when remote server does not receive the reception confirmation signal, retransmit the data of loss.
Further, remote server and local server pass through the logical progress data communication in day.
Further, system carries out vector positioning to the condition of a disaster place by big-dipper satellite.
Further, preset threshold | Ty|=0.8, | Tc|=0.6, | Tw|=0.5.
Further, the varying environment state includes: using different colours mark
When the condition of a disaster state is no the condition of a disaster, it is labeled with black;
When the condition of a disaster state is predicted state, it is labeled with blue;
When the condition of a disaster state is original state, it is labeled with red;
When the condition of a disaster state is stable state, it is labeled with purple.
The beneficial effects of the present invention are: providing the fast reporting method and system of a kind of power grid the condition of a disaster data, realize to electricity The real-time monitoring of net the condition of a disaster state, the especially prediction to power grid the condition of a disaster, according to different the condition of a disaster states to the condition of a disaster data type and Data volume is controlled, and the rate and accuracy rate of the transmission of the condition of a disaster data are promoted.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of power grid the condition of a disaster data Rapid information system of the present invention;
Fig. 2 is the flow chart of power grid the condition of a disaster data speed reporting method of the present invention;
Specific embodiment
In order to make the foregoing objectives, features and advantages of the present invention clearer and more comprehensible, with reference to the accompanying drawing to the present invention Specific embodiment be described in detail.
Specifically illustrate embodiments of the present invention with reference to the accompanying drawing, attached drawing is only for reference and illustrates use, does not constitute pair The limitation of the invention patent protection scope.
As shown in Figure 1, system 100 includes: local server 40, for storing and processing power grid site environment data;Far Server 20 is held, with local server by wireless communication, is responsible for transmitting power grid site environment data to local server; Display screen 30, is connected with local server, is responsible for display power grid site environment data;Data collector 10, is installed on power grid Scene is communicated with remote server, is responsible for the environmental data at acquisition power grid scene, the environmental data includes temperature, wind-force, sky Air humidity degree, picture, video data.
Wherein, display screen 30 is but not limited to whole screen or mosaic screen.
The speed report of the condition of a disaster data includes the following steps, as shown in Figure 2:
S21: predicted state, original state, stable state corresponding to input the condition of a disaster type and the condition of a disaster type;It is described Predicted state is indicated by the change curve of all types of the condition of a disasters environmental data before generation;The original state is by the initial rank of the condition of a disaster The change curve of section environmental data indicates;The stable state is developed to the change curve table of severe stage environmental data by the condition of a disaster Show;
Wherein, the condition of a disaster type is to transmit the condition of a disaster being affected to grid power, such as fire, strong wind, heavy rainfall, rain Snow ice freezes.
S22: data collector acquires power grid site environment data, and is sent to remote server in real time;
S23: remote server receives the environmental data of data collector acquisition, meanwhile, remote server is concurrently Each environmental data is stored and analyzed, when the one or more of environmental data has mutation, according to the ring of mutation Border data determine the condition of a disaster type, when the change curve degree of approximation of change curve and predicted state is less than preset threshold TyWhen, it executes Step 4);When the change curve of environmental data and the change curve degree of approximation of original state are less than preset threshold TcWhen, execute step It is rapid 5);When the change curve of environmental data and the change curve degree of approximation of stable state are less than preset threshold TwWhen, execute step 6);Otherwise, step 7) is executed;
Wherein, true according to the environmental data of mutation when the one or more for monitoring environmental parameter has mutation Determine the condition of a disaster type, comprising:
It is mutated when temperature exists, and when temperature promotion, is judged as fire;
It is mutated when wind-force exists, and when wind-power lifting, is judged as strong wind;
It is mutated when air humidity exists, and when air humidity promotion, is judged as heavy rainfall;
It is mutated when temperature exists, and when temperature reduction, is judged as sleet and snow ice.
That is, the condition of a disaster is the total of the condition of a disaster corresponding to the environmental parameter of each mutation when multiple environmental parameters mutate With.
Wherein, the preset threshold | Ty|=0.8, described | Tc|=0.6, described | Tw|=0.5.Threshold value can be according to multiple It modifies after the data statistics of the condition of a disaster, to improve accuracy rate.
[S24: remote server sends position, the condition of a disaster type, the condition of a disaster shape as unit of 5 second data amounts, to local server State, temperature, wind-force, air humidity data and handshake;
S25: remote server sends position, the condition of a disaster type, the condition of a disaster shape as unit of 2 second data amounts, to local server State, temperature, wind-force, air humidity, image data and handshake;
S26: remote server sends position, the condition of a disaster type, the condition of a disaster shape as unit of 1 second data amount, to local server State, environmental data temperature, wind-force, air humidity, picture, video data and handshake;
S27: remote server sends position, temperature, wind-force, air as unit of 10 second data amounts, to local server Humidity data;
Wherein, after remote server sends handshake to local server, as remote server does not receive local service The reception confirmation signal that device is replied, remote server retransmit data.
S28: local server, which receives the environmental parameter that remote server is sent and transmits and receives to remote server, to be confirmed The condition of a disaster type, environmental data are loaded in the map based on geography information model GIS the position received by signal; Wherein, varying environment state is marked using different colours;
The varying environment state is marked using different colours
When the condition of a disaster state is no the condition of a disaster, it is labeled with black;
When the condition of a disaster state is predicted state, it is labeled with blue;
When the condition of a disaster state is original state, it is labeled with red;
When the condition of a disaster state is stable state, it is labeled with purple.
Fig. 2 show the condition of a disaster data speed reporting method schematic diagram, and each step is identical as step each in above system in method, In This is repeated no more.
Present embodiments provide for a kind of fast reporting method of power grid the condition of a disaster data and system, realize to power grid the condition of a disaster state Real-time monitoring, the especially prediction to power grid the condition of a disaster carries out the condition of a disaster data type and data volume according to different the condition of a disaster states Control promotes the rate and accuracy rate of the transmission of the condition of a disaster data.
Although the present invention is disclosed in a manner of preferable as above, present invention is not limited to this.Any art technology Personnel can make various changes or modifications, therefore protection scope of the present invention is answered without departing from the spirit and scope of the present invention When being defined by the scope defined by the claims..

Claims (8)

1. a kind of Rapid information system of power grid the condition of a disaster data, which is characterized in that the system comprises:
Local server, for storing and processing power grid site environment data;
Remote server, with local server by wireless communication, the condition of a disaster for being responsible for storage, analyzing and predicting the condition of a disaster scene State, and power grid site environment data and the condition of a disaster state are transmitted to local server;
Display screen is connected with local server, is responsible for display power grid site environment data;
Data collector is installed on power grid scene, communicates with remote server, is responsible for the environmental data at acquisition power grid scene, institute Stating environmental data includes temperature, wind-force, air humidity, picture, video data;
The speed report of the condition of a disaster data includes the following steps:
Step 1): predicted state, original state, stable state corresponding to input the condition of a disaster type and the condition of a disaster type;It is described pre- Survey state is indicated by the change curve of all types of the condition of a disasters environmental data before generation;The original state is by the condition of a disaster initial stage The change curve of environmental data indicates;The stable state is developed to the change curve table of severe stage environmental data by the condition of a disaster Show;
Step 2): data collector acquires power grid site environment data, and is sent to remote server in real time;
Step 3): remote server receives the environmental data of data collector acquisition, meanwhile, remote server is concurrently right Each environmental data is stored and is analyzed, when the one or more of environmental data has mutation, according to the environment of mutation Data determine the condition of a disaster type, when the change curve degree of approximation of change curve and predicted state is less than preset threshold TyWhen, execute step It is rapid 4);When the change curve of environmental data and the change curve degree of approximation of original state are less than preset threshold TcWhen, execute step 5);When the change curve of environmental data and the change curve degree of approximation of stable state are less than preset threshold TwWhen, execute step 6); Otherwise, step 7) is executed;Wherein, preset threshold | Ty|=0.8, | Tc|=0.6, | Tw|=0.5;
The preset threshold can modify after the data statistics according to multiple the condition of a disaster;
Step 4): remote server sends position, the condition of a disaster type, the condition of a disaster shape as unit of 5 second data amounts, to local server State, temperature, wind-force, air humidity data and handshake;
Step 5): remote server sends position, the condition of a disaster type, the condition of a disaster shape as unit of 2 second data amounts, to local server State, temperature, wind-force, air humidity, image data and handshake;
Step 6): remote server sends position, the condition of a disaster type, the condition of a disaster shape as unit of 1 second data amount, to local server State, environmental data temperature, wind-force, air humidity, picture, video data and handshake;
Step 7) remote server is wet to local server transmission position, temperature, wind-force, air as unit of 10 second data amounts Degree evidence;
Step 8) local server receives the environmental data that remote server is sent and transmits and receives confirmation letter to remote server Number, the position received and the condition of a disaster type, environmental data are loaded in the map based on geography information model GIS;Its In, different the condition of a disaster states are marked using different colours;Wherein, it when the condition of a disaster state is no the condition of a disaster, is labeled with black;Work as calamity When situation state is predicted state, it is labeled with blue;When the condition of a disaster state is original state, it is labeled with red;Work as calamity When situation state is stable state, it is labeled with purple;
Step 9) user clicks corresponding position in display screen, and display screen shows the condition of a disaster type, environmental data.
2. the Rapid information system of power grid the condition of a disaster data according to claim 1, which is characterized in that the condition of a disaster type includes: Fire, strong wind, heavy rainfall, sleet and snow ice.
3. the Rapid information system of power grid the condition of a disaster data according to claim 1, it is characterised in that: when remote server receives number According to the environmental data that collector acquires, when the one or more of environmental data has mutation, according to the ring of mutation Border data determine the condition of a disaster type, comprising:
It is mutated when temperature exists, and when temperature promotion, is judged as fire;
It is mutated when wind-force exists, and when wind-power lifting, is judged as strong wind;
It is mutated when air humidity exists, and when air humidity promotion, is judged as heavy rainfall;
It is mutated when temperature exists, and when temperature reduction, is judged as sleet and snow ice.
4. the Rapid information system of power grid the condition of a disaster data according to claim 1, it is characterised in that: local server receives distal end Server send environmental data and to remote server transmit and receive confirmation signal after, further includes:
When remote server does not receive the reception confirmation signal, the data of loss are retransmitted.
5. a kind of fast reporting method of power grid the condition of a disaster data, it is characterised in that:
Data collector acquires power grid site environment data, and is sent to remote server in real time;Remote server is received and is deposited The environmental data is stored up, environmental data is analyzed and judges that the condition of a disaster state at scene determines to be sent to according to different the condition of a disaster states The data type and transmission frequency of local server;Local server receives the data that remote server is sent, and in display screen Middle display;
The speed reporting method specifically includes:
Step 1): predicted state, original state, stable state corresponding to input the condition of a disaster type and the condition of a disaster type;It is described pre- Survey state is indicated by the change curve of all types of the condition of a disasters environmental data before generation;The original state is by the condition of a disaster initial stage The change curve of environmental data indicates;The stable state is developed to the change curve table of severe stage environmental data by the condition of a disaster Show;
Step 2): data collector acquires power grid site environment data, and is sent to remote server in real time;
Step 3): remote server receives the environmental data of data collector acquisition, meanwhile, remote server is concurrently right Each environmental data is stored and is analyzed, when the one or more of environmental data has mutation, according to the environment of mutation Data determine the condition of a disaster type, when the change curve degree of approximation of change curve and predicted state is less than preset threshold TyWhen, execute step It is rapid 4);When the change curve of environmental data and the change curve degree of approximation of original state are less than preset threshold TcWhen, execute step 5);When the change curve of environmental data and the change curve degree of approximation of stable state are less than preset threshold TwWhen, execute step 6); Otherwise, step 7) is executed;Wherein, preset threshold | Ty|=0.8, | Tc|=0.6, | Tw|=0.5;
The preset threshold can modify after the data statistics according to multiple the condition of a disaster;
Step 4): remote server sends position, the condition of a disaster type, temperature, wind as unit of 5 second data amounts, to local server Power, air humidity data and handshake;
Step 5): remote server sends position, the condition of a disaster type, temperature, wind as unit of 2 second data amounts, to local server Power, air humidity, image data and handshake;
Step 6): remote server sends position, the condition of a disaster type, environmental data as unit of 1 second data amount, to local server Temperature, wind-force, air humidity, picture, screen data and handshake;
Step 7): remote server is wet to local server transmission position, temperature, wind-force, air as unit of 10 second data amounts Degree evidence;
Step 8): local server receives the environmental data that remote server is sent and transmits and receives confirmation letter to remote server Number, the position received and the condition of a disaster type, environmental data are loaded in the map based on geography information model GIS;Its In, different the condition of a disaster states are marked using different colours;Wherein, it when the condition of a disaster state is no the condition of a disaster, is labeled with black;Work as calamity When situation state is predicted state, it is labeled with blue;When the condition of a disaster state is original state, it is labeled with red;Work as calamity When situation state is stable state, it is labeled with purple;
Step 9): user clicks corresponding position in display screen, and display screen shows the condition of a disaster type, environmental data.
6. the fast reporting method of power grid the condition of a disaster data according to claim 5, which is characterized in that the condition of a disaster type includes: Fire, strong wind, heavy rainfall, sleet and snow ice.
7. the fast reporting method of power grid the condition of a disaster data according to claim 5, it is characterised in that:
When remote server receives the environmental data of data collector acquisition, when the one or more of environmental data is in the presence of prominent When change, the condition of a disaster type is determined according to the environmental data of mutation, comprising:
It is mutated when temperature exists, and when temperature promotion, is judged as fire;
It is mutated when wind-force exists, and when wind-power lifting, is judged as strong wind;
It is mutated when air humidity exists, and when air humidity promotion, is judged as heavy rainfall;
It is mutated when temperature exists, and when temperature reduction, is judged as sleet and snow ice.
8. the fast reporting method of power grid the condition of a disaster data according to claim 5, it is characterised in that: local server receives distal end Server send environmental data and to remote server transmit and receive confirmation signal after, further includes:
When remote server does not receive the reception confirmation signal, the data of loss are retransmitted.
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