CN111667233A - Remote report backup management method and system - Google Patents
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Abstract
The invention relates to the technical field of remote management, and discloses a remote report backup management method and a remote report backup management system, wherein the method comprises the following steps: shooting equipment used for OCR recognition at different positions is a remote acquisition point, and acquisition data of the remote acquisition point is remotely acquired; classifying the collected data according to the collection attribute of the collected data, wherein the content attribute item of the collection attribute comprises the real object attribute, the data attribute and the safety attribute of the remote collection point; updating the collected data in real time; dividing the display area into a real object display area, a data display area and a safety display area according to the real object attribute, the data attribute and the safety attribute, wherein the three display areas are not displayed simultaneously; the three display areas which are classified and not displayed simultaneously are displayed, so that an administrator can conveniently and remotely retrieve and analyze the customs declaration data of the user through different content attribute items, and the method has the advantages of collecting shooting equipment data in a centralized manner, managing the data in a unified manner and analyzing the data quickly.
Description
Technical Field
The invention relates to the technical field of remote management, in particular to remote report backup management.
Background
The declaration means the procedure of declaring customs before shipping the goods at import and export. According to the customs law of China, all goods entering and exiting a national boundary need to pass through a port, a station and an international airport station provided with customs, all goods are declared to the customs, and the goods can be extracted or shipped to be exported after being released by the customs. Most cities have service providers special for providing customs clearance service, but the customs clearance flow and data are operated manually at present, and the acquisition, transmission and management of the data are manually operated off-line, so that the management work in the customs clearance aspect does not meet the requirements of on-line operation and automatic data backup, and the corresponding data loss consumption analysis and utilization rate analysis work cannot be implemented due to the fact that the on-line backup work cannot be in place.
Disclosure of Invention
The invention provides a remote report form backup management method and a remote report form backup management system, aiming at the technical problems that the existing customs clearance data management mode is backward, the online backup work cannot be in place, and the corresponding data loss consumption analysis and utilization rate analysis work cannot be realized.
In order to achieve the above object, an object of the present invention is to provide a remote report backup management method, including:
shooting equipment used for OCR recognition at different positions is a remote acquisition point, and acquisition data of the remote acquisition point is remotely acquired;
classifying the collected data according to the collection attributes of the collected data, wherein the content attribute items of the collection attributes comprise the physical attributes, the data attributes and the safety attributes of the remote collection points;
updating the collected data in real time according to a set frequency;
the method comprises the steps of dividing the display area into a real object display area, a data display area and a safety display area according to real object attributes, data attributes and safety attributes, wherein the real object display area, the data display area and the safety display area are not displayed simultaneously, display data are loaded in the display area which is being displayed, the display area which is displayed currently is recorded as a history display area, and the display data are acquired data which are classified according to content attribute items corresponding to the display area.
Through the technical scheme, the data collected on the remote collection point are classified according to the content attribute items after being concentrated, and are displayed through the three display areas which are not displayed simultaneously, so that an administrator can conveniently and remotely retrieve and analyze custom data of a user through different content attribute items, and the method has the advantages of collecting shooting equipment data in a concentrated mode, managing the data in a unified mode and analyzing the data quickly.
Further, the physical attributes include:
the area management represents the geographical area where the remote acquisition point to which the acquired data belongs is located;
shooting equipment management, which represents the geographical area where the remote acquisition point to which the acquired data belongs;
gateway management, which represents the gateway serial number passed by the remote acquisition point to which the acquired data belongs;
the data attributes include:
real-time data, the inside of which is the updated acquired data;
historical data, wherein data records left after the data acquisition is updated are stored in the historical data;
the security attributes include:
user management, representing the user to which the collected data belongs;
role management, representing the right to access the collected data.
Through the technical scheme, the physical attributes, the data attributes and the safety attributes are deeply subdivided, so that an administrator can analyze the customs clearance data of a user from more data angles, and the rapid data analysis is facilitated.
Further, the data attribute further includes alarm data;
when the collected data is not updated at a set frequency, the alarm data is added with the collected data; if the collected data is updated again at the set frequency, the alarm data deletes the collected data.
According to the technical scheme, the abnormal collected data in the generation, transmission or display updating process is recorded in the alarm data, so that an administrator can conveniently and intensively analyze or process the abnormal collected data.
Further, when the same display area is called within a set time, the display data in the display area is not reloaded, and when the display area different from the historical display area is called, the display data in the display area loads the display data in the historical display area and updates the historical display area;
and after the set time is exceeded, updating the display data in the display area when the same display area is called, and reloading the display data in the display area and updating the historical display area when the display area different from the historical display area is called.
By the technical scheme, the repeated reading work of the server side to the remote acquisition point can be reduced while the administrator operation is responded without responding to the calling and refreshing operation of the same operation within the set time, and the response speed of the display module is improved.
Further, the method also comprises the following steps:
acquiring an access record for remotely accessing the acquired data through the acquisition attribute, wherein the content record item of the access record comprises a physical record representing the number of times of accessing through the physical attribute, a data record representing the number of times of accessing through the physical attribute, and a safety record representing the number of times of accessing through the physical attribute;
calculating the sum of times in the access records and the occupation ratios of the real object records, the data records and the safety records in the sum of times to respectively obtain the real object occupation ratio, the data occupation ratio and the safety occupation ratio;
and taking one item with the minimum value among the real object ratio, the data ratio and the safety ratio as an original value, calculating the ratio of other items to the original value, multiplying the ratio by taking the set frequency as a base number to obtain the amplification frequency corresponding to other items, and updating the display data in the real object attribute corresponding to other items according to the amplification frequency.
Through the technical scheme, the recording, calculating and amplifying steps can increase the updating frequency of the collected data corresponding to the collection attributes with more operation of the administrator, improve the response speed of the administrator for operating the display module and improve the timeliness of the administrator for analyzing the data.
The second objective of the present invention is to provide a remote report backup management system, which includes:
the shooting device corresponding to a single user is used as a remote acquisition point for measuring the customs declaration quantity of the single user, generating and sending acquisition data outwards at regular time, wherein the acquisition data contains single quantity information, user information and region information;
the network switching module is connected with the remote acquisition electric signal and is used for transmitting the acquisition data and adding gateway information into the acquisition data;
the server is in electric signal connection with the network switching module and is used for receiving the acquired data from the network switching module and storing and displaying the acquired data;
the server comprises the following modules:
the storage module is used for storing the data in the server;
the acquisition module is used for acquiring the acquisition data of the remote acquisition point from the network switching module so as to update the acquisition data in the server;
the safety module is used for setting the safety authority of the received collected data and adding safety information into the collected data;
the classification module is used for analyzing information in the collected data according to the preset content attribute items to reclassify the collected data, wherein the preset content attribute items are as follows: physical attribute, data attribute, security attribute;
the display module is used for dividing the display area into a real object display area, a data display area and a safety display area according to the real object attribute, the data attribute and the safety attribute, wherein the real object display area, the data display area and the safety display area are not displayed simultaneously, display data are loaded in the display area which is being displayed, the display area which is displayed currently is recorded as a history display area, and the display data are acquired data which are classified according to content attribute items corresponding to the display area.
Through the technical scheme, the data collected on the remote collection point are classified according to the content attribute items after being concentrated, and are displayed through the three display areas which are not displayed simultaneously, so that an administrator can conveniently and remotely retrieve and analyze custom data of a user through different content attribute items, and the method has the advantages of collecting shooting equipment data in a concentrated mode, managing the data in a unified mode and analyzing the data quickly.
Further, the physical attributes include:
the area management represents the geographical area where the remote acquisition point to which the acquired data belongs is located;
shooting equipment management, which represents the geographical area where the remote acquisition point to which the acquired data belongs;
gateway management, which represents the gateway serial number passed by the remote acquisition point to which the acquired data belongs;
the data attributes include:
real-time data, the inside of which is the updated acquired data;
historical data, wherein data records left after the data acquisition is updated are stored in the historical data;
the security attributes include:
user management, representing the user to which the collected data belongs;
role management, representing the right to access the collected data.
Through the technical scheme, the physical attributes, the data attributes and the safety attributes are deeply subdivided, so that an administrator can analyze the customs clearance data of a user from more data angles, and the rapid data analysis is facilitated.
Further, the data attribute further includes alarm data;
the display module also comprises an alarm subunit, which is used for adding the acquired data into the alarm data when the acquired data is not updated at a set frequency; and when the collected data is updated again at the set frequency, deleting the collected data in the alarm data.
According to the technical scheme, the abnormal collected data in the generation, transmission or display updating process is recorded in the alarm data, so that an administrator can conveniently and intensively analyze or process the abnormal collected data.
Furthermore, the display module further comprises a calling and refreshing unit, wherein the calling and refreshing unit is used for not reloading the display data in the display area when the same display area is called within a set time, and when the display area different from the historical display area is called, the display data in the display area loads the display data in the historical display area and updates the historical display area;
and after the set time is exceeded, updating the display data in the display area when the same display area is called, and reloading the display data in the display area and updating the historical display area when the display area different from the historical display area is called.
By the technical scheme, the repeated reading work of the server side to the remote acquisition point can be reduced while the operation of an administrator is responded by calling the refreshing unit, and the response speed of the display module is improved.
Further, the method also comprises the following steps:
the recording module is used for acquiring an access record for remotely accessing the acquired data through the acquisition attribute, and the content record items of the access record comprise a physical record representing the number of times of accessing through the physical attribute, a data record representing the number of times of accessing through the physical attribute and a safety record representing the number of times of accessing through the physical attribute;
the calculation module is used for calculating the sum of times in the access records and the proportion of the real object record, the data record and the safety record in the sum of times to respectively obtain a real object proportion, a data proportion and a safety proportion;
and the amplification module is used for calculating the ratio of other items to the original value by taking the item with the minimum value among the real object ratio, the data ratio and the safety ratio as the original value, multiplying the ratio by the set frequency as a base number to obtain the amplification frequency corresponding to other items, and updating the display data in the real object attribute corresponding to other items according to the amplification frequency.
Through the technical scheme, the recording module, the calculating module and the amplifying module can increase the updating frequency of the collected data corresponding to the collection attributes with more operation of the administrator, improve the response speed of the administrator operating the display module and improve the timeliness of the administrator analyzing the data.
Compared with the prior art, the invention has the beneficial effects that: the data collected on the remote collection point is classified according to the content attribute items after being concentrated and is displayed through the three display areas which are not displayed simultaneously, so that an administrator can conveniently retrieve and analyze the customs data of the user through different content attribute items remotely, and the real object attribute, the data attribute and the safety attribute are subdivided more deeply, so that the administrator can analyze the customs data of the user from more data angles; the method has the advantages of collecting shooting equipment data in a centralized manner, managing the data in a unified manner and analyzing the data quickly.
Drawings
FIG. 1 is a flowchart of a method according to a first embodiment of the present invention;
FIG. 2 is a flowchart of a display method according to an embodiment of the present invention;
FIG. 3 is a flow chart of a recording method, a calculating method and an amplifying method according to an embodiment of the invention;
FIG. 4 is a block diagram of a system according to a second embodiment of the present invention;
fig. 5 is a block diagram of a server according to a second embodiment of the present invention.
Reference numerals: 1. a remote acquisition point; 2. a network switching module; 3. a server side; 31. a storage module; 32. an acquisition module; 33. a security module; 34. a classification module; 35. a display module; 351. an alarm subunit; 352. calling a refreshing unit; 4. a recording module; 5. a calculation module; 6. and an amplifying module.
Detailed Description
The invention is described in detail below with reference to the figures and examples.
The first embodiment is as follows:
a remote report backup management system is shown in fig. 4, and comprises shooting devices which are arranged on users at different positions and used for OCR recognition, wherein the shooting devices serve as remote acquisition points 1, the shooting devices adopt high-definition cameras with built-in OCR program firmware, and acquisition data of the remote acquisition points 1 can be acquired by remote clients through a network switch. The shooting equipment can build a local area network through gateway equipment such as a Lora network and a network exchanger and in combination with the server 3, the shooting equipment can send collected data to the server 3 through the network exchanger, and the server 3 can also actively read the collected data of the shooting equipment through the network exchanger.
The server 3 adopts a server with a memory inside in the prior art, and the memory is used for storing the collected data received by the server 3. As shown in fig. 1, the server 3 internally uses a firmware program to classify the collected data according to the collection attributes of the collected data, where the content attribute items of the collection attributes include physical attributes, data attributes, and security attributes of the remote collection point 1. The physical attributes include: the method comprises the following steps of area management, shooting equipment management and gateway management, wherein the area management represents the geographical area where a remote acquisition point 1 to which the acquired data belongs is located, the shooting equipment management represents the geographical area where the remote acquisition point 1 to which the acquired data belongs is located, and the gateway management represents the gateway serial number through which the remote acquisition point 1 to which the acquired data belongs passes.
The data attributes include real-time data, historical data, and alarm data. The real-time data is internally updated acquired data, and the historical data is internally stored with data records left after the acquired data is updated. In the operation step of the alarm data, when the collected data is not updated at a set frequency, the server 3 adds the collected data to the alarm data; if the collected data is updated again at the set frequency, the server 3 deletes the collected data from the alarm data. The alarm data records the abnormal acquisition data in the generation, transmission or display updating process, so that an administrator can conveniently and intensively analyze or process the abnormal acquisition data.
Security attributes include user management and role management. The user management represents the user to which the collected data belongs, and the role management represents the authority for accessing the collected data. User management and role management are set by an administrator in the server 3 for the remote acquisition point 1 owned by the user.
During operation, the remote acquisition point 1 updates the acquired data in real time according to the set frequency, namely, the acquired data is sent to the server 3 through the network switch according to the set frequency, and the server 3 receives the acquired data. In some embodiments, the server 3 may also store the collected data according to a set frequency by reading the collected data from the remote collection point 1 through the network switch. The real object attribute, the data attribute and the safety attribute are deeply subdivided, so that an administrator can analyze the customs declaration data of a user from more data angles, and the data can be analyzed quickly.
As shown in fig. 2, the server 3 is electrically connected to a display screen for displaying information through display software, the display software may adopt a web browser, and is divided into three display areas, namely, a real object display area, a data display area, and a security display area, on the display screen according to a real object attribute, a data attribute, and a security attribute by using a display firmware program, the server 3 allocates storage areas for the three display areas to respectively store display data on the three display areas, the real object display area, the data display area, and the security display area are not displayed at the same time, display data are loaded in the display area being displayed, and the display area being currently displayed is recorded as a history display area, where the display data are collected data classified by content attribute items corresponding to the display area.
The server 3 is also electrically connected with input devices such as a mouse and a keyboard for an administrator to operate, and the administrator can call the display area and display the display data in the display area through the input device operation display software. When the administrator calls a display area different from the historical display area, the display data in the display area loads the display data in the historical display area and updates the historical display area;
and after the set time is exceeded, when the administrator calls the same display area, updating the display data in the display area, and when the administrator calls a display area different from the historical display area, reloading the display data in the display area and updating the historical display area. The server 3 does not respond to the calling and refreshing operation of the same operation within the set time, so that the repeated reading work of the server 3 on the remote acquisition point 1 can be reduced while the administrator operation is responded, and the response speed of the display module 35 is improved.
As shown in fig. 3, the server 3 obtains and records an access record of accessing the collected data by the collected attributes in the remote access, and the content record items of the access record include a physical record representing the number of times of accessing by the physical attributes, a data record representing the number of times of accessing by the physical attributes, and a security record representing the number of times of accessing by the physical attributes.
And the server 3 calculates the sum of times in the access records and the ratio of the real object record, the data record and the safety record in the sum of times to respectively obtain the real object ratio, the data ratio and the safety ratio. And taking one item with the minimum value among the real object ratio, the data ratio and the safety ratio as an original value, calculating the ratio of other items to the original value, multiplying the set frequency as a base number by the ratio to obtain the amplification frequency corresponding to other items, and updating display data in the real object attributes corresponding to other items by the server 3 according to the amplification frequency. If the remote acquisition point 1 runs, updating the acquired data in real time according to the set frequency, namely sending the acquired data to the server 3 through the network exchanger according to the set frequency, and receiving the acquired data by the server 3; the collected data with frequency higher than the set frequency of the normal remote collection point 1 is sent by the server 3 to the remote collection point 1 through the network exchanger.
The working principle of the remote report form backup management method is as follows: the data collected on the remote collection point 1 are classified according to the content attribute items after being concentrated and are displayed through the three display areas which are not displayed simultaneously, so that an administrator can conveniently and remotely call and analyze the customs clearance data of a user through different content attribute items. Moreover, the recording, calculating and amplifying steps can increase the update frequency of the collected data corresponding to the collection attributes with more operation of the administrator, improve the response speed of the administrator operating the display module 35, and improve the timeliness of the administrator analyzing the data.
Example two:
a remote report backup management, as shown in fig. 4 and 5, includes:
the shooting device corresponding to a single user is used as a remote acquisition point 1 for measuring the customs declaration amount of the single user, generating and sending acquisition data outwards at regular time, wherein the acquisition data contains single amount information, user information and region information.
And the network switching module 2 is connected with the remote acquisition electric signal and used for transmitting the acquired data and adding gateway information into the acquired data.
And the server 3 is in electric signal connection with the network switching module 2 and is used for receiving the acquired data from the network switching module 2 and storing and displaying the acquired data.
The server 3 includes the following modules composed of program firmware or hardware which realizes the corresponding functions and is edited in advance:
a storage module 31, configured to store data in the server 3;
and the acquisition module 32 is used for acquiring the acquisition data of the remote acquisition point 1 from the network switching module 2 so as to update the acquisition data in the server 3.
And the security module 33 is configured to perform security authority setting on the received collected data, and add security information to the collected data.
A classification module 34, configured to re-classify the collected data according to the information in the collected data analyzed by the preset content attribute items, where the preset content attribute items are: physical attributes, data attributes, security attributes.
The display module 35 is configured to divide the display area into a real object display area, a data display area, and a security display area according to the real object attribute, the data attribute, and the security attribute, where the real object display area, the data display area, and the security display area are not displayed at the same time, display data is loaded in the display area being displayed, and the display area being currently displayed is recorded as a history display area, where the display data is acquired data classified by a content attribute item corresponding to the display area.
The physical attributes include: the area management represents the geographical area where the remote acquisition point 1 to which the acquired data belongs; shooting equipment management, which represents the geographical area where the remote acquisition point 1 to which the acquired data belongs; and the gateway management represents the gateway serial number passed by the remote acquisition point 1 to which the acquired data belongs.
The data attributes include: real-time data, the inside of which is updated collected data; historical data, wherein data records left after the data acquisition is updated are stored in the historical data; and alarm data.
The security attributes include: user management, which represents the user to which the collected data belongs; role management, representing the right to access the collected data.
The display module 35 further includes an alarm sub-unit 351 and a call refresh unit 352. The alarm subunit 351 is configured to add the collected data to the alarm data when the collected data is not updated at a set frequency; and when the collected data is updated again at the set frequency, deleting the collected data in the alarm data. The calling and refreshing unit 352 is configured to, when the same display area is called within a set time, not reload the display data in the display area, and when a display area different from the history display area is called, load the display data in the history display area with the display data in the display area, and update the history display area; and after the set time is exceeded, updating the display data in the display area when the same display area is called, and reloading the display data in the display area and updating the historical display area when the display area different from the historical display area is called. The calling and refreshing unit 352 can reduce repeated reading work of the server 3 on the remote acquisition point 1 while responding to the operation of the administrator, and improve the response speed of the display module 35.
And the recording module 4 is used for acquiring an access record for remotely accessing the acquired data by acquiring the attribute, and the content record items of the access record comprise a physical record representing the number of times of accessing through the physical attribute, a data record representing the number of times of accessing through the physical attribute and a safety record representing the number of times of accessing through the physical attribute.
And the calculating module 5 is used for calculating the sum of times in the access records and the occupation ratios of the real object records, the data records and the safety records in the sum of times, and respectively obtaining the real object occupation ratio, the data occupation ratio and the safety occupation ratio.
And the amplifying module 6 is used for calculating the ratio of other items to the original value by taking the item with the minimum value among the real object ratio, the data ratio and the safety ratio as the original value, multiplying the set frequency by the ratio to obtain the amplifying frequency corresponding to other items, and updating the display data in the real object attributes corresponding to other items according to the amplifying frequency.
The working principle of the remote report backup management system is as follows: the server 3 classifies the data collected on the remote collection point 1 according to the content attribute items after being concentrated, and displays the data through three display areas which are not displayed simultaneously, so that an administrator can conveniently and remotely read and analyze the customs data of the user through different content attribute items, and the physical attribute, the data attribute and the security attribute are deeply subdivided, so that the administrator can analyze the customs data of the user from more data angles.
For other reasons, reference may be made to embodiment one, which is not described herein.
The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.
Claims (10)
1. A remote report backup management method is characterized by comprising the following steps:
shooting equipment used for OCR recognition at different positions is a remote acquisition point (1), and acquisition data of the remote acquisition point (1) is remotely acquired;
classifying the collected data according to the collection attributes of the collected data, wherein the content attribute items of the collection attributes comprise physical attributes, data attributes and safety attributes of the remote collection points (1);
updating the collected data in real time according to a set frequency;
the method comprises the steps of dividing the display area into a real object display area, a data display area and a safety display area according to real object attributes, data attributes and safety attributes, wherein the real object display area, the data display area and the safety display area are not displayed simultaneously, display data are loaded in the display area which is being displayed, the display area which is displayed currently is recorded as a history display area, and the display data are acquired data which are classified according to content attribute items corresponding to the display area.
2. The method of claim 1, wherein the physical attributes comprise:
the area management represents the geographical area where the remote acquisition point (1) to which the acquired data belongs;
shooting equipment management, which represents the geographical area where the remote acquisition point (1) to which the acquired data belongs;
gateway management, which represents the gateway serial number passed by the remote acquisition point (1) to which the acquired data belongs;
the data attributes include:
real-time data, the inside of which is the updated acquired data;
historical data, wherein data records left after the data acquisition is updated are stored in the historical data;
the security attributes include:
user management, representing the user to which the collected data belongs;
role management, representing the right to access the collected data.
3. The method of claim 2, wherein the data attributes further include alarm data;
when the collected data is not updated at a set frequency, the alarm data is added with the collected data; if the collected data is updated again at the set frequency, the alarm data deletes the collected data.
4. The method according to claim 3, wherein when the same display area is called within a set time, the display data in the display area is not reloaded, and when a display area different from the history display area is called, the display data in the display area is loaded with the display data in the history display area and the history display area is updated;
and after the set time is exceeded, updating the display data in the display area when the same display area is called, and reloading the display data in the display area and updating the historical display area when the display area different from the historical display area is called.
5. The method of claim 4, further comprising:
acquiring an access record for remotely accessing the acquired data through the acquisition attribute, wherein the content record item of the access record comprises a physical record representing the number of times of accessing through the physical attribute, a data record representing the number of times of accessing through the physical attribute, and a safety record representing the number of times of accessing through the physical attribute;
calculating the sum of times in the access records and the occupation ratios of the real object records, the data records and the safety records in the sum of times to respectively obtain the real object occupation ratio, the data occupation ratio and the safety occupation ratio;
and taking one item with the minimum value among the real object ratio, the data ratio and the safety ratio as an original value, calculating the ratio of other items to the original value, multiplying the ratio by taking the set frequency as a base number to obtain the amplification frequency corresponding to other items, and updating the display data in the real object attribute corresponding to other items according to the amplification frequency.
6. A remote report backup management system is characterized in that a shooting device corresponding to a single user is used as a remote acquisition point (1) for measuring the customs declaration amount of the single user, generating and sending acquisition data to the outside at regular time, wherein the acquisition data contains single information, user information and regional information;
the network switching module (2) is connected with the remote acquisition electric signal and is used for transmitting the acquisition data and adding gateway information into the acquisition data;
the server (3) is in electric signal connection with the network switching module (2) and is used for receiving the acquired data from the network switching module (2) and storing and displaying the acquired data;
the server (3) comprises the following modules:
the storage module (31) is used for storing the data in the server (3);
the acquisition module (32) is used for acquiring the acquisition data of the remote acquisition point (1) from the network switching module (2) so as to update the acquisition data in the server (3);
the safety module (33) is used for setting the safety authority of the received collected data and adding safety information into the collected data;
a classification module (34) for reclassifying the collected data according to the information in the analysis collected data of the preset content attribute items, wherein the preset content attribute items are as follows: physical attribute, data attribute, security attribute;
the display module (35) is used for dividing the display area into a real object display area, a data display area and a safety display area according to the real object attribute, the data attribute and the safety attribute, wherein the real object display area, the data display area and the safety display area are not displayed simultaneously, display data are loaded in the display area being displayed, the display area being displayed currently is recorded as a history display area, and the display data are acquired data classified by the content attribute items corresponding to the display area.
7. The system of claim 6, wherein the physical attributes comprise:
the area management represents the geographical area where the remote acquisition point (1) to which the acquired data belongs;
shooting equipment management, which represents the geographical area where the remote acquisition point (1) to which the acquired data belongs;
gateway management, which represents the gateway serial number passed by the remote acquisition point (1) to which the acquired data belongs;
the data attributes include:
real-time data, the inside of which is the updated acquired data;
historical data, wherein data records left after the data acquisition is updated are stored in the historical data;
the security attributes include:
user management, representing the user to which the collected data belongs;
role management, representing the right to access the collected data.
8. The system of claim 7, wherein the data attributes further include alarm data;
the display module (35) further comprises an alarm subunit (351) for adding the acquired data to alarm data when the acquired data is not updated at a set frequency; and when the collected data is updated again at the set frequency, deleting the collected data in the alarm data.
9. The system according to claim 8, wherein the display module (35) further comprises a call refresh unit (352), the call refresh unit (352) is configured to, when a same display area is called within a set time, not reload the display data in the display area, and when a display area different from the history display area is called, load the display data in the history display area and update the history display area;
and after the set time is exceeded, updating the display data in the display area when the same display area is called, and reloading the display data in the display area and updating the historical display area when the display area different from the historical display area is called.
10. The system of claim 9, further comprising:
the recording module (4) is used for acquiring an access record for remotely accessing the acquired data through the acquisition attribute, and the content record items of the access record comprise a physical record representing the number of times of accessing through the physical attribute, a data record representing the number of times of accessing through the physical attribute and a safety record representing the number of times of accessing through the physical attribute;
the calculation module (5) is used for calculating the sum of times in the access records and the proportion of the real object records, the data records and the safety records in the sum of times to respectively obtain the real object proportion, the data proportion and the safety proportion;
and the amplification module (6) is used for calculating the ratio of other items to the original value by taking one item with the minimum value among the real object ratio, the data ratio and the safety ratio as the original value, multiplying the ratio by taking the set frequency as a base number to obtain the amplification frequency corresponding to other items, and updating the display data in the real object attribute corresponding to other items according to the amplification frequency.
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| CN202010416558.3A CN111667233A (en) | 2020-05-18 | 2020-05-18 | Remote report backup management method and system |
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