CN112836923A - Electromagnetic environmental assessment management method and system - Google Patents
Electromagnetic environmental assessment management method and system Download PDFInfo
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- 230000005670 electromagnetic radiation Effects 0.000 claims description 41
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Abstract
The invention relates to the field of computer systems, and provides an electromagnetic environmental assessment management method and system, which are used for solving the problem that information of a base station environmental assessment process is not transparent. The invention provides an electromagnetic ring assessment management method, which comprises the following steps: the environment-friendly service end acquires monitoring requirements and establishes base station filing information according to the monitoring requirements; the environment-friendly server side acquires information required by base station monitoring; the environment-friendly server side starts a monitoring instruction, acquires monitoring data, and acquires and displays a monitoring report according to information required by base station monitoring and the monitoring data; and the environment-friendly server side acquires feedback information after the monitoring report is disclosed, forms a final monitoring report, and stores the final monitoring report and corresponding base station record information together. All the business processes realize information integration through online feedback and offline confirmation, and the efficient circulation of manual intervention is avoided.
Description
Technical Field
The invention relates to the field of computer systems, in particular to an electromagnetic ring assessment management method.
Background
The responsibility of environment protection main bodies of operators and iron tower companies is strengthened, the quality of electromagnetic radiation environment is continuously improved, and good industry development environment is created.
The electromagnetic evaluation is a series of evaluations performed for preventing the base station from generating strong electromagnetic radiation, generally, the work flow of the evaluation is complex, and relates to the previous connection and communication of a plurality of enterprises, and under the condition that the acquisition of the evaluation data is not smooth, the report is easily delayed, so that the construction period of the base station is prolonged, and the cost is increased. In order to conveniently monitor the whole process of the environmental assessment work, the invention provides an electromagnetic environmental assessment management method and system.
Disclosure of Invention
The invention solves the technical problem that the information of the base station environmental assessment process is not transparent, and provides an electromagnetic environmental assessment management method.
In order to solve the technical problems, the technical scheme provided by the invention is as follows:
the electromagnetic ring assessment management method comprises the following steps:
the environment-friendly service end acquires monitoring requirements and establishes base station filing information according to the monitoring requirements;
the environment-friendly server side acquires information required by base station monitoring;
the environment-friendly server side starts a monitoring instruction, acquires monitoring data, and acquires and displays a monitoring report according to information required by base station monitoring and the monitoring data;
and the environment-friendly server side acquires feedback information after the monitoring report is disclosed, forms a final monitoring report, and stores the final monitoring report and corresponding base station record information together.
And the environmental assessment staff acquires the monitoring requirements according to the environmental protection service terminal, performs environmental assessment preparation work according to the flow of the environmental assessment work, acquires information required by base station monitoring after recording, starts equipment for monitoring, makes and uploads a report after acquiring monitoring data, determines a final report according to the public information, and uploads the public report and the final report to the environmental protection service terminal.
The environmental assessment is publicly developed on a server side from data acquisition, record, announcement and final report issuing, and is beneficial to supervising and urging operators and base station construction units to cooperate in time so as to complete the environmental assessment work as soon as possible and avoid deniability among the units.
Preferably, the method further comprises the following steps:
the base station construction end acquires base station construction requirements and sends monitoring requirements to the environment-friendly server end;
the base station construction end forms an electromagnetic radiation base station list and sends a request for confirming the base station list;
and the base station construction end acquires the confirmed base station list and corresponding information required for monitoring, and sends the information required for monitoring to the environment-friendly service end. The base station construction unit acquires base station construction requirements at a base station construction end, sends monitoring requirements to an environment-friendly service end, collects the monitoring requirements to form an electromagnetic radiation base station list, submits the electromagnetic radiation base station list to an operator for auditing, constructs the electromagnetic radiation base station according to the list confirmed by the operator, supplements information required by base station monitoring according to the confirmed list, and sends data required by base station construction to the environment-friendly service end. The confirmation of the monitoring object required for the evaluation and the provision of the data provided by the construction unit of the data required for the evaluation are systematically developed and implemented in each link.
Preferably, the method further comprises the following steps:
an operation end initiates a base station construction requirement and sends the base station construction requirement to a base station construction end;
and the operation terminal acquires the electromagnetic radiation monitoring base station list and sends the rechecked confirmed base station list and corresponding monitoring required information to the base station construction terminal. The base station construction requirements are initiated by an operator, and the operator confirms the list of the base station construction after initiating the requirements and provides basic data of the operator. The confirmation of the monitoring object required for the evaluation and the provision of the data required for the evaluation by the operator are systematically disclosed and implemented in each link.
Preferably, the method for acquiring monitoring data comprises:
the monitoring equipment acquires data of the base station and generates monitoring data, and the monitoring data is uploaded to the environment-friendly server through the mobile terminal. Monitoring data is collected by monitoring equipment, and the data is easily modified by recording a data value by a person and then inputting the data value into a system in the conventional mode; the monitoring equipment collects data and then temporarily stores the data, and when the monitoring personnel collect the data, the data are transmitted to the environment-friendly service end through the mobile terminal of the monitoring personnel, so that the possibility of data tampering is reduced, and the data for environmental evaluation is more credible.
Preferably, the base station construction side includes:
the primary base station building end generates a monitoring demand according to a base station building demand, and sends the monitoring demand to the environment-friendly server; the primary base station construction end generates an electromagnetic radiation monitoring base station list according to monitoring requirements;
the secondary base station building end acquires base station building requirements and sends the base station building requirements to the primary base station building end;
and the primary base station building end or the secondary base station building end sends the electromagnetic radiation monitoring base station list to the operation end. The first-level base station construction end is generally used for provincial units, the second-level base station construction end is generally used for city units, the city base station construction units acquire base station construction requirements and report the base station construction requirements to the provincial units, the provincial units gather the base station construction requirements, the base station construction requirements are sent to the environment-friendly service units one by one to be filed, and the base station construction requirements are gathered and required for operators to confirm the requirements. The working process of each level of base station construction unit is visible, the confirmation work implementation of the monitoring object required by the environment assessment work is further ensured, and the timely collection of data is further ensured.
Preferably, the operator terminal includes:
the secondary operation end acquires the base station construction requirement and sends the base station construction requirement to the base station construction end;
the primary operation end receives the electromagnetic radiation monitoring base station list and sends the rechecked electromagnetic radiation monitoring base station list;
and the secondary operation terminal supplements information required by base station monitoring according to the rechecked list of the electromagnetic radiation monitoring base stations and sends the information required by base station monitoring to the base station construction terminal. The first-level operator is usually used for provincial operators, the second-level operator is usually used for urban operators, the urban operators initiate base station construction requirements, and the provincial operators or the urban operators acquire electromagnetic radiation monitoring base station lists, review by the provincial operators and send the lists to the base station construction unit after the review. The working process of each level of operation unit is visible, the confirmation work of the monitoring object required by the environmental assessment work is further ensured to be implemented, and the timely collection of data is further ensured.
An electromagnetic ring assessment management system comprises an environment-friendly service end, wherein the environment-friendly service end comprises:
the recording module acquires monitoring requirements and establishes base station recording information according to the monitoring requirements;
the information acquisition module acquires information required by base station monitoring;
the monitoring module starts a monitoring instruction to acquire monitoring data;
the report generation module acquires and displays a monitoring report according to the information required by base station monitoring and the monitoring data;
and the final report generation module is used for acquiring feedback information after the monitoring report is disclosed, forming a final monitoring report, and storing the final monitoring report together with the corresponding base station record information. .
Preferably, the system further comprises a base station construction end, and the base station construction end comprises:
the base station construction demand acquisition module acquires a base station construction demand and sends a monitoring demand to the environment-friendly server;
the list generating module forms an electromagnetic radiation base station list and sends a request for confirming the base station list;
and the confirmation module acquires the confirmed base station list and corresponding information required for monitoring and sends the information required for monitoring to the environment-friendly server. .
Preferably, the system further comprises an operator terminal, and the operator terminal comprises:
the construction demand acquisition module is used for acquiring construction demands and sending the base station construction demands to the base station construction end;
and the rechecking module is used for acquiring the electromagnetic radiation monitoring base station list and sending the rechecked confirmed base station list and corresponding monitoring required information to the base station construction end. .
Preferably, the operation terminal further includes a payment module, the environmental protection service terminal further includes a charging module, the payment module is connected to the final report generation module, and the payment module sends a payment instruction after the final report generation module stores the final monitoring report. .
Compared with the prior art, the invention has the beneficial effects that: all the business processes realize information integration through online feedback and offline confirmation, and the efficient circulation of manual intervention is avoided.
The system provides functions of construction demand management and integration, environmental assessment reporting, monitoring confirmation and the like of the base station, realizes whole-process monitoring from base station construction, environmental assessment filing, environmental monitoring information disclosure, petition complaints and the like, strengthens responsibility of environmental protection main bodies of operators and iron tower companies, continuously improves electromagnetic radiation environment quality, and creates good industry development.
Drawings
Fig. 1 is a schematic diagram of an electromagnetic ring assessment management method.
Fig. 2 is another schematic diagram of an electromagnetic ring assessment management method.
Fig. 3 is another schematic diagram of an electromagnetic ring assessment management method.
Fig. 4 is a schematic diagram of an electromagnetic ring assessment management system.
Detailed Description
The following examples are further illustrative of the present invention and are not intended to be limiting thereof.
An electromagnetic ring assessment management method, in some embodiments of the present application, comprising:
the environment-friendly service end acquires monitoring requirements and establishes base station filing information according to the monitoring requirements;
the environment-friendly server side acquires information required by base station monitoring;
the environment-friendly server side starts a monitoring instruction, acquires monitoring data, and acquires and displays a monitoring report according to information required by base station monitoring and the monitoring data;
and the environment-friendly server side acquires feedback information after the monitoring report is disclosed, forms a final monitoring report, and stores the final monitoring report and corresponding base station record information together.
And the environmental assessment staff acquires the monitoring requirements according to the environmental protection service terminal, performs environmental assessment preparation work according to the flow of the environmental assessment work, acquires information required by base station monitoring after recording, starts equipment for monitoring, makes and uploads a report after acquiring monitoring data, determines a final report according to the public information, and uploads the public report and the final report to the environmental protection service terminal.
The environmental assessment is publicly developed on a server side from data acquisition, record, announcement and final report issuing, and is beneficial to supervising and urging operators and base station construction units to cooperate in time so as to complete the environmental assessment work as soon as possible and avoid deniability among the units.
In some embodiments of the present application, further comprising:
the base station construction end acquires base station construction requirements and sends monitoring requirements to the environment-friendly server end;
the base station construction end forms an electromagnetic radiation base station list and sends a request for confirming the base station list;
and the base station construction end acquires the confirmed base station list and corresponding information required for monitoring, and sends the information required for monitoring to the environment-friendly service end.
The base station construction unit acquires base station construction requirements at a base station construction end, sends monitoring requirements to an environment-friendly service end, collects the monitoring requirements to form an electromagnetic radiation base station list, submits the electromagnetic radiation base station list to an operator for auditing, constructs the electromagnetic radiation base station according to the list confirmed by the operator, supplements information required by base station monitoring according to the confirmed list, and sends data required by base station construction to the environment-friendly service end. The confirmation of the monitoring object required for the evaluation and the provision of the data provided by the construction unit of the data required for the evaluation are systematically developed and implemented in each link.
In some embodiments of the present application, further comprising:
an operation end initiates a base station construction requirement and sends the base station construction requirement to a base station construction end;
and the operation terminal acquires the electromagnetic radiation monitoring base station list and sends the rechecked confirmed base station list and corresponding monitoring required information to the base station construction terminal.
The base station construction requirements are initiated by an operator, and the operator confirms the list of the base station construction after initiating the requirements and provides basic data of the operator. The confirmation of the monitoring object required for the evaluation and the provision of the data required for the evaluation by the operator are systematically disclosed and implemented in each link.
In some embodiments of the present application, the method for acquiring monitoring data includes:
the monitoring equipment acquires data of the base station and generates monitoring data, and the monitoring data is uploaded to the environment-friendly server through the mobile terminal.
Monitoring data is collected by monitoring equipment, and the data is easily modified by recording a data value by a person and then inputting the data value into a system in the conventional mode; the monitoring equipment collects data and then temporarily stores the data, and when the monitoring personnel collect the data, the data are transmitted to the environment-friendly service end through the mobile terminal of the monitoring personnel, so that the possibility of data tampering is reduced, and the data for environmental evaluation is more credible.
In some embodiments of the present application, the base station construction side includes:
the primary base station building end generates a monitoring demand according to a base station building demand, and sends the monitoring demand to the environment-friendly server; the primary base station construction end generates an electromagnetic radiation monitoring base station list according to monitoring requirements;
the secondary base station building end acquires base station building requirements and sends the base station building requirements to the primary base station building end;
and the primary base station building end or the secondary base station building end sends the electromagnetic radiation monitoring base station list to the operation end.
The first-level base station construction end is generally used for provincial units, the second-level base station construction end is generally used for city units, the city base station construction units acquire base station construction requirements and report the base station construction requirements to the provincial units, the provincial units gather the base station construction requirements, the base station construction requirements are sent to the environment-friendly service units one by one to be filed, and the base station construction requirements are gathered and required for operators to confirm the requirements. The working process of each level of base station construction unit is visible, the confirmation work implementation of the monitoring object required by the environment assessment work is further ensured, and the timely collection of data is further ensured.
In some embodiments of the present application, the operator side includes:
the secondary operation end acquires the base station construction requirement and sends the base station construction requirement to the base station construction end;
the primary operation end receives the electromagnetic radiation monitoring base station list and sends the rechecked electromagnetic radiation monitoring base station list;
and the secondary operation terminal supplements information required by base station monitoring according to the rechecked list of the electromagnetic radiation monitoring base stations and sends the information required by base station monitoring to the base station construction terminal.
In some embodiments of the present application, the secondary operation terminal obtains an electromagnetic radiation monitoring base station list, sends the electromagnetic radiation monitoring base station list to the primary operation terminal, and sends a request for confirming the electromagnetic radiation monitoring base station list.
The first-level operator is usually used for provincial operators, the second-level operator is usually used for urban operators, the urban operators initiate base station construction requirements, and the provincial operators or the urban operators acquire electromagnetic radiation monitoring base station lists, review by the provincial operators and send the lists to the base station construction unit after the review. The working process of each level of operation unit is visible, the confirmation work of the monitoring object required by the environmental assessment work is further ensured to be implemented, and the timely collection of data is further ensured.
An electromagnetic ring-evaluating system comprises an environment-friendly service end, wherein the environment-friendly service end comprises:
the recording module acquires monitoring requirements and establishes base station recording information according to the monitoring requirements;
the information acquisition module acquires information required by base station monitoring;
the monitoring module starts a monitoring instruction to acquire monitoring data;
the report generation module acquires and displays a monitoring report according to the information required by base station monitoring and the monitoring data;
and the final report generation module is used for acquiring feedback information after the monitoring report is disclosed, forming a final monitoring report, and storing the final monitoring report together with the corresponding base station record information.
In some embodiments of the present application, the method further includes a base station construction end, where the base station construction end includes:
the base station construction demand acquisition module acquires a base station construction demand and sends a monitoring demand to the environment-friendly server;
the list generating module forms an electromagnetic radiation base station list and sends a request for confirming the base station list;
and the confirmation module acquires the confirmed base station list and corresponding information required for monitoring and sends the information required for monitoring to the environment-friendly server.
In some embodiments of the present application, the system further comprises an operator, and the operator comprises:
the construction demand acquisition module is used for acquiring construction demands and sending the base station construction demands to the base station construction end;
and the rechecking module is used for acquiring the electromagnetic radiation monitoring base station list and sending the rechecked confirmed base station list and corresponding monitoring required information to the base station construction end.
In some embodiments of the present application, the operation terminal further includes a payment module, the environmental protection service terminal further includes a charging module, the payment module is connected to the final report generation module, and the payment module sends a payment instruction after the final report generation module stores the final monitoring report.
The above detailed description is specific to possible embodiments of the present invention, and the above embodiments are not intended to limit the scope of the present invention, and all equivalent implementations or modifications that do not depart from the scope of the present invention should be included in the present claims.
Claims (10)
1. An electromagnetic ring assessment management method is characterized by comprising the following steps:
the environment-friendly service end acquires monitoring requirements and establishes base station filing information according to the monitoring requirements;
the environment-friendly server side acquires information required by base station monitoring;
the environment-friendly server side starts a monitoring instruction, acquires monitoring data, and acquires and displays a monitoring report according to information required by base station monitoring and the monitoring data;
and the environment-friendly server side acquires feedback information after the monitoring report is disclosed, forms a final monitoring report, and stores the final monitoring report and corresponding base station record information together.
2. The electromagnetic ring assessment management method according to claim 1, further comprising:
the base station construction end acquires base station construction requirements and sends monitoring requirements to the environment-friendly server end;
the base station construction end forms an electromagnetic radiation base station list and sends a request for confirming the base station list;
and the base station construction end acquires the confirmed base station list and corresponding information required for monitoring, and sends the information required for monitoring to the environment-friendly service end.
3. The electromagnetic ring assessment management method according to claim 2, further comprising:
an operation end initiates a base station construction requirement and sends the base station construction requirement to a base station construction end;
and the operation terminal acquires the electromagnetic radiation monitoring base station list and sends the rechecked confirmed base station list and corresponding monitoring required information to the base station construction terminal.
4. The electromagnetic ring assessment management method according to claim 1, wherein the method for acquiring the monitoring data is:
the monitoring equipment acquires data of the base station and generates monitoring data, and the monitoring data is uploaded to the environment-friendly server through the mobile terminal.
5. The electromagnetic ring assessment management method according to claim 1, wherein the base station construction side comprises:
the primary base station building end generates a monitoring demand according to a base station building demand, and sends the monitoring demand to the environment-friendly server; the primary base station construction end generates an electromagnetic radiation monitoring base station list according to monitoring requirements;
the secondary base station building end acquires base station building requirements and sends the base station building requirements to the primary base station building end;
and the primary base station building end or the secondary base station building end sends the electromagnetic radiation monitoring base station list to the operation end.
6. The electromagnetic ring assessment management method according to claim 1, wherein the operator terminal comprises:
the primary operation end receives the electromagnetic radiation monitoring base station list and sends the rechecked electromagnetic radiation monitoring base station list;
the secondary operation end acquires the base station construction requirement and sends the base station construction requirement to the base station construction end;
and the secondary operation terminal supplements information required by base station monitoring according to the rechecked list of the electromagnetic radiation monitoring base stations and sends the information required by base station monitoring to the base station construction terminal.
7. Electromagnetism ring appraises management system, its characterized in that, including the environmental protection service end, the environmental protection service end includes:
the recording module acquires monitoring requirements and establishes base station recording information according to the monitoring requirements;
the information acquisition module acquires information required by base station monitoring;
the monitoring module starts a monitoring instruction to acquire monitoring data;
the report generation module acquires and displays a monitoring report according to the information required by base station monitoring and the monitoring data;
and the final report generation module is used for acquiring feedback information after the monitoring report is disclosed, forming a final monitoring report, and storing the final monitoring report together with the corresponding base station record information.
8. The electromagnetic ring assessment management system according to claim 6, further comprising a base station construction side, the base station construction side comprising:
the base station construction demand acquisition module acquires a base station construction demand and sends a monitoring demand to the environment-friendly server;
the list generating module forms an electromagnetic radiation base station list and sends a request for confirming the base station list;
and the confirmation module acquires the confirmed base station list and corresponding information required for monitoring and sends the information required for monitoring to the environment-friendly server.
9. The electromagnetic ring assessment management system according to claim 6, further comprising an operator terminal, the operator terminal comprising:
the construction demand acquisition module is used for acquiring construction demands and sending the base station construction demands to the base station construction end;
and the rechecking module is used for acquiring the electromagnetic radiation monitoring base station list and sending the rechecked confirmed base station list and corresponding monitoring required information to the base station construction end.
10. The electromagnetic ring-review management system according to claim 6, wherein the operator further includes a payment module, the environmental service further includes a charging module, the payment module is connected to the final report generation module, and the payment module sends a payment instruction after the final report generation module stores the final monitoring report.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202011429943.8A CN112836923A (en) | 2020-12-09 | 2020-12-09 | Electromagnetic environmental assessment management method and system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202011429943.8A CN112836923A (en) | 2020-12-09 | 2020-12-09 | Electromagnetic environmental assessment management method and system |
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2020
- 2020-12-09 CN CN202011429943.8A patent/CN112836923A/en active Pending
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| CA2733306A1 (en) * | 2010-03-05 | 2011-09-05 | Wilson Electronics, Inc. | An oscillation protected amplifier with base station overload and noise floor protection |
| CN104749447A (en) * | 2013-12-31 | 2015-07-01 | 中国移动通信集团广东有限公司 | Method and device for estimating environmental electromagnetic radiation of base station |
| CN103903099A (en) * | 2014-04-11 | 2014-07-02 | 国家电网公司 | Electromagnetic environment protection management information platform for alternating-current and direct-current transmission and transformation project and management method |
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