Hydropower station production and emergency coordination method and platform based on communication system

Abstract

The invention discloses a hydropower station production and emergency coordination method and platform based on a communication system, and the method comprises the steps: a power plant duty room receives event information, and an on-duty person immediately calls the hydropower station production and emergency coordination platform; corresponding event important information is clicked or supplemented on the basis of the current template, and disposal prompt information pointing to corresponding event levels of all departments is automatically activated; checking the default notification object of the current event and confirming the accuracy; processing prompt information is automatically sent according to a pointed department; a receiver signs for receiving; the receiver carries out disposal according to the event information or the related regulations of the emergency response level, and the disposal process is fed back to the platform publishing page in real time; and if the event is completely handled, final reporting can be carried out, and a corresponding event flow is closed. The method can replace a current one-to-one telephone notification coordination mode in hydropower station production operation event disposal, greatly improves the event disposal efficiency, reduces human error factors, and improves the event disposal accuracy and the operation management level.

Description

Technical Field

[0001] The present invention relates to the field of production and emergency technology, and in particular to a method and platform for coordinating production and emergency of a hydropower station based on a communication system. Background Art

[0002] In the notification and corresponding emergency response of water supply and power supply, power production, natural disasters, and important production events in hydropower stations, they are classified according to the nature and importance of the events, and relevant personnel at the plant level, safety supervision, production management, functional departments, and operation and maintenance departments need to be notified.

[0003] The communication of production and emergency-related information generally relies on direct dialing or dial-up calls, and each level is notified one by one in turn or by division of labor. Such event communication is often time-consuming, and the content and standards of notifications for different events are different. It is often necessary to inquire about the progress of event handling and the coordination of various departments, resulting in a large workload and low efficiency in operation and duty communication and coordination.

[0004] The existing production and emergency information delivery mode of the hydropower station is traditional telephone notification, one-way oral one-to-one communication, involving many and wide objects, and the accuracy and efficiency of the communication content are low. When selecting production and emergency event notification personnel, it is necessary to check the current duty information. Since the duty personnel will also change frequently, the information transmission is inaccurate. When notifying the relevant departments of water and power outages, it is necessary to query or check the existing methods, changes and temporary access records, which takes a lot of time to sort out. Important events such as natural disasters require relevant departments to respond accordingly. The corresponding classification and notification objects of various events are different, which is prone to errors, and the response measures for various departments are not implemented accurately. When a production emergency occurs, the first time to sort out the event is to control the accident and coordinate the dispatch. Due to the urgency of time, the dispatch person in charge often has no time to report and notify, which has a certain time conflict with the emergency response and has a certain impact on the event response. General events are inferior to production emergency events, but there are many types of events, which are related to the daily production information of the power station, changes in methods, and many other contents involving safe production. They also need to be notified and handled by phone in turn, which is a large workload and time-consuming. Summary of the invention

[0005] In view of this, the present invention provides a hydropower station production and emergency coordination method and platform based on a communication system.

[0006] The present invention discloses a method for coordinating production and emergency response of a hydropower station based on a communication system, which comprises:

[0007] Step 1: When the power plant duty room receives the event information, the duty person in charge immediately starts the hydropower station production and emergency coordination platform; according to the event category, select the corresponding category on the production and emergency communication coordination platform, which is divided into power outages, production emergencies, natural disasters and general events. Then, based on the category, the secondary tabs are further subdivided. Select the corresponding secondary tab to automatically generate the event message template;

[0008] Step 2: According to the actual situation of the event, click the key information category of the corresponding event based on the current template, and activate the handling prompt information of the corresponding event level pointing to each department. If there are other precautions, you can provide additional instructions; check and confirm whether the notification object is accurate, and you can delete it. Each event level has a default notification object, and the current template is the most recent notification object;

[0009] Step 3: The person on duty publishes the event, and the recipient signs for it. If the recipient fails to sign for it in time, the notification scope will be expanded again according to the time limit. The first recipient in the same department will be the person in charge of event handling by default. The recipient and the receipt status will be fed back to the platform release page;

[0010] Step 4: The recipient handles the situation according to the relevant regulations of the event release information or emergency response level, and can refer to the corresponding prompt information. The progress of the handling needs to be fed back in stages, and the feedback reminder time limit can be set. The feedback information is synchronized to the release information page and can be viewed by all personnel;

[0011] Step 5: During the incident handling process, the publisher can make follow-up reports according to the stages of incident handling; if the incident is handled, the publisher can make a final report, close the corresponding incident process, and automatically generate a handling report.

[0012] Furthermore, the on-duty person in charge releases the event, including:

[0013] If the emergency leadership group is checked, the on-duty leader of the emergency leadership group will be notified when the incident is first reported to confirm the response level and then automatically released. If the current incident does not need to be reported to the emergency leadership group, it will be released directly.

[0014] Furthermore, the recipient signs for the message, including:

[0015] Through the dispatch telephone system or robot phone notification, the mobile terminal program pops up and continues to ring or vibrate to notify the recipient so that the recipient can sign for it.

[0016] Furthermore, in step 3, if the document is not signed for in time within the preset time, the message will be automatically sent again and the notification scope will be expanded to all managers in the department, and the first signatory will be the person responsible for handling the incident.

[0017] Furthermore, the step 4 comprises:

[0018] If the publisher requires the responsible persons of each department to provide timely feedback on relevant information, a feedback time limit will be set to remind the person in charge to provide timely feedback on the handling stage; if the event changes or there are new circumstances, a follow-up report will be made, and a final report will be made after the event handling is completed.

[0019] The present invention also discloses a production and emergency communication coordination platform, which implements any of the above-mentioned hydropower station production and emergency coordination methods based on a communication system, and includes a development platform module:

[0020] The publisher client in the development platform module consists of a production communication platform, content classification tabs, function area, information editing area, notification object list, receipt status area, and related information description area; the production communication platform has communication information of all factory employees, and is classified by department and function, and can be searched and sent messages;

[0021] The content classification tabs are divided into four categories: power outage, production emergency, natural disasters, and general event notifications. By selecting the second-level and third-level tabs, the title content in the information editing area is directly generated. Clicking on key information will automatically activate the event handling prompt information pointing to each department;

[0022] There is a duty list in the function area, which can be used to retrieve the duty list in the plant, including daily duty list, flood season duty list, and emergency duty list. It can be expanded to power station handling teams such as flood prevention commandos and volunteer fire brigades. When a new event is created, the information in the current duty list is automatically retrieved for object association;

[0023] The message editing area automatically registers the title, sender and time;

[0024] The notification object list is preset according to the current method, and is updated in real time with the most recent notification object; the receipt status area is the display area for the recipient to sign and confirm through the terminal pop-up window, handling feedback and other related information, which means that the notification object has received the above information and responded according to the regulations. The operation duty room can grasp the person in charge of the handling, and can provide real-time stage feedback during the handling process, and can track the handling feedback in real time to realize the control function of the whole process of event handling; the handling personnel can pay attention to the handling process in real time and achieve information exchange;

[0025] The related information description area presets the handling elements under the current event theme, divides them by event level and department, and provides targeted notifications after screening.

[0026] Furthermore, the function area includes a duty schedule management key, a multi-event switching key, a new event key, a save key, a publish key, an end key and a history key; the duty schedule management key can create a quick selection group; the multi-event switching key can switch the selection of events being handled; the new key is for creating a new event notification process; the save key is for archiving the edited content of the current page; the publish key is for editing information on the current page and submitting the information with the selected notification object list as the target, with the authority being the duty officer and deputy duty officer. After the information is released, the current page information is automatically saved as the current one and the status information is updated in real time; the end key is for closing the event and automatically generating a report; the history key is for handling-related information after the event is handled and closed, which can be filtered by category tabs.

[0027] Due to the adoption of the above technical solution, the present invention has the following advantages:

[0028] 1. Transform the production and emergency communication working mode of the hydropower station, no longer rely on the telephone system for one-to-one notification, and greatly reduce the communication and coordination workload of the person in charge on duty; notification and handling of various events will move to computer and mobile phone platforms.

[0029] 2. Simplify the event release process, reduce unnecessary searching, checking, and waiting time, and spend more energy on event handling.

[0030] 3. All events are classified and organized into a data resource platform. The corresponding classification is selected according to the occurrence of the event and released quickly. The information of on-duty personnel no longer needs to be manually searched, the response measures are no longer unclear, the handling tasks of on-site personnel are clear, and all data information is accurate and complete, reducing human errors.

[0031] 4. During the incident handling process, change the one-to-many information transmission situation, let all participants know the latest developments of the incident, automatically generate reports, reduce the workload of the person in charge on duty to record, facilitate the grasp of the situation and coordination between departments, and ensure that no secondary incidents occur during the handling process.

[0032] 5. Based on the communication platform, daily duty, flood season duty, fire and emergency assault personnel duty rosters are linked, and can also be edited or expanded, and automatically linked to the notification preset list. The notification object module is updated in real time with the most recent notification, saving query time and can directly notify individuals.

[0033] 6. Increase temporary power management and improve the automation level of power station operation management. For production and maintenance related switching operations in the power station, preset important equipment under the jurisdiction of various departments. Temporary power supply is annotated in the "Related Information Description", and the notification personnel, departments, and work permits are added and saved after the validity period. If power outage is required, quick and accurate notification can be achieved, and timeliness can be automatically managed. The background data list is realized through classification and grading, which is convenient for query and maintenance.

[0034] 7. All notification information related to production and emergency of hydropower stations can be quickly released through pre-made content, and can also be edited and supplemented, reserving manpower and time to cooperate with scheduling and mobilization at all levels within the plant, and issuing reminders of disposal elements to ensure the accuracy and efficiency of event handling.

[0035] 8. After the information is issued, the dispatch telephone system or robot phone notification will be sent, and the mobile terminal program will pop up and continue to ring or vibrate to notify the recipient. If the message is not read within 1 minute, it will be notified again and the notification range will be expanded to department managers. The recipient signs in the pop-up window to sign for the information, and the current handling process can be fed back to the release page in real time. Feedback reminders can be set to the person in charge according to the event handling requirements.

[0036] 9. Natural disasters and public events require the initiation of emergency response and process control to reduce process time loss. This can be done throughout the entire process of the initiation process, and the corresponding warning levels and disposal elements will be released together to improve the accuracy of disposal.

[0037] 10. Improve the efficiency of information transmission, reduce the workload of the 24-hour duty room, simplify the process of reporting information on power production and natural disasters, facilitate the timeliness and accuracy of incident and emergency response, and ensure the safe production of the entire power station. BRIEF DESCRIPTION OF THE DRAWINGS

[0038] In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings required for use in the description of the embodiments will be briefly introduced below. Obviously, the drawings described below are only some embodiments recorded in the embodiments of the present invention. For ordinary technicians in this field, other drawings can also be obtained based on these drawings.

[0039] Figure 1 This is a schematic diagram of information processing of a production and emergency communication coordination platform according to an embodiment of the present invention;

[0040] Figure 2 A schematic diagram of a publisher client according to an embodiment of the present invention;

[0041] Figure 3 Generate a logical relationship diagram for the events of the embodiment of the present invention;

[0042] Figure 4 A schematic diagram of a pop-up window confirmation interface (emergency leadership team) for a message recipient according to an embodiment of the present invention;

[0043] Figure 5 A schematic diagram of a pop-up window confirmation interface (execution section) for a message recipient according to an embodiment of the present invention;

[0044] Figure 6 This is a schematic diagram of a real-time tracking and feedback interface for receiver information according to an embodiment of the present invention;

[0045] Figure 7 The present invention is a flowchart of a method for coordinating production and emergency response in a hydropower station based on a communication system according to an embodiment of the present invention. DETAILED DESCRIPTION

[0046] The present invention is further described in conjunction with the accompanying drawings and embodiments, and the described embodiments are only a part of the embodiments of the present invention, rather than all the embodiments. All other embodiments obtained by ordinary technicians in this field should fall within the scope of protection of the embodiments of the present invention.

[0047] See also Figure 7 The present invention provides an embodiment of a method for coordinating production and emergency response of a hydropower station based on a communication system, which comprises:

[0048] S1: Event sending preparation. The 24-hour duty room of the power plant receives the event information, and the person in charge on duty immediately calls up the hydropower station production and emergency communication coordination platform.

[0049] S2: Based on the event type, select the corresponding category on the production and emergency communication coordination platform, which is divided into four categories: power outage, production emergency, natural disasters, and general events. On this basis, the secondary tabs are further subdivided for quick selection.

[0050] S3: Based on the actual situation of the event, select or edit the corresponding key information of the event based on the existing template. If there are special circumstances, supplement it in the description column.

[0051] S4: Check and confirm whether the notification object is accurate. Each event classification has a preset list with a default notification object. The current template is the most recent notification object. Default, deleted, and newly added are displayed in three colors for example. If you need to add, you can also search for personnel, department sections, or preset important list objects to quickly add. The content in the related information description is filtered according to the department, and the recipient is automatically directed to handle the prompt.

[0052] S5: The person in charge on duty releases the event. If the emergency leadership group is checked, the on-duty leader of the emergency leadership group will be notified when the event is first reported to confirm the response level and then automatically released. If the current event does not need to be reported to the emergency leadership group, it will be released directly.

[0053] S6: The recipient signs for the package and is notified via the dispatch phone system or robot phone call. The mobile terminal program pops up a window and continues to ring or vibrate to notify the recipient. The recipient and the receipt status are fed back to the platform release page. If the recipient fails to sign for the package within 1 minute, the message will be automatically sent again and the notification scope will be expanded to all department managers.

[0054] S7: The recipient handles the incident according to the relevant regulations of the incident information or emergency response level, and can refer to the corresponding prompt information. The handling process requires periodic feedback, and the feedback information is synchronized to the information release page. If the publisher requires the responsible persons of each department to provide timely feedback on relevant information, the feedback time limit can be set, and the person in charge of the anti-time limit can be prompted to provide timely feedback on the handling stage. If the incident changes or there are new circumstances, the incident can be reported again, and the final report will be made after the incident handling is completed.

[0055] S8: If the event is handled and the publisher closes the event process, it will enter the history record. If multiple events of the same type need to be sent in the same period, click Create, and multiple event viewing and handling can be switched.

[0056] See also Figure 1 The present invention also provides an embodiment of a production and emergency communication coordination platform to implement the hydropower station production and emergency coordination method based on the communication system described in the above embodiment, which includes a development platform module.

[0057] The local server runs the program production and emergency coordination platform for central unified event release and management; the 24-hour duty room serves as the real-time receiver of event release and information; the emergency leadership group serves as an important recipient of information and automatically releases the emergency response after approval; the recipients are the on-duty personnel or department heads of each production department and functional department.

[0058] The publisher client in the development platform module is as follows Figure 2As shown in the figure, it consists of a production communication platform, content classification tabs, function area, information editing area, notification object list, receipt status area, and related information description area. The production communication platform has the communication information of all employees in the factory, and is classified by department and function, which can be searched and sent. The content classification tabs are divided into four categories: power outage, production emergency, natural disaster, and general event notification. The title content in the information editing area can be directly generated by selecting the second and third level tabs. There is a duty table in the function area, which can be used to call the duty table in the factory station, and can also be partially edited, including daily duty table, flood season duty table, emergency duty table, etc. When an event is created, the current duty information is automatically called for object association; the "Save" key is for archiving the content edited on the current page, and the "Publish" key is for reporting the information edited on the current page to the selected notification object list as the target. The authority is the duty chief and deputy duty chief. After the information is released, the current page information is automatically saved as the current; the "History" key is the event information after the disposal is completed and closed under the current first-level tab. The information editing area automatically registers the title, sender and time. Before sending, you only need to fill in the key information and related supplements. The main content will be preset. If you need to explain and supplement, you can add it in the "Explanation" column. The preset standard content is quickly selected to fill in, so as to achieve the purpose of convenient and fast release. The notification object list will preset the notification object in the current way. If you need to add it separately, you can manually add the preset function list or select the notification object by department classification. It will be automatically saved as the next template and an explicit prompt will be given. The receipt status area is the status feedback after the recipient signs and confirms the receipt through the terminal pop-up window, which means that the notification object has received the above message and responded according to the regulations. The operation duty room can grasp the person in charge of the disposal, and can provide real-time stage feedback during the disposal process (the feedback reminder time limit can also be set), and can track the disposal feedback in real time to achieve the process control capability of the whole process of event disposal. The related information description area presets the fixed content and affected objects under the current event theme, or the relevant information of the event classification disposal prompt, so that the disposal personnel can more clearly grasp the key elements and precautions. If temporary control measures are needed, they are added manually for reference.

[0059] The event generation logic relationship is as follows Figure 3As shown, a hierarchical pointer [int*a>int*b>int*c>int*p=&i] is assigned to notify each maintenance division. The logic of the first-level event (int*a) Page1~4 (power outage / production emergency / natural disaster / general event), the second-level option one (int*b) PRJ1 (consisting of the main classification items), the third-level option two (int*c) PRJ2 (consisting of the sub-categories under the main category) automatically generate template content, the fourth-level notification object (int*p) dept (pointed to the notification object by the PRJ2 event association) automatically calls the duty table address book, and the fifth-level associated information info list uses the maintenance department code as the pointer object *p to associate different event notification contents &i (duty address book sorting and screening, personnel, telephone number, handling prompt information), etc., and automatically displays them on the sending information page.

[0060] The pop-up confirmation interface for the recipient (emergency leadership team) is as follows Figure 4 As shown, it consists of a production communication platform window, a communication platform task bar, an event information title, an event report sequence and time, event information, a signature bar, confirmation or change of warning level, and confirmation by the receiver. The production communication platform window is a visual platform for all employees in the factory. It can be notified by the dispatch telephone system or robot phone, and the mobile terminal program pops up and continuously rings or vibrates to notify the receiver to receive the message. The communication platform task bar displays the event warning status, and it is displayed in red when the relevant department has not received the message and confirmed it. The event information title is the publisher's client ( Figure 1 ) The public event module in natural disasters or general events is selected and generated. The warning level can be released by the emergency leadership team after confirming or changing the warning level (the level needs to be confirmed when an emergency event or public event occurs). The event report sequence and time include the first report, the follow-up report and the final report. After the event is handled and closed, it is displayed in gray. The event information is edited and released by the 24-hour duty room of the power plant based on the received signal, containing all the relevant information for the disposal. The signature column is used by the receiver to confirm the information and execute the corresponding response measures. The receiver confirms the receipt of the signal, and the terminal feeds back to the sender in real time for event transmission and circulation.

[0061] The recipient's pop-up confirmation interface (execution department) is as follows Figure 5 As shown, the functional area is Figure 2 The first person to receive the message is the person in charge of handling the incident by default. The incident information consists of the main content of the message and prompt information. The prompt information has been accurately screened according to the department, and relevant handling elements are prompted during emergency response and handling.

[0062] The real-time tracking and feedback interface of the receiver information is as follows Figure 6As shown in the figure, it consists of the production communication platform window, the communication platform task bar, the event information record, and the event report feedback bar. The event information record can view the event handling status and process, and the multi-event handling can be switched for feedback. It will automatically close after the event ends, and the event handling process can be viewed. When giving feedback, enter the current event, enter and send directly, and the information will be displayed in the sender interface according to the latest timeliness, which is convenient for the operation duty room to grasp the handling process of the responsible department.

[0063] The present invention classifies all reporting and notification events, publishes them quickly through preset templates, and automatically feeds back the results. It can automatically associate notification objects according to duty information, standard notification content, template-based editable load details, time-based status classification and directional prompts, one-key publishing mode, real-time feedback display function, clear tasks and results. It realizes a full-process control mode of fast, convenient and accurate event handling.

[0064] The present invention innovates the communication coordination mode of power production and emergency disposal, and optimizes the accuracy of production process control and communication coordination. All events are integrated and graded in a modular way, with precise screening information transmission, modular fast selection, standard notification content, automatic association of each department's duty and person in charge through preset duty lists, time-based status classification of disposal elements and directional editable prompt information, one-key publishing mode, simultaneous disposal of multiple events, tracking of the entire process of event disposal, real-time feedback display of event disposal process function, clear tasks and results, retention of disposal history records, and convenient post-analysis and improvement.

[0065] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the above embodiments, ordinary technicians in the relevant field should understand that the specific implementation methods of the present invention can still be modified or replaced by equivalents. Any modification or equivalent replacement that does not depart from the spirit and scope of the present invention should be covered within the scope of protection of the claims of the present invention.

Claims

1. A method for coordinating production and emergency response of a hydropower station based on a communication system, characterized in that: include: Step 1: The power plant duty room receives the event information, and the duty person in charge immediately activates the hydropower station production and emergency coordination platform; According to the event category, select the corresponding category on the production and emergency communication coordination platform, which is divided into power outage, production emergency, natural disaster and general events. Then, subdivide the secondary tabs based on the category. Select the corresponding secondary tab to automatically generate the event message template. Step 2: According to the actual situation of the event, click the key information category of the corresponding event based on the current template, and activate the handling prompt information of the corresponding event level pointing to each department. If there are other precautions, you can provide additional instructions; check and confirm whether the notification object is accurate, and you can delete it. Each event level has a default notification object, and the current template is the most recent notification object; Step 3: The person on duty publishes the event, and the recipient signs for it. If the recipient fails to sign for it in time, the notification scope will be expanded again according to the time limit. The first recipient in the same department will be the person in charge of event handling by default. The recipient and the receipt status will be fed back to the platform release page; Step 4: The recipient handles the situation according to the relevant regulations of the event release information or emergency response level, and can refer to the corresponding prompt information. The progress of the handling needs to be fed back in stages, and the feedback reminder time limit can be set. The feedback information is synchronized to the release information page and can be viewed by all personnel; Step 5: During the incident handling process, the publisher can make follow-up reports according to the stage of incident handling; If the incident has been handled, the publisher can make a final report, close the corresponding incident process, and automatically generate a handling report.

2. The method for coordinating production and emergency response of a hydropower station based on a communication system according to claim 1, characterized in that: The person in charge on duty shall publish the event, including: If the emergency leadership group is checked, the on-duty leader of the emergency leadership group will be notified when the incident is first reported to confirm the response level and then automatically released. If the current incident does not need to be reported to the emergency leadership group, it will be released directly.

3. The method for coordinating production and emergency response of a hydropower station based on a communication system according to claim 1, characterized in that: The recipient signs for receipt, including: Through the dispatch telephone system or robot phone notification, the mobile terminal program pops up and continues to ring or vibrate to notify the recipient so that the recipient can sign for it.

4. The method for coordinating production and emergency response of a hydropower station based on a communication system according to claim 1, characterized in that: In step 3, if the document is not signed for in time within the preset time, the message will be automatically sent again and the notification scope will be expanded to all managers in the department, and the first signatory will be the person responsible for handling the incident.

5. The method for coordinating production and emergency response of a hydropower station based on a communication system according to claim 1, characterized in that: The step 4 comprises: If the publisher requires the responsible persons of each department to provide timely feedback on relevant information, a feedback time limit will be set to remind the person in charge to provide timely feedback on the handling stage; if the event changes or there are new circumstances, a follow-up report will be made, and a final report will be made after the event handling is completed.

6. A production and emergency communication coordination platform, which implements the hydropower station production and emergency coordination method based on the communication system as described in any one of claims 1 to 5, characterized in that: Including development platform modules: The publisher client in the development platform module consists of a production communication platform, content classification tabs, function area, information editing area, notification recipient list, receipt status area, and related information description area. The production communication platform has communication information of all factory employees, and is classified by department and function, which can be quickly searched and sent messages. The content classification tabs are divided into four categories: power outage, production emergency, natural disasters, and general event notifications. By selecting the second-level and third-level tabs, the title content in the information editing area is directly generated. Clicking on key information will automatically activate the event handling prompt information pointing to each department; There is a duty list in the functional area, which can be used to retrieve the duty list in the plant, including daily duty list, flood season duty list, emergency duty list, and expand to the power station disposal team; the power station disposal team includes the flood prevention commando and volunteer fire brigade; when a new event is created, the information in the current duty list is automatically retrieved for object association; The message editing area automatically registers the title, sender and time; The notification object list is preset according to the current method, and is updated in real time with the most recent notification object; the receipt status area is the display area for the recipient to sign and confirm through the terminal pop-up window, and the handling feedback related information, which means that the notification object has received the above information and responded according to the regulations. The operation duty room can grasp the person in charge of the handling, and can provide real-time stage feedback during the handling process, and can track the handling feedback in real time to realize the control function of the whole process of event handling; the handling personnel can pay attention to the handling process in real time and achieve information exchange; The related information description area presets the handling elements under the current event theme, divides them by event level and department, and provides targeted notifications after screening.

7. The production and emergency communication coordination platform according to claim 6 is characterized in that: The function area includes duty schedule management key, multi-event switching key, event creation key, save key, publish key, end key and history key; the duty schedule management key can create a quick selection group; the multi-event switching key can switch the selection of events being handled; the new key is for creating a new event notification process; the save key is for archiving the edited content of the current page; the publish key is for editing information on the current page and submitting the information with the selected notification object list as the target, with the authority of the duty officer and deputy duty officer. After the information is released, the current page information is automatically saved as the current one and the status information is updated in real time; the end key is for closing the event and automatically generating a report; the history key is for handling-related information after the event is handled and closed, which can be filtered by category tab.

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