Wanzhou Jiazhi Smart Park Operation and Management Platform
Build an intelligent operation and management platform that integrates 3D maps, comprehensive situation, comprehensive security, pedestrian and vehicle traffic, facility management, energy consumption management, environmental management, and mobile APP. 1.1. Comprehensive situation of the park 1.1.1. Comprehensive situation 1.1.1.1. Comprehensive situation displays key data of energy consumption, equipment, environment, people and vehicles, security situation, and meeting list in the park in real time 1.1.2. Scenario management 1.1.2.1. Scenario Management 1
- Build an intelligent operation management platform that integrates 3D maps, comprehensive situation, comprehensive security, pedestrian and vehicle traffic, facility management, and energy consumption management.
1.1. Comprehensive situation of the park
1.1.1. Comprehensive situation
1.1.1.1. Comprehensive situation
Real-time display of key data on energy consumption, equipment, environment, people and vehicles, security situation, and meeting list in the park
1.1.2. Scene management
1.1.2.1. Scene management
1.1.2.2. Device control
1.1.2.3. Incidents and work orders
1.2. Integrated security system
1.2.1. Video patrol
1.2.1.1. Patrol plan
Configure patrol tasks by selecting cameras and setting patrol time
1. Plan list: Displays the planned plans in pages, including the future ability, description, patrol person, patrol cycle, patrol route, patrol time, and patrol time; supports setting patrol time (query, add, modify, delete) patrol time).
2. Patrol plan query: Enter the patrol plan name, description, and patrol person to conduct fuzzy query of the patrol plan.
3. Add a new patrol plan: Enter the patrol plan name, description, rotation training time (time unit is seconds), select the patrol person, patrol route, and patrol cycle to complete the formulation of the patrol plan.
4. Modify the patrol plan: Supports modifying the name, description, rotation training time, patrol person, patrol route, and patrol cycle of the patrol plan.
5. Patrol plan deletion: supports deleting patrol plans.
1.2.1.2. Patrol execution
The patrol personnel execute the patrol plan according to the pre-set patrol route, and view the real-time monitoring in sequence for remote video patrol
1. Patrol reminder: Notify patrol personnel to prepare 10 minutes before the start of patrol (APP message notification)
2. Patrol plan: View the to-be-executed patrol plan assigned to the currently logged-in person in list form.
3. Patrol execution: The BIM diagram displays the patrol route, and pop-up windows automatically play the patrol camera video images according to the patrol time. The patrol cameras on the route are highlighted, and the cameras that are not on patrol are grayed out.
4. Abnormal reporting: Submit an abnormal work order when an abnormal situation is discovered.
5. Random check-in: During the patrol, staff click the check-in button to check in randomly.
1.2.1.3. Patrol log
After the patrol is completed, a patrol log is generated based on the patrol situation.
1. Patrol log list: Displays the patrol plan name, route name, patrol person, start time, end time, task status, description, abnormality, and operations (view details, force completion) in pages.
2. Patrol log query: Enter the patrol plan name, start time, end time, select the patrol person, task status (completed, in progress), and perform fuzzy query on the patrol log.
3. Patrol log details: Click the patrol record to view the details of the patrol log (including the execution time of the patrol, the execution personnel, the patrol status of each camera, abnormal situations, check-in status, etc.).
4. Patrol log deletion: supports deleting single or multiple patrol logs.
1.2.2. Personnel movement route retrieval
1.2.2.1. Personnel movement route retrieval
1. Path query: Upload a face photo and select a time period. The moving route of the searcher and the camera point that captured the searcher will be displayed in real time on the BIM map.
2. Point details: Click on the camera point to view the time and screenshots of the searcher captured by the current camera.
1.2.3. Personnel detection
1.2.4. Searching for people wisely
1.2.5. Intrusion detection in prohibited areas
1.2.5.1. Intrusion detection in prohibited areas
1. Intrusion task list: Display task name, camera, status, operation (start/stop, delete) in pages.
2. Create a new intrusion detection task: enter the task name and task description, click the camera icon in the BIM diagram to automatically fill in the camera number, camera location, rtsp stream address, enter the area drawing and reporting time interval, and complete the creation of the intrusion detection task.
3. Detection task management: Manage detection tasks, including task deletion, modification, query, start and stop.
1.2.6. Video surveillance
1.2.6.1. Real-time monitoring
View the real-time surveillance video of the camera at the corresponding point in the BIM diagram.
1. Camera list: View the distribution location of camera points on the BIM map, and display the number of online devices, offline devices, and abnormal devices in real time. Supports dragging, zooming in, and zooming out BIM images.
2. Camera details: A pop-up window displays the camera device number, device type, device name, manufacturer, floor, device location, IP address, status, alarm type, and event occurrence time.
3. Real-time surveillance video: A pop-up window plays the real-time surveillance video of the camera at the specified point.
4. Video playback operation: Select the real-time video currently being played, and support pausing playback, resuming playback, adjusting volume, zooming in, zooming out, full-screen playback, and exiting full-screen.
1.2.6.2. Video playback
View the video playback of the camera at the corresponding point in the BIM diagram.
1. Camera list: View the distribution location of camera points on the BIM map
2. View video playback: Select the start time and end time to view the real-time surveillance video within the specified time period.
3. Video playback operation: Select the real-time video currently being played, and support pausing playback, resuming playback, adjusting volume, zooming in, zooming out, full-screen playback, and exiting full-screen. ,
1.2.7. Video patrol
1.2.7.1. Patrol route
Select camera points in turn to formulate a patrol plan
1. Route list: Display route serial numbers and route names in pages, and support modification and deletion of patrol routes.
2. Keyword query: fuzzy search of fuzzy route list through the name of the route.
3. Add a new route: Enter the route name and description, and select camera points in order to complete the formulation of the patrol route.
1.2.8. Job departure detection
1.2.8.1. Post departure detection
1. Off-duty task list: Display task name, camera, status, operation (start/stop, delete) in pages.
2. Create a new off-duty detection task: enter the task name and task description, click the camera icon in the BIM diagram to automatically fill in the camera number, camera location, rtsp stream address, input area drawing, off-duty time setting (time unit is seconds), and report time interval to complete the creation of the off-duty detection task.
3. Detection task management: Manage detection tasks, including task deletion, modification, query, start and stop.
1.3. Event Center
1.3.1. Event Center
1.3.1.1. Event analysis
Conduct statistical analysis of events in the form of chart reports based on event level, type, occurrence time, processing status and other dimensions.
1. Overview of events this month: Displays the total number of events this month, the number of first-level events, the number of second-level events, and the number of third-level events in real time.
2. Event statistics for this month: Displays the day with the highest number of alarms and the number of alarms this month, the system with the most alarms and the number of alarms this month, the average number of alarms per day this month, and the increase in the number of alarms compared to the previous month.
3. Event effectiveness this month: The donut chart displays the total number of events this month, the number of effective events this month, and the proportion of effective events this month.
4. Security alarm statistics for this year: The bar chart shows the number of security alarms per month for this year.
5. Analysis of various types of security alarms this year: a ring chart displays the number of intrusion incidents by people, off-duty, and prohibited areas.
6. Trends of various types of alarms this year: The curve chart shows the number of equipment alarms, security alarms, and emergency alarms in each month of this year.
7. System alarm statistics for this year: The bar chart shows the number of system alarms for each month of this year.
1.3.1.2. Device events
1. Event list: Display device event information in real time in the form of a list, including the occurrence, type and other information of the event,
2. Event retrieval: Event retrieval can be carried out based on key information of type, registration, and processing status.
3. Event positioning: Locate the location where the event occurred on the BIM map and display the detailed information of the event.
1.3.1.3. Security incidents
Illegal intrusion, off-duty detection, and personnel notification based on smart security
1. Event list: Display security event information in real time in the form of a list, including the occurrence, type and other information of the event,
2. Event retrieval: Event retrieval can be carried out based on key information of type, registration, and processing status.
3. Event location: Locate the location where the event occurred on the BIM map and display the detailed information of the event.
4. Real-time monitoring: Open the real-time monitoring video of the incident.
1.3.1.4. Fire emergency linkage
Based on fire protection equipment and facilities, emergency linkage between fire protection systems and access control systems, air conditioning fresh air systems, elevator control systems, lighting systems, broadcasting systems and other multiple systems and equipment
1. Event list: Display fire equipment event information in real time in the form of a list, including the occurrence, type, level, location, processing status and other information of the event,
2. Event retrieval: Event retrieval can be carried out based on key information of type, registration, and processing status.
3. Event location: Locate the location where the event occurred on the BIM map and display the detailed information of the event.
4. Real-time monitoring: After receiving a fire alarm, the real-time video screen of the alarm point will automatically pop up to help operators confirm the authenticity of the alarm and notify relevant responsible personnel to handle it.
1.3.1.5. Emergency plan
1. Maintain various emergency plans: Maintain various emergency plans in advance in the emergency plan management function.
2. Plan setting: Set the emergency plan on the event definition page: select the event type, create the event process, and select the processing type.
1.3.1.6. Emergency management
Register the cause, process, handling results, etc. of the emergency incident.
1. Incident processing registration: handle the incident according to the pre-set emergency plan, and fill in the processing report after the processing is completed.
2. Event list: Display event records in table form.
3. Record details: Click the event record to view the detailed information of the event, including the type of event, registration, location of occurrence, handler, processing time, processing report and other information.
1.4. Device management
1.4.1. Device configuration management
1.4.1.1. Device files
Device configuration management (device type, device parameters and other device information settings, device file maintenance, device connection settings, device interface settings)
All users
Product pricing
Product price = ordering interval quantity 1 * interval specification unit price 1 + ordering interval quantity 2 * interval specification unit price 2.
For example: the call rate is 0.3 yuan/minute for the part that does not exceed 3 minutes, and 0.2 yuan/minute for the part that exceeds 3 minutes; if the user calls for 8 minutes, the fee charged is 3*0.3+5*0.2=1.9 yuan.
Product price = order quantity * unit price of the range to which the quantity belongs.
For example: the call rate is 0.3 yuan/minute for no more than 3 minutes, and 0.2 yuan/minute if it exceeds 3 minutes; if the user calls for 2 minutes, the fee charged is 2*0.3=0.6 yuan; if the user calls for 8 minutes, the fee is charged The cost is 8*0.2=1.6 yuan.
Product price = order quantity * unit price.
The product price is the price displayed on the page.
After-sales service In order to ensure the normal operation of the platform and do a good job in daily development and maintenance, fault diagnosis and troubleshooting of the platform, we will use the most professional team to provide the highest quality services and maintain existing functions after the system is online, including minor function modifications and bugs. Repairs, etc. to ensure normal operation of the platform 24 hours a day. We will designate dedicated personnel to be responsible for the following aspects to develop and maintain the platform: 1. Telephone and remote services If during the platform maintenance period, there are some faults that our company can troubleshoot by phone or remotely, our company's technical service department should immediately provide support via telephone hotline and remote methods after receiving the fault information, and assist the platform managers to solve the problems. A platform failure occurred. Service time: 6*10 Service hotline: 0533-3598883 (office phone) After-sales staff: Sun Wen 15166085950 Commercial Specialist: Shen Zhan 13583389957 Service email: manstro@manstro.com 2. On-site service If during the platform maintenance period, due to environmental, equipment, human factors, etc., the platform is paralyzed or the response speed exceeds the platform design indicators and other serious faults that cannot be eliminated by phone, our company shall notify the relevant department 4 hours after the fault information is issued. Engineers will be dispatched to the site within 1 day to ensure that the platform resumes operation as soon as possible, and the cause, solution, and processing results will be reported to the relevant departments within 1 day after troubleshooting. 3. Function upgrade If relevant departments need to modify the functions or performance of the platform, the specific modification content needs to be sent to our company via email in the form of a document. Our company will evaluate the corresponding workload and formulate a plan based on the specific requirements in the document. The workload is based on Day is the unit. The workload assessed by our company is confirmed by the relevant departments of the park and then a task order is formed. After the task order must be signed and confirmed by the responsible persons of both parties, our company will complete the corresponding work according to the plan. In an emergency, a verbal agreement can be made first, and a written agreement should be supplemented immediately afterwards. 4. Regular inspections Our company should routinely check the operating status of the platform on the first working day of every month, form a "Customer Service Order" based on the inspection results and send it to the relevant departments, and promptly report various error warnings prompted by the platform to the relevant departments. At the same time, we must Propose solutions in a timely manner; if our company performs installation, debugging, etc., the work content must be recorded in the "Customer Service Order", and the installation and debugging content and results must be recorded in detail, and copied to the relevant departments. The daily inspection content is as follows: (1) Platform configuration file; (2) Platform login, query and check (response speed); (3) Collect users’ general usage questions; (4) Check whether there are any changes in platform program files; (5) Check the changes in the amount of application data in the database. 5. Platform migration Due to changes in the objective and external environment, our company is responsible for the migration of the platform, including data migration and platform migration. At the same time, he is responsible for the debugging and trial operation of the platform in the new environment to ensure the safety and normal operation of the platform.
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