A campus security-based inspection and troubleshooting system

Abstract

The application discloses a kind of based on campus security's inspection and investigation system, belong to the field of campus security construction, including inspection point management module, security duty module, hidden danger management module, material management module, material inventory module and fault repair module, inspection point management module supports the configuration of the inspection point of each site of school by system, security duty module is to school security personnel for duty scheduling and patrol scheduling, hidden danger management module first time investigation and solve hidden danger after school staff discovers hidden danger in campus, material management module supports organization or school to realize management and data maintenance to material, material inventory module is checked and accounted to school inventory material, fault repair module discovers repair treatment process after material damage.This application development technology is easy to realize, with good flexibility, operability and scalability, realize the electronic informatization management of campus security, save time and effort, avoid waste time, guarantee the effect of campus safety.

Description

Technical Field

[0001] This invention relates to the field of campus security construction, specifically a campus security-based inspection and investigation system. Background Technology

[0002] With economic development and increased social openness, illegal and criminal activities are increasingly impacting schools. Primary and secondary school teachers and students are among the most vulnerable groups in terms of security awareness. The safety of primary and secondary school campuses is crucial to social stability and family well-being, making it a topic of close concern for the entire society. The development of campus security has also gained recognition and support from parents and schools. The school perimeter is the first line of defense for community security. A perimeter wall without security measures is easily breached by criminals. Therefore, strengthening the first line of defense and increasing the difficulty of illegal activities is a primary issue that campus perimeter security management should consider. Traditional campus safety management, driven by increasingly high standards and stringent requirements, often requires significant investment of human and material resources with unsatisfactory results. This includes frequent filling out and reviewing of paper-based safety documents; a limited number of safety management personnel conducting numerous school-specific inspections and safety supervisions; routine campus hazard management and inspections lacking effective record-keeping; and safety teams failing to effectively supervise and implementing safety work in a perfunctory manner. The question then arises: how can we utilize advanced technologies such as security technology, the Internet of Things, the Internet, cloud computing, and big data to establish a campus safety prevention and control system, freeing people from the burden of cumbersome and inefficient safety management, achieving electronic and information-based management; ensuring the execution, supervision, assessment, acceptance, and archiving of safety tasks; and breaking down the silos of security technology applications to transform them into integrated applications?

[0003] Existing traditional campus security inspections are time-consuming and labor-intensive. The frequent filling out and review of paper-based security data files can waste time and affect the effectiveness of security measures. Summary of the Invention

[0004] To address the existing problems, the present invention aims to provide a campus security-based inspection and investigation system to solve the problems mentioned in the background section.

[0005] To achieve the above objectives, the present invention provides the following technical solution:

[0006] A campus security-based inspection and investigation system includes an inspection point management module, a security duty module, a hidden danger management module, a material management module, a material inventory module, and a fault reporting module. The inspection point management module supports displaying school locations in a tree structure. When a specific space is displayed in the tree structure, the right side lists the corresponding inspection point information for that space. The inspection point management module supports targeted queries by inspection point category and name. The inspection point management module supports adding, modifying, deleting, and batch modifying inspection points. The inspection point management module supports importing and exporting inspection points. The inspection point management module supports generating and exporting QR codes for each inspection point.

[0007] The security duty module supports adding information about duty personnel, including duty date, duty leader, head of security department, and security guard's name. The security duty module also supports adding patrol information for patrol personnel, including patrol shift, patrol point, patrol date, and effective date.

[0008] The hazard management module supports setting responsible persons for hazards. When faculty and staff discover and report hazards, all reports are compiled by the responsible person. Each hazard responsible person can be in charge of different types of hazards. The hazard management module allows the principal and hazard responsible persons to view the complete list of hazards in their unit, and can be queried by status, start time, and end time fields. It includes the hazard discoverer, hazard location, hazard category, hazard description, hazard photo, and processing status attributes. The hazard management module allows the principal and hazard responsible persons to process reported hazards. The processing steps include: confirming whether it is a hazard, hazard type, hazard level, filling in the hazard risk level and impact scope, confirming whether it needs to be forwarded to others, and processing opinions. The hazard management module allows the principal and hazard responsible persons to accept reported hazards. The acceptance steps include: filling in the total cost, description, and hazard reason to accept the hazard. After the entire hazard process is completed, the principal and hazard responsible persons can directly delete the hazard.

[0009] The materials management module supports institutions or schools in managing materials and maintaining data. The materials management module supports adding, modifying, and deleting materials, including equipment number, equipment name, material category, material quantity, and material image information.

[0010] The inventory module supports checking whether the book value of materials matches the actual inventory. If they do not match, the inventory needs to be updated synchronously and a note needs to be recorded to record the inventory results. The inventory module supports checking for damage or loss of various materials and whether fire-fighting equipment meets safety requirements. The inventory module supports reporting and processing damaged equipment for repair.

[0011] The fault reporting module allows users to view the fault reporting list, which includes asset number, asset name, asset location, applicant, reporting status, and reporting time. The fault reporting module also supports expedited processing, allowing users to send expedited notifications to the repair personnel to request prompt repair of the corresponding materials.

[0012] As a further aspect of the present invention: the inspection point management module includes an inspection task module. The inspection task module supports schools in adding and publishing inspection tasks. After specifying the inspection date, inspector, and selecting the inspection point, the inspection task can be published. Each published inspection task corresponds to one inspection task. The inspection task module supports inspectors in executing inspection tasks. The inspection task module supports statistics on inspection plans and the completion status of inspection tasks. The inspection task module supports handling inspection anomalies. Inspection anomalies are included as potential campus safety hazards in the hazard handling process. The inspection tasks in the inspection task module can be executed on mobile devices.

[0013] As a further aspect of the present invention: the inspection task module includes an inspection task creation module, an inspection task execution module, an inspection anomaly module, and an inspection statistics module. The inspection statistics module compiles the inspection task completion status and displays it according to the inspection task and personnel information. The inspection statistics module can intuitively reflect the inspection task completion status of each inspection personnel and supports querying by inspection cycle and date. The above function buttons are arranged horizontally in sequence. The page displays the inspection personnel statistics, including: serial number, account, name, telephone number, total number of tasks, number of incomplete tasks, and completion rate.

[0014] As a further aspect of the present invention: the security duty module includes a security patrol module, a patrol statistics module, a duty reporting module, and a duty reporting statistics module. The security patrol module supports viewing patrol tasks via mobile phone. The security patrol module supports scanning QR codes at patrol points for patrol. Each patrol point requires scanning the QR code and confirming whether there are any abnormalities. If there are any abnormalities, the patrol abnormality is recorded and automatically transferred to the hidden danger handling process; if there are no abnormalities, the patrol continues to the next patrol point. The entire patrol task is completed after all patrol points have been scanned. The security patrol module supports the system recording the time and latitude and longitude of the user's patrol at a certain patrol point.

[0015] The patrol statistics module supports querying by time period. It displays information such as reporting time, reporter, patrol time, time period, patrol trajectory map, and number of checkpoints. The module also supports viewing patrol tasks, including patrol tasks, patrol personnel, patrol points to be checked, patrol date, patrol results, inspectors, and inspection trajectory information. It supports exporting information and records detailed reports. The module displays detailed information for each patrol record in the selected date range, including date, specified time, specified patrol personnel, patrol personnel, patrol points, patrol time, and status information.

[0016] The duty reporting module reports duty information, which includes reporting status, duty officer, contact number, supervisor in charge, contact number, additional notes, and added image information.

[0017] The duty report statistics module compiles statistics on the duty reports submitted by school duty personnel.

[0018] As a further aspect of the present invention: the hazard management module includes a hazard reporting module and a hazard reporting statistics module. The hazard reporting module allows faculty and staff to report hazards on their mobile phones. They can select a hazard category, fill in a problem description, add pictures, and then submit the hazard report. The hazard reporting statistics module allows leaders and hazard managers to view the hazard statistics list of their unit. It supports searching by year, start month, end month, and hazard status. The list includes hazard content, reporter, reporting time, status, rectification person, rectification time, and investment amount information.

[0019] Compared with existing technologies, the beneficial effects of this invention are: The technology developed by this invention is easy to implement. Based on the existing security system of the school, it utilizes advanced technologies such as cloud services, the Internet of Things, cloud computing, and big data, and has been successfully deployed and applied in the campus security big data platform environment, achieving applicability to schools. The design specifications of this invention are standardized, and the system design conforms to the requirements of the technical architecture specifications. The data storage layer, business logic layer, and interface presentation layer are independent of each other, and middleware or interfaces conforming to international standards are used between different layers, giving the system good flexibility, operability, and scalability. This invention has high scalability, meeting the requirements of continuous expansion of system functions and the continuous growth of system capacity and user numbers, preventing redundant construction and investment due to future expansion of content and functions. Through web, mobile APP, etc., it realizes the management of campus security inspection points, the issuance and execution result reporting and statistics of inspection tasks, the scheduling of campus security duty, the reporting and statistics of duty results, the reporting and statistics of campus hazards, the management and inventory of campus materials, and the investigation, reporting, and handling of school faults, achieving electronic and information management, saving time and effort, avoiding wasted time, and ensuring the effectiveness of campus security. Attached Figure Description

[0020] Figure 1 This is a schematic diagram of a campus security-based inspection and investigation system. Detailed Implementation

[0021] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only a part of the embodiments of the present invention, and not all of them. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0022] Please see Figure 1 As shown, a campus security-based inspection and investigation system includes an inspection point management module, a security duty module, a hazard management module, a material management module, a material inventory module, and a fault reporting module. The inspection point management module includes an inspection task module, which supports the configuration of inspection points for various school sites and allows for the addition and allocation of inspection point information for all sites. The main functions of the inspection point management module include:

[0023] 1) Supports displaying school locations in a tree structure. When a specific space is displayed in the tree structure, the corresponding inspection point information under that space will be listed on the right.

[0024] 2) Supports targeted queries based on inspection point categories and inspection point names;

[0025] 3) Supports adding, modifying, deleting, and batch modifying inspection points;

[0026] 4) Supports importing and exporting inspection points;

[0027] 5) Supports generating and exporting QR codes for each inspection point.

[0028] The inspection task module includes modules for creating inspection tasks, executing inspection tasks, handling inspection anomalies, and compiling inspection statistics. Based on campus security inspection requirements, the inspection task module creates specific inspection tasks and assigns dedicated personnel to inspect the security conditions of specific locations on campus. The main functions of the inspection task module include:

[0029] 1) Schools can add and publish inspection tasks. After specifying the inspection date, inspector, and inspection point, the inspection task can be published. Each published inspection task corresponds to one inspection task.

[0030] 2) Support inspectors in performing their inspection tasks;

[0031] 3) Supports statistics on inspection plans and the completion status of inspection tasks;

[0032] 4) Support the handling of inspection abnormalities, and include inspection abnormalities as potential campus safety hazards in the hazard handling process;

[0033] 5) Inspection tasks can be performed on mobile devices.

[0034] The inspection statistics module supports the summary and statistical analysis of inspection results. The main functions of the inspection statistics module include:

[0035] 1) The system needs to statistically analyze the completion status of inspection tasks and display the results separately according to the inspection tasks and personnel.

[0036] 2) The personnel statistics module can intuitively reflect the completion status of each inspection personnel's inspection tasks: it supports querying by inspection cycle and date, and the above function buttons are arranged horizontally in sequence; the page displays the following statistics of inspection personnel: serial number, account, name, telephone number, total number of tasks, number of uncompleted tasks, and completion rate.

[0037] The security duty module includes a security patrol module, a patrol statistics module, a duty reporting module, and a duty reporting statistics module. The security duty module primarily manages the duty and patrol schedules for school security personnel, as well as duty reporting and statistics. The main functions of the security duty module include:

[0038] 1) Supports adding information about on-duty personnel, including the on-duty date (day of the week), on-duty leader, head of security department, and security guard's name.

[0039] 2) Supports adding patrol content for patrol personnel, including patrol shift, patrol point, patrol date (Monday to Sunday), effective date (immediately effective, effective the next day), and other information.

[0040] Patrol personnel can view patrol tasks, start patrols, and complete patrols through the security patrol module on their mobile devices. The main functions of the security patrol module include:

[0041] 1) Supports viewing patrol tasks via mobile device.

[0042] 2) Supports scanning the QR code of the inspection point for patrol. Each patrol point needs to scan the QR code and confirm whether there is any abnormality. If there is an abnormality, the patrol abnormality is recorded and automatically transferred to the hidden danger handling process; if there is no abnormality, continue to the next patrol point. The entire patrol task is completed after all patrol points have been scanned.

[0043] 3) The system supports recording the time and latitude and longitude of a user scanning a code at a patrol point.

[0044] The patrol statistics module is mainly used to statistically query the security patrol information submitted by school security personnel. The main functions of the patrol statistics module include:

[0045] 1) Supports querying by time period, with a time span of one month;

[0046] 2) Supports displaying information such as reporting time, reporter, patrol time, time period, patrol route map, and number of checkpoints;

[0047] 3) Supports viewing patrol tasks, including patrol tasks, patrol personnel, patrol points, patrol dates, patrol results, inspectors, and patrol routes. It also supports exporting information.

[0048] 4) Supports recording detailed reports, displaying detailed information for each patrol record in the selected date range, including date, specified time, specified patrol person, patrol person, patrol point, patrol time, and status information.

[0049] School security personnel use the mobile app's duty reporting module to report duty information, including the reporting status (normal or abnormal), duty officer, contact number, supervisor's contact number, additional notes, and added pictures before submitting the duty report.

[0050] The duty report statistics module compiles statistics on the duty reports submitted by school duty personnel.

[0051] The hazard management module includes a hazard reporting module and a hazard reporting statistics module. Its main function is to ensure that school staff report any hazards discovered on campus to the relevant personnel immediately, facilitating timely investigation and resolution of the hazards and ensuring campus safety. The hazard management module's main functions include:

[0052] 1) Supports setting up responsible persons for potential hazards. When faculty and staff discover and report potential hazards, all reports are compiled by the responsible person, and each hazard responsible person can be in charge of different types of hazards;

[0053] 2) It allows the principal and the person in charge of the hazards to view the complete list of hazards in their unit, and can be queried by the fields of status, start time, and end time; it includes attributes such as the person who discovered the hazard, the location of the hazard, the category of the hazard, the description of the hazard, the photo of the hazard, and the handling status;

[0054] 3) Support the principal and the person in charge of potential hazards in handling reported potential hazards. The handling process includes: confirming whether it is a potential hazard, the type of potential hazard, the level of potential hazard, filling in the degree of risk and scope of impact of the potential hazard, confirming whether it needs to be forwarded to others, and the handling opinion, etc.

[0055] 4) Support the principal and the person in charge of potential hazards to inspect and accept the reported potential hazards. The inspection and acceptance process includes: filling in the total amount spent, description, and the cause of the hazard (human problem, material problem, management problem, detailed cause). Once the hazard is inspected, the entire hazard inspection process is complete.

[0056] 5) The principal and the person in charge of the potential hazard can directly delete the hazard.

[0057] The hazard reporting module allows faculty and staff to report hazards via their mobile phones. They can select a hazard category, fill in a problem description, add pictures, and then submit the hazard report.

[0058] The hazard reporting and statistics module allows leaders and hazard managers to view the hazard statistics list of their unit. It supports searching by year, start month, end month, and hazard status (pending or resolved). The list includes information such as hazard content, reporter, reporting time, status, person responsible for rectification, rectification time, and amount invested.

[0059] The materials management module supports institutions or schools in managing and maintaining data on materials (e.g., walkie-talkies, shields, batons, etc.). The main functions of the materials management module include supporting operations such as adding, modifying, and deleting materials, including information such as equipment number, equipment name, material category, material quantity, and material image.

[0060] The inventory module is used to check and calculate the school's inventory of supplies. Its purpose is to understand the quantity and storage status of supplies so that problems can be identified and addressed promptly. The main functions of the inventory module include:

[0061] 1) Supports checking whether the book figures for materials match the actual inventory; if they do not match, the inventory needs to be updated synchronously, and a note should be recorded to record the inventory results.

[0062] 2) Supports the inspection of various damaged or missing materials, and whether fire-fighting equipment meets safety requirements.

[0063] 3) Supports reporting and repairing damaged equipment.

[0064] The fault reporting module mainly implements the fault reporting process when damaged materials are discovered during the inventory process. The main functions of the fault reporting module include:

[0065] 1) Supports viewing the repair request list, which includes information such as asset number, asset name, asset location, repair applicant, repair status, and application time.

[0066] 2) Supports expedited processing, allowing you to send expedited processing notices to repair personnel, instructing them to repair the corresponding materials as soon as possible.

[0067] By combining mobile and broadband networks and integrating data modeling such as CRM broadband installation addresses, fixed network DPI, mobile network DPI, marketing grid unit data, and standard address databases, the system achieves precise positioning of user room-level wireless network quality through self-learning. Based on a 12-level standard address database, it aggregates evaluation indicators for wireless network quality at three levels: room, floor, and building. Based on resource GIS map data and combined with standard address database data, it achieves three-dimensional spatial data fitting of buildings. The spatial fitting data and user room-level wireless network quality data are then presented in 3D visualization.

[0068] In terms of inspection management, the issuance and execution of inspection tasks and the statistics of inspection results need to be presented in a certain way so that the school and the education bureau can view them.

[0069] In terms of hazard management, school staff members report any potential hazards they discover on campus to the relevant person in charge immediately, and the hazards are investigated and resolved as soon as possible to ensure campus safety.

[0070] In terms of inventory management, the campus inventory management system conducts a thorough inventory check of campus security equipment and supplies. It has both a back-end management system and can also display the distribution of supplies to schools and education bureaus. Through the display of physical security big data, it facilitates unified and effective management by schools.

[0071] The development technology of this invention is easy to implement. Based on the school's existing security system, it utilizes advanced technologies such as cloud services, the Internet of Things, cloud computing, and big data. It has been successfully deployed and applied in the campus security big data platform environment, proving its applicability to schools. The design specifications of this invention are standardized, and the system design conforms to the technical architecture requirements in the specifications. The data storage layer, business logic layer, and interface presentation layer are independent of each other, and middleware or interfaces that conform to international standards are used between different layers, giving the system good flexibility, operability, and scalability. This invention has high scalability, meeting the requirements of continuous expansion of system functions and continuous growth in system capacity and number of users, so that the system will not require repeated construction and investment due to future expansion of content and functions.

[0072] It will be apparent to those skilled in the art that the present invention is not limited to the details of the exemplary embodiments described above, and that the invention can be implemented in other specific forms without departing from its spirit or essential characteristics. Therefore, the embodiments should be considered illustrative and non-limiting in all respects; the scope of the invention is defined by the appended claims rather than the foregoing description; and thus, all variations falling within the meaning and scope of equivalents of the claims are intended to be included within the present invention. No reference numerals in the claims should be construed as limiting the scope of the claims.

[0073] Furthermore, it should be understood that although this specification describes embodiments, not every embodiment contains only one independent technical solution; this narrative style is merely for clarity; those skilled in the art should consider the specification as a whole; the technical solutions in each embodiment can also be appropriately combined to form other embodiments that can be understood by those skilled in the art.

Claims

1. A patrol and inspection system based on campus security, characterized in that, The system includes a patrol point management module, a security duty module, a hidden danger management module, a material management module, a material inventory module, and a fault reporting module. The patrol point management module supports displaying school sites in a tree structure. When a specific space is displayed in the tree structure, the patrol point information under that space is listed on the right. The patrol point management module supports targeted queries by patrol point category and patrol point name. The patrol point management module supports adding, modifying, deleting, and batch modifying patrol points. The patrol point management module supports importing and exporting patrol points. The patrol point management module supports generating and exporting QR codes for each patrol point. The security duty module supports adding information about duty personnel, including duty date, duty leader, head of security department, and security guard's name. The security duty module also supports adding patrol information for patrol personnel, including patrol shift, patrol point, patrol date, and effective date. The hazard management module supports setting responsible persons for hazards. When faculty and staff discover and report hazards, all reports are compiled by the responsible person. Each hazard responsible person can be in charge of different types of hazards. The hazard management module allows the principal and hazard responsible persons to view the complete list of hazards in their unit, and can be queried by status, start time, and end time fields. It includes the hazard discoverer, hazard location, hazard category, hazard description, hazard photo, and processing status attributes. The hazard management module allows the principal and hazard responsible persons to process reported hazards. The processing steps include: confirming whether it is a hazard, hazard type, hazard level, filling in the hazard risk level and impact scope, confirming whether it needs to be forwarded to others, and processing opinions. The hazard management module allows the principal and hazard responsible persons to accept reported hazards. The acceptance steps include: filling in the total cost, description, and hazard reason to accept the hazard. After the entire hazard process is completed, the principal and hazard responsible persons can directly delete the hazard. The materials management module supports institutions or schools in managing materials and maintaining data. The materials management module supports adding, modifying, and deleting materials, including equipment number, equipment name, material category, material quantity, and material image information. The inventory module supports checking whether the book figures for materials match the actual inventory. If they do not match, the inventory needs to be updated synchronously, and the inventory results should be recorded with notes. The inventory module also supports checking for damage or loss of various materials and whether fire-fighting equipment meets safety requirements. The inventory module also supports reporting and processing damaged equipment for repair. The fault reporting module allows users to view the fault reporting list, which includes asset number, asset name, asset location, repairer / applicant, repair status, and application time. The fault reporting module also supports expedited processing, allowing users to send expedited notifications to repairers to ensure the timely repair of the relevant materials.

2. The campus security-based patrol and inspection system according to claim 1, characterized in that, The inspection point management module includes an inspection task module. This module allows schools to add and publish inspection tasks. After specifying the inspection date, inspector, and inspection point, the inspection task can be published. Each published inspection task corresponds to one inspection task. The module also allows inspectors to execute inspection tasks, and supports statistics on inspection plans and task completion. Furthermore, the module supports handling inspection anomalies, which are included as potential campus safety hazards in the hazard handling process. Inspection tasks can also be executed on mobile devices.

3. The campus security-based patrol and inspection system according to claim 2, characterized in that, The inspection task module includes an inspection task creation module, an inspection task execution module, an inspection exception module, and an inspection statistics module. The inspection statistics module compiles the inspection task completion status and displays it according to the inspection task and personnel status. The inspection statistics module can intuitively reflect the inspection task completion status of each inspection personnel and supports querying by inspection cycle and date. The function buttons corresponding to the above modules are arranged horizontally in sequence. The page displays statistics on inspection personnel, including: serial number, account, name, phone number, total number of tasks, number of uncompleted tasks, and completion rate.

4. The campus security-based patrol and inspection system according to claim 2, characterized in that, The security duty module includes a security patrol module, a patrol statistics module, a duty reporting module, and a duty reporting statistics module. The security patrol module supports viewing patrol tasks via mobile phone. The security patrol module supports scanning the QR code of the patrol point for patrol. Each patrol point needs to scan the QR code and confirm whether there is any abnormality. If there is an abnormality, the patrol abnormality is recorded and automatically transferred to the hidden danger handling process. If there are no abnormalities, continue to the next patrol point. The entire patrol task is completed after all patrol points have been scanned. The security patrol module supports the system to record the time and latitude and longitude of the user's patrol at a certain patrol point. The patrol statistics module supports querying by time period. It displays information such as reporting time, reporter, patrol time, time period, patrol trajectory map, and number of checkpoints. The module also supports viewing patrol tasks, including patrol tasks, patrol personnel, patrol points to be checked, patrol date, patrol results, inspectors, and inspection trajectory information. It supports exporting information and records detailed reports. The module displays detailed information for each patrol record in the selected date range, including date, specified time, specified patrol personnel, patrol personnel, patrol points, patrol time, and status information. The duty reporting module reports duty information, which includes reporting status, duty officer, contact number, supervisor in charge, contact number, additional notes, and added image information. The duty report statistics module compiles statistics on the duty reports submitted by school duty personnel.

5. The campus security-based patrol and inspection system according to claim 4, characterized in that, The aforementioned hazard management module includes a hazard reporting module and a hazard reporting statistics module. The hazard reporting module allows faculty and staff to report hazards via their mobile phones. They can select a hazard category, fill in a problem description, add pictures, and then submit the hazard report. The hazard reporting statistics module allows leaders and hazard managers to view the hazard statistics list for their unit. It supports searching by year, start month, end month, and hazard status. The list includes hazard content, reporter, reporting time, status, rectification person, rectification time, and amount of investment.

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