CN111951424A - Intelligent management system for dormitory - Google Patents
Intelligent management system for dormitory Download PDFInfo
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- CN111951424A CN111951424A CN202010602995.4A CN202010602995A CN111951424A CN 111951424 A CN111951424 A CN 111951424A CN 202010602995 A CN202010602995 A CN 202010602995A CN 111951424 A CN111951424 A CN 111951424A
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- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
- G07C1/10—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people together with the recording, indicating or registering of other data, e.g. of signs of identity
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Abstract
The present invention provides an intelligent management system for dormitories, the system comprising: the user management unit is used for building a personnel organization framework, adding a user to the personnel organization framework and setting the authority of the user; the attendance management unit is used for carrying out face information audit on the entrance guard personnel to be passed through the management of the face detection equipment and the entrance guard system and controlling the entrance guard system to open the personnel passing the audit; the dormitory monitoring unit is used for acquiring dormitory information by receiving the infrared sensor signal, the smoke detector signal and the fire alarm signal; the information statistical unit is used for counting health examination records and teacher attendance records; and the water and electricity management unit is used for acquiring water and electricity consumption and controlling on-off. The invention improves the security of entrance guard, avoids strangers from entering and strangers from entering, and the system is not limited to dormitory distribution and attendance checking and almost covers all functions of dormitory daily management work and safety management work.
Description
Technical Field
The invention belongs to the technical field of personnel management, and particularly relates to an intelligent management system for a dormitory.
Background
In the dormitory management aspect, the school unilateral management is mainly used, and the students are matched as the assistance. After the colleges and universities are recruited, the origins of the college students are gradually diversified, along with diversification of value and demands, and the desire of the students to be able to participate in management while receiving school management is stronger. Most dormitory management departments in colleges and universities still cannot convert the concept of management and managed into service and served, and the requirements of modern college students on dormitory hardware level and management service level are neglected. School adopts the manual management of entrance guard mostly in the management to the dormitory, and this just causes dormitory entrance guard to describe with the nominal, and dormitory safety can't guarantee, and the management is loose, all causes adverse effect for student and school's management.
Disclosure of Invention
In view of the above-mentioned deficiencies of the prior art, the present invention provides an intelligent management system for dormitories to solve the above-mentioned technical problems.
The embodiment of the application provides an intelligent management system for dormitory, the system includes:
the user management unit is used for building a personnel organization framework, adding a user to the personnel organization framework and setting the authority of the user;
the attendance management unit is used for carrying out face information audit on the entrance guard personnel to be passed through the management of the face detection equipment and the entrance guard system and controlling the entrance guard system to open the personnel passing the audit;
the dormitory monitoring unit is used for acquiring dormitory information by receiving the infrared sensor signal, the smoke detector signal and the fire alarm signal;
the information statistical unit is used for counting health examination records and teacher attendance records;
and the water and electricity management unit is used for acquiring water and electricity consumption and controlling on-off.
Further, the user management unit includes:
the department management module is configured for building a personnel organization framework;
the role management module is configured to set corresponding roles in each layer of the organization architecture and set user addition and deletion management permissions of the roles;
the system comprises a user management module, a database management module and a database management module, wherein the user management module is configured to add a user with personal information which passes the examination and verification to a corresponding role, store the personal information of the user, the personal information comprises name, gender, position, facial information and college information, the personal information adopts a data dictionary, and the data dynamic expansion is supported by configuring the gender and the name of a user type system parameter, so that different system parameter configurations are provided for different service requirements;
and the user grouping module is configured to create a group and generate a group identification code, trigger the user management module to collect user information through the group identification code input by the user, and divide the collected user information into corresponding groups.
Further, the attendance management unit is configured to:
collecting facial information of an access control person to be passed;
screening users matched with the face information from a user information database, and judging whether matched users exist:
if yes, judging whether the user information of the matched user is matched with the entrance guard position information:
if so, controlling the access control system to open, recording the personal information of the passing personnel and the passing time, and uploading the personal information and the passing time to an attendance statistical table.
Further, the system further comprises:
the school timetable acquisition unit is used for acquiring the course arrangement timetables of all student users;
and the attendance judging unit is used for judging whether student users with attendance which is not matched with the curriculum arrangement time exist in the curriculum arrangement time and the attendance statistical table or not, and if so, sending the student user information to a responsible person.
Further, the dormitory monitoring unit includes:
the personnel monitoring module is configured for identifying personnel information in the dormitory through the infrared sensor;
the smoke sensation monitoring module is configured for identifying the smoke concentration of the dormitory through the smoke sensation detector;
and the fire alarm module is configured to generate fire alarm information through the received fire alarm signal and push the fire alarm information to managers and users in a dormitory to which the alarm belongs.
Further, the hydro-power management unit includes:
the payment interface module is configured for generating a hydropower order and generating a charging service according to the order;
the hydropower current limiting module is configured for controlling the on-off of hydropower according to an instruction;
the power monitoring module is configured for monitoring the power of each power utilization interface, and calling the hydropower current limiting module to power off the corresponding power utilization interface after finding that the power exceeds a preset power threshold;
the intelligent power-off module is configured to acquire no personnel in the dormitory through an infrared sensor signal of the dormitory monitoring unit and call the hydropower current-limiting module to power off an electricity utilization interface of the dormitory;
and the water flow monitoring module is configured for monitoring the hot water flow, generating a charging fee according to the hot water flow and monitoring abnormal water consumption information.
Further, the system further comprises:
the dormitory acquisition unit is configured for acquiring all dormitory numbers and generating a dormitory list;
and the dormitory allocation unit is configured for allocating dormitories to the users according to the user information and marking the allocated dormitory numbers in the dormitory list.
Further, the system further comprises:
an allocation request receiving unit configured to receive a dormitory adjustment request transmitted by a personal terminal;
the distribution request execution unit is configured to return the dormitory list to the personal terminal and receive a target dormitory number selected by the personal terminal according to the dormitory list;
the dormitory mark changing unit is configured for marking the target dormitory number as distributed and establishing the binding relationship between the target dormitory number and the personal terminal user information; and after three days, removing the binding relationship between the personal terminal user information and the original housing number.
Further, the system further comprises:
the visitor management unit is configured for a visitor to fill in basic visitor information and visit time, a visit application is submitted to a manager end, a two-dimensional code is generated after the application is passed and is sent to a visitor mobile phone by the visitor, and the visitor swipes the two-dimensional code in and out through the face recognition all-in-one machine within a set time; if the two-dimensional code is not printed on the access control system in the entering process, the access control system recognizes the person as a stranger and performs sound and light alarm; if the two-dimensional code is not printed on the access control system in the leaving process, the visitor is judged to be always in the access state, the visitor is automatically pulled into a blacklist after the specified time, and the next access cannot be carried out;
and the entrance guard identification unit is configured to be used for installing infrared human body induction equipment in the entrance guard system, identifying whether the number of the entering people is matched with the number of the captured facial information, and performing early warning if the number of the entering people is not matched with the number of the captured facial information.
Further, the system further comprises:
the maintenance management unit is configured for generating a maintenance task according to the repair information uploaded by the personal terminal, adding the maintenance task into a task queue, distributing maintenance personnel for the maintenance task in the queue, and recording the proceeding state of the maintenance task in real time;
and the criminal uploading unit is configured for uploading and storing the information of the criminal personnel and the pictures of the criminal scene.
The beneficial effect of the invention is that,
according to the intelligent management system for the dormitory, provided by the invention, an automatic distribution model is provided according to the number of students in a school, the number of colleges and the number of dormitory buildings, so that manual distribution errors can be avoided, meanwhile, the dormitory distribution time is shortened, the students can upload information by themselves through a mobile phone terminal, then face recognition analysis terminal data is called, and whether photos are qualified or not is judged by themselves according to a camera. The entrance guard safety is improved, and strangers are prevented from entering the entrance guard and entering the entrance guard at the tail. The system is not limited to dormitory distribution and attendance checking, and almost covers all functions of dormitory daily management work and safety management work.
In addition, the invention has reliable design principle, simple structure and very wide application prospect.
Drawings
In order to more clearly illustrate the embodiments or technical solutions in the prior art of the present invention, the drawings used in the description of the embodiments or prior art will be briefly described below, and it is obvious for those skilled in the art that other drawings can be obtained based on these drawings without creative efforts.
FIG. 1 is a schematic block diagram of a system according to an embodiment of the present application;
FIG. 2 is a flow chart of a system for going out of bed according to one embodiment of the present application;
FIG. 3 is a retiring flow diagram of the system of one embodiment of the present application;
FIG. 4 is a flow chart of power management of the system of one embodiment of the present application;
FIG. 5 is a flow chart of a hygiene check of the system of one embodiment of the present application;
FIG. 6 is a flow chart of the duty management of the system of one embodiment of the present application;
FIG. 7 is a flow chart of a maintenance repair of the system according to one embodiment of the present application.
Detailed Description
In order to make those skilled in the art better understand the technical solution of the present invention, the technical solution in the embodiment of the present invention will be clearly and completely described below with reference to the drawings in the embodiment of the present invention, and it is obvious that the described embodiment is only a part of the embodiment of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
It should be noted that the embodiments and features of the embodiments may be combined with each other without conflict.
The present invention will be described in detail below with reference to the embodiments with reference to the attached drawings.
Examples
Referring to fig. 1, an embodiment of the present application provides an intelligent management system for dormitories, including:
the user management unit is used for building a personnel organization framework, adding a user to the personnel organization framework and setting the authority of the user;
the attendance management unit is used for carrying out face information audit on the entrance guard personnel to be passed through the management of the face detection equipment and the entrance guard system and controlling the entrance guard system to open the personnel passing the audit;
the dormitory monitoring unit is used for acquiring dormitory information by receiving the infrared sensor signal, the smoke detector signal and the fire alarm signal;
the information statistical unit is used for counting health examination records and teacher attendance records;
and the water and electricity management unit is used for acquiring water and electricity consumption and controlling on-off.
Wherein, the user management unit includes:
the department management module is configured for building a personnel organization framework; the organization system supports user-defined addition and change of organizations, adds and edits colleges, adds college names, binds superior departments, adds other information such as contact ways and addresses, supports unified management of organization architectures, provides various organization interfaces, can realize data docking with the existing service system of schools, and supports batch deletion and fuzzy search by the editing function.
The role management module is configured to set corresponding roles in each layer of the organization architecture and set user addition and deletion management permissions of the roles; the system role management can be used for independently granting authority to each role, and the roles are maintained to be input, added and edited to the roles of the building leader, the host management center, the teacher, the administrator and the student; the method comprises the steps of carrying out system coding identification on different roles, carrying out rapid import and export functions of the roles, wherein the format is an xml table format, supporting role authority control, row-level and column-level data authority control, refining data management and control, configuring increasing and deleting check authorities of different menu modules for different roles, and configuring data viewing authorities under different menu modules for different roles.
The user management module is configured to add a user with personal information which passes the verification to a corresponding role, store the personal information of the user, wherein the personal information comprises name, gender, position, facial information and college information, the personal information adopts a data dictionary, and the data dynamic expansion is supported by configuring the gender and the name of the user type system parameter, so that different system parameter configurations are provided for different service requirements. The apartment management system user management comprises adding, modifying, deleting and the like of users, perfecting the identity of system login users, binding roles, and performing corresponding association binding on menu authorities owned by the roles after the roles are bound, wherein the account, real name, head portrait, gender, birthday, mobile phone number, mailbox and state (enabled and disabled) of the users are used for the management of the system login users. The quick import and export functions of the roles are in the form of XML tables. The students can input own information (including head portrait information) through the WeChat end and submit the information to the administrator end for auditing. Meanwhile, the student can verify through the mobile phone and check whether the uploaded head portrait can be used for face recognition of the system.
And the user grouping module is configured for creating a group (such as a class group) by the users with the authority of the teaching staff, and generating a group identification code (such as a two-dimensional code) at the same time of creating. And after newly scanning the two-dimensional code, triggering the user management module to enter an information acquisition page. The information acquisition page guides newly-entered detailed personal information, after the information entry is completed, the system stores the personal information to generate newly-entered users, and the newly-entered users are divided into groups to which the two-dimensional codes belong. Users with the authority of the instructor can manage the new users in the self-created group, such as distributing dormitories, issuing notifications, viewing information and the like.
The dormitory distribution management includes: an allocation request receiving unit configured to receive a dormitory adjustment request transmitted by a personal terminal; the distribution request execution unit is configured to return the dormitory list to the personal terminal and receive a target dormitory number selected by the personal terminal according to the dormitory list; the dormitory mark changing unit is configured for marking the target dormitory number as distributed and establishing the binding relationship between the target dormitory number and the personal terminal user information; and after three days, removing the binding relationship between the personal terminal user information and the original housing number. Specifically, the allocation management includes: students are automatically assigned to the rooms in order of class and grade according to the total number of boys and girls of each college. The automatic allocation method comprises the following steps: if the condition that the colleges are matched with a specific dormitory building is not involved, the dormitories are directly and sequentially distributed according to the sequence of the colleges, and when one dormitory cannot occupy one dormitory, the next college automatically starts to complete the dormitory; and if the colleges are matched with the specific dormitory building, setting the matching weight of each college, and preferentially distributing the dormitory building and room combination of the specific college. After distribution is completed, manual adjustment can be performed according to requirements. The dormitory transfer application comprises: a student or an instructor mobile phone terminal initiates an application, can select a bed from all vacant beds in a school to adjust, and after approval by a manager, the personnel information can be filed in the existing dormitory building, and the face information is also issued to corresponding terminal equipment; meanwhile, the original dormitory building keeps the corresponding information for 3 days.
The attendance management unit is used for: collecting facial information of an access control person to be passed; screening users matched with the face information from a user information database, and judging whether matched users exist: if yes, judging whether the user information of the matched user is matched with the entrance guard position information: if so, controlling the access control system to open, recording the personal information of the passing personnel and the passing time, and uploading the personal information and the passing time to an attendance statistical table. Entrance guard's attendance system contains face identification all-in-one, takes a candid photograph camera, face identification detection terminal, display, audible-visual annunciator, megaphone. Through the face recognition technology, face features of people entering and exiting are automatically captured and compared with image information stored in the management terminal, and after comparison, the information is displayed on a large data screen and simultaneously returned to a bottom background server.
Referring to fig. 2 and 3, the attendance management unit recognizes the time of the students entering and exiting the dormitory through the faces, and if the students enter the dormitory at night, the students can only unlock the door by the face recognition all-in-one machine. Attendance information is collected to a PC terminal, and corresponding information is sent to mobile phone terminals of students and teachers according to set time every day. If no information of a certain person exists in a certain time, a key early warning is pushed to the mobile phone end of the teacher in charge. Students can inquire personal attendance information through a mobile phone terminal at any time, and if no identified entry and exit record is found, real-time photographing and additional recording can be carried out within half an hour of the specified entry and exit time.
Dormitory monitoring unit includes:
the personnel monitoring module is configured for identifying personnel information in the dormitory through the infrared sensor; whether a person is in a room is automatically identified through the infrared sensor, and the fact that the person is on and off when the person is on is achieved.
The smoke sensation monitoring module is configured for identifying the smoke concentration of the dormitory through the smoke sensation detector; the smoke detector, the DC24V power supply and the central control host are included; and (4) giving an alarm in real time aiming at the smoke extraction of the student dormitory, and transmitting the alarm information back to the central control host.
And the fire alarm module is configured to generate fire alarm information through the received fire alarm signal and push the fire alarm information to managers and users in a dormitory to which the alarm belongs. Comprises a fire alarm, a fire alarm bell, an audible and visual alarm, a manual alarm, a combustible gas alarm and a central control host; the automatic fire alarm adopts a manual alarm mode and transmits alarm information to the central control host.
The water and electricity management unit includes: the payment interface module is configured for generating a hydropower order and generating a charging service according to the order; the hydropower current limiting module is configured for controlling the on-off of hydropower according to an instruction; the power monitoring module is configured for monitoring the power of each power utilization interface, and calling the hydropower current limiting module to power off the corresponding power utilization interface after finding that the power exceeds a preset power threshold; the intelligent power-off module is configured to acquire no personnel in the dormitory through an infrared sensor signal of the dormitory monitoring unit and call the hydropower current-limiting module to power off an electricity utilization interface of the dormitory; and the water flow monitoring module is configured for monitoring the hot water flow, generating a charging fee according to the hot water flow and monitoring abnormal water consumption information. Specifically, as shown in fig. 4, the power control of the hydro-electric management unit includes: the intelligent general control switch, the intelligent ammeter, the power management module, the central control host and the infrared human body sensor. Through power consumption analysis, whether forbidden electric appliances are used or not is identified, and automatic power off is carried out; the power control and automatic power-off permission of time-sharing power utilization can be executed on the socket, the lighting, the air conditioner and the toilet; whether a person is in a room is automatically identified through the infrared sensor, and the fact that the person is on and off when the person is on is achieved. The water use control comprises: IC induction card water gauge, infrared switch, remote control software. The IC card is swiped to obtain hot water, so that temperature control charging is realized, and charging is not carried out when the temperature control is not met; when the hot water is used, the infrared switch can be triggered by waving hands in front of the water controller to control the hot water to be switched on and off. When the infrared switch is not triggered at ordinary times, the intelligent water-saving controller is in an energy-saving state of displaying turn-off; the remote control software mainly performs billing management, water consumption monitoring and water stealing alarm.
The information statistic unit includes a health check module and a teacher duty module, wherein the health check module first sets a health check criterion (score item, score criterion) in the system as shown in fig. 5. And randomly generating an inspection task and a manual creation task in the system, distributing the tasks to teacher users, and enabling the teacher users to inspect a target dormitory and upload scores and dormitory photos. The teacher on-duty module is shown in fig. 6, and an administrator inputs a teacher on-duty table, and the teacher generates own on-duty information through the mobile phone terminal and logs in to submit the on-duty condition.
The system also comprises a visitor management unit, wherein the visitor fills in basic visitor information (including a head portrait) and visit time, submits a visit application to a manager, generates a two-dimensional code after the application is passed, and sends the two-dimensional code to a mobile phone of the visitor, and the visitor swipes the two-dimensional code to enter and exit through the face recognition all-in-one machine within the set time. If the two-dimensional code is not brushed in the entering process, a stranger is identified, and sound and light alarm is carried out. If the two-dimensional code is not brushed in the leaving process, the mobile terminal is considered to be in the access state all the time, and the mobile terminal automatically enters a blacklist after the specified time, so that the next access cannot be carried out.
The system also comprises a maintenance repair reporting unit, as shown in fig. 7, students and teachers on duty can submit repair reporting instructions through the mobile phone terminal, and managers distribute maintenance personnel and track progress nodes after checking. And the maintenance management unit generates a maintenance task according to the repair information uploaded by the personal terminal, adds the maintenance task into the task queue, distributes maintenance personnel for the maintenance task in the queue, and records the proceeding state of the maintenance task in real time.
The system also comprises a default uploading unit, wherein the user with the authority of the teacher uploads the information of the default personnel and the default scene picture to the system and stores the information and the default scene picture into a personal information base and a default statistical database of the default personnel. And other managers can conveniently check and process the information.
The system has an intrusion early warning function, and the intrusion early warning comprises early warning of strangers entering alone, malicious trailing entering and visitor staying: when a stranger enters the intelligent security system independently, stranger information is captured through the face recognition device, the microphone and the acousto-optic alarm device are associated, when the stranger enters the intelligent security system, voice broadcasting and acousto-optic warning are immediately carried out, meanwhile, invasion information is sent to mobile phone WeChat of an on-duty teacher and a manager, and the on-duty teacher and the manager comprise time and place and invasion screenshots. Intentionally shielding tracking, cooperatively entering into trailing, and the like, wherein the two processing rules are divided into two processing rules, namely, if the object is identified as a stranger, the object refers to the previous rule; secondly, whether a person enters or not can not be identified, at the moment, infrared human body sensing equipment can be additionally arranged at the door, whether the number of the person entering and the number of the head portrait captured are matched or not is identified, and early warning is carried out if the number of the person entering and the head portrait captured are not matched.
Although the present invention has been described in detail by referring to the drawings in connection with the preferred embodiments, the present invention is not limited thereto. Various equivalent modifications or substitutions can be made on the embodiments of the present invention by those skilled in the art without departing from the spirit and scope of the present invention, and these modifications or substitutions are within the scope of the present invention/any person skilled in the art can easily conceive of the changes or substitutions within the technical scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the claims.
Claims (10)
1. An intelligent management system for dormitories, the system comprising:
the user management unit is used for building a personnel organization framework, adding a user to the personnel organization framework and setting the authority of the user;
the attendance management unit is used for carrying out face information audit on the entrance guard personnel to be passed through the management of the face detection equipment and the entrance guard system and controlling the entrance guard system to open the personnel passing the audit;
the dormitory monitoring unit is used for acquiring dormitory information by receiving the infrared sensor signal, the smoke detector signal and the fire alarm signal;
the information statistical unit is used for counting health examination records and teacher attendance records;
and the water and electricity management unit is used for acquiring water and electricity consumption and controlling on-off.
2. The system of claim 1, wherein the subscriber management unit comprises:
the department management module is configured for building a personnel organization framework;
the role management module is configured to set corresponding roles in each layer of the organization architecture and set user addition and deletion management permissions of the roles;
the system comprises a user management module, a database management module and a database management module, wherein the user management module is configured to add a user with personal information which passes the examination and verification to a corresponding role, store the personal information of the user, the personal information comprises name, gender, position, facial information and college information, the personal information adopts a data dictionary, and the data dynamic expansion is supported by configuring the gender and the name of a user type system parameter, so that different system parameter configurations are provided for different service requirements;
and the user grouping module is configured to create a group and generate a group identification code, trigger the user management module to collect user information through the group identification code input by the user, and divide the collected user information into corresponding groups.
3. The system of claim 1, wherein the attendance management unit is configured to:
collecting facial information of an access control person to be passed;
screening users matched with the face information from a user information database, and judging whether matched users exist:
if yes, judging whether the user information of the matched user is matched with the entrance guard position information:
if so, controlling the access control system to open, recording the personal information of the passing personnel and the passing time, and uploading the personal information and the passing time to an attendance statistical table.
4. The system of claim 3, further comprising:
the school timetable acquisition unit is used for acquiring the course arrangement timetables of all student users;
and the attendance judging unit is used for judging whether student users with attendance which is not matched with the curriculum arrangement time exist in the curriculum arrangement time and the attendance statistical table or not, and if so, sending the student user information to a responsible person.
5. The system of claim 1, wherein the dormitory monitoring unit comprises:
the personnel monitoring module is configured for identifying personnel information in the dormitory through the infrared sensor;
the smoke sensation monitoring module is configured for identifying the smoke concentration of the dormitory through the smoke sensation detector;
and the fire alarm module is configured to generate fire alarm information through the received fire alarm signal and push the fire alarm information to managers and users in a dormitory to which the alarm belongs.
6. The system of claim 1, wherein the hydro-power management unit comprises:
the payment interface module is configured for generating a hydropower order and generating a charging service according to the order;
the hydropower current limiting module is configured for controlling the on-off of hydropower according to an instruction;
the power monitoring module is configured for monitoring the power of each power utilization interface, and calling the hydropower current limiting module to power off the corresponding power utilization interface after finding that the power exceeds a preset power threshold;
the intelligent power-off module is configured to acquire no personnel in the dormitory through an infrared sensor signal of the dormitory monitoring unit and call the hydropower current-limiting module to power off an electricity utilization interface of the dormitory;
and the water flow monitoring module is configured for monitoring the hot water flow, generating a charging fee according to the hot water flow and monitoring abnormal water consumption information.
7. The system of claim 1, further comprising:
the dormitory acquisition unit is configured for acquiring all dormitory numbers and generating a dormitory list;
and the dormitory allocation unit is configured for allocating dormitories to the users according to the user information and marking the allocated dormitory numbers in the dormitory list.
8. The system of claim 7, further comprising:
an allocation request receiving unit configured to receive a dormitory adjustment request transmitted by a personal terminal;
the distribution request execution unit is configured to return the dormitory list to the personal terminal and receive a target dormitory number selected by the personal terminal according to the dormitory list;
the dormitory mark changing unit is configured for marking the target dormitory number as distributed and establishing the binding relationship between the target dormitory number and the personal terminal user information; and after three days, removing the binding relationship between the personal terminal user information and the original housing number.
9. The system of claim 1, further comprising:
the visitor management unit is configured for a visitor to fill in basic visitor information and visit time, a visit application is submitted to a manager end, a two-dimensional code is generated after the application is passed and is sent to a visitor mobile phone by the visitor, and the visitor swipes the two-dimensional code in and out through the face recognition all-in-one machine within a set time; if the two-dimensional code is not printed on the access control system in the entering process, the access control system recognizes the person as a stranger and performs sound and light alarm; if the two-dimensional code is not printed on the access control system in the leaving process, the visitor is judged to be always in the access state, the visitor is automatically pulled into a blacklist after the specified time, and the next access cannot be carried out;
and the entrance guard identification unit is configured to be used for installing infrared human body induction equipment in the entrance guard system, identifying whether the number of the entering people is matched with the number of the captured facial information, and performing early warning if the number of the entering people is not matched with the number of the captured facial information.
10. The system of claim 1, further comprising:
the maintenance management unit is configured for generating a maintenance task according to the repair information uploaded by the personal terminal, adding the maintenance task into a task queue, distributing maintenance personnel for the maintenance task in the queue, and recording the proceeding state of the maintenance task in real time;
and the criminal uploading unit is configured for uploading and storing the information of the criminal personnel and the pictures of the criminal scene.
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| CN112561753A (en) * | 2020-12-31 | 2021-03-26 | 任丘市职业技术教育中心 | Intelligent dormitory management system |
| CN112950827A (en) * | 2021-04-01 | 2021-06-11 | 苏州艾斯莫科信息科技有限公司 | Intelligent management system for convergence area |
| CN113766476A (en) * | 2021-09-09 | 2021-12-07 | 四川长虹网络科技有限责任公司 | Student dormitory management system |
| CN114140924A (en) * | 2021-09-30 | 2022-03-04 | 湖南省烟草公司娄底市公司 | Wisdom attendance system based on region terminal |
| CN114140070A (en) * | 2021-11-26 | 2022-03-04 | 龚六群 | Management system for company dormitory |
| CN114170717A (en) * | 2022-01-18 | 2022-03-11 | 深圳市源流科技有限公司 | Door opening and closing monitoring terminal for isolation |
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