CN109284983B - 2.4G-based remote video snapshot attendance and security reporting system - Google Patents
2.4G-based remote video snapshot attendance and security reporting system Download PDFInfo
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Abstract
The invention relates to a 2.4G remote video-based snapshot attendance and security reporting system which comprises a communication service center, a base station, a video monitoring system, a 2.4G remote attendance terminal, a router, a micro-messaging enterprise signal server, a mobile terminal mobile phone, a 2.4G card reader, video equipment and an electronic student identity card; firstly, a 2.4G remote attendance terminal automatically senses and reads an electronic student card, generates a student attendance record and uploads the student attendance record to a communication service center, the communication service center analyzes and processes the attendance record and sends an instruction to a video monitoring system, and videos of 15 seconds before and after the student attendance time are extracted; and then pushed to parents of students through the WeChat enterprise number. The invention can effectively improve the safety management of schools and promote the informatization construction of the schools; for the parents, the videos of the children entering and exiting the school can be checked in real time through the micro-signal enterprise number on the mobile phone, so that the parents are more comfortable; for schools, attendance records provide powerful bases for school parties to make clear responsibility and accident handling.
Description
Technical Field
The invention relates to the field of 2.4G RFID remote automatic identification technology, video snapshot and WeChat enterprise number application, in particular to a 2.4G remote video snapshot-based attendance and security reporting system.
Background
The campus security management is a focus problem in the front of governments, society and educators in the face of groups of the scale of the whole country, about sixty million in schools, and the campus security problem has the characteristics of randomness, outburst, unpredictability and the like, so that the important research value is realized on how to construct an effective campus security management system. In recent years, safety accidents frequently occur in campuses in various regions of China, related departments such as education department and public security department respectively organize conferences and issue documents and require strengthening the safety precaution work of kindergartens of primary and secondary schools, and the safety precaution work of the kindergartens of primary and secondary schools is promoted to the whole social safety level. The system and the method have the advantages that important entrance and exit conditions of a school entrance are automatically recorded by applying advanced technical means, effective protection is provided for important areas, and the like, so that the goal pursued by a safety precaution system is realized, the prevention is better than the rescue, the safety precaution grade of the school is improved, and the safety precaution of the school is strengthened. At present, the attendance management of a campus mainly adopts two modes, namely close-range attendance and long-range attendance, and in the actual popularization, the safety accident that students swipe cards but do not enter the campus exists.
Disclosure of Invention
In view of this, the invention aims to provide a 2.4G remote video-based snapshot attendance and security reporting system, which can realize that parents inquire the in-and-out conditions of children at any time and meet the supervision requirements of school safety responsibility management.
The invention is realized by adopting the following scheme: A2.4G remote video based snapshot attendance and security reporting system comprises a communication service center, a base station, a video monitoring system, a 2.4G remote attendance terminal, a router, a micro-messaging enterprise signal server, a mobile terminal mobile phone, a 2.4G card reader, video equipment and an electronic student certificate;
the 2.4G card reader is electrically connected with the 2.4G remote attendance checking terminal and is used for uploading the card swiping information of the electronic student card read by the 2.4G card reader to the 2.4G remote attendance checking terminal, and the 2.4G remote attendance checking terminal is communicated with the communication service center through the base station and is used for uploading the card swiping information of students of the 2.4G remote attendance checking terminal to the communication service center through the base station;
the video monitoring system is electrically connected with the communication service center and used for receiving an attendance monitoring video extracting instruction sent by the communication service center, the video equipment is electrically connected with the router, and the video monitoring system is electrically connected with the router and used for automatically acquiring attendance monitoring videos of students entering and leaving a school gate and captured by the video equipment; the video monitoring system synchronizes the acquired attendance monitoring video to the communication service center, the communication service center sends attendance information to the micro-signal enterprise signal server, the micro-signal enterprise signal server sends the attendance monitoring video to the mobile terminal mobile phone in a connecting way, and parents check the video at any time through the mobile phone.
Further, the 2.4G remote attendance terminal communicates with the communication service center through the base station, specifically: the 2.4G remote attendance checking terminal adopts a 1x protocol to carry out data communication with the communication service center, wherein the 1x protocol is based on an application layer protocol above a TCP (transmission control protocol) or IP (Internet protocol), carries out data transmission by the TCP protocol and is realized by adopting a request or response synchronous communication model; the communication service center monitors the connection of a 2.4G remote attendance checking terminal at a certain port by using a public network address and establishes the connection by using an authentication mode; the communication data type and format are defined as follows:
data type definition:
| type (B) | Description of the invention |
| String | Is limited to 0~9 and capital A-Z |
The packet format is as follows:
and (3) layout of a package format:
further, the video monitoring system receives an instruction sent by the communication service center and acquires the attendance monitoring video specifically as follows: the video monitoring system analyzes and processes the video stream according to the electronic student card number, the attendance time and the attendance terminal coding information pushed by the communication service center, and returns the 15S video stream addresses before and after the attendance time to the communication service center.
Further, the step of synchronizing the acquired attendance monitoring video to the communication service center by the video monitoring system specifically comprises: the time of the attendance terminal, the communication service center and the video monitoring system is ensured to be consistent, and the attendance terminal and the video monitoring system are subjected to time calibration with the communication service center in real time by adopting a mechanism.
Furthermore, the attendance information comprises an attendance monitoring video address and attendance time.
Further, the communication service center sends the attendance information to the parent mobile phone through the wechat enterprise server, specifically: the communication service center pushes attendance information to the WeChat enterprise number concerned by the student parents bound with the electronic student certificates through an API (application programming interface) provided by the WeChat enterprise number open platform, and the parents can timely receive the conditions that the own children enter and exit the campus and confirm that the own children enter or leave the school through videos.
Furthermore, the video equipment is a monitoring camera.
Further, a method for snapshotting attendance and security reporting system based on 2.4G remote video comprises the following steps:
step S1: the students correctly wear the electronic student identity cards to enter and exit the school gate, and the 2.4G card reader monitors the card swiping record of the students entering and exiting the school and uploads the card swiping record to the attendance checking terminal;
step S2: the attendance checking terminal uploads the card swiping record in the step S1 to a communication service center;
and step S3: the communication service center synchronizes the card swiping time and the video equipment code to the video monitoring system;
and step S4: intercepting the corresponding short video by the video monitoring system platform, and generating a short video link;
step S5: the short video links are synchronously sent to a communication service center;
step S6: the communication service center pushes the video link address to the WeChat enterprise number of the parent;
step S7: and the parents receive and watch the video attendance information.
Compared with the prior art, the invention has the following beneficial effects:
the invention can realize that parents inquire the in-and-out conditions of children at any time, simultaneously meet the supervision requirement of school safety responsibility management, effectively improve school safety management and promote campus information construction.
Drawings
Fig. 1 is a schematic structural diagram of a system according to an embodiment of the present invention.
FIG. 2 is a flow chart of system processing according to an embodiment of the present invention.
Fig. 3 is a communication diagram of an attendance checking terminal and a communication service center according to an embodiment of the present invention.
Detailed Description
The invention is further explained below with reference to the drawings and the embodiments.
As shown in fig. 1, the embodiment provides an attendance and security reporting system based on 2.4G remote video capture, which includes a communication service center, a base station, a video monitoring system, a 2.4G remote attendance terminal, a router, a micro-signal enterprise signal server, a mobile phone, a 2.4G card reader, a video device and an electronic student identity card;
the 2.4G card reader is electrically connected with the 2.4G remote attendance checking terminal and is used for uploading the card swiping information of the electronic student card read by the 2.4G card reader to the 2.4G remote attendance checking terminal, and the 2.4G remote attendance checking terminal is communicated with the communication service center through the base station and is used for uploading the card swiping information of students of the 2.4G remote attendance checking terminal to the communication service center through the base station;
the video monitoring system is electrically connected with the communication service center and used for receiving an attendance monitoring video extracting instruction sent by the communication service center, the video equipment is electrically connected with the router, and the video monitoring system is electrically connected with the router and used for automatically acquiring attendance monitoring videos of students entering and leaving a school gate and captured by the video equipment; the video monitoring system synchronizes the acquired attendance monitoring video to the communication service center, the communication service center sends attendance information to the micro-signal enterprise signal server, the micro-signal enterprise signal server sends the attendance monitoring video to the mobile terminal mobile phone in a connecting way, and parents check the video at any time through the mobile phone.
In this embodiment, as shown in fig. 3, the 2.4G remote attendance checking terminal communicates with the communication service center through the base station, specifically: the 2.4G remote attendance checking terminal adopts a 1x protocol to carry out data communication with the communication service center, wherein the 1x protocol is based on an application layer protocol above a TCP (transmission control protocol) or IP (Internet protocol), carries out data transmission by the TCP protocol and is realized by adopting a request or response synchronous communication model; the communication service center monitors the connection of a 2.4G remote attendance checking terminal at a certain port by using a public network address and establishes the connection by using an authentication mode; the communication data type and format are defined as follows:
data type definition:
| type (B) | Description of the preferred embodiment |
| String | Is limited to 0~9 and capital A-Z |
The packet format is as follows:
and (3) layout of a package format:
in this embodiment, the step of receiving an instruction sent by the communication service center and performing attendance monitoring video acquisition by the video monitoring system specifically comprises: the video monitoring system analyzes and processes the video stream according to the electronic student card number, the attendance time and the attendance terminal coding information pushed by the communication service center, and returns the 15S video stream addresses before and after the attendance time to the communication service center.
In this embodiment, the step of synchronizing the acquired attendance monitoring video to the communication service center by the video monitoring system specifically comprises: the time of the attendance terminal, the communication service center and the video monitoring system is ensured to be consistent, and the attendance terminal and the video monitoring system are subjected to time calibration with the communication service center in real time by adopting a mechanism.
In this embodiment, the attendance information includes an attendance monitoring video address and attendance time.
In this embodiment, the communication service center sends the attendance information to the parent mobile phone through the wechat enterprise server, specifically: the communication service center pushes attendance information to the WeChat enterprise number concerned by the student parents bound with the electronic student certificates through an API (application programming interface) provided by the WeChat enterprise number open platform, and the parents can timely receive the conditions that the own children enter and exit the campus and confirm that the own children enter or leave the school through videos.
In this embodiment, the video device is a monitoring camera.
In this embodiment, as shown in fig. 2, a method for snapshotting an attendance and security reporting system based on a 2.4G remote video includes the following steps:
step S1: the students correctly wear the electronic student identity cards to enter and exit the school gate, and the 2.4G card reader monitors the card swiping record of the students entering and exiting the school and uploads the card swiping record to the attendance checking terminal;
step S2: the attendance checking terminal uploads the card swiping record in the step S1 to a communication service center;
and step S3: the communication service center synchronizes the card swiping time and the video equipment code to the video monitoring system;
and step S4: intercepting the corresponding short video by the video monitoring system platform and generating a short video link;
step S5: the short video links are synchronously sent to a communication service center;
step S6: the communication service center pushes the video link address to the WeChat enterprise number of the parent;
step S7: and the parents receive and watch the video attendance information.
Preferably, in the embodiment, by integrating the video snapshot capability and utilizing the timely arrival capability of the WeChat enterprise number message, the video information of the school of the students is actively pushed to the mobile phone end of the household, so that parents can inquire the conditions of the school of the children at any time, and the supervision requirement of the school safety responsibility management is met.
The above description is only a preferred embodiment of the present invention, and all equivalent changes and modifications made in accordance with the claims of the present invention should be covered by the present invention.
Claims (4)
1. The utility model provides a based on 2.4G remote video snapshot attendance report an ampere system which characterized in that: the system comprises a communication service center, a base station, a video monitoring system, a 2.4G remote attendance terminal, a router, a WeChat enterprise signal server, a mobile terminal mobile phone, a 2.4G card reader, video equipment and an electronic student certificate;
the 2.4G card reader is electrically connected with the 2.4G remote attendance terminal and used for uploading the card swiping information of the electronic student card read by the 2.4G card reader to the 2.4G remote attendance terminal, and the 2.4G remote attendance terminal is communicated with the communication service center through the base station and used for uploading the card swiping information of students of the 2.4G remote attendance terminal to the communication service center through the base station;
the video monitoring system is electrically connected with the communication service center and used for receiving an attendance monitoring video extracting instruction sent by the communication service center, the video equipment is electrically connected with the router, and the video monitoring system is electrically connected with the router and used for automatically acquiring attendance monitoring videos of students entering and leaving a school gate and captured by the video equipment; the video monitoring system synchronizes the acquired attendance monitoring video to the communication service center, the communication service center sends attendance information to the micro-signal enterprise signal server, the micro-signal enterprise signal server sends the attendance monitoring video link to the mobile terminal mobile phone, and parents check the video at any time through the mobile phone;
the video monitoring system receives an instruction sent by a communication service center and acquires attendance monitoring videos specifically as follows: the video monitoring system analyzes and processes the video stream according to the electronic student card number, the attendance time and the attendance terminal coding information pushed by the communication service center, and returns video stream addresses with preset duration before and after the attendance time to the communication service center;
the method for snapshotting the attendance and security reporting system based on the 2.4G remote video comprises the following steps:
step S1: the students correctly wear the electronic student identity cards to enter and exit the school gate, and the 2.4G card reader monitors the card swiping record of the students entering and exiting the school and uploads the card swiping record to the attendance checking terminal;
step S2: the attendance terminal uploads the card swiping record in the step S1 to a communication service center;
and step S3: the communication service center synchronizes the card swiping time and the video equipment code to the video monitoring system;
and step S4: intercepting the corresponding short video by the video monitoring system platform, and generating a short video link;
step S5: the short video links are synchronously sent to a communication service center;
step S6: the communication service center pushes the video link address to the WeChat enterprise number of the parent;
step S7: the parents receive and watch the video attendance information;
the 2.4G remote attendance terminal communicates with the communication service center through the base station, and specifically comprises the following steps: the 2.4G remote attendance checking terminal adopts a 1x protocol to carry out data communication with the communication service center, wherein the 1x protocol is based on an application layer protocol above a TCP (transmission control protocol) or IP (Internet protocol), carries out data transmission by the TCP protocol and is realized by adopting a request or response synchronous communication model; the communication service center monitors the connection of a 2.4G remote attendance checking terminal at a certain port by using a public network address and establishes the connection by using an authentication mode;
the step of synchronizing the collected attendance monitoring video to the communication service center by the video monitoring system is as follows: the time of the attendance terminal, the communication service center and the video monitoring system is ensured to be consistent, and the attendance terminal and the video monitoring system are subjected to time calibration with the communication service center in real time by adopting a mechanism.
2. The 2.4G remote video snapshot based attendance and security reporting system as claimed in claim 1, wherein: the video monitoring system analyzes and processes the video stream according to the electronic student card number, the attendance time and the attendance terminal coding information pushed by the communication service center, and returns 15S video stream addresses before and after the attendance time to the communication service center.
3. The 2.4G remote video snapshot based attendance and security reporting system as claimed in claim 1, wherein: the attendance information comprises an attendance monitoring video address and attendance time.
4. The 2.4G remote video snapshot based attendance and security reporting system as claimed in claim 1, wherein: the communication service center sends the attendance information to the parent mobile phone through the WeChat enterprise server, and the method specifically comprises the following steps: the communication service center pushes attendance information to a WeChat enterprise number concerned by a student parent bound by an electronic student certificate through an application programming interface provided by a WeChat enterprise number open platform, and the parent can timely receive the condition that a child enters or leaves a campus and confirms that the child enters or leaves the school through a video.
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| JP2006074822A (en) * | 2001-08-30 | 2006-03-16 | Hitachi Kokusai Electric Inc | Monitored video delivery method, monitored video delivering apparatus, and monitored video delivery system |
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| CN104951925A (en) * | 2015-06-03 | 2015-09-30 | 深圳市华讯方舟科技有限公司 | Attendance system and attendance method for students |
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