CN110942529A

CN110942529A - Wisdom attendance system

Info

Publication number: CN110942529A
Application number: CN201911249121.9A
Authority: CN
Inventors: 张海波; 陈凯; 田军晖
Original assignee: Zhangjiajie New Wave Information Technology Co Ltd
Current assignee: Zhangjiajie New Wave Information Technology Co Ltd
Priority date: 2019-12-09
Filing date: 2019-12-09
Publication date: 2020-03-31

Abstract

The hardware of the smart attendance system consists of four parts: the server side, the unit side, the personal side and the supervisor side. The attendance object is extracted from the start and end time and duration of the attendance inside and outside the attendance time, and finally the attendance status is determined according to the time of going out and the relevant regulations on attendance. Forget attendance, set video analysis and other functions on the unit side, and the server side monitors the work status of the attendance computer, the attendance card, the attendance machine, and the monitoring probe, so as to supervise the attendance of a large number of units in a small bandwidth resource. The uploading and extracting adopts a selective scheme. For miners with more disputes, the system is set to upload on their own. Those with less disputes are late and leave early without uploading automatically, which is especially suitable for the Disciplinary Committee.

Description

Wisdom attendance system

Technical Field

The application belongs to electronic products, and particularly relates to an attendance system.

Background

The types of attendance machines are various, including a paper sheet triggering attendance machine, a fingerprint attendance machine, a face recognition attendance machine, an iris recognition attendance machine and the like, the early paper sheet triggering attendance machine is easy to generate a substitute card punching phenomenon, partial companies even need to have special personnel to stand in front of the attendance machine to supervise the employee to punch the card, the existing fingerprint recognition attendance machine and the face recognition attendance machine also have a problem that the attendance is forgotten, the forgetting attendance condition of partial companies is always required to be proved by leaders for signing, the old boarding is tight for small-sized companies and the employees are difficult to cheat, but for medium and large-sized companies, national and camp units, public officer units and business units, the leaders are not strict for managing, the privileges of partial persons of some units even can not reach the post for a long time, namely the conventional 'empty duty', and the attendance cards of some units are marked as office, however, the related staff do not see human shadow for a long time, which results in great opinion among the visitors, the applicant has searched a patent 2016104636814, whose specification is briefly named "an intelligent attendance system, which is characterized by comprising: the system comprises a student client (1), a cloud server (2), an attendance system (3) and a teacher client (4); the student client (1) is used for sending student personal information and student seat information to the attendance system (3) and continuously sending student position information to the cloud server (2); the teacher client (4) is used for sending teacher personal information and attendance identification distance to the attendance system (3), sending teacher position information to the cloud server (2), and receiving the student personal information and the student seat information sent by the attendance system (3); the cloud server side (2) is used for storing and sending a course list of a whole school to the attendance system (3), and is also used for measuring and calculating the distance between a student and a teacher according to the student position information and the teacher position information and sending the measured distance between the student and the teacher to the attendance system (3); the attendance system (3) is used for receiving the student personal information, the student seat information, the teacher personal information, the attendance identification distance and the distance between the student and the teacher, when the distance between the student and the teacher is smaller than the attendance identification distance, the student attendance login is carried out according to the whole school course list, and the login information is fed back to the student client (1); the attendance system (3) comprises a login processing module (301) and an information processing module (302); the login processing module (301) is used for receiving the student personal information, the teacher personal information, the attendance identification distance, the whole school course list and the distance between the student and the teacher; when the student personal information is matched with the whole school course list and the distance between the student and a teacher is smaller than the attendance identification distance, the login processing module (301) sends the student personal information to the information processing module (302) and feeds the login information back to the student client (1); the information processing module (302) is used for receiving the student personal information sent by the login processing module (301); when the student client (1) receives the login information, the information processing module (302) is used for receiving the student seat information sent by the student client (1) and sending the student personal information and the student seat information to the teacher client (4); the school lesson list comprises: school student list, school teacher list, school course arrangement list ".

Disclosure of Invention

The technical problems to be solved are as follows:

1. the problem of forgetting attendance checking needs to be solved;

2. the problem that the nominal office state is inconsistent with the actual state needs to be solved;

3. the problem of system misjudgment caused by short-time off duty needs to be solved,

the technical scheme is as follows: the hardware of the intelligent attendance system consists of a server side, a unit side, a personal side and a supervision side,

1.1, a server end consists of a server and a matching component of the server, wherein the matching component of the server comprises a display, a keyboard, a mouse, a lightning rod, a cooling device and a networking device;

1.2, a unit end, wherein the unit end consists of an attendance computer, an attendance card, a monitoring probe, a monitoring computer, an attendance machine, a connecting wire, a networking device and a power supply device, the connecting wire comprises the following connecting wires, the connecting wire of the monitoring probe and the attendance computer, the connecting wire of the monitoring computer and the attendance computer, the connecting wire of the monitoring probe and the monitoring computer, the connecting wire of the attendance card and the attendance computer, and the connecting wire of the attendance machine and the attendance computer, when the monitoring computer and the attendance computer are the same computer, the monitoring probe is connected with the attendance computer, and the attendance computer is a computer for unit attendance; the monitoring computer is a computer for managing the monitoring probe,

1.3, the personal terminal refers to a mobile phone for personal use, mobile equipment and an office computer for personal use;

and 1.4, the monitoring end refers to a mobile phone and a mobile device for a supervisor and an office computer for the supervisor, and when the monitoring end uses a webpage program, the monitoring end only needs to log in a website and can inquire the attendance state of a supervised unit according to related operations.

The attendance checking steps of the intelligent attendance checking system are as follows:

step 1: the method comprises the steps that personal information of an attendance checking object, fingerprint information and a face recognition photo for checking attendance are recorded by a unit attendance management person or the attendance checking object, the face recognition photo is used for face recognition, the fingerprint information is used for recognizing the attendance checking object, and the personal information comprises a name, an identity card number, a department, a job, a contact phone and/or a contact mobile phone;

step 2: designing a main program, a personal side program and a monitoring side program of the intelligent attendance system;

and step 3: the unit attendance management personnel sets attendance time, and the attendance time is synchronously set in the main program and the personal side program;

and 4, step 4: the attendance checking object downloads the personal program in the attendance checking computer;

and 5: anyone requests to download the monitoring end program after registering in the name of the supervisor, and downloads the monitoring end program at the server after the agreement of the server administrator, wherein the downloading monitoring end indicates the supervised unit, the server only transmits the attendance data of the supervised unit to the supervising end and does not indicate the supervised unit, the supervised unit is selected when checking, and the server sends the attendance data of the selected supervised unit to be checked by the supervisor;

step 6, checking attendance by using a face recognition attendance machine or by using fingerprints by an attendance object;

step 7, the attendance machine transmits the attendance result obtained in the step 6 as attendance initial data to an attendance computer of a unit, and the attendance computer respectively divides the attendance states as follows after analysis;

7.1, checking the attendance of the attendance object within the office attendance checking time specified by the unit, wherein the attendance result is the office attendance;

7.2, checking the attendance of the attendance object within the attendance checking time specified by a unit and within the off-duty time range, wherein the attendance result is off-duty;

7.3, checking the attendance of the attendance object in excess of the unit specified maximum off duty time, wherein the attendance result is that the miner leaves the work;

7.4, checking the attendance of the attendance object in an attendance time range which is not specified by a unit, wherein the attendance result is overtime, and an approval program is specified for the overtime time and is specified from the overtime time;

7. and for the attendance checking result of the step 7.1, the modification to the meeting is allowed;

step 8, the attendance checking object does not use an attendance checking machine to check attendance, the attendance checking state is determined according to the following method,

8.1; the unit attendance management personnel uploads the leave requisition form to an attendance computer or the attendance object uploads the leave requisition form to the attendance computer by using a personal end program, and the attendance state is leave requisition;

8.2; the unit attendance management personnel uploads the official bill to an attendance computer or the attendance object uploads the official bill to the attendance computer by using a personal end program, and the attendance state is official;

8.3: the unit attendance management personnel upload the vacation approval document to an attendance computer, and the attendance state of the personnel involved in the vacation approval document is vacation;

8.4: the attendance time is displayed as holidays, the attendance computer directly recognizes the holidays,

8.5: the attendance checking state is determined as the miner under the condition that the attendance checking state does not belong to any one of the step 7 and the step 8,

the leaving off duty refers to the late arrival or early departure, the attendance object refers to the staff required by the unit to check the attendance,

step 9, sending the attendance states obtained in the

steps

7 and 8 to a monitoring computer, wherein the attendance computer is also used as the monitoring computer, and the monitoring computer is not used as the control computer of the monitoring probe;

step 10, extracting feature data from the face recognition picture obtained in the step 1 by the monitoring computer, analyzing a monitoring video sent by the monitoring probe by the monitoring computer, and processing an analysis result according to the following conditions;

10.1, identifying the face obtained by the monitoring probe, listing the face as a passerby without recording the time of the passerby entering and exiting a unit under the condition that the face is not matched with the facial recognition picture characteristics stored in the step 1;

10.2, recognizing the face obtained by the monitoring probe, matching the face with the characteristics of the face recognition photo of a certain attendance object stored in the step 1, listing the face as the attendance object, and processing according to the following conditions;

10.21, attendance checking shows that a certain attendance checking object is in a normal outgoing state, the monitoring probe monitors the attendance checking object to enter and exit a unit, and the time for the attendance checking object to enter and exit the unit is not recorded; the normal outgoing time is subject to the starting and ending time recorded by a leave request sheet, a publication sheet or a leave approval document;

10.22, checking attendance, displaying that a certain checking-in object is in a normal working state or an off-duty state, monitoring the checking-in object entering and exiting unit by a monitoring probe, and recording the time of the checking-in object entering and exiting the unit; before leaving work, the work attendance system does not enter a unit, the work attendance time is the work attendance end time, and the work attendance time is the time length of multiple work attendance units;

step 11, after leaving work, finishing attendance, sending the recorded start-stop time of the attendance object to an attendance computer by the monitoring computer, and processing the attendance object according to the following conditions after the attendance computer analyzes the attendance object;

11.1, the attendance object goes out of work through an attendance machine, the monitoring computer does not send the data of the start-stop time of the attendance object entering and exiting a unit, and the original attendance state does not change;

11.1, the attendance object goes out of work through an attendance machine, the monitoring computer sends data of the start and stop time of the attendance object entering and exiting a unit, the attendance state is determined again according to the following principle,

11.11, checking-in shows that the checking-in object is in a normal working state or an off-duty state, the length of time of an access unit sent by a monitoring probe is within a specified range of allowed outgoing length, the checking-in state is unchanged, the length of time of going out again is within the specified range of allowed outgoing length after the number of times of going out exceeds the specified maximum number of times of going out, the yellow normal final checking-in result is normal, after the yellow normal, the length of time of going out again of the checking-in object is within the specified range of allowed outgoing length, the yellow final checking-in result is recorded as off-duty, and whether the multiple access unit refers to an access unit in a month or multiple access units in a day is determined;

11.12, displaying that the attendance object is in a normal working state, and monitoring that the attendance object is in and out of a unit time length exceeding a specified time length range and is recorded as off-duty within the time length range of off-duty by a monitoring probe;

11.13, recording outgoing after attendance checking, recording the outgoing time as the miner when the outgoing time exceeds the longest time allowed by leaving the post, and in an attendance checking time period,

the longest time allowed to go out, the maximum number of times allowed to go out and the longest time left off duty are recorded into the server by the server administrator according to relevant regulations,

step 12: the attendance checking computer sends the finally determined attendance checking state to the server, and the miners video is sent to the server when the attendance checking object has the miners;

step 13: the attendance checking computer sends the finally determined attendance checking state to the personal side program, and if the attendance checking state is an abnormal state, the personal side program reminds a person to complain within a specified time as long as an attendance checking object opens the personal side program;

step 14; after the server receives the complaint request, complaint personnel submit an objection time period, a server-side administrator downloads a monitoring video of the time period according to the complaint time period, an attendance checking state is determined according to a video result, a unit cannot provide the monitoring video, and execution is facilitated according to the result and a complaint confirmation principle;

step 15; the attendance checking state is a non-miner abnormal state, the attendance checking object does not complain within the specified time, the abnormal state is directly determined to be established, and the attendance checking object does not accept any more if complain outside the specified time

The 4 th step and the 5 th step are optional steps.

The server end is used for managing the attendance checking condition of each monitored unit, the server is communicated with an attendance checking computer, the server end is provided with the following functional modules,

3.1, a database, a main program, a personal side program and a supervision side program are stored in the hard disk;

3.2, receiving data uploaded by a unit end;

3.3, monitoring the working state of an attendance computer at the unit end;

3.4, analyzing and counting attendance checking results, and returning the counting results to each attendance checking computer;

the method comprises the following steps:

3.11, a main program, wherein the main program is a B/S program of a computer at a server end and a unit end;

3.12, a personal-side program, wherein the personal-side program is also present at the server side, after a unit attendance manager logs in the server, the personal-side program is downloaded from a server-side computer, the attendance time of the unit is input, then, the unit personnel download the personal-side program through an internal channel, and the personal-side program is used after installation;

3.13, a monitoring end program, wherein any citizen applies for monitoring the attendance state of a unit, registers at a server end, sends out a monitoring request, downloads the monitoring end program after the approval of a server end manager, and sends the attendance data of the monitored unit to the monitoring end according to a monitoring object specified by the applicant, the monitoring person does not indicate the monitored unit and defaults to all the attendance units of the monitoring server end, but the server still needs to select the monitored unit when specifically executing the monitoring work, and sends the attendance data of the monitored unit to the monitoring end program according to the request of the monitoring person;

3.2, receiving data uploaded by the unit end, wherein the server end receives data of an attendance computer, the server end is divided into two types, one type is downloading, the other type is uploading, the uploading means that the attendance computer actively sends data to the server end, when a program is designed and uploaded, the server end only receives the data of the attendance computer, the server end receives a final result of attendance, an leave list and a publication list, a leave approval document and the video data of miners as evidence for use, and it needs to be noted that the uploading of the video of the miners is automatically carried out, namely, the video of the miners is uploaded to the server end as long as the attendance computer determines that an attendance object is the miners, the downloading means that the server end actively sends a monitoring video data transmission request to the attendance computer, and a time period is provided for a claimant or a reporter;

3.3, monitoring the working state of an attendance computer at the unit end; the attendance checking method comprises the following steps that whether the connection between an attendance checking computer and a server at a server end is interrupted or not, whether various connections of an attendance checking machine, an attendance card and a monitoring probe are interrupted or not, and once the condition that the connection is interrupted is monitored, a prompt is given to the server end to indicate which connection target is interrupted in a certain unit;

3.31 determination of maintenance right, the maintenance of the attendance computer is performed by the personnel at the server end, the unit staff of the attendance computer does not have the maintenance right, the attendance computer host is locked by using a special computer cabinet, the key is controlled by the maintainer, and the maintainer is not the manager of the unit attendance

And 3.4, analyzing and counting the attendance checking results, and returning the counting results to each attendance checking computer or disclosing the results to the society.

The unit end constitute by attendance computer and attendance machine, attendance board, monitor probe, the attendance machine is connected with the attendance computer, the attendance computer is uploaded attendance data to the attendance computer, the attendance computer sends back the suggestion that attendance was successful or failed, the attendance computer is connected with the attendance board, the attendance computer sends the attendance result of attendance machine to the attendance board, the attendance board shows the attendance result, monitor probe sends the monitor result to the attendance computer, the attendance computer is according to the data that monitor probe sent, and carry out the analysis, obtain the attendance result, the unit end has following functional module:

4.1, monitoring the attendance state of the attendance object by the monitoring probe;

4.2, the attendance checking computer monitors the attendance checking machine, the attendance card and the monitoring probe, and monitors the work of the computer;

4.3, the attendance computer does not have the function of monitoring the video, and the control computer for monitoring the video is networked with the attendance computer for monitoring;

4.4, recording the attendance of the attendance object by an attendance computer, modifying the data of the attendance object and modifying the personal-side program;

4.5, batch processing of the list of the vacated persons;

4.6, checking in by the attendance machine, sending an obtained attendance result to the attendance computer by the attendance machine, wherein the result obtained by the attendance machine is in an initial attendance state but not in a final attendance state,

in particular to

4.1, monitoring the attendance state of an attendance object by a monitoring probe, installing the monitoring probe at an entrance and an exit of a garage, a gate of an organization and other places where workers can enter and exit the organization, displaying names and work numbers by using face recognition, displaying names and unidentifiable people without work numbers and displaying the names and unidentifiable people as passers-by, and uploading the identification information and the identification time to an attendance computer by the monitoring probe;

4.2, the work of the attendance machine, the attendance board and the monitoring probe is monitored by the attendance computer, the work abnormality of the attendance machine, the attendance board and the monitoring probe occurs, the connection with the attendance computer is interrupted, a manager in the unit attendance opens the computer, and a popup window prompt appears to indicate which equipment and which reason the signal is interrupted;

4.3, uploading the video data of the monitoring computer to an attendance computer, and networking the control computer for monitoring the video with the attendance computer for monitoring on the basis of the video data of the monitoring probe and on the basis of the absence of the monitoring video of the attendance computer;

4.4, the attendance computer records the attendance of the attendance object, modifies the data of the attendance object, modifies the personal-side program, the attendance data of the attendance object is stored according to the related time regulation, and is deleted after the storage time is exceeded, the modification of the data of the attendance object refers to the data entry error of the attendance object, such as the identity card number, the name, the department and the work number error, the attendance result error is not in the modification list, the attendance result is wrong, the attendance object needs to complain, the server-side manager performs according to the complain result, the server-side manager confirms the error, modifies the attendance result, has no error, maintains the original attendance result, and the modification of the personal-side program refers to the working time of a modification unit;

4.5, batching lists of the vacated staff, completely vacating, clicking full selection, checking attendance of all staff as vacation, selecting departments for vacation of some departments, checking attendance of the staff of the departments as vacation, checking attendance of female staff or male staff as vacation, selecting gender, selecting male or female, checking attendance of all the female staff or male staff as vacation, failing to batch, and clicking one for selection;

4.6, checking the attendance by an attendance machine, wherein the attendance machine is an attendance state which is self-declared by an attendance person, and after an attendance object uses a fingerprint for checking the attendance, the monitoring video corresponds to the facial recognition photo corresponding to the fingerprint.

The personal side refers to an APP side and a PC side, the APP version is suitable for handheld equipment, the PC version is suitable for a computer, the target tasks realized by the APP version and the PC side version are consistent,

the cell-phone APP end gets into through the cell-phone number that sets up, and the staff's that logs in through the cell-phone number of attendance computer APP end that corresponds promptly, and the PC end is through registering, utilizes user name and password entering, and individual attendance record can only be looked over to the individual end, and cell-phone APP and PC end have following functional module:

5.1, uploading a leave asking note, clicking the leave asking note, selecting a leave asking note picture, filling the leave asking time, uploading the leave asking note after the completion of the filling, recording the attendance checking state as leave asking by an attendance checking computer, wherein the leave asking time exceeds one day, judging the leave asking days and the working time by the system according to the filled leave asking time, reminding visitors in a remark bar, and not selecting the leave asking note picture, so that the attendance checking cannot display the leave asking note;

5.2, uploading a publication form, clicking the publication form which needs to be published, selecting a publication form picture, filling the publication start-stop time, uploading after the completion of the filling, recording the attendance state as publication by an attendance computer, wherein the publication time exceeds one day, judging the publication days and the working time by the system according to the filled publication time, reminding visitors in a remark bar, and not displaying the publication if the publication form picture is not selected;

5.3, an alarm function, wherein a unit uploads normal attendance time to a unit attendance computer based on the following principle, the mobile phones of all personnel in the unit download the attendance time of the unit, the attendance reminding time for attendance management personnel is set by the unit, after leave-on or publication, the alarm function adopts a manual mode to cancel the alarm within leave-on or publication time, holidays have no alarm, leave-on or publication, and the alarm cannot be cancelled;

5.4, uploading personal data, uploading personal identification number, name, department and job data, wherein part of units have employee data, so that the personal data do not need to be uploaded by workers, and after the unit end selects to forbid the uploading of the personal data, the uploading function of the personal data cannot be used, and only the password modification function is available;

5.5, attendance complaint, wherein an attendance object feels that an attendance result is inconsistent with the actual condition, complaint is carried out within a specified time, and finally a server-side manager determines whether to modify the attendance result according to the actual condition;

and 5.6, checking the attendance result, and checking the attendance result of the current month by default, namely, the attendance result from the date of the beginning of the current month to the time of checking, selecting checking and inputting the starting time and the ending time for checking.

The supervision terminal is divided into an APP version and a PC version, the APP version is suitable for handheld equipment, the PC version is suitable for a computer, the target tasks realized by the APP version and the PC version of the mobile phone are consistent, the supervision terminal only displays the unit name, the worker name, the department name, the leave approval file and the attendance state, and does not display the contact call, the gender, the official form and the leave form.

The attendance cards are divided into three types, namely a key type attendance card, a touch screen type attendance card and a single display type attendance card, one or more types of attendance cards are adopted according to application occasions during application,

7.1: the key type attendance card consists of a screen area 1, a use description area 2, a key area 3, an attendance machine connector 4, an attendance computer connector 5, a power supply connector 6, a control circuit, an attendance machine connecting wire and an attendance computer connecting wire;

the screen area 1 displays the attendance result, the attendance result displays the following items, such as name, gender, duty, department, contact telephone, attendance state and remarks, and the attached figure 3 is the demonstration result of the screen area of the attendance board of a certain unit;

the use description area 2 and the use description area 2 mainly provide room numbers of various departments for the user to inquire;

a key area 3, wherein the key area 3 consists of 14 keys of 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9, confirmation, cancellation, previous page and next page, an inquiry number is input, then the confirmation is pressed for inquiry, and if one page of the attendance checking object cannot be fully arranged, the pages are turned through the previous page and the next page;

the attendance machine connecting port 4 is used for connecting an attendance machine connecting line, the attendance machine connecting line is a connecting line of an attendance card and an attendance machine, and the attendance card is not provided with the attendance machine connecting port 4 and the attendance machine connecting line when not in direct communication with the attendance machine;

the attendance computer connector 5 and the attendance computer connector 5 are used for connecting an attendance computer connecting wire, and the attendance computer connecting wire is a connecting wire of an attendance card and an attendance computer;

the power supply connector 6 is used for connecting a power supply of the attendance card;

the control circuit is a general name of all circuits including a circuit board in the attendance card;

7.2: compared with a key-type attendance card, the touch-screen attendance card does not use the description area 2 and the key-type attendance card 3, and the description area 2 and the key-type attendance card 3 are used through a touch screen;

7.3: the single-display attendance card cannot be turned, the attendance content is on the current page, the LED lamp is arranged at the bottom of the attendance state key of the single-display attendance card, the attendance state key in a normal working state is a green LED lamp, the attendance state key in a normal outgoing state is a yellow LED lamp, the attendance state key in an abnormal state is a red LED lamp, the LED lamp of the attendance state key determined by the intelligent attendance system flickers or emits light, the LED lamp is arranged at the bottom of the attendance state key, the single-chip microcomputer is used for controlling, and the single-chip microcomputer is used for driving the corresponding LED lamp to emit light or flick according to the attendance state sent by an attendance computer;

7.4, no screen formula attendance board adopts single chip microcomputer control, and attendance state key bottom LED lamp sets up and the function is the same with single display, and the difference is, and the attendance board does not have the display screen, and the singlechip sets up attendance personnel's serial number, then utilizes little card or pastes, prints attendance personnel's information on little card, and the effect of singlechip is exactly according to the attendance state that the attendance computer sent and come, and the LED lamp that the drive corresponds is luminous or the scintillation.

The monitoring computer adopts a face recognition system which is mainly completed by the following three subsystems,

8.1: the system comprises a front-end face snapshot acquisition subsystem, a video monitoring camera or a portrait snapshot machine with a portrait recognition function, namely a monitoring probe, wherein the front-end face snapshot acquisition subsystem is mainly used for installing monitoring probes at each outlet of a unit and is responsible for acquiring face information, and a face image acquisition device is used for acquiring a small picture, a passing scene picture and a video stream of a human face;

8.2: the system comprises a network transmission subsystem, a server and an attendance computer, wherein the network transmission subsystem is mainly responsible for system networking and completes transmission and exchange of data, pictures and video streams, the unit end has smaller specification, a private network is established by renting an operator optical fiber link, the private network is established in an EPON mode and comprises an optical fiber transceiver or EPON equipment, the single-point uploading bandwidth is more than or equal to 20Mbps and can be increased according to requirements, the attendance computer is also used as a monitoring computer, and the captured images or video streams are transmitted to the attendance computer through the network transmission subsystem;

8.3: the system comprises a front-end face snapshot collection subsystem, a rear-end analysis management subsystem, a front-end face snapshot collection subsystem and a monitoring computer, wherein the front-end face snapshot collection subsystem is used for collecting, processing, storing, applying, managing and sharing the relevant data of the front-end face snapshot collection subsystem;

the monitoring computer management module consists of modules carrying platform software and comprises a central management module, a video stream access processing module and a picture stream access processing module,

in the portrait application platform, the intranet is mainly responsible for collecting the feature extraction and library construction of the portrait library and the linkage function with other deployment units; the portrait recognition preposition service of the private network is mainly responsible for real-time video analysis, face photo structuring, portrait comparison calculation, passerby data storage and passerby retrieval, and bears the main calculation function, and the internal and external networks and the private network are all completed by an attendance computer or a monitoring computer in the application,

the method comprises the following steps:

8.1, a front-end face snapshot acquisition subsystem acquisition device is responsible for acquiring a face image, the front-end face snapshot acquisition subsystem is connected to a monitoring computer through a network transmission subsystem, the attendance computer is also used as the monitoring computer, the front-end face snapshot acquisition subsystem is connected to the attendance computer through the network transmission subsystem, the attendance computer is connected to a server end through the network transmission subsystem, the unit attendance computer mainly achieves the functions of receiving and forwarding pictures and information, the received snapshot picture is stored in the monitoring computer or the attendance computer, a face structuring module is used for modeling and attendance real-time comparison of the snapshot video and images, and face information and model data obtained through modeling are stored in the monitoring computer or the attendance computer;

8.3, the rear-end analysis management subsystem is designed in an attendance computer or a monitoring computer, records the start-stop time and the time length of an access unit according to the attendance state and the captured access video of the attendance object, and determines whether to upload the video and the start-stop time and the time length after analysis.

The method has the advantages that the server side controls the attendance states of all units, the server side monitors the attendance states of attendance computers of all units and realizes the attendance effects through the B/S program, the B/S program has the advantages of being capable of adapting to different platforms, and the attendance effect is realized through the method of monitoring the attendance computers, the method has the advantages that the large-scale monitoring can be realized only through small bandwidth resources, on the contrary, if the video viewing is directly realized at the server side, the video viewing is technically impossible, but the video viewing can be realized only through the high bandwidth resources, in addition, the method is used for reminding attendance personnel through the mode of arranging the alarm at the APP side, the delay is prevented, compared with the existing alarm, the alarm is uniformly arranged by the units according to the year, and is mainly reminded when the user goes to work, the card-punching is prevented from being missed, the behavior in the area of eating space and the like is restrained, and if the server side is controlled by the committee, the effect is better.

Drawings

FIG. 1 is a schematic structural view of a key type attendance card;

FIG. 2 is a left view structural diagram of a key-type attendance card;

fig. 3 is a home page of a work attendance card;

FIG. 4 is a schematic diagram of checking-in work attendance of a department by a key or a touch screen;

FIG. 5 is a schematic diagram of an attendance result of a department queried through a key or a touch screen;

FIG. 6 is a schematic diagram of hardware connection and data transmission of the intelligent attendance system;

FIG. 7 is a schematic view of a use illustrative area;

FIG. 8 is a schematic structural view of a screen-free attendance card;

FIG. 9 is a schematic left view structure of a screenless attendance card;

in the figure, 1 is a screen area, 2 is a use description area, 3 is a key area, 4 is an attendance machine connector, 5 is an attendance computer connector, 6 is a power supply connector, in figure 6, the direction of an arrow indicates the transmission direction of data, figure 6 shows that two units communicate with a server side, so the same reference numerals are provided, the same reference numerals indicate the same function, N monitored units can be actually provided, N is more than or equal to 1, 7 indicates that the server side transmits data to a mobile phone APP side or a PC side, data transmitted by the server side to the mobile phone APP side or the PC side is a notice or notification transmitted by the server to an attendance object, 8 indicates that the attendance computer transmits data to the server, 9 indicates 8 indicates that the server transmits data to the attendance computer, 10 indicates that the attendance computer transmits data to the mobile phone APP side or the PC side, 11 indicates that the mobile phone APP side or the PC side transmits data to the attendance computer, 12, a data transmission from the attendance computer to the attendance card, 13, a data transmission from the attendance computer to the attendance machine, wherein only one data transmission from the attendance computer to the attendance machine is a prompt of attendance success or failure, 14, a data transmission from the attendance machine to the attendance computer is a face picture data or a fingerprint data, 15, a data transmission from the monitoring probe to the attendance computer is a monitoring computer, and if the attendance computer is not the monitoring computer, the monitoring probe directly transmits the data to the monitoring computer, the monitoring computer analyzes the start-stop time and the duration of the monitoring video to be transmitted, the monitoring video is transmitted to the attendance computer, 16 is an attendance object information pasting area, and 17 is an attendance state key.

Detailed Description

The applicant describes specific embodiments of the present application with reference to the accompanying drawings;

first, convention of terminology:

the working states are classified into the following three categories.

1. And the normal working state is divided into working, meeting and overtime.

2. The normal outing state is divided into public, leave and holiday.

3. Abnormal state: the abnormal state is subdivided into off duty and miner, and the off duty comprises late arrival and early retreat.

4. The attendance checking time is divided into morning, afternoon and all day, the working time and the attendance checking time specified by a unit are taken as references, the working time specified by the unit refers to the normal working time and the working time specified by the unit, different units have different working times, for example, the working time specified by the A unit is 8 in the morning: 30-11: 30, 14 pm: 30-18: 00, time specified by b unit is 8 a.m.: 00-18: 00, attendance time of A unit means morning, afternoon, namely 8 in the morning: 30-11: 30 or 14 pm: 30-18, the attendance time specified by the second unit is all day, namely 8: 00 to 18: 00, it should be noted that the working time includes the date element, the difference between the time of going to work and the time of going to work in summer and the time of going to work in winter exists on the dates with different units, and the time is calculated according to the overtime rule when overtime happens.

5. The work, means to start working according to the working time specified by the unit or to indicate the working state, and both explanations of the work of the application exist, for example, the working time specified by the A unit is 8 a.m.: 30-11: 30, 14 pm: 30-18: 00, i.e. the working hours are 8 a.m.: 00-12: 00, 14 pm: 00-18: 00, and the office hours in B units are 8 in the morning: 00-18: 00.

6. the meeting refers to a conference which is carried out in a unit or invites external people to participate in the unit.

7. The overtime is work performed except for working time, the working time is specified by a unit, for example, 12 months and 7 days in 2019 are saturday, the saturday is displayed as holidays, and the work performed on the saturday is overtime.

8. The disclosure refers to the disclosure assigned by the unit during the working time, and it should be noted that the disclosure is not the conference.

9. Please refer to the exit where the worker can not participate in the work for personal reasons during the normal working time.

10. The vacation refers to the non-legal holiday, and the rest of part or all of the personnel in the working time is arranged by the unit schdule, which is different from the current vacation.

Legal holidays show holidays directly, rather than being vacated, for example, saturday shows holidays, national day shows holidays,

the staff leave or are left out, attendance is still performed according to the relevant working state before the official document is issued, and the staff do not fall into the attendance range after leaving the approved document or the left-out document.

A second portion; the hardware of the intelligent attendance system is composed of a plurality of hardware,

the intelligent attendance system consists of a server end, a unit end, a personal end and a supervision end,

2.1, server end is by the supporting subassembly of server and server, and the supporting subassembly of server contains display, keyboard, mouse, lightning rod, cooling device, networking device.

2.2, the unit end is composed of an attendance computer, an attendance card, a monitoring probe, an attendance machine, a connecting wire, a networking device and a power supply device, wherein the connecting wire comprises the following connecting wires, the connecting wire of the monitoring probe and the attendance computer, the connecting wire of the attendance card and the attendance computer, and the connecting wire of the attendance machine and the attendance computer, and the attendance computer is a computer for unit attendance and is a common microcomputer or a small server computer on technical indexes.

2.3, the personal terminal refers to a personal mobile phone, mobile equipment and an office computer used by a person, it should be noted that the personal office computer can be owned by a unit or a person, and the application refers to the division of user rights and has no relation with property rights.

2.4, the supervision end refers to a mobile phone and a mobile device for a supervisor and an office computer used by the supervisor, and it needs to be explained that the office computer for the supervisor can be owned by a unit or a supervisor.

A third portion; the function of the intelligent attendance system is divided into a plurality of functions,

the intelligent attendance system has the functions of 3.1, a server side, 3.2 unit sides, 3.3, an individual side, 3.4 and a supervision side.

3.1, the server end is used for managing the attendance state of each supervised unit, and the server is communicated with an attendance computer and has the following functions:

3.11, storing program source codes and a database;

3.12, receiving data uploaded by a unit end;

3.13, monitoring the working state of an attendance computer at the unit end;

and 3.14, analyzing and counting attendance checking results, and returning the counting results to each attendance checking computer.

The method comprises the following steps: 3.11, storing program source codes and a database at a server end, wherein the program source codes are divided into three types, 3.11, a main program, 3.12, a personal end program, 3.13 and a monitoring end program,

3.111, a main program is a B/S program of the computer at the Server side and the unit side, and as for the B/S program, the Server side is a Server side, and the unit side is a Browser side.

3.112, personal side program is existed in server side, after the unit attendance manager logs in the server, the personal side program is downloaded from the server side computer, and the attendance time of the unit is input, then the unit personnel downloads the personal side program through internal channel, and the installation starts to use.

3.113, a supervising end program, any citizen applies for supervising the attendance state of a unit, registers at the server end, sends out a supervising request, downloads the supervising end program after the administrator of the server end agrees, the server sends the attendance data of the supervised unit to the supervising end according to the supervising object appointed by the applicant, the supervising person does not indicate the supervised unit and defaults to all the attendance units of the supervising server end, however, when the supervising work is executed, the supervised unit still needs to be selected, and the server sends the attendance data of the supervised unit to the supervising end program according to the request of the supervising person.

3.12, receive the data that the unit end uploaded, the server end receives the data of attendance computer divides into two kinds, one kind is the download, one kind is the upload, upload and mean that the attendance computer initiatively sends data to the server end, when the programming is uploaded, the server end only receives the data of attendance computer, what the server end received is the final result of attendance, the leave list, the notice form, the video data of the file and the miner of vacation approval is used for the evidence, the attendance computer deems the attendance object as the miner, upload the video section that the miner deems to the server end, it needs to be noted that, it is automatic to upload the miner's video, namely as long as the attendance computer deems the attendance object as the miner, namely upload the miner's video to the server end, for example, a certain attendance object is 7 at noon: attendance of an attendance machine is divided into 57 minutes, 8 in the morning: monitoring that an attendance object leaves a unit by a monitoring probe of 07 minutes, and 12: 23 minutes enter the unit, in the process, the working state of a certain attendance object identified by the attendance computer changes along with the change of time, and the working state changes through the changes of working, late arrival and miners, and the final state is the miners, so the state uploaded to the server end is the miners, the attendance state uploaded to the server end is the final result identified by the attendance computer under the condition that the attendance unit is finished, and downloading means that the server end actively sends a data transmission request to the attendance computer, for example, 8 a.m: monitoring that a certain attendance object leaves a unit by a monitoring probe of 07 minutes, 9: 35 minutes into the unit, the standard of the miner cannot be met, at the moment, the attendance computer cannot actively send monitoring data to the server, if the server-side administrator deems necessary, or the server sends a request to the attendance computer by clicking to download according to the request of related personnel, the attendance computer sends the monitoring video of the period of time to the server, the server end should complain or report the request of personnel, the content of the attendance result inconsistent with the attendance monitoring is required to be complained or reported, the request of the step of complaining or reporting is required to be input, the request period of time is input, the server sends the request to the attendance computer, the monitoring video of the period of time is sent to the server by the attendance computer, the difference between the two is the downloading data actively requested by the server manager, the server end manager cannot change the period of time, and the complain or report needs to complain or report the person for providing the period of time.

However, this design has a problem that the server does not monitor the attendance status in real time, and finally recognizes that the attendance is the result recognized by the attendance computer after the attendance is finished, and there is a possibility of manually modifying the data, so step 3 is essential.

3.13, monitoring the working state of an attendance computer at the unit end; if the connection between the attendance computer and the server at the server end is interrupted, the various connections of the attendance machine, the attendance board and the monitoring probe are interrupted, once the condition of monitoring the connection interruption occurs, the server end can give a prompt to indicate which kind of connection target connection interruption occurs at a certain unit, because the connection between the attendance computer and the attendance board, the attendance machine and the monitoring probe is carried out by adopting a connecting wire, the probability of signal interruption is very small unless abnormal conditions such as mouse bite are caused, the connection between the attendance computer and the server is interrupted most of the time, the connection between the server and the attendance computer and the monitoring probe are divided into two types, one type is that the network abnormality occurs at the server, all the connections are interrupted, the other type is that the connection between the attendance computer is abnormal, the abnormal connection between the attendance computer and the server end is interrupted, and the server end cannot monitor the attendance computer, the possibility of modifying the data is relatively high, and the following method is adopted to solve the problem,

firstly, the maintenance of the attendance computer is carried out by the personnel at the server end, and the unit staff of the attendance computer does not have the maintenance right.

Secondly, the attendance computer host is locked by a special computer cabinet, the key is controlled by maintenance personnel, and the maintenance personnel are not management personnel for unit attendance.

And 3.14, analyzing and counting the attendance result, and returning the statistical result to each attendance computer, wherein the current attendance result analysis and statistics are limited to the inside of the unit, and the intelligent attendance system analyzes the data of the attendance unit, namely, the attendance analysis can be carried out among the units so as to avoid the whole diffusion of part of the units, and the statistical data can not see any terminal.

3.2, unit end comprises attendance computer and attendance machine, attendance board, monitor probe, attendance machine is connected with the attendance computer, the attendance machine is uploaded attendance data to the attendance computer, the attendance computer sends back the suggestion of attendance success or failure, the attendance computer is connected with the attendance board, the attendance computer sends the attendance result of attendance machine to the attendance board, the attendance board shows the attendance result, monitor probe sends the monitor result to the attendance computer, the attendance computer is according to the data that monitor probe sent, and the analysis carries out, obtain the attendance result, unit end has following function:

and 3.21, monitoring the attendance state of the attendance object by the monitoring probe.

3.22, work of the attendance machine, the attendance card and the monitoring probe is monitored by the attendance computer.

3.23, the attendance computer does not have the monitoring video, and the control computer for monitoring the video is connected with the attendance computer in a networking way for monitoring.

3.24, the attendance computer records the attendance of the attendance object, modifies the data of the attendance object and modifies the personal-side program.

3.25, batch processing of the list of the vacated persons.

And 3.26, checking in by the attendance machine, wherein the attendance machine sends the obtained attendance result to the attendance computer, and the result obtained by the attendance machine is an initial attendance result but not a final attendance result.

3.21, monitoring probes are installed at the entrance and the exit of a garage, a gate of an organization and other places where workers can go in and out of the organization, the monitoring probes can identify by using face recognition, display names and work numbers, display names without work numbers, display unidentified persons and upload identification information and identification time to an attendance computer,

3.22, an attendance computer monitors the work of the attendance machine, the attendance card and the monitoring probe,

work abnormality occurs in the attendance machine, the attendance board and the monitoring probe, the connection with the attendance computer is interrupted, and when a manager in a unit attendance opens the computer, a popup window prompt appears to indicate the equipment which is in signal interruption of a certain reason.

3.23, uploading the video data of the monitoring probe to an attendance computer, and networking the control computer of the monitoring video and the attendance computer for monitoring on the basis of the video data of the monitoring probe and on the premise that the attendance computer does not have the monitoring video.

If the unit is large, more than one control computer for monitoring the video is needed, therefore, the control computer for monitoring the video and the attendance computer need to be networked, after the attendance is finished, an initial attendance result appears, the initial attendance result is sent to the control computer for monitoring the video, the monitoring video of the control computer does not accord with the initial attendance result, the monitoring video is utilized for calibration, and the calibrated data is uploaded to the server side,

3.24, the attendance computer records the attendance of the attendance object, modifies the data of the attendance object, modifies the personal side program, the attendance data of the attendance object is stored according to the related time regulation, and is deleted after the storage time is exceeded, the modification of the data of the attendance object refers to the data entry error of the attendance object, such as the identity card number, the name, the department, the work number error, the attendance result error is not in the modification list, the attendance result is wrong, the attendance object needs to complain, the server side manager performs according to the complain result, the server side manager confirms the error, modifies the attendance result, maintains the original attendance result without the error, and the modification of the personal side program refers to the working time of the modification unit.

3.25, batching lists of vacated staff, all vacations, clicking to select all, checking attendance of all staff as vacation, some departments as vacation, selecting departments, checking attendance of the staff of the departments as vacation, checking attendance of female staff or male staff as vacation, selecting gender, selecting male or female, checking attendance of all the female staff or male staff as vacation, and only clicking one selection, wherein the selection cannot be carried out in batch.

3.26, the attendance machine is similar to the attendance state which is self-declared by the attendance personnel, if the attendance is carried out by adopting a method of monitoring by a monitoring probe, the attendance is not feasible theoretically, but the attendance state is obtained by monitoring by the monitoring probe, the calculated amount and the workload of an attendance computer are large, and most of attendance can be realized by utilizing the attendance machine.

3.3, the personal side is cell-phone APP end and PC end, and the APP version is fit for handheld device, and the PC version is fit for the computer, and the target task that cell-phone APP version and PC end version realized is unanimous.

The mobile phone APP end enters through the set mobile phone number, namely the mobile phone number of the attendance computer logs in the corresponding attendance record of the worker, the PC end enters through registration by using a user name and a password, the personal end can only check the personal attendance record, and the mobile phone APP end and the PC end have the following functions.

The system comprises a leave asking note uploading device, a leave asking note clicking device, a leave asking note picture selecting device, a leave asking time filling device and an attendance checking computer, wherein the leave asking note uploading device needs to ask for leave, the leave asking note picture is clicked, the leave asking note picture is used for filling the leave asking time, the attendance checking computer records that the attendance checking state is leave asking, the leave asking time exceeds one day, the system judges the leave asking day number and the working time according to the filled leave asking time, and reminds visitors in a remark column, the leave asking note picture is not.

The attendance record is uploaded, the attendance record is recorded as the attendance by an attendance computer, the attendance time exceeds one day, the system judges the number of days of the attendance and the working time through the filled attendance time, the system reminds visitors in a remark column, the visitors do not select the picture of the attendance record, and the leave request is not displayed.

The alarm function is based on the following principle, a unit uploads normal attendance time to a unit attendance computer, all the mobile phones of all the personnel in the unit download the attendance time of the unit, and for example, the regulation of a certain unit is 8: 00 to 12: 00 is normal working time, then the unit is uniformly set to 7: 50 is the reminding time of the on-duty alarm, 12: 00 is the alarm reminding time of off duty, the unit personnel is not required to set by themselves, after the unit personnel leave for leave or are disclosed, the alarm function adopts a manual mode to cancel the alarm within the leave-for-leave or disclosure time, and no alarm is given on holidays.

The personal data is uploaded, personal identification number, name, department and job data are uploaded, and part of units have employee data, so that the personal data is not required to be uploaded by workers, and after the unit end selects to forbid the uploading of the personal data, the uploading function of the personal data cannot be used, and only the password modification function is available.

And (3) attendance complaint, wherein the attendance result is not in accordance with the actual condition by an attendance object, complaint is carried out within the specified time, and finally, whether the attendance result is modified or not is determined by a server-side manager according to the actual condition.

Checking the attendance result, and checking the attendance result of the current month by default, namely, the attendance result from the date of the beginning of the current month to the time of checking, selecting checking and inputting the starting time and the ending time for checking.

And 3.4, the supervision end is divided into an APP version and a PC version, the APP version is suitable for handheld equipment, the PC version is suitable for a computer, the target tasks realized by the APP version and the PC version of the mobile phone are consistent, the supervision end only displays the name of a unit, the name of a worker, the name of a department, a leave approval file and an attendance state, and does not display a contact call, the gender, a publication form and a leave form.

A fourth part; the identification basis of the attendance state of the intelligent attendance system is combined with the identification function of the monitoring probe;

4.1, the attendance checking display attendance checking object is in a normal working state, the monitoring probe monitors that the attendance checking object is in and out of a unit time length within a specified time length range allowing the attendance to go out, the attendance checking state is unchanged, the time length of going out again is within the specified time length range allowing the attendance to go out after the number of times of going out exceeds the specified maximum number of times of going out, the yellow normal final attendance checking result is normal, and the time length of going out again of the attendance checking object is within the specified time length range allowing the attendance to go out after the yellow normal result appears, and the time length of going out again is recorded as going out of duty.

4.2, the attendance checking display attendance checking object is in a normal working state, the monitoring probe monitors that the attendance checking object is in and out of the unit time length exceeding the specified time length range, and the attendance checking object is recorded as off-duty within the time length range of off-duty.

4.3, after attendance checking, outgoing records exist, the outgoing time exceeds the longest time allowed for leaving behind, the record is marked as miners, in an attendance checking time period, the outgoing records exist for a plurality of times, the outgoing time is calculated in a superposition manner,

4.4, attendance is displayed to be in a normal public state, the monitoring probe monitors that the time length of an attendance object in and out of a unit exceeds a specified time length range allowing the attendance, and the attendance state is not changed.

4.5, displaying the attendance object to be in an abnormal state: if the attendance checking object does not obey the attendance checking result, complaints should be made within a specified time range to check and monitor, the unit cannot provide the monitoring, the server-side manager is modified to be normal, and the unit provides the monitoring and is identified according to the monitoring result.

4.6, displaying the attendance object to be in an abnormal state: the attendance checking object does not complain in the specified time range, and directly confirms the attendance checking result.

The longest time allowed to go out is the maximum number of times allowed to go out, and the longest time left off duty is recorded into the server by a server administrator according to relevant regulations.

A fifth part; hardware number and attendance object's of wisdom attendance system serial number:

5.1, the number of the attendance computer is a unified social credit code of a unit, the number of the attendance computer is a unified social credit code of a government of a certain region is 9143080017362456XB, the number of the attendance computer is 9143080017362456XB, and even if the computer is replaced, the number of the attendance computer is still the unified social credit code of the unit.

5.2, the number of the attendance cards is the unified social credit code of the unit of the number of the attendance cards + the sequence code of the attendance cards + the distinguishing code, for example, the distinguishing code of the attendance cards is A, only one attendance card is provided for one unit, the number of the attendance cards is the unified social credit code + the distinguishing code, for example, the unified social credit code of a certain government is 9143080017362456XB, only one attendance card is provided, therefore, the number of the attendance cards is 9143080017362456XB-A, more than one attendance card is required to be provided with the sequence code, the attendance cards are distributed according to departments, the sequence code refers to department number, the department number of a certain government administrative multi-meeting office is 057, therefore, the number of the attendance cards of the certain administrative multi-meeting office is 9143080017362456-XB 057A, the former code is longer, the mass supervision is performed, the number of the attendance cards is 057A conveniently displayed, and the number uploaded to the unit is 057A, the number uploaded to the server is 9143080017362456XB-057A, and after the attendance cards are damaged, the attendance card numbers additionally configured in the same department are still consistent.

5.3, the serial number of the attendance machine is unified social credit code of the attendance machine as a unit, the serial number of the attendance machine is unified social credit code + distinguishing code of the attendance machine, for example, the distinguishing code of the attendance machine is the serial code B, one unit only has one attendance machine, the serial number of the attendance machine is the unified social credit code + distinguishing code, for example, the unified social credit code of a government in a certain area is 9143080017362456XB, only one attendance machine is provided, therefore, the serial number of the attendance machine is 9143080017362456XB-B, more than one attendance machine needs to be provided with the serial code, for example, the serial number uploaded to a server side by the number 004 is 9143080017362456XB-004B, after the attendance machine is damaged, the serial number of the attendance card configured separately is kept consistent or changed, and only the serial number of the attendance machine in the same unit needs to be ensured to be unique.

5.4, the number of the monitoring probe, the unified social credit code of which the number is the unit of the monitoring probe + the sequence code of the monitoring probe + the distinguishing code, for example, the distinguishing code of the monitoring probe is the sequence code C, only one monitoring probe is provided for one unit, the number of the monitoring probe is the unified social credit code + the distinguishing code, for example, the unified social credit code of a government of a certain area is 9143080017362456XB, only one monitoring probe is provided, therefore, the number of the monitoring probe is 9143080017362456XB-C, more than one monitoring probe needs to be provided with the sequence code, for example, the number uploaded to the server end by the number 004 monitoring probe is 9143080017362456XB-004C, after the monitoring probe is damaged, the number of the monitoring probe additionally configured is kept consistent or changed, and only the number of the monitoring probe of the same unit needs to be ensured to be unique.

5.4, the number of the attendance object, the attendance object is the staff of the unit, the identity card number of the staff is used as the number of the attendance object in a unified way, the identity card number has uniqueness, the attendance object also has uniqueness, the advantages are obvious on the attendance related to staff mobility, for example, a certain staff has the experience of miners in three days during the work of the first unit, under the existing attendance system, the former unit can possibly leave the staff by means of taking notes with hands, and the unit can not know anything and has no penalty, but the system can inquire the attendance condition of the staff in the former unit, thereby supervising the staff to fulfill labor records, consciously observing the system of the unit, and otherwise, the trouble is large.

The sixth section, the example,

example 1: the attendance card consists of a screen area 1, a use instruction area 2, a key area 3, an attendance machine connector 4, an attendance computer connector 5, a power supply connector 6, a control circuit, an attendance machine connecting wire and an attendance computer connecting wire.

The screen area 1 displays the attendance result, the attendance result displays the following items, such as name, gender, duty, department, contact telephone, attendance state and remarks, and the attached figure 3 is the demonstration result of the screen area of the attendance board of a certain unit.

The use instruction area 2 and the use instruction area 2 mainly provide the room number of each department for the user to inquire,

the key area 3, the key area 3 is made up of 14 keys of 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, affirmation, cancel, previous page, next page, input the inquiry number, press the affirmation to inquire, for example, need inquire 006 room attendance state, only need press key 0, 6, press the affirmation again, if the staff can not be full in a page, turn over the page through previous page, next page.

The circuit design of the key is that 14 keys are arranged, so 5 connecting wires are adopted to arrange the keys, one of the 5 connecting wires is used as a check code, and the remaining four connecting wires are used as data signal wires which can transmit signals of 0 or 1 to a control circuit of the attendance checking card, one example is that the following signal wires are adopted to correspond to the keys, the front of the "-" is the key, and the back of the "-" is the signal: 0-0000, 1-000, 2-0010, 3-0011, 4-0100, 5-0101, 6-0110, 7-0111, 8-1000, 9-1001, confirm-1010, cancel-1011, previous page-1100, next page-1101, parity check code is a well-known technology.

The attendance machine connecting port 4 is used for connecting an attendance machine connecting wire, the attendance machine connecting wire is a connecting wire of an attendance card and an attendance machine, and the attendance card is not provided with the attendance machine connecting wire and the attendance machine connecting wire when not in direct communication with the attendance machine.

The attendance computer connector 5 and the attendance computer connector 5 are used for connecting an attendance computer connecting wire, and the attendance computer connecting wire is a connecting wire of the attendance card and the attendance computer.

The power supply connector 6 is used for connecting a power supply of the attendance checking card.

some units have more departments, more than one building, and some units can check attendance before different attendance machines, the use description area 2 only displays the name of the department and the room number of the building, but the name does not conflict with the attendance machines and the attendance cards, and for some buildings, the number is not added when the building inquires, the attendance state of the department of other buildings is inquired, the number needs to be added, for example, four rooms 508 of five 5 buildings are inquired, 5508 is input, the attendance state of an administrative multi-meeting office is displayed, no inquiry number is available, errors can be displayed, and 508 is input in five attendance cards.

Embodiment 2, embodiment 2 is different from embodiment 1 in that the description area 2 and the key area 3 are not used, and the checking is performed through a touch screen, and in a normal case, the number of the floor and the room where each department is located and the inquiry number are checked through the touch screen, and the preferable scheme is that the inquiry number is the same as the room number; then click the inquiry number through the touch screen and look over, embodiment 1 and embodiment 2's advantage is that the attendance board is just by attendance machine, and the attendance state of all departments can all be looked over through the attendance board to attendance machine and attendance board setting are in the one-tenth, and the visitor arrives and just can look over all staff's attendance state to the one-tenth, and the shortcoming just can not directly look over the attendance state of each department, must look over through the inquiry number, exists the degree of difficulty to the people who does not know computer operation.

Embodiment 3, embodiment 3 is different from embodiment 2 in that an attendance board is set in front of each department door, the attendance board cannot turn pages, attendance content is on the current page, an LED lamp is provided at the bottom of an attendance board attendance state key, an attendance state key in a normal working state is a green LED lamp, an attendance state key in a normal outgoing state is a yellow LED lamp, an attendance state key in an abnormal state is a red LED lamp, an attendance state key LED lamp in a smart attendance system is determined to flash or emit light, the attendance board is provided with a single chip microcomputer, and the single chip microcomputer is utilized to design a program, and a judgment statement is used, namely, the LED lamp at the bottom of the attendance state key in a corresponding state is driven to flash or emit light by judging the attendance state of an attendance computer.

Therefore, the attendance card of each department only records the attendance states of the workers of the department and cannot inquire the attendance states of other departments.

Embodiment 4, embodiment 4 is the same as embodiment 3 has attendance state key, and attendance state key bottom has the LED lamp, adopts single chip microcomputer control, and the difference is, the attendance tablet does not have the display screen, and the singlechip sets up attendance personnel's serial number, then utilizes little card or pastes, prints attendance personnel's information on little card, and the effect of singlechip is according to the attendance state that the attendance computer sent, and the drive corresponds LED lamp is luminous or the scintillation.

Example 5: the face recognition system is mainly completed by the following three subsystems.

6.41, the front end face snapshot collection subsystem, mainly be at each export installation surveillance camera head of unit, the collection subsystem of taking a candid photograph of front end face is responsible for accomplishing the collection of people's face information, including people's face small photograph, passerby scene photo, video stream, mainly by, light filling lamp, outfield industry switch, switching power supply, equipment and member such as lightning protection ware constitute, face image acquisition equipment be video surveillance camera machine or take the portrait snapshot machine of portrait recognition function, this application is collectively called monitor probe.

6.42, a network transmission subsystem, wherein the captured image or video stream is transmitted to an attendance computer through the network transmission subsystem, and then transmitted to a server through the attendance computer, the system is mainly responsible for system networking to complete transmission and exchange of data, pictures and video streams, the unit end has smaller specification, a private network is established through renting an operator optical fiber link, the private network is established through an EPON mode and comprises an optical fiber transceiver or EPON equipment, the single-point uploading bandwidth is more than or equal to 20Mbps, and the single-point uploading bandwidth can be increased according to requirements.

6.43, a back-end analysis management subsystem, wherein the back-end analysis management subsystem is carried out in an attendance checking computer and a monitoring computer, and the back-end analysis management subsystem realizes the collection, transmission, processing, analysis and centralized management of the passing face information, is responsible for the aggregation, processing, storage, application, management and sharing of the related data of the front-end face snapshot collection subsystem, and consists of a face structural analysis service system, an application management system and a storage system. The central management module is composed of modules carrying platform software and comprises a central management module, a video stream access processing module and a picture stream access processing module.

6.44, analyzing the architecture of the face recognition system:

the human face recognition system architecture is divided into an internal network and a private network. The internal network portrait application platform is mainly responsible for feature extraction and library construction of a regional characteristic subject library and a personalized acquisition portrait library, and linkage functions with other deployment units; the portrait recognition preposition service of the private network is mainly responsible for the functions of real-time video analysis, face photo structuring, portrait comparison calculation, passerby data storage, passerby retrieval and the like, and bears the main calculation function, and the internal and external and private networks are all completed by attendance checking computers or monitoring computers in the application.

The method comprises the following steps:

6.41, the front face snapshot collection subsystem collection equipment is responsible for collecting face images, the front face snapshot collection subsystem is connected to a monitoring computer through a network transmission subsystem, an attendance computer is also used as the monitoring computer, the front face snapshot collection subsystem is connected to the attendance computer through the network transmission subsystem, the attendance computer is connected to a server end through the network transmission subsystem, the unit attendance computer mainly achieves the functions of receiving and transmitting pictures and information, the received snapshot pictures are stored in the monitoring computer or the attendance computer, the face structuralization module is used for modeling and attendance real-time comparison of the snapshot videos and images, and the face information and the model data obtained through modeling are stored in the monitoring computer or the attendance computer.

The back-end analysis management subsystem is arranged in an attendance checking computer or a monitoring computer,

the method comprises the following specific steps:

step 1, information input, namely, the name and the identification number of each department personnel, a face image for comparison, a department number, a monitoring probe number, an attendance card number, an attendance machine number and attendance time are input into an attendance computer.

Step 2, monitoring the video hook with the working time and the attendance state of the attendance object so as to control the uploading time of the video stream or the snapshot picture, specifically, after the picture or the video stream shot by the monitoring probe is analyzed, not all the picture or the video stream is uploaded to the server, only the following information is transmitted to the server,

2.1, the working state is a normal working state, but the shot picture or video information shows that the time exceeds the specified time, for example, in order to reserve a certain time for receiving the outside person, the specified working time is calculated within 15 minutes, if the time exceeds 15 minutes, the working state of the working person does not show leave, the working person does not enter the office in time, the situation is monitored and shot, after the initial result of attendance checking is obtained, the part different from the initial attendance checking result is modified according to the attendance checking result after the analysis of the monitoring video, the final attendance checking result is displayed as the miner, the back-end analysis management subsystem uploads the video of the miner section to the server end, the end time of the video is the return time or the end time of the current class of the working person, the end time is the end time of the current class when the end time of the current class is not returned, for example, a worker is at 7: the attendance machine is used for displaying attendance for 53 minutes, the working state is attendance, and 9: and 13 points are shot out by video monitoring, and the method comprises the following steps of 11: and 08 points return, and the attendance is off duty within two hours, so that the final attendance is off duty, the off duty video is not uploaded to the server side, an attendance object has an objection or the server side administrator considers necessary, the manual program downloading is started, and if 12: the 23 minutes monitoring probe shoots that the worker returns to the unit, the maximum off duty time exceeds 2 hours, the attendance is recorded as the miner, and the monitoring probe is 9: 13 to 12: and (3) uploading the monitoring video of the 00 segments to a server, wherein the monitoring video is not 12: score 23, because 12: 00 is the end time of the shift, and the number of miner days is accumulated.

And 2.2, when the working state is leave asking, leave vacation and publication, uploading a leave asking, publication and publication approval document to a commission, and after the working state is displayed as leave asking, leave vacation and publication, uploading a monitoring video of a worker in and out of a unit without uploading to an attendance checking computer.

2.3, the working state is off duty, the working state of the staff is displayed in red by the unit attendance checking computer and the working state display screen, and the time period of off duty is marked in the remark column, it needs to be explained that when the personal side program monitors that the staff is off duty, the personal side automatically sends popup notification information to the off duty staff, and the off duty means late arrival or early retreat.

2.4, the working state is miner, because the unit is rare in the aspect of miner, the related dispute is often larger, in view of the past reports, the situation of 'miner' is not excluded, the miner can not simply take the attendance result of the attendance machine as the standard, the attendance machine displays the miner, the monitoring camera of the unit shoots that the miner enters the unit during the working time and leaves during the working time, the situation shows the attendance abnormity, at the moment, the back-end analysis management subsystem uploads the attendance result and the video to the server, the server confirms by using the telephone of the worker, the system reason is that the unit maliciously modifies the original data, for example, modifies the comparison picture of the worker reserved in the unit, so that the attendance machine can not perform the attendance, the monitoring video displays the video of the worker who has the unit to enter and exit, modifies the attendance result, the unit can not provide the monitoring video, the monitoring video is processed according to the processing result beneficial to miners, the miners are in fact, the workers are informed to go on duty, the salesman starts investigation for the miners with special reasons, and the miners without special reasons are processed according to the relevant regulation and system.

2.5, in non-working time, the video of the working personnel entering and exiting the unit is not uploaded to the server end uniformly, wherein the non-working time does not include overtime, the overtime is used for monitoring the working time, when the working personnel enter and exit on holidays and leave-on and leave-off, the related video is not uploaded to the server end in the related period of leave-on and leave-off,

the server end, because the server end needs numerous units to be monitored, if the monitored videos of the units are all uploaded, the data of the server end is obviously huge and remarkable, the analysis efficiency is low, even the analysis can not be carried out, and the requirement on the network bandwidth is high, therefore, the application mainly divides the back-end analysis management subsystem into the unit end, the back-end analysis management subsystem of the server end mainly monitors whether the attendance computers of all the units work normally or not, whether the connection between the unit attendance computers and the attendance machine, the attendance cards and the monitoring probes is normal or not, and whether the data are received and processed by all the units, the abnormal conditions are marked, the video data received by the server end are not many, thus, even if the units monitored by the server end are numerous, the work can be easily finished, and all the units are small according to the unit scale, the attendance computers and the monitoring computers are just one computer, if the unit is large and the monitoring task is heavy, the attendance checking computer undertakes the attendance checking task and the monitoring computer analyzes the monitoring video.

Claims

1. An intelligent attendance system, characterized in that: the hardware of the intelligent attendance system is composed of four parts: a server side, a unit side, an individual side, and a supervisory side,

1.1. The server side, the server side is composed of the server and the supporting components of the server, and the supporting components of the server include a display, a keyboard, a mouse, a lightning rod, a cooling device, and a networking device;

1.2. Unit side, the unit side is composed of attendance computer, access card, monitoring probe, monitoring computer, attendance machine and connecting line, networking device, power supply device. The connecting line includes the following types of connecting line, the connecting line between the monitoring probe and the attendance computer , the connecting line between the monitoring computer and the attendance computer, the connecting line between the monitoring probe and the monitoring computer, the connecting line between the access card and the attendance computer, the connecting line between the attendance machine and the attendance computer, when the monitoring computer and the attendance computer are the same computer, the monitoring probe Connect with the attendance computer, the attendance computer refers to the computer used by the unit for attendance; the monitoring computer is the computer that manages the monitoring probe,

1.3. Personal terminal refers to personal mobile phones, mobile devices and personal office computers;

1.4. The supervisor terminal refers to the mobile phone, mobile device and office computer used by the supervisor. When the supervisor uses the web page program, you only need to log in to the website and follow the relevant operations to check the attendance status of the supervised unit.

2. according to the described wisdom attendance system of claim 1, it is characterized in that: the attendance step of wisdom attendance system is:

Step 1: The personal information of the attendance object is entered by the attendance management personnel of the unit or the attendance object, the fingerprint information and facial recognition photo for attendance, the facial recognition photo is used for face recognition, and the fingerprint information is used for identifying the attendance object. The personal information includes: Name, ID number, department, title, contact number and/or mobile phone;

Step 2: Design the main program, personal program and supervisor program of the smart attendance system;

Step 3: The attendance management personnel of the unit set the attendance time, and the attendance time synchronization is set in the main program and the personal program;

Step 4: The attendance object downloads the personal terminal program in the attendance computer;

Step 5: After registering in the name of the supervisor, anyone requests to download the supervisor program. After the server administrator agrees, download the supervisor program on the server. If the download supervisor specifies the supervised unit, the server only transmits the supervised unit's program. The attendance data is sent to the supervisor, without specifying the supervised unit, select the supervised unit when viewing, and the server sends the attendance data of the selected supervised unit for the supervisor to view;

Step 6, the attendance object uses the attendance machine to perform face recognition attendance, or uses fingerprints to perform attendance;

Step 7. The attendance machine transmits the attendance result obtained in step 6 as the initial attendance data to the attendance computer of the unit. After analysis, the attendance computer makes the following attendance status divisions respectively;

7.1. The attendance object shall check in within the clock-in time specified by the unit, and the result of the attendance is to go to work;

7.2. If the attendance object exceeds the work clock time specified by the unit, but the attendance is performed within the time limit of leaving the post, the result of the attendance is leaving the post;

7.3. If the attendance object exceeds the maximum time away from the post specified by the unit, the attendance shall be performed, and the attendance result shall be a miner;

7.4. The attendance object shall perform attendance within the time range of attendance not specified by the unit, and the result of the attendance is overtime. If there are regulations on overtime hours and approval procedures, the regulations shall be followed;

7. For the attendance result of step 7.1, it is allowed to modify it to a meeting;

Step 8. If the attendance object does not use the attendance machine for attendance, the attendance status is determined according to the following methods:

8.1; The attendance management personnel of the unit upload the leave request form to the attendance computer or the attendance object uploads the leave request form to the attendance computer using the personal terminal program, and the attendance status is leave request;

8.2; The attendance management personnel of the unit upload the official receipt to the attendance computer or the attendance object uploads the official receipt to the attendance computer using the personal terminal program, and the attendance status is public out;

8.3: The attendance management personnel of the unit upload the leave approval document to the attendance computer, and the attendance status of the personnel involved in the leave approval document is holiday;

8.4: The attendance time is displayed as a holiday, and the attendance computer directly recognizes it as a holiday.

8.5: It does not belong to either of steps 7 and 8, and the attendance status is identified as a miner.

The said leaving post refers to being late or leaving early, and the said attendance object refers to the staff who need attendance at the unit,

Step 9. Send the attendance status obtained in Step 7 and Step 8 to the monitoring computer. If the attendance computer is also used as the monitoring computer, without this step, the monitoring computer refers to the control computer of the monitoring probe;

Step 10, the monitoring computer extracts feature data from the facial recognition photo obtained in step 1, the monitoring computer analyzes the monitoring video sent by the monitoring probe, and the analysis result is processed according to the following situations;

10.1. The face obtained by the monitoring probe has been recognized and does not match the features of the facial recognition photo stored in step 1. It will be listed as a passerby, and the time when the passerby enters and leaves the unit will not be recorded;

10.2. The face obtained by the monitoring probe has been recognized and matched with the features of the facial recognition photo of an attendance object stored in step 1, and is listed as an attendance object, and handled according to the following circumstances;

10.21. Attendance shows that an attendance object is in a normal going out state. The monitoring probe monitors the entry and exit of the attendance object, and does not record the time when the attendance object enters and leaves the unit; the normal going out time is the start and end time recorded in the leave request form, business document or leave approval document. allow;

10.22. Attendance shows that an attendance object is in normal working state or leaving the post. The monitoring probe monitors the entry and exit of the attendance object, and records the time when the attendance object enters and leaves the unit; if the attendance object does not enter the unit before leaving get off work, the off-duty time is the end time of attendance. If you enter and exit the unit multiple times, the duration will be superimposed;

Step 11. After get off work, end the attendance, and the monitoring computer sends the recorded start and end time of the attendance object entering and leaving the unit to the attendance computer. After the attendance computer analyzes it, it will be handled according to the following situations;

11.1. If the attendance object goes off work through the attendance machine, and the monitoring computer does not send the data of the starting and ending time of the attendance object entering and leaving the unit, the original attendance status will not change;

11.1. If the attendance object goes off work through the attendance machine, and the monitoring computer sends the data of the starting and ending time of the attendance object entering and leaving the unit, the attendance status will be re-determined according to the following principles:

11.11 Attendance shows that the attendance object is in the normal working state or leaving the post. The duration of the entry and exit units sent by the monitoring probe is within the specified allowable going out duration, and the attendance status remains unchanged. After the number of going out exceeds the specified maximum allowed going out, go out again. The duration of the attendance is within the specified time range allowed to go out, and it is recorded as yellow normal, and the final attendance result of yellow normal is normal. It is recorded as leaving the post. Whether the mentioned multiple entry and exit units refers to one month or multiple entry and exit units per day shall be determined by the server administrator;

11.12. Attendance shows that the attendance object is in normal working state, and the monitoring probe monitors that the attendance object’s entry and exit time exceeds the specified time range, and within the time range of leaving the post, it is recorded as leaving the post;

11.13. There is a record of going out after the attendance. If the outing time exceeds the maximum time allowed for leaving the post, it will be recorded as a miner.

The maximum time allowed to go out, the maximum number of times allowed to go out, and the maximum time to leave the post are entered into the server by the server administrator according to relevant regulations.

Step 12: The attendance computer sends the finalized attendance status to the server, and if the attendance object is a miner, it sends the miner video to the server;

Step 13: The attendance computer sends the finalized attendance status to the personal terminal program, if the attendance status is abnormal, as long as the attendance object opens the personal terminal program, the personal terminal program reminds to appeal within the specified time;

Step 14: After the server receives the appeal request, the time period when the appellant submits the objection, the server-side administrator downloads the monitoring video of the time period according to the time period of the appeal, and determines the attendance status according to the video result. If the unit cannot provide the monitoring video, follow the The result is conducive to the implementation of the principle of appeal determination;

Step 15: The attendance status is the abnormal status of non-miners. If the attendance object does not appeal within the specified time, it will be directly determined that the abnormal status is established. If the attendance object appeals outside the specified time, it will no longer be accepted.

Steps 4 and 5 are optional.

3. according to the described intelligent attendance system of claim 1, it is characterized in that: described server side is used to manage the attendance status of each supervised unit, the server communicates with attendance computer, and the server side has following functional modules,

3.1. The database, main program, personal program and supervisor program are stored in the hard disk;

3.2. Receive the data uploaded by the unit;

3.3. Monitor the working status of the attendance computer at the unit end;

3.4. Analyze and count the attendance results, and return the statistical results to each attendance computer;

specifically is:

3.11, the main program, the main program is the B/S program of the computer on the server side and the unit side;

3.12. Personal-side program, personal-side program also exists on the server side. After the unit attendance management personnel log in to the server, they download the personal-side program from the server-side computer, and input the unit’s attendance time. Then, the unit’s personnel download it through internal channels Personal program, start to use after installation;

3.13. Supervision terminal program, any citizen who applies to supervise the attendance status of a certain unit should first register on the server side, send out a supervision request, and after the server management personnel agree, download the supervision terminal program, according to the supervision object designated by the applicant, the server Send the attendance data of the supervised unit to the supervisor. The supervisor does not specify the supervised unit, and supervises all the attendance units on the server side by default. However, when performing supervision work, you still need to select the supervised unit. The server will follow the supervisor's request. Send the attendance data of the supervised unit to the supervisor program;

3.2. Receive the data uploaded by the unit, and the server receives the data from the attendance computer in two ways, one is download and the other is upload. Upload means that the attendance computer actively sends data to the server. When the program is uploaded, the server only Receiving the data of the attendance computer, the server receives the final result of the attendance, the leave request form, the official receipt, the leave approval document and the miner's video data for use as evidence. It should be noted that uploading the miner's video is automatic, that is, as long as The attendance computer determines that the attendance object is a miner, that is, uploading the miner's video to the server side, and downloading means that the server side actively sends a monitoring video data transmission request to the attendance computer, and the appeal or report requires the complainant or the whistleblower to provide a time period;

3.3. Monitor the working status of the attendance computer on the unit side; whether the connection between the attendance computer and the server on the server side has been interrupted, whether the various connections of the attendance machine, access cards, and monitoring probes have been interrupted. A prompt will appear, indicating what kind of connection target connection interruption occurred in a certain unit;

3.31 Determination of the maintenance right, the maintenance of the attendance computer is carried out by the personnel on the server side. The staff of the attendance computer does not have the maintenance right. The attendance computer host is locked by a special computer cabinet, and the key is mastered by the maintenance personnel, and the maintenance personnel are not the unit attendance. managers

3.4. Analyze and count the attendance results, and return the statistical results to each attendance computer or disclose them to the public.

4. according to the described intelligent attendance system of claim 1, it is characterized in that: described unit end is made up of attendance computer and attendance machine, access card, monitoring probe, attendance machine is connected with attendance computer, and attendance machine uploads attendance data to. Attendance computer, the attendance computer sends back the prompt of attendance success or failure, the attendance computer is connected with the access card, the attendance computer sends the attendance result of the attendance machine to the access card, the access card displays the attendance result, and the monitoring probe sends the monitoring result to the attendance computer, The attendance computer analyzes the data sent by the monitoring probe to obtain the attendance result. The unit side has the following functional modules:

4.1. The monitoring probe monitors the attendance status of the attendance object;

4.2. The attendance computer monitors the attendance machine, access cards, monitoring probes, and monitors the work of the computer;

4.3. If the attendance computer does not have the function of monitoring video, connect the control computer of the monitoring video to the attendance computer for monitoring;

4.4. The attendance computer records the attendance of the attendance object, modifies the data of the attendance object, and revises the personal program;

4.5. Batch processing of the list of people on leave;

4.6. The attendance of the attendance machine, the attendance machine will send the obtained attendance result to the attendance computer, the result obtained by the attendance machine is the initial attendance state, not the final attendance state.

specifically is:

4.1. The monitoring probe monitors the attendance status of the attendance object. Install the monitoring probe at the entrance and exit of the garage, the gate of the unit, and other places where the staff can enter and exit the unit. Using face recognition, the monitoring probe can recognize the name and job number. If there is no work number, the name will be displayed. If it cannot be recognized, it will be displayed as a passerby. The monitoring probe will upload the identification information and identification time to the attendance computer;

4.2. The attendance computer monitors the work of the attendance machine, access cards, and monitoring probes. The attendance machine, access cards, and monitoring probes work abnormally, and the connection with the attendance computer is interrupted. The attendance management personnel of the unit turn on the computer, and a pop-up prompt appears, indicating yes The signal is interrupted for what kind of equipment and for what reason;

4.3. If the video data of the monitoring computer is uploaded to the attendance computer, the video data of the monitoring probe shall prevail. If the attendance computer does not have monitoring video, connect the control computer of the monitoring video to the attendance computer for monitoring;

4.4. The attendance computer records the attendance of the attendance object, modify the data of the attendance object, modify the personal terminal program, and the attendance data of the attendance object is saved according to the relevant time regulations. After the storage time is exceeded, it will be deleted. Modifying the data of the attendance object refers to the attendance. The data entry of the object is wrong, for example, the ID number, name, department, and job number are wrong, and the attendance result error is not included in the revision. If the attendance result is wrong, the attendance object needs to appeal. If it is wrong, modify the attendance result. If there is no error, maintain the original attendance result. Modifying the personal program refers to modifying the working hours of the unit;

4.5, Batch processing of the list of employees on vacation, click to select all if all are on vacation, all personnel are on vacation, some departments are on vacation, select the department, the attendance of these departments is on vacation, and female staff or male staff are on vacation, select Gender, choose male or female, then all female staff or male staff will be on vacation, and if batch processing is not possible, you can only click to select one by one;

4.6. The attendance of the attendance machine. The attendance machine is the attendance status declared by the attendance personnel. When the attendance object uses the fingerprint to check attendance, the surveillance video corresponds to the facial recognition photo corresponding to the fingerprint.

5. The smart attendance system according to claim 1 is characterized in that: the personal end refers to an APP end and a PC end, the APP version is suitable for handheld devices, the PC version is suitable for a computer, and the target achieved by the APP version and the PC end version The mission is the same,

The mobile APP terminal is entered through the set mobile phone number, that is, the mobile phone number of the attendance computer is used to log in to the corresponding staff APP terminal, the PC terminal is registered, and the user name and password are used to enter. The personal terminal can only view the personal attendance record, and the mobile APP and The PC side has the following functional modules:

5.1. Upload the leave request form. If you need to ask for leave, click on the request for leave, select the picture of the leave request form, fill in the start and end time of the leave request, and after filling in, upload it, and the attendance computer will record the attendance status as the request for leave. Determine the number of leave days and work hours, and remind visitors in the remarks column. If the picture of the leave request form is not selected, the time attendance will not display the leave request;

5.2. Upload the public order. If you need to go out, click on the public order, select the picture of the public order, and fill in the start and end time of the public order. After filling in, upload it. The system determines the number of days and working hours based on the filled out time, and reminds the visitors in the remarks column. If the photo of the order is not selected, it will not be displayed;

5.3. Alarm function. The alarm is based on the following principles. The unit uploads the normal attendance time to the unit's attendance computer. The mobile phone of all personnel in the unit downloads the unit's attendance time. The commute alarm reminder time is the unit's attendance management personnel. Setting, after asking for leave or going on business, the alarm function can cancel the alarm manually during the time of asking for leave or going on business. There is no alarm on holidays, and the alarm cannot be canceled if there is no leave or business trip;

5.4. Personal data upload, upload personal ID number, name, department, and job information. Some units have employee data. Therefore, it is not necessary for staff to upload personal data. After the unit chooses to prohibit personal data upload, the personal data upload function Can not be used, only the password modification function is available;

5.5. Attendance appeal. If the attendance object feels that the attendance result is inconsistent with the actual situation, they will appeal within the specified time, and finally the server-side administrator will decide whether to modify the attendance result according to the actual situation;

5.6. View attendance results, default to view the attendance results of the current month, that is, the attendance results from the start date of the current month to the time of viewing, select View, and enter the start and end time to view.

6. The intelligent attendance system according to claim 1, is characterized in that: described supervisory terminal is divided into APP version and PC version, APP version is suitable for hand-held device, PC version is suitable for computer, mobile phone APP version and PC version are realized. The goals and tasks are the same. The supervisor terminal only displays the name of the unit, the name of the staff, the name of the department, the leave approval document and the attendance status.

7. The intelligent attendance system according to claim 1 is characterized in that: the described access cards are divided into four types, which are respectively button type, touch screen type, single display type and screenless type, and are adopted according to the application occasion during application. one or more of them,

7.1: The key-type access card consists of the screen area (1), the instruction area (2), the key area (3), the attendance machine connection port (4), the attendance computer connection port (5), the power connection port (6), the control Circuit, attendance machine connecting line, attendance computer connecting line;

The screen area (1) displays the attendance results. The attendance results display the following items, name, gender, position, department, contact number, attendance status, and remarks:

Instruction area (2) and instruction area (2) mainly provide the room numbers of each department for users to inquire;

Button area (3), the button area (3) consists of 14 buttons: 0, 1, 2, 3, 4, 5, 6, 7, 8, 9, confirm, cancel, previous page, next page, input query number, and then press OK to query, if the attendance object cannot be filled on one page, turn the page through the previous page and the next page;

The connection port of the attendance machine (4), the connection port of the attendance machine (4) is used to connect the connection line of the attendance machine. The connection line of the attendance machine is the connection line between the access card and the attendance machine. When the access card setting does not directly communicate with the attendance machine, there is no attendance. computer connection port (4) and the connection line of the attendance machine;

The attendance computer connection port (5) and the attendance computer connection port 5 are used to connect the attendance computer connection line, and the attendance computer connection line is the connection line between the access card and the attendance computer;

The power connection port (6) is used to connect the power supply of the access card;

Control circuit, the control circuit is the general term for all the circuits inside the access card, including the circuit board;

7.2: Compared with the touch-screen access card and the button-type access card, the touch-screen access card has no instruction area (2) and key area (3).

7.3: The single-display access card cannot be turned over, the attendance content is on the current page, the attendance status key of the single-display access card has an LED light at the bottom, the attendance status key in the normal working state is green LED light, and the attendance status key in the normal outgoing state It is a yellow LED light, and the attendance status key in an abnormal state is a red LED light. After the smart attendance system determines the attendance status key, the LED light flashes or glows. There is an LED light at the bottom of the attendance status key, which is controlled by a single-chip microcomputer. Send attendance status, drive the corresponding LED light to light up or flash

7.4. The screenless access card is controlled by single chip microcomputer. The settings and functions of the LED lights at the bottom of the attendance status key are the same as those of the single display. The difference is that the access card does not have a display screen. , print the information of the attendance personnel on the small card, the function of the microcontroller is to drive the corresponding LED light to emit or flash according to the attendance status sent by the attendance computer.

8. according to the described wisdom attendance system of claim 1, it is characterized in that: described monitoring computer adopts face recognition system, and face recognition system is mainly completed by following three subsystems,

8.1: The front-end face capture and collection subsystem is mainly to install monitoring probes at each exit of the unit. The front-end face capture and collection subsystem is responsible for completing the collection of face information, and uses the face image collection equipment to collect small photos of faces and extraordinary people. Scene photos, video streams, and hardware equipment including fill lights, outfield industrial switches, switching power supplies, lightning arresters, and poles. The face image acquisition equipment refers to video surveillance cameras or portrait capture machines with portrait recognition functions. That is, the monitoring probe;

8.2: Network transmission subsystem, the captured images or video streams are transmitted to the monitoring computer through the network transmission subsystem, and then transmitted to the server by the attendance computer. The network transmission subsystem is mainly responsible for the system networking and completes the transmission of data, pictures and video streams. For transmission and exchange, the scale of the unit end is small. The private network is formed by leasing the optical fiber link of the operator, and the network is formed by EPON, including optical fiber transceivers or EPON equipment. The single-point upload bandwidth is ≥20Mbps, which can be increased according to demand. If the attendance computer is also used as a monitoring computer, the captured images or video streams are transmitted to the attendance computer through the network transmission subsystem;

8.3: Back-end analysis management subsystem, the back-end analysis and management subsystem is carried out in the monitoring computer, and the back-end analysis and management subsystem realizes the collection, transmission, processing, analysis and centralized management of the passable face information, and is responsible for the front-end face information. The aggregation, processing, storage, application, management and sharing of data related to the capture and collection subsystem consists of face structured analysis services, application management and storage systems;

The monitoring computer management module is composed of modules equipped with platform software, including a central management module, a video stream access processing module, and a picture stream access processing module.

In the portrait application platform, the intranet is mainly responsible for the feature extraction, database construction, and linkage function with other deployment units; the portrait recognition pre-service of the private network is mainly responsible for real-time video analysis, face photo structuring, and portrait comparison. For calculation, passer-by data storage and passer-by retrieval, it undertakes the main calculation functions. Both internal and external and private networks are completed by attendance computers or monitoring computers in this application.

specifically is:

8.1. Front-end face capture and collection subsystem The collection device is responsible for the collection of face images. The front-end face capture and collection subsystem is connected to the monitoring computer through the network transmission subsystem. If the attendance computer is also used as a monitoring computer, the front-end face capture and collection subsystem The attendance computer is connected to the attendance computer through the network transmission subsystem, and the attendance computer is connected to the server through the network transmission subsystem. The attendance computer of the unit mainly realizes the receiving and forwarding functions of pictures and information, and the received snapshot pictures are stored in the monitoring computer or the attendance computer. The captured video and images are modeled by the face structuring module, and the attendance is compared in real time. The face information and model data obtained from the modeling are stored in the monitoring computer or the attendance computer;

8.3. The back-end analysis management subsystem is designed in the attendance computer or monitoring computer. The back-end analysis management subsystem records the start and end time and duration of the entry and exit units according to the attendance status and the captured video of attendance objects. After analysis, the decision is made. Whether to upload the video and start and end time, duration.