阅读说明：本技术 一种智能点名联动方法及系统 (Intelligent roll call linkage method and system ) 是由 王召普 席晴晓 于 2021-09-08 设计创作，主要内容包括：本发明提供一种智能点名联动方法及系统,智能点名联动方法具体包括如下步骤：S1.确定通过门禁模块的识别器数量和唯一编码；S2.员工通过门禁模块时联动系统开启暂停计时的第一时间段；S3.暂停计时的第一时间段内,员工通过签到模块进行单人签到或多人同时刻签到或同时段内多人签到；S4.数据处理模块提取单人或多人的信息特征,并与识别器数量比对；S5.数据库中提取个人信息,与员工的个人信息进行比对,确定员工在岗状态；S6.将员工签到的信息特征,通过加密可逆算法处理后上传至显示屏显示,且进行统计；S7.实时点名时,员工通过点名模块进行实时在岗确认。本发明可避免代签到现象,且满足多人同时签到的需求。(The invention provides an intelligent roll call linkage method and system, wherein the intelligent roll call linkage method specifically comprises the following steps: s1, determining the number of identifiers passing through an access control module and unique codes; s2, starting a first time period for suspending timing by a linkage system when the employee passes through the access control module; s3, in a first time period of time-out, the staff signs in by one person or multiple persons at the same time or multiple persons in the same time period through the sign-in module; s4, extracting information characteristics of a single person or a plurality of persons by the data processing module, and comparing the information characteristics with the number of identifiers; s5, extracting personal information from the database, comparing the personal information with personal information of the staff, and determining the on-duty state of the staff; s6, uploading the information characteristics signed in by the staff to a display screen for displaying after the information characteristics are processed by an encryption reversible algorithm, and counting; and S7, when the roll call is carried out in real time, the staff confirms on duty in real time through the roll call module. The invention can avoid the phenomenon of sign-in and meet the requirement of multiple people for sign-in at the same time.)

1. An intelligent roll call linkage method is characterized in that: the method specifically comprises the following steps:

s1, opening an access control module at regular time, carrying an identifier with an employee, respectively positioning the access control module at least twice in front of and behind the access control module through a positioning module, and determining the number and unique codes of the identifiers passing through the access control module;

s2, when the employee carries the identifier and passes through the access control module, the linkage system starts a first time period of time for suspending timing;

s3, in a first time period of time-out timing, the staff signs in by one person or multiple persons at the same time or multiple persons in the same time period through the sign-in module, the linkage system stops timing after the staff signs in, the first time period is over, and a second time period of time-out timing is started;

s4, the sign-in module uploads the acquired data to a data processing module, information features of a single person or a plurality of persons are extracted through a target detection algorithm, and the number of the absent personnel is determined through comparison of the number of the information features and the number of identifiers;

s5, the data processing module extracts personal information of the staff from the database, compares the information characteristics with the personal information of the staff and determines the on-duty state of the staff;

s6, uploading the information characteristics signed in by the staff to a display screen for display after the information characteristics are processed by an encryption reversible algorithm, representing the on-duty state of the staff through multiple colors, uploading the on-duty state of the staff to a database, and counting;

and S7, when the real-time roll call is initiated, the staff confirms on duty in real time through the roll call module of the station and uploads the confirmation to the display screen, and the on duty state of the staff is updated in real time.

2. The intelligent roll call linkage method according to claim 1, characterized in that: in step S2, the calculation elements of the first time period determination method for suspending timing include the distance from the entrance guard module to the check-in module, the network delay of the linkage system, the network transmission speed, the opening time of the check-in module, and the check-in information identification speed.

3. The intelligent roll call linkage method according to claim 1, characterized in that: in step S3, if the employee successfully signs in within the first time period of the pause timing, starting a second time period of the pause timing, where the second time period is ended after the real-time roll call or after the next shift; and if the employee fails to check in within the first time period of the pause timing, determining that the employee does not go to the post.

4. The intelligent roll call linkage method according to claim 1, characterized in that: in step S4, the information characteristics of single sign-in include face identification information, fingerprint identification characteristics and electronic signature; the information characteristics of multiple persons who check in at the same time comprise face identification information in the check-in photo; the information characteristics of the check-in of the multiple persons in the same time period comprise face recognition information in the check-in video.

5. The intelligent roll call linkage method according to claim 4, wherein: in step S4, if the number of the information features is the same as the number of the identifiers, the token-in phenomenon is eliminated; if the number of the identifiers is larger than the number of the information features, a sign-on phenomenon exists, and the staff is confirmed to be signed on the behalf of the user through the unique codes of the identifiers; and if the number of the identifiers is smaller than the number of the information features, the attendance state of the employee is based on the identified information features.

6. The intelligent roll call linkage method according to claim 1, characterized in that: in step S5, the employee on Shift status includes an on Shift status, an off Shift status, and a sign-on status.

7. The intelligent roll call linkage method according to claim 1, characterized in that: in step S6, the employee on duty status statistics include daily statistics, monthly statistics, and yearly statistics.

8. A linkage system using the intelligent roll call linkage method according to any one of claims 1 to 7, characterized in that: the method comprises the following steps:

the entrance guard module is used for detecting and uploading the number of the identifiers, and simultaneously starting a first time period for timing suspension, so that the sign-in pressure that a plurality of people arrive at the same time and the sign-in module supplies a short supply is relieved;

the recognizer comprises a positioning module and a distance detection module, and the distance detection module is electrically connected with the access control module and the positioning module;

the system comprises a sign-in module, a fingerprint sign-in module and a fingerprint sign-in module, wherein the sign-in module comprises intelligent shooting equipment, a fingerprint sign-in mechanism and an electronic signature mechanism, the intelligent shooting equipment comprises a tablet personal computer, a smart phone and a notebook computer, the intelligent shooting equipment is used for single sign-in, multi-person simultaneous sign-in through shooting or multi-person sign-in within the same time period through shooting a video, the fingerprint sign-in mechanism is used for single sign-in through fingerprint sign-in, and the electronic signature mechanism is used for single sign-in through electronic signature;

the data processing module is electrically connected with the sign-in module and the access control module and used for detecting the information characteristics of the staff sign-in through a target detection algorithm and determining the sign-in phenomenon through the comparison of the information characteristic quantity and the quantity of the identifiers;

the data processing module is electrically connected with the database and is used for storing personal information characteristics recorded in advance by the staff and staff attendance statistical information;

the display screen is electrically connected with the data processing module and is used for displaying the on-duty state of the staff;

the roll calling module is arranged on the staff station and electrically connected with the display screen and used for determining the on-duty state of the staff through the roll calling module during real-time roll calling;

the control module, entrance guard's module, recognizer, the module of registering, data processing module, database, display screen and the equal electric connection control module of the module of calling roll.

9. The linkage system of the intelligent roll call linkage method according to claim 8, wherein: the recognizer is portable or embedded in the intelligent equipment of the staff in a chip shape, and a unique code is arranged in the recognizer.

Technical Field

The invention belongs to the technical field of intelligent roll calling, and particularly relates to an intelligent roll calling linkage method and system.

Background

With the rapid development of computer imaging technology, automated and intelligent devices have been spread over many areas of people's life. The intelligent roll call system is widely applied to various enterprises and used for monitoring the attendance checking condition and the on duty condition of the staff.

In the prior art, an enterprise generally adopts a contact card reader, a fingerprint identification mechanism and a face identification mechanism to sign in employees, the contact card reader cannot discharge the phenomenon of signing in the employees, and when multiple persons arrive at the same time or the time interval of arrival of the multiple persons is small, the single fingerprint identification mechanism and the single face identification mechanism cannot meet the requirement that the multiple persons sign in at the same time, so that the attendance of the employees is influenced. If patent publication is CN 107993049A's patent discloses an intelligent office system based on identification, through terminal control center control fingerprint reader, character image collector, ID card reader acquisition staff information simultaneously beat the unit, the card sender, fingerprint attendance machine, entrance guard punch the card ware intelligence and update, realized that quick intelligence of staff information is typeeed and the quick intelligence of staff's certificate is handled, solved the problem of the complicated inefficiency of new staff's procedure of registering one's job. Also, for example, patent publication No. CN108053511A discloses an entrance guard type attendance system based on a smart card, which includes a user smart card, an RFID tag identification unit, a video acquisition module, an attendance system, and a central monitoring terminal, wherein the RFID tag identification unit is used to swipe the user smart card data, then the video acquisition module is started to perform face identification, and after matching, related information is sent to the attendance system together; the central monitoring terminal is connected with the attendance system through the communication interface so that the connection attendance system is in communication connection with the central monitoring terminal, the connection is simple and rapid, the attendance system can be effectively and humanized and perfect, and the attendance efficiency and precision are improved. However, the above patents only solve the problem of check-in connection efficiency, and neither can satisfy the requirement of checking in by multiple persons at the same time, and cannot determine whether the check-in phenomenon exists.

Disclosure of Invention

The invention aims to provide an intelligent roll call linkage method and system, which can avoid the phenomenon of sign-in of a representative, meet the requirement of sign-in of a plurality of persons at the same time and protect the privacy of the persons.

The invention provides the following technical scheme:

the application provides an intelligent roll call linkage method, which specifically comprises the following steps:

s1, opening an access control module at regular time, carrying an identifier with an employee, respectively positioning the access control module at least twice in front of and behind the access control module through a positioning module, and determining the number and unique codes of the identifiers passing through the access control module;

s2, suspending timing by a linkage system for a first time period when the employee carries the identifier and passes through the access control module;

s3, in a first time period of time-out timing, the staff signs in by one person or multiple persons at the same time or multiple persons in the same time period through the sign-in module, the linkage system stops timing after the staff signs in, the first time period is over, and a second time period of time-out timing is started;

s4, the sign-in module uploads the acquired data to a data processing module, information features of a single person or a plurality of persons are extracted through a target detection algorithm, and the number of the absent personnel is determined through comparison of the number of the information features and the number of identifiers;

s5, the data processing module extracts personal information of the staff from the database, compares the information characteristics with the personal information of the staff and determines the on-duty state of the staff;

s6, uploading the information characteristics signed in by the staff to a display screen for display after the information characteristics are processed by an encryption reversible algorithm, representing the on-duty state of the staff through multiple colors, uploading the on-duty state of the staff to a database, and counting;

and S7, when the real-time roll call is initiated, the staff confirms on duty in real time through the roll call module of the station and uploads the confirmation to the display screen, and the on duty state of the staff is updated in real time.

Preferably, the calculation elements of the first time period determination method for suspending timing in step S2 include the distance from the entrance guard module to the check-in module, the network delay of the linkage system, the network transmission speed, the opening time of the check-in module, and the check-in information identification speed.

Preferentially, in step S3, if the employee successfully signs in within the first time period of the pause timing, starting a second time period of the pause timing, where the second time period is ended after the real-time roll call or after the next shift; and if the employee fails to check in within the first time period of the pause timing, determining that the employee does not go to the post.

Preferably, in step S4, the information features of the single check-in include face recognition information, fingerprint recognition features and electronic signature; the information characteristics of multiple persons who check in at the same time comprise face identification information in the check-in photo; the information characteristics of the check-in of the multiple persons in the same time period comprise face recognition information in the check-in video.

Preferably, in step S4, if the number of information features is the same as the number of identifiers, the signing-in phenomenon is eliminated; if the number of the identifiers is larger than the number of the information features, a sign-on phenomenon exists, and the staff is confirmed to be signed on the behalf of the user through the unique codes of the identifiers; and if the number of the identifiers is smaller than the number of the information features, the attendance state of the employee is based on the identified information features.

Preferably, in step S5, the employee on Shift status includes on Shift status, off Shift status, and signed-on-behalf status.

Preferably, in step S6, the employee on duty status statistics include daily statistics, monthly statistics, and yearly statistics.

Based on the intelligent roll call linkage method, the application also provides a linkage system using the intelligent roll call linkage method, which comprises the following steps:

the entrance guard module is used for detecting and uploading the number of the identifiers, and simultaneously starting a first time period for timing suspension, so that the sign-in pressure that a plurality of people arrive at the same time and the sign-in module supplies a short supply is relieved;

the recognizer comprises a positioning module and a distance detection module, and the distance detection module is electrically connected with the access control module and the positioning module;

the system comprises a sign-in module, a fingerprint sign-in module and a fingerprint sign-in module, wherein the sign-in module comprises intelligent shooting equipment, a fingerprint sign-in mechanism and an electronic signature mechanism, the intelligent shooting equipment comprises a tablet personal computer, a smart phone and a notebook computer, the intelligent shooting equipment is used for single sign-in, multi-person simultaneous sign-in through shooting or multi-person sign-in within the same time period through shooting a video, the fingerprint sign-in mechanism is used for single sign-in through fingerprint sign-in, and the electronic signature mechanism is used for single sign-in through electronic signature;

the data processing module is electrically connected with the sign-in module and the access control module and used for detecting the information characteristics of the staff sign-in through a target detection algorithm and determining the sign-in phenomenon through the comparison of the information characteristic quantity and the quantity of the identifiers;

the data processing module is electrically connected with the database and is used for storing personal information characteristics recorded in advance by the staff and staff attendance statistical information;

the display screen is electrically connected with the data processing module and is used for displaying the on-duty state of the staff;

the roll calling module is arranged on the staff station and electrically connected with the display screen and used for determining the on-duty state of the staff through the roll calling module during real-time roll calling;

the control module, entrance guard's module, recognizer, the module of registering, data processing module, database, display screen and the equal electric connection control module of the module of calling roll.

Preferably, the recognizer is portable or embedded in the intelligent equipment of the staff in a chip shape, and a unique code is arranged in the recognizer.

The invention has the beneficial effects that:

1. the number of the identifiers detected by the access control module is compared with the number of the information characteristics of the staff extracted by the data processing module so as to prevent the occurrence of a sign-in phenomenon, and meanwhile, the first time period of time suspension can relieve the sign-in pressure that multiple persons arrive at the same time and the sign-in module is not in supply;

2. through the intelligent shooting equipment, the fingerprint sign-in mechanism and the electronic signature mechanism in the sign-in module, the requirement that a single sign-in is carried out, when multiple persons arrive at the same time, the sign-in is simultaneously carried out by multiple persons through shooting, when the arrival time interval of the multiple persons is short, the sign-in is carried out by multiple persons in the same time period through shooting videos, and the condition that the attendance of staff is influenced due to the fact that supply and demand of the sign-in equipment are not met is avoided;

3. before the staff information is displayed on the display screen, the staff information is uploaded to the display screen to be displayed after being processed by an encryption reversible algorithm, and leakage of personal privacy information is avoided.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:

FIG. 1 is a flow chart of a linkage method of the present invention;

FIG. 2 is a linkage system connection schematic of the present invention.

Detailed Description

Example 1

The application provides an intelligent roll call linkage method, which specifically comprises the following steps:

s1, the access control module is started regularly, an employee carries an identifier with the access control module, positioning is carried out on the front and the back of the access control module at least twice through the positioning module, and the number of the identifiers and the unique codes passing through the access control module are determined.

S2, the linkage system suspends timing for a first time period when the employee carries the identifier to pass through the access control module. The first time period determination method for timing suspension comprises the calculation elements of the distance from the entrance guard module to the check-in module, the network delay of a linkage system, the network transmission speed, the opening time of the check-in module and the check-in information identification speed. The attendance checking method can avoid the situation that when the time is too long, the card readers arrive at the post, and the situation that when the time is too short, the transmission speed is too slow and the attendance checking of a plurality of workers is influenced when the video is uploaded.

And S3, in the first time period of the timing pause, the staff sign in by one person through the sign-in module or sign in by multiple persons through photographing when the multiple persons arrive at the same time, the linkage system stops the timing pause for the first time period after the staff sign in, and the timing pause for the second time period is started. In step S3, if the employee successfully signs in within the first time period of the pause timing, starting a second time period of the pause timing, where the second time period is ended after the real-time roll call or after the next shift; and if the employee fails to check in within the first time period of the pause timing, determining that the employee does not go to the post.

S4, uploading the acquired data to a data processing module by a sign-in module, and extracting information characteristics of a single person or a plurality of persons by a target detection algorithm, wherein the information characteristics of the single person sign-in comprise face identification information, fingerprint identification characteristics and electronic signatures; the information characteristics of multiple persons checking in at the same time comprise face recognition information in the check-in photo. Meanwhile, the number of the absent personnel is determined by comparing the information characteristic number with the number of the identifiers. If the number of the information features is the same as that of the identifiers, the phenomenon of signing is eliminated; if the number of the identifiers is larger than the number of the information features, a sign-on phenomenon exists, and the staff is confirmed to be signed on the behalf of the user through the unique codes of the identifiers; and if the number of the identifiers is smaller than the number of the information features, the attendance state of the employee is based on the identified information features.

And S5, the data processing module extracts the personal information of the staff from the database, compares the information characteristics with the personal information of the staff and determines the on-duty state of the staff. The on Shift state of the employee comprises an on Shift state, an off Shift state and a sign-on state.

And S6, uploading the information characteristics of the staff sign-in to a display screen for display after the information characteristics are processed by an encryption reversible algorithm, wherein the encryption reversible algorithm comprises a mosaic algorithm. And various colors are set through a mosaic or an employee information frame to represent the on-duty state of the employee, so that the leakage of personal privacy information is avoided. Meanwhile, the on-duty state of the employee is uploaded to a database and counted. The on-duty state statistics of the staff comprises daily statistics, monthly statistics and annual statistics, and the personnel department can conveniently perform statistics and analysis on the attendance information of the staff.

And S7, when the control module of the linkage system initiates real-time roll calling, the staff confirms on duty in real time through the roll calling module of the station and uploads the confirmation to the display screen, the on duty state of the staff is updated in real time, and the personnel department can conveniently count and analyze the attendance information of the staff.

Based on the intelligent roll call linkage method, the application also provides a linkage system using the intelligent roll call linkage method, which comprises the following steps:

the entrance guard module is used for detecting the number of the identifiers, uploading the number of the identifiers, and simultaneously starting a first time period for timing pause, so that the sign-in pressure of the module for supplying short supply due to the fact that multiple persons arrive at the same time is relieved.

The recognizer includes orientation module and distance detection module, and distance detection module electric connection entrance guard module and orientation module, the recognizer be the portability form or be the chip form and inlay in staff's smart machine, be equipped with only the code in the recognizer.

The module of registering, including intelligence shooting equipment, fingerprint mechanism and electronic signature mechanism of registering, intelligence shooting equipment includes panel computer, smart mobile phone and notebook computer, and is used for single registering or carries out many people simultaneously through shooing and sign in or carry out many people in the same period through shooting the video and sign in, and the fingerprint mechanism of registering is used for signing in through the fingerprint and carries out single registering, and electronic signature mechanism is used for carrying out single registering through electronic signature.

The data processing module, the module of registering and the equal electric connection data processing module of entrance guard's module for detect the information characteristic that the staff checked in through the target detection algorithm, and compare through information characteristic quantity and recognizer quantity, confirm the sign on behalf of others's sign on the phenomenon.

And the data processing module is electrically connected with the database and is used for storing personal information characteristics recorded in advance by the staff and staff attendance statistical information.

And the display screen is electrically connected with the data processing module and is used for displaying the on-duty state of the staff.

The roll calling module is arranged on the staff station and electrically connected with the display screen, and is used for determining the on-duty state of the staff through the roll calling module in real time roll calling.

The control module, entrance guard's module, recognizer, the module of registering, data processing module, database, display screen and the equal electric connection control module of the module of calling roll.

Example 2

This embodiment is different from embodiment 1 in that: when the arrival time interval of multiple persons is short, the intelligent shooting equipment shoots videos to sign in for the multiple persons in the same time period, the data processing module monitors the shot video to sign in frame by frame through a target detection algorithm, and obtains the non-coincident employee information characteristics and the number of employees by taking a union set of face recognition information characteristics extracted from each frame. Other technical features and working principles of the present embodiment are the same as those of embodiment 1.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.